Wmx Info Model r02 Necb Explanation

WiMAX Information Model

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MOTOROLA CONFIDENTIAL PROPRIETARY

WiMAX Interface Control Document (ICD)


Version: R02.00.01.08 Date: Thursday, February 08, 2007 Document Control Number: WMX-ICD-015

The information contained in this document is classified Motorola Confidential Proprietary. The use and divulgence of any part of this information can seriously affect the welfare and financial security of the company. The distribution of this information to any individual not employed by MOTOROLA or to an organization is strictly prohibited. Any MOTOROLA employee receiving this document will be held strictly accountable for the discretion and judgment associated with the use of this information.


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Repository Information Compass Location: http://compass.mot.com/go/wimaximreports VOB Location: /vob/mirs_common/rosemodel/document Filename: WimaxNeView.pdf Revision History Revision Date Author Description/FTR# Release R01.00.01 03/07/2006 Yongyu Zhao New NeView report to include all

the NE attributes (configuration, inventory, factory tune, LMT, state, stats).

WiMAX 1.0 and 2.0

R01.00.02 03/10/2006 Yongyu Zhao Updated per SECCB 98 WiMAX 1.0 and 2.0

R01.00.03 03/17/2006 Yongyu Zhao SECCB 98- partial. Pre-build required to meet AP I2 schedule.

WiMAX 1.0 and 2.0

R01.00.04 03/22/2006 Yongyu Zhao SECCB 98 – Final Textual Convention re-dumped from the Model and sorted in alphabetic order based on name for easy lookup

WiMAX 1.0 and 2.0

R01.00.05 04/20/2006 Yongyu Zhao Added Class level and Attribute level Task Allocation Added Attribute level AP Impact, CAPC Impact, CPE Impact and HPVM Impact Misc SECCBs

WiMAX 1.0 and 2.0

R01.00.06 07/20/2006 Ding Ma WiMAX 1.0 I3 WiMAX 1.0 and 2.0

R01.00.03.01 08/07/2006 Ding Ma Change Versioning Convention to [D|R][aa.bb.cc.dd.ee]: Where D indicates a Draft version, R indicates a Release version, aa.bb is the system release, cc represents an iteration, dd is a subversion within a specific iteration, ee indicates a NE specific change that doesn’t impact the EMS. Only aa.bb.cc.dd portion is used as IM document version. The full aa.bb.cc.dd.ee is used as ClearCase label for the UML model.

WiMAX 1.0 and 2.0

R01.00.03.01 08/07/2006 Ding Ma Resolved issues for R1/I3 FTR. Miscellaneous BCCBs/SECCBs.

WiMAX 1.0 and 2.0

R02.00.00.01 08/09/2006 Ding Ma BCCB 1798: Mobility Feature Licensing.

WiMAX 2.0


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R01.00.03.02 09/20/2006 Renee He This version includes all I3 seccbs/bccbs. Note that 2.3GHz bandspins will be implemented in R1 I2.

WiMAX 2.0 and 2.0

R02.00.01.02 10/06/2006 Renee He This version includes SECCB 1110, 1103, 1112 and 1098.

WiMAX 1.0 and 2.0

R02.00.01.03 10/16/2006 Ding Ma SECCB 1060, 1105, 1122, 1125, 1127, 1138, 1130, 1128.

WiMAX 1.0 and 2.0

R02.00.01.04 11/16/2006 Ding Ma SECCB 1146, 1162 WiMAX 1.0 and 2.0

R02.00.01.05 11/30/2006 Ding Ma SECCB 255, 1178, 1184 WiMAX 1.0 and 2.0

R02.00.01.06 12/13/2006 Ding Ma SECCB 1206, 1158, 1221, 1222, 1213, 1196, 1220

WiMAX 1.0 and 2.0

R02.00.01.07 01/12/2007 Ding Ma Refresh changes for SECCB 1206, 1158, 1221, 1222, 1213, 1196, 1220

WiMAX 1.0 and 2.0

R02.00.01.08 02/08/2007 Ding Ma SECCB 1223, 1231, 1257 SECCB 1257 includes MIMO-B and Modem Redundancy.

WiMAX 1.0 and 2.0

General References [1] The Unified Modeling Language User Guide, Grady Booch, James Rumbaugh, and Ivar Jacobson, Rational Software Corporation, ADDISON-WESLEY, ISBN 0-201-57168-4, 1999 [2] The Object Constraint Language – Precise Modeling with UML, Jos Warmer, and Anneke Kleppe, IBM, ADDISON-WESLEY, ISBN 0-201-37940-6, 1999


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Acronyms and Definitions 3-DES Triple Data Encryption Standard 3GPP2 3rd Generation Partnership Project 2 AAA Authentication, Authorization and Accounting AAS Adaptive Antenna System ACCH Associated Control CHannel ACG Access Control Gateway ACK Acknowledgement ACRS Alternate Call Routing Scheme ADDTS ADD Traffic Specifications AES-CBC AES in Cipher Block Chaining mode AES-CCMP Advanced Encryption Standard - Counter mode with CBC MAC (cipher block

chaining Message authentication mode) Protocol AES-CTR AES AES Counter mode AES Advanced Encryption Standard AF Assured Forwarding AGC Automatic Gain Control AK Authorization Key AMC Adaptive Modulation and Coding AMP Advanced Multimode Platform AMR Adaptive Multi-Rate ANI Automatic Number Identification ANSI American National Standards Institute AP Access Point APD Advanced Packet Duplicator ARP Address Resolution Protocol ARQ Automatic Repeat reQuest ASCII American Standard Code for Information Interchange ASN-DP Access Service Network - Decision Point ASN-EP Access Service Network - Enforcement Point ASN.1 Abstract Syntax Notation One ASN Access Service Network ATDD Adaptive Time Division Duplexing ATM Asynchronous Transfer Mode AUC AUthentication Center B2BUA Back to Back User Agent BCC Block Convolutional Code BCCH Broadcast Control CHannel BCU Base Control Unit BE Best Effort BER Bit Error Rate BH Back Haul BHCA Busy Hour Call Attempts BPSK Binary Phase Shift Keying BR Bandwidth Request BRS Broadband Radio Service BS Base Station BSN Block Sequence Number BSS Base Station System BTC Block Turbo Code BTE Backhaul Termination Equipment BTS Base Transceiver System


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BWA Broadband Wireless Access BW Bandwidth C/I Carrier-to-Interference Ratio C/N Carrier-to-Noise Ratio C7 Signalling System 7, International variant CAC Call Admission Control CA Certificate Authority CAD Coverage Area Detection CAMA Centralized Automated Message Accounting CAMEL Customized Application Mobile Enhanced Logic CAPC Cellular Access Point Controller CBC Cipher Block Chaining CCCH Common Control CHannel CC Convolutional Coding CCI Co-Channel Interference CCS Common Channel Signaling CCV Clock Comparison Value CDMA Code Division Multiple Access. CdPN Called Party Number CDR Call Detail Record CEPT European Conference of Postal and Telecommunications Administrations CFNR Call Forwarding Not Reachable CFR Code of Federal Regulations CFU Call Forwarding Unconditional, implemented at the cellular switch. CgPN Calling Party Number, Caller ID ChID Channel Identifier CID Connection Identifier CINR Carrier-to-interference-and-noise ratio CIR Channel Impulse Response CLID, CID Caller ID CLP Cell Loss Priority CMAC Cryptographic Message Authentication Code CM Configuration Management CMG Converged Mobility Gateway CMIP Client Mobile IP CNEOMI Common Network Element Operations & Maintenance Interface CNID Caller Party Name ID CoA Care of Address CORBA Common Object Request Broker Architecture CoS Class of Service COTS Common Of-The-Shelf CPCS Call Processing Configuration Server. CP Cyclic Prefix CPE Customer Premises Equipment CPS Common Part Sublayer CQICH. Channel Quality Indication Channel CQICH Channel Quality Indication CHannel CRC Cyclical Redundancy Checking CSCF Centralized Scheduling Configuration CSCH Centralized Scheduling CS Convergence Sublayer CSN Connectivity Service Network CSP Connectivity Service Provider


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CTC HARQ Convolutional Turbo Coding DAMA Demand Assigned Multiple Access DAN Digital Access Network DARS Digital Audio Radio Satellite DBMS DataBase Management System DCD Downlink Channel Descriptor DELTS DELete Traffic Specifications DES Data Encryption Standard DFS Dynamic Frequency Selection DHCP Dynamic Host Control Protocol DIUC Downlink Interval Usage Code DLAC Dispatch Location Area Controller DL Down Link (BS -> MSS) DM Device Management, Device Manager DMMS Dual-Mode Mobile Station DMMSU Dual Mode Mobile Subscriber Unit DN Distinguished Name DNS Domain Name Service DoS Denial of Service (attack) DPC Destination Point Code DS0/T1 Digital Signal 0 (64 kb time slot) / T-carrier level 1(1.544 MHz carrier) DSA Dynamic Service Addition DSC Dynamic Service Change DSCH Distributed Scheduling DSCP DiffServe Code Points DSD Dynamic Service Deletion DSL Digital Subscriber Line DSx Dynamic Service Addition, Change, Or Deletion DTIM Delivery Traffic Indication Message - 802.11-ese for "a beacon that the SU

must receive, because broadcast/multicast frames are sent immediately following that beacon"

DTMF Dual Tone Multi-Frequency (touch tone) E-RAN Enterprise Radio Access Network E.164 ITU specification, titled "International Public Telecommunication Numbering

Plan"; in fact, an E.164 number is merely a telephone number. EAP Extensible Authentication Protocol EAPOL Extensible Authentication Protocol Over LAN ECB Electronic Code Book EC Encryption Control EDE Encrypt-Decrypt-Encrypt EESS Earth Exploratory Satellite System EF Expedited Forwarding EKS Encryption Key Sequence EMEA Europe, Middle East, and Africa EM Element Manager EML Element Management Layer. EMS Element Management System ESM Enterprise Seamless Mobility ESP Encapsulating Security Payload ESSID Extended Service Set IDentifier EVM Error Vector Magnitude FA Foreign Agent FCAPS Fault, Configuration, Accounting, Performance, Security (management)


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FCC Federal Communications Commision FC Fragmentation Control FCH Frame Control Header FDD Frequency Division Duplexing FEC Forward Error Correction FFT Fast Fourier Transform FIPS Federal Information Processing Standards FM Fault Management FNE Fixed Network Equipment FPC Fast Power Control FPGA Field Programmable Gate Array FQDN Fully Qualified Domain Name. FRU Field Replaceable Unit FSH Fragmentation Subheader FSN Fragment Sequence Number FSS Fixed Satellite Service FTP File Transfer Protocol FUSC Full Use SubChannelization GEMS Government & Enterprise Mobility Solutions business GF Galois Field GHz GigaHertz GKEK Group Key Encryption Key GPS Global Positioning Satellite GQM Goal, Question, Metric (a process used to derive statistics) GS Guard Symbol GSM Global System for Mobile communications GTT Global Title Translation H-FDD Half-Duplex Frequency Division Duplex HA Home Agent HARQ Hybrid Automatic Request HCS Header Check Sequence HDLC High level Data Link Control HEC Header Error Check HLR Home Location Register. HMAC Hashed Message Authentication Code HO Hand Over HPOV Hewlett Packard (HP) Open View HT Header Type HTTPS Secure HyperText Transport Protocol HUMAN High-Speed Unlicensed Metropolitan Area Network IANA Internet Assigned Numbers Authority ICD Interface Control Document iDEN Integrated Dispatch Enhanced Network IE Information Element IETF Internet Engineering Task Force IM Instant Messaging or Information Model (depending on context) IMPP Internet Messaging and Presence Protocol Working Group IMSI International Mobile Station Identifier IP Internet Protocol IPsec IP Security Protocol IRP Integration Reference Point ISC International Soft-Switch Consortium ISDN Integrated Services Digital Network


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ITU-R International Telecommunications Union-Radio communications ITU-T Telecommunication Standardization Sector of ITU ITU International Telecommunication Union IVR Integrated Voice Response JDBC Java DataBase Connectivity. JTAPI Java Telephony Application Programming Interface KEK Key Encryption Key LDAP Lightweight Directory Access Protocol. LDPC Low Density Parity Check LLC Logical Link Control LMS Least Mean Square LMT Local Maintenance Terminal LNA Low Noise Amplifier LOS Line-Of-Sight LoS Loss of Service LSB Least Significant Bit M3UA Mtp layer 3 User Adaptation layer MAC Medium Access Control layer MAN Metropolitan Area Network MAP Mobile Application Part Mb/s Megabit Per Second MBd/s Megabaud Per Second MBd Megabaud MCC Mobile Country Code MD5 Message Digest 5 MDS Multipoint Distribution Service MGW Media GateWay MHz MegaHertz MIB Management Information Base MIC Message Integrity Check MIMO Multiple In - Multiple Out MIP Mobile Internet Protorol MIPS Millions of Instructions per Second MMA Modular Messaging Architecture MMDS Multichannel Multipoint Distribution Service MM Mobility Management MNC Mobile Network Code MN Mobile Node MOP Method Of Procedure MOS Mean Opinion Score MOU Minutes of Use MPEG Moving Pictures Experts Group MRD Marketing Requirements Document (subscriber group -- equivalent to

infrastructure TRD) MSB Most Significant Bit MSC Mobile Switching Center MSH Mesh MSK Master Secret Key MS Mobile Station MSS Mobile Subscriber Station (CPE, PCMCIA, or mobile handset) MTP Message Transfer Part MV Multi-Vantage MVMV Multi-Vendor, Multi-Version


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MVP Minimum Viable Product NAI Network Access Identifier NAP Network Access Provider NAS Network Access Server NBI North Bound Interface NCFG Network Configuration NE Network Element NENT Network Entry NI Noise plus Interference NIST National Institute of Standards and Technology NLOS Non-Line-Of-Sight NML Network Management Layer. This refers to functions performed by the

network management framework (HPOV). NM Network Management. This is the actual task of managing the WLAN

network and should be used when referring to the problem we are solving. NMS Network Management System NNI Network-To-Network Interface (Or Network Node Interface) NNM Network Node Manager (HP OPOV term) NOC Network Operations Center nrtPS Non-real-time Polling Service NSM Network Services Manager NSP Network Service Provider NTP Network Time Protocol NxT1 N instances of T1 OAP Over the Air Programming. OC-x Optical Carrier - level x ODBC Open DataBase Connectivity. Industry standard API for communication with

relational databases OFDMA Othogonal Frequency Domain Multiple Access OFDM Orthogonal Frequency Division Multiplexing OID Object Identifier OMA Open Mobile Alliance OPC Originating Point Code OSPF Open Shortest Path First OSS Operational Support Systems OTA Over the Air PAB Personal Address Book PAM Presence and Availability Management Forum PA Power Amplifier PBR Piggyback Request PBX Private Branch Exchange PCMCIA Personal Computer Memory Card International Association (or perhaps:

"People Can't Memorize Computer Industry Acronyms" depending on context)

PCM Pulse Code Modulation PC Paging Controller PDA Personal Data Assistant PDP Policy Decision Point PDSN Packet Data Serving Node PDU Protocol Data Unit PHSF Payload Header Suppression Field PHSI Payload Header Suppression Index PHSM payload header suppression mask


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PHS Payload Header Suppression PHSS Payload Header Suppression Size PHSV Payload Header Suppression Valid PHY Physical Layer PIM Personal Information Manager PKCS Public-Key Cryptography Standards PKM Privacy Key Management PMD Physical Medium Dependent PMIP Proxy Mobile IP PMK Pairwise Master Key PM Performance Management PMP Point-To-Multipoint PPP Point-To-Point Protocol PRBS Pseudo-Random Binary Sequence PS-Mode From 802.11 standard -- Power Save Mode. pSAD Preliminary System Architecture Document PSDN Packet Switch Data Network PSH Packing Subheader PS Physical Slot PSTN Public Switch Telephony Network PTI Payload Type Indicator PtP Point To Point PUSC Partial Use SubChannelization PVC Permanent Virtual Circuit QAM Quadature Amplitude Modulation QoE Quality of Experience QoS Quality of Service QPSK Quadrature Phase Shift Keying QTSS H.264 QuickTime Streaming Server RACCH Random Access Control CHannel RAN Radio Access Network RCL Recent Call List REQ Request RFFE RF Front End RF Radio Frequency RLAN Radio Local Access Network RMON Remote network MONitorning RNG Ranging RoHS Restriction of the Use of Certain Hazardous Substances RRM Radio Resource Management RrtPS Real-Time Polling Service RSA Rivest-Shamir-Adleman, RSA Security, Inc. RSP Response RS Reed-Solomon RSSI Received Signal Strength Indication RSS Receive Signal Strength RTCP Real-time Transport Control Protocol RTP Real-Time Transport Protocol RxDS Receiver Delay Spread Clearing IntervaltgReceive/Transmit Transition Gap Rx Receiver SAC Send All Calls SACS Subscriber Access Configuration Server SADB Security Association Database


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SAD System Architecture Description SAID Security Association Identifier SAP Service Access Point SAR Synthetic Aperture Radar SA Security Association SCCAN Seamless Converged Communication Across Networks SCCP Signaling Connection Control Part SC Site Controller SCTE Society Of Cable Telecommunications Engineers SCTP Stream Control Transmission Protocol SDK Software Development Kit SDP Session Description Protocol, used in SIP messages to describe the

properties and the destination of the voice bearer. SDU Service Data Unit SFID Service Flow Identifier SF Service Flow SHA Secure Hash Algorithm SH Side Haul SIGTRAN SIGnalling TRANsport SIM Subscriber Identity Module SIP Session Initiation Protocol SI Slip Indicator SLA Service Level Agreement SMMS Single-Mode Mobile Station SMPP Short Message Peer-to-peer Protocol SMS-GWMSC Short Message Service - GateWay MSC SMS-IWMSC Short Message Service - InterWorking MSC SMSC Short Message Service Center SMS Short Message Service SMTP Simple Mail Transport Protocol SNMP Simple Network Management Protocol SNR Signal-To-Noise Ratio SNTP Simple Network Time Protocol SPD Security Policy Database SRRS SIP Registrar and Redirect Service SRTP Secure RTP SS7 Signalling System Seven SSE Seamless Service Experience. Obsoleted by SCCAN. SSH Secure SHell, SSL Secure Sockets Layer SS Subscriber Station (A 802.16d term also found in 16e, Obsoleted by MSS.) SSTG Subscriber Station Transition Gap STC Space Time Coding STP Signaling Transfer Point SUA Sccp User Adaptation layer SVC Switched Virtual Circuit T1 First level of T-carrier TBD To Be Determined TCAP Transaction Capabilities Application Part TCCH Temporary Control CHannel TCH Traffic CHannel TCM Trellis Coded Modulation TCP/IP Transmission Control Protocol/Internet Protocol


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TCP Transmission Control Protocol TC Transmission Convergence Sublayer TDD Tim Domain Duplex TDMA Time Division Multiple Access TDM Time Division Multiplexing TEK Traffic Encryption Key TFTP Trivial File Transfer Protocol TI-SCCP Transport Independent SCCP TKIP Temporal Key Interchange Protocol TLS Transport Layer Security TLV Type/Length/Value TMN Telecommunications Management Network TRAD Technical Requirements and Architecture Document TRD Technical Requirements Document (in the Infrastructure sense) TTG Transmit/Receive Transition Gap TxAA Transmit Adaptive Antenna U-NII Unlicensed National Information Infrastructure UANC Urban Area Network Code UA User Agent UDP User Datagram Protocol UEP User End Point UGS Unsolicited Grant Service UIUC Uplink Interval Usage Code UL Up Link (MSS -> BS) UMTS Universal Mobile Telecommunications System UNI User-To-Network Interface Or User-Network Interface URI Universal Resource Identifier UTC Coordinated Universal Time UW Unique Word VCB Vehicular Client Bridge VCI Virtual Channel Identifier VLAN Virtual Local Area Network VLR Visited Location Register. VLSM Variable Length Subnet Mask VoIP Voice over IP VPI Virtual Path Identifier VPN Virtual Private Network VP Virtual Path WAN Wide Area Network. WEEE Waste of Electrical and Electronic Equipment WEP Wired Equivalent Privacy WiFi Wireless-FIdelity (A logo from the Wi-Fi Alliance) WiMAX Worldwide Interoperability for Microwave Access HUMAN High-speed Unlicensed Metropolitan Area Networks MAN Metropolitan Area Networks WLAN Wireless Local Area Network WPA WiFi Protected Access WPS Wireless Priority Service WSM Wireless Services Manager WSR Wreless LAN System Release XCDR Transcoder XML eXtensible Markup Language


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Terms and Phrases IPSec policy - A set of rules used to determine how to apply IPsec to packets exchanged between a given interface. Configuration File Ordering - The order of attributes in the CM file (NECB, BCC) are required to be ordered by the SNMP OID. Some UML and SNMP Notations • Class

A class is an abstraction of a set of objects which share the same attributes and behaviors. • Class Diagram

A class diagram depicts the classes within a model. It provides a graphical representation of the attributes and operations for each class and the relationships among the classes in a model. • Stereotype

A generic class can be extended by a stereotype, which is depicted as a keyword surrounded by guillemot characters. The WiMAX Information Model uses stereotypes to define the information specific to SNMP protocol. For example, the <<Trap>> stereotype indicates a class is defined as a trap instead of a normal object class, and the “NOTIFICATION-TYPE” properties are expected to be filled in. On the attributes level, there are 3 stereotypes that are use to capture SNMP concepts widely used in the IEEE 802.16f MIBs. Index: indicates the key fields in a SNMP MIB table. VirtualIndex: when one table extends the data in another table, the extending table can use the columns defined in the extended table as virtual indices. The columns tagged as “VirtualIndex” are not physically stored in the extending table, but the OIDs for the objects in the extending table are constructed as if these columns existed. ImpliedIndex: if a lowest level index of a table is of type variable length string and is stereotyped as “ImpliedIndex”, then the length of the string value is not considered when sorting the rows of objects in the table. The alphabetical order is used instead. • MAXACCESS

A value of “not-accessible” indicates either table entry or index column which cannot be used as operand in any operation.

A value of “accessible-for-notify” means an object can only be used for event reporting operation. A value of “read-only” indicates an object that can only be used in information retrieval and event

reporting operation during the execution of an application (usually the agent). Any explicit change to the object initiated from the user will cause the re-initialization of the application.

A value of “read-write” indicates an object that can be retrieved and modified during the execution of an application. Specifically, objects with “read-write” access can be changed through direct SNMP Set operation. And these changes will not trigger re-initialization of either the platform or the application.

A value of “read-create” indicates an object that can be created, retrieved, modified and deleted during the execution of an application. Usually, this access class can be specified for table columns. SNMP Set operation is supposed to be used to modify these objects.

These values are ordered, from least to greatest: "not-accessible", "accessible-for-notify", "read-only", "read-write", "read-create". A greater value also means all less values are automatically supported. If any columnar object in a conceptual row has "read-create" as its maximal level of access, then no other columnar object of the same conceptual row may have a maximal access of "read-write". WiMAX Tag Definitions

• Presentation Name

Presentation name at the EMS if configured or displayed to the operator.

• Scope:


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Per Management Domain | Per CAPC | Per BTS | Per Sector | Per Neighbor Sector | Per Paging Group

Found in one or more parameters or tables (use a * for all boxes of a type) -- any of MSO, CAPC, BTS, WBS BTS, CPY BTS, CPE, All CapC, All BTS, Sector . . ., <BOX>*.

• Object Category:

EMS/Operator Usage of the data (see table below).

Class Access Description

Configuration Written Normally configured data.

Advanced Configuration Written Configured on advanced settings screens only, Changed rarely

if at all. Generally has a default value.

Derived Value Written Displayed to operator (constant or calculated based on a formula) and downloaded to boxes

Factory Configuration Written Constants supplied by NE in NE load not displayed to operator,

but downloaded to boxes.

Action Written Variables used for NE control that are written by the manager, i.e. Reset, execute diagnostics routine, reset card. Read-write, Read-create must be supported on this attribute.

Inventory Read Inventory data reported to and audited by manager

State Read Object state (admin, operational) reported to and readable by manager

Realtime Status Read Other data that changes real-time in the NE, such as actual transmit power at the br. Polled by the EMS when requested by operator or per ICD.

Realtime Statistics Read Realtime performance data whose latest value is readable on

demand.

Collected Statistics None*

Non-realtime performance data that is collected at the end of the statistics interval. * Not available in the MIB unless Realtime is also specified.

NoAccess None No access by manager, and defaulted in MIB by NE if needed.

• Supported by Network Elements:

BTS | CAPC |BTS & CAPC | CPE/HPVM | CPE/HPVM & BTS | CPE/HPVM & CAPC | MSS(HPVM) | MSS(HPVM) & BTS | MSS(HPVM) & CAPC | All | BTS & CAPC & MSS | CPE

• Motorola Value Range:

Range as restricted by Motorola, if different.

• Motorola Default Value:

Default as modified by Motorola, if different.


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Special Note: The <optional> values of some SNMP and/or WiMAX fields in this report are not optional, will be replaced by real values when they are available.


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Table Of Contents

1.1 RULES ........................................................................................................................................... 46 1.1.1 Information Model Rules ...................................................................................................... 46

1.1.1.1 System Topology ............................................................................................................................. 46 1.1.1.2 BTS Topology Rules........................................................................................................................ 46 1.1.1.3 MSS Rules ....................................................................................................................................... 46 1.1.1.4 Paging Group Association Rules...................................................................................................... 47 1.1.1.5 CAPC Rules ..................................................................................................................................... 47 1.1.1.6 HPVM Rules .................................................................................................................................... 47 1.1.1.7 CPE Topology Rules........................................................................................................................ 47 1.1.1.8 Connectivity Rules........................................................................................................................... 47 1.1.1.9 Miscellaneous Rules ........................................................................................................................ 47

1.2 OVERVIEW: ................................................................................................................................... 48 1.3 NAME: APCONFIGURATION .......................................................................................................... 48

1.3.1 wmanIfBsServiceClassTable ............................................................................................... 48 1.3.1.1 ifIndex.............................................................................................................................................. 49 1.3.1.2 wmanIfBsQoSProfileIndex .............................................................................................................. 49 1.3.1.3 wmanIfBsQosServiceClassName..................................................................................................... 49 1.3.1.4 wmanIfBsQoSTrafficPriority........................................................................................................... 50 1.3.1.5 wmanIfBsQoSMaxSustainedRate .................................................................................................... 50 1.3.1.6 wmanIfBsQoSMinReservedRate ..................................................................................................... 51 1.3.1.7 wmanIfBsQoSToleratedJitter........................................................................................................... 51 1.3.1.8 wmanIfBsQoSMaxLatency.............................................................................................................. 52 1.3.1.9 wmanIfBsQosScSchedulingType..................................................................................................... 52 1.3.1.10 wmanIfBsQosScArqEnable ......................................................................................................... 53 1.3.1.11 wmanIfBsQosScArqWindowSize................................................................................................ 53 1.3.1.12 wmanIfBsQosScArqBlockLifetime ............................................................................................. 53 1.3.1.13 wmanIfBsQosScArqSyncLossTimeout ....................................................................................... 54 1.3.1.14 wmanIfBsQosScArqDeliverInOrder............................................................................................ 55 1.3.1.15 wmanIfBsQosScArqRxPurgeTimeout ......................................................................................... 55 1.3.1.16 wmanIfBsQosScArqBlockSize.................................................................................................... 56 1.3.1.17 wmanIfBsQoSReqTxPolicy......................................................................................................... 56 1.3.1.18 wmanIfBsQoSServiceClassRowStatus ........................................................................................ 57

1.3.2 wmanIfBsClassifierRuleTable ............................................................................................ 57 1.3.2.1 ifIndex.............................................................................................................................................. 58 1.3.2.2 wmanIfBsSfId .................................................................................................................................. 58 1.3.2.3 wmanIfBsClassifierRuleIndex ......................................................................................................... 58 1.3.2.4 wmanIfBsClassifierRulePriority ...................................................................................................... 59 1.3.2.5 wmanIfBsClassifierRuleIpTosLow.................................................................................................. 59 1.3.2.6 wmanIfBsClassifierRuleIpTosHigh ................................................................................................. 60 1.3.2.7 wmanIfBsClassifierRuleIpTosMask ................................................................................................ 60 1.3.2.8 wmanIfBsClassifierRuleIpProtocol.................................................................................................. 61 1.3.2.9 wmanIfBsClassifierRuleIpAddressType.......................................................................................... 61 1.3.2.10 wmanIfBsClassifierRuleIpSourceAddr........................................................................................ 62 1.3.2.11 wmanIfBsClassifierRuleIpSourceMask....................................................................................... 62 1.3.2.12 wmanIfBsClassifierRuleIpDestAddr ........................................................................................... 62 1.3.2.13 wmanIfBsClassifierRuleIpDestMask........................................................................................... 63 1.3.2.14 wmanIfBsClassifierRuleSourcePortStart ..................................................................................... 63 1.3.2.15 wmanIfBsClassifierRuleSourcePortEnd ...................................................................................... 64 1.3.2.16 wmanIfBsClassifierRuleDestPortStart......................................................................................... 64 1.3.2.17 wmanIfBsClassifierRuleDestPortEnd.......................................................................................... 65 1.3.2.18 wmanIfBsClassifierRulePhsSize ................................................................................................. 65 1.3.2.19 wmanIfBsClassifierRulePhsMask ............................................................................................... 66 1.3.2.20 wmanIfBsClassifierRulePhsVerify.............................................................................................. 66 1.3.2.21 wmanIfBsClassifierRuleBitMap.................................................................................................. 67 1.3.2.22 wmanIfBsClassifierRuleRowStatus............................................................................................. 68


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1.3.3 wmanIfBsRegisteredSsTable............................................................................................... 68 1.3.3.1 ifIndex.............................................................................................................................................. 69 1.3.3.2 wmanIfBsSsMacAddress ................................................................................................................. 69

1.3.4 wmanIfBsConfigurationTable ............................................................................................ 69 1.3.4.1 ifIndex.............................................................................................................................................. 70 1.3.4.2 wmanIfBsDcdInterval ...................................................................................................................... 70 1.3.4.3 wmanIfBsUcdInterval ...................................................................................................................... 71 1.3.4.4 wmanIfBsUcdTransition .................................................................................................................. 71 1.3.4.5 wmanIfBsDcdTransition .................................................................................................................. 71 1.3.4.6 wmanIfBsInitialRangingInterval...................................................................................................... 72 1.3.4.7 wmanIfBsSsRangRespProcTime ..................................................................................................... 72 1.3.4.8 wmanIfBsT9Timeout ....................................................................................................................... 73 1.3.4.9 wmanIfBsT17Timeout ..................................................................................................................... 73 1.3.4.10 wmanIfBsAutoSfidEnabled ......................................................................................................... 74

1.3.5 wmanIfBsCapabilitiesConfigTable ..................................................................................... 74 1.3.5.1 ifIndex.............................................................................................................................................. 75 1.3.5.2 wmanIfBsCapCfgUplinkCidSupport ............................................................................................... 75 1.3.5.3 wmanIfBsCapCfgArqSupport .......................................................................................................... 76 1.3.5.4 wmanIfBsCapCfgDsxFlowControl .................................................................................................. 76 1.3.5.5 wmanIfBsCapCfgMacCrcSupport ................................................................................................... 76 1.3.5.6 wmanIfBsCapCfgPkmFlowControl ................................................................................................. 77 1.3.5.7 wmanIfBsCapCfgAuthPolicyControl .............................................................................................. 77 1.3.5.8 wmanIfBsCapCfgMaxNumOfSupportedSA .................................................................................... 78 1.3.5.9 wmanIfBsCapCfgMacCsSupportBitMap......................................................................................... 78 1.3.5.10 wmanIfBsCapCfgMaxNumOfClassifier...................................................................................... 78 1.3.5.11 wmanIfBsCapCfgPhsSupport ...................................................................................................... 79 1.3.5.12 wmanIfBsCapCfgPduConstruction.............................................................................................. 79 1.3.5.13 wmanIfBsCapCfgTtgTransitionGap............................................................................................ 80 1.3.5.14 wmanIfBsCapCfgRtgTransitionGap............................................................................................ 80

1.3.6 wmanIfBsPkmBaseTable .................................................................................................... 80 1.3.6.1 ifIndex.............................................................................................................................................. 81 1.3.6.2 wmanIfBsPkmDefaultAuthLifetime ................................................................................................ 81 1.3.6.3 wmanIfBsPkmDefaultTekLifetime .................................................................................................. 82 1.3.6.4 wmanIfBsPkmAuthWaitTimeout..................................................................................................... 82 1.3.6.5 wmanIfBsPkmReauthWaitTimeout ................................................................................................. 82 1.3.6.6 wmanIfBsPkmAuthGraceTime ........................................................................................................ 83 1.3.6.7 wmanIfBsPkmOpWaitTimeout........................................................................................................ 83 1.3.6.8 wmanIfBsPkmRekeyWaitTimeout .................................................................................................. 84 1.3.6.9 wmanIfBsPkmTekGraceTime.......................................................................................................... 84 1.3.6.10 wmanIfBsPkmAuthRejectWaitTimeout ...................................................................................... 84

1.3.7 wmanIfBsOfdmaUplinkChannelTable ............................................................................... 85 1.3.7.1 ifIndex.............................................................................................................................................. 85 1.3.7.2 wmanIfBsOfdmaUplinkCenterFreq ................................................................................................. 86 1.3.7.3 wmanIfBsOfdmaInitRngCodes ........................................................................................................ 86 1.3.7.4 wmanIfBsOfdmaPeriodicRngCodes ................................................................................................ 86 1.3.7.5 wmanIfBsOfdmaBWReqCodes ....................................................................................................... 87 1.3.7.6 wmanIfBsOfdmaPerRngBackoffStart .............................................................................................. 87 1.3.7.7 wmanIfBsOfdmaPerRngBackoffEnd ............................................................................................... 88 1.3.7.8 wmanIfBsOfdmaStartOfRngCodes.................................................................................................. 88 1.3.7.9 wmanIfBsOfdmaPermutationBase ................................................................................................... 89 1.3.7.10 wmanIfBsOfdmaULAllocSubchBitmap ...................................................................................... 90 1.3.7.11 wmanIfBsOfdmaHARQAackDelayULBurst............................................................................... 90

1.3.8 wmanIfBsOfdmaDownlinkChannelTable .......................................................................... 91 1.3.8.1 ifIndex.............................................................................................................................................. 91 1.3.8.2 wmanIfBsOfdmaBsEIRP ................................................................................................................. 92 1.3.8.3 wmanIfBsOfdmaTTG ...................................................................................................................... 92 1.3.8.4 wmanIfBsOfdmaRTG ...................................................................................................................... 93 1.3.8.5 wmanIfBsOfdmaInitRngMaxRSS.................................................................................................... 93 1.3.8.6 wmanIfBsOfdmaDownlinkCenterFreq ............................................................................................ 94 1.3.8.7 wmanIfBsOfdmaBsId....................................................................................................................... 94


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1.3.8.8 wmanIfBsOfdmaMacVersion .......................................................................................................... 95 1.3.8.9 wmanIfBsOfdmaFrameDurationCode ............................................................................................. 95 1.3.8.10 wmanIfBsOfdmaSizeCqichIdField.............................................................................................. 96 1.3.8.11 wmanIfBsOfdmaHARQAackDelayBurst .................................................................................... 97

1.3.9 wmanIfCmnBsSsConfigurationTable................................................................................. 97 1.3.9.1 ifIndex.............................................................................................................................................. 98 1.3.9.2 wmanIfCmnInvitedRangRetries....................................................................................................... 98 1.3.9.3 wmanIfCmnDSxReqRetries............................................................................................................. 98 1.3.9.4 wmanIfCmnDSxRespRetries ........................................................................................................... 99 1.3.9.5 wmanIfCmnT7Timeout.................................................................................................................... 99 1.3.9.6 wmanIfCmnT8Timeout.................................................................................................................. 100 1.3.9.7 wmanIfCmnT10Timeout................................................................................................................ 100 1.3.9.8 wmanIfCmnT22Timeout................................................................................................................ 100

1.3.10 wmanIfCmnCryptoSuiteTable .......................................................................................... 101 1.3.10.1 ifIndex........................................................................................................................................ 101 1.3.10.2 wmanIfCmnCryptoSuiteIndex................................................................................................... 102 1.3.10.3 wmanIfCmnCryptoSuiteDataEncryptAlg.................................................................................. 103 1.3.10.4 wmanIfCmnCryptoSuiteDataAuthentAlg.................................................................................. 103 1.3.10.5 wmanIfCmnCryptoSuiteTekEncryptAlg ................................................................................... 104

1.3.11 wmanDevCmnDeviceConfig ............................................................................................. 104 1.3.11.1 wmanDevCmnResetDevice ....................................................................................................... 104

1.3.12 wmanPriDeviceInfo ........................................................................................................... 105 1.3.12.1 wmanPriDeviceType ................................................................................................................. 105 1.3.12.2 wmanPriDeviceManufacturerId................................................................................................. 105 1.3.12.3 wmanPriDeviceCarrierId ........................................................................................................... 106 1.3.12.4 wmanPriDeviceHardwareId....................................................................................................... 106 1.3.12.5 wmanPriDeviceModelNumber .................................................................................................. 106

1.3.13 wmanPriLicensedFeatureTable ........................................................................................ 107 1.3.13.1 wmanPriLicensedFeatureIndex.................................................................................................. 107 1.3.13.2 wmanPriLicensedFeatureName ................................................................................................. 108 1.3.13.3 wmanPriLicenseStatus............................................................................................................... 108 1.3.13.4 wmanPriLicensedFeatureRowStatus ......................................................................................... 108

1.3.14 ifTable ................................................................................................................................ 109 1.3.14.1 ifIndex........................................................................................................................................ 109 1.3.14.2 ifDescr ....................................................................................................................................... 109 1.3.14.3 ifType ........................................................................................................................................ 110 1.3.14.4 ifSpeed....................................................................................................................................... 110 1.3.14.5 ifPhysAddress............................................................................................................................ 111 1.3.14.6 ifAdminStatus ............................................................................................................................ 112 1.3.14.7 ifOperStatus ............................................................................................................................... 113

1.3.15 radiusAuthServerTable...................................................................................................... 113 1.3.15.1 radiusAuthServerIndex .............................................................................................................. 114 1.3.15.2 radiusAuthServerAddress .......................................................................................................... 114 1.3.15.3 radiusAuthClientServerPortNumber.......................................................................................... 114

1.3.16 wmanIfBsScanTriggerTable ............................................................................................. 115 1.3.16.1 ifIndex........................................................................................................................................ 115 1.3.16.2 wmanIfBsScanTriggerIndex ...................................................................................................... 115 1.3.16.3 wmanIfBsScanTriggerType....................................................................................................... 116 1.3.16.4 wmanIfBsScanTriggerFunction ................................................................................................. 116 1.3.16.5 wmanIfBsScanTriggerAction .................................................................................................... 117 1.3.16.6 wmanIfBsScanTriggerValue...................................................................................................... 117 1.3.16.7 wmanIfBsScanTriggerAverage.................................................................................................. 118 1.3.16.8 wmanIfBsScanTriggerRowStatus.............................................................................................. 118

1.3.17 wmanIfBsNeighborTable .................................................................................................. 119 1.3.17.1 ifIndex........................................................................................................................................ 119 1.3.17.2 wmanIfBsNbrIndex ................................................................................................................... 119 1.3.17.3 wmanIfBsNbrBsId ..................................................................................................................... 120 1.3.17.4 wmanIfBsNbrPreamble ............................................................................................................. 120 1.3.17.5 wmanIfBsNbrAdvertiseInterval................................................................................................. 121 1.3.17.6 wmanIfBsResourceRetainTime ................................................................................................. 121


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1.3.17.7 wmanIfBsHoRetransmissionTime ............................................................................................. 121 1.3.17.8 wmanIfBsNbrAddress ............................................................................................................... 122 1.3.17.9 wmanIfBsNbrAddressType ....................................................................................................... 122 1.3.17.10 wmanIfBsNbrWithSameCellularAccessPoint ........................................................................... 123 1.3.17.11 wmanIfBsNbrRowStatus ........................................................................................................... 123

1.3.18 wmanIfBsPagingGroupTable ........................................................................................... 123 1.3.18.1 ifIndex........................................................................................................................................ 124 1.3.18.2 wmanIfBsPagingGroupIndex .................................................................................................... 124 1.3.18.3 wmanIfBsPagingGroupId .......................................................................................................... 124 1.3.18.4 wmanIfBsPagingControllerId .................................................................................................... 125 1.3.18.5 wmanIfBsPagingCycle .............................................................................................................. 125 1.3.18.6 wmanIfBsPagingOffset.............................................................................................................. 126 1.3.18.7 wmanIfBsPagingRetryCount ..................................................................................................... 126 1.3.18.8 wmanIfBsPagingControllerAddress .......................................................................................... 127 1.3.18.9 wmanIfBsPagingControllerAddressType .................................................................................. 127 1.3.18.10 wmanIfBsPagingGroupRowStatus ............................................................................................ 127

1.3.19 wmanIfIdleModeConfigurationTable............................................................................... 128 1.3.19.1 ifIndex........................................................................................................................................ 128 1.3.19.2 wmanIfBsReqDuration .............................................................................................................. 128 1.3.19.3 wmanIfBsPagingIntervalLength ................................................................................................ 129 1.3.19.4 wmanIfBsIdleModeTimeout...................................................................................................... 129 1.3.19.5 wmanIfBsMRHTimer................................................................................................................ 129 1.3.19.6 wmanIfBsDregCommandRetries ............................................................................................... 130 1.3.19.7 wmanIfBsT46 ............................................................................................................................ 130 1.3.19.8 wmanIfBsInitIdleModeHighThreshold...................................................................................... 131 1.3.19.9 wmanIfBsInitIdleModeLowThreshold ...................................................................................... 131 1.3.19.10 wmanIfBsSystemIdleModeTimer.............................................................................................. 131 1.3.19.11 wmanIfBsLeaseRetainTime....................................................................................................... 132 1.3.19.12 wmanIfIdleModeConfigurationRowStatus ................................................................................ 132

1.3.20 wmanIfMobilityConfigurationTable................................................................................. 133 1.3.20.1 ifIndex........................................................................................................................................ 133 1.3.20.2 wmanIfBsMsgGuardTimer1 ...................................................................................................... 133 1.3.20.3 wmanIfBsMsgGuardTimer2 ...................................................................................................... 134 1.3.20.4 wmanIfBsMipDeliveryStyle...................................................................................................... 134 1.3.20.5 wmanIfBsMipRegReqRetries .................................................................................................... 134 1.3.20.6 wmanIfBsMipRegReqTimer...................................................................................................... 135 1.3.20.7 wmanIfBsMipIcmpAdvertFaMissLimit .................................................................................... 135 1.3.20.8 wmanIfBsL2MobUpdateRetries ................................................................................................ 135 1.3.20.9 wmanIfBsL2MobUpdateInterval ............................................................................................... 136 1.3.20.10 wmanIfBsMipSecurityReplayMethod ....................................................................................... 136 1.3.20.11 wmanIfBsMipSecurityReplayTime ........................................................................................... 137 1.3.20.12 wmanIfBsRegistrationMobilitySupport..................................................................................... 137 1.3.20.13 wmanIfBsNbrAdvMinIntervalPagGrp....................................................................................... 138 1.3.20.14 wmanIfBsPmnTriggerSolicitationTimer.................................................................................... 138 1.3.20.15 wmanIfBsMinSolicitationRetryTimer ....................................................................................... 138 1.3.20.16 wmanIfBsMaxSolicitationRetryTimer....................................................................................... 139 1.3.20.17 wmanIfBsBearerForwardActive ................................................................................................ 139 1.3.20.18 wmanIfBsBearerForwardIdle .................................................................................................... 140 1.3.20.19 wmanIfMobilityConfigurationRowStatus.................................................................................. 140

1.3.21 wmanIfBsFaTable ............................................................................................................. 140 1.3.21.1 ifIndex........................................................................................................................................ 141 1.3.21.2 wmanIfBsFaIndex...................................................................................................................... 141 1.3.21.3 wmanIfBsFaAddress.................................................................................................................. 141 1.3.21.4 wmanIfBsFaAddressType ......................................................................................................... 142 1.3.21.5 wmanIfBsFaMaxRegLifetime ................................................................................................... 142 1.3.21.6 wmanIfBsFaMaxAdvLifetime................................................................................................... 142 1.3.21.7 wmanIfBsFaRegistrationRequired............................................................................................. 143 1.3.21.8 wmanIfBsFaRowStatus ............................................................................................................. 143

1.3.22 wmanIfBsHoCellTriggerTable.......................................................................................... 143 1.3.22.1 ifIndex........................................................................................................................................ 144


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1.3.22.2 wmanIfBsHoCellTriggerIndex .................................................................................................. 144 1.3.22.3 wmanIfBsHoCellTriggerType ................................................................................................... 144 1.3.22.4 wmanIfBsHoCellTriggerFunction ............................................................................................. 145 1.3.22.5 wmanIfBsHoCellTriggerAction ................................................................................................ 145 1.3.22.6 wmanIfBsHoCellTriggerValue.................................................................................................. 146 1.3.22.7 wmanIfBsHoCellTriggerAverage.............................................................................................. 146 1.3.22.8 wmanIfBsHoCellTriggerRowStatus .......................................................................................... 147

1.3.23 wmanIfBsHoNbrTriggerTable.......................................................................................... 147 1.3.23.1 ifIndex........................................................................................................................................ 147 1.3.23.2 wmanIfBsNbrIndex ................................................................................................................... 148 1.3.23.3 wmanIfBsHoNbrTriggerIndex................................................................................................... 148 1.3.23.4 wmanIfBsHoNbrTriggerType.................................................................................................... 149 1.3.23.5 wmanIfBsHoNbrTriggerFunction.............................................................................................. 149 1.3.23.6 wmanIfBsHoNbrTriggerAction ................................................................................................. 150 1.3.23.7 wmanIfBsHoNbrTriggerValue .................................................................................................. 150 1.3.23.8 wmanIfBsHoNbrTriggerAverage .............................................................................................. 150 1.3.23.9 wmanIfBsHoNbrRowStatus ...................................................................................................... 151

1.3.24 wmanIfBsDhcpServerTable .............................................................................................. 151 1.3.24.1 ifIndex........................................................................................................................................ 152 1.3.24.2 wmanIfBsDhcpServerIndex....................................................................................................... 152 1.3.24.3 wmanIfBsDhcpServerAddress................................................................................................... 152 1.3.24.4 wmanIfBsDhcpServerAddressType........................................................................................... 153 1.3.24.5 wmanIfBsDhcpServerRowStatus............................................................................................... 153

1.3.25 wmanIfBsNbrDcdConfigTable ......................................................................................... 153 1.3.25.1 ifIndex........................................................................................................................................ 153 1.3.25.2 wmanIfBsNbrIndex ................................................................................................................... 154 1.3.25.3 wmanIfBsNbrOfdmaBsEIRP..................................................................................................... 154 1.3.25.4 wmanIfBsNbrOfdmaTTG.......................................................................................................... 155 1.3.25.5 wmanIfBsNbrOfdmaRTG.......................................................................................................... 155 1.3.25.6 wmanIfBsNbrOfdmaInitRngMaxRSS ....................................................................................... 156 1.3.25.7 wmanIfBsNbrOfdmaDownlinkCenterFreq................................................................................ 156 1.3.25.8 wmanIfBsNbrOfdmaBsId .......................................................................................................... 156 1.3.25.9 wmanIfBsNbrOfdmaHARQAackDelayBurst ............................................................................ 157 1.3.25.10 wmanIfBsNbrOfdmaHARQDlMaxRetrans ............................................................................... 157 1.3.25.11 wmanIfBsNbrDefaultRSSIAveParam........................................................................................ 158 1.3.25.12 wmanIfBsNbrDefaultCINRAveParam ...................................................................................... 158 1.3.25.13 wmanIfBsNbrOfdmaMacVersion .............................................................................................. 158 1.3.25.14 wmanIfBsNbrPagingIntervalLength.......................................................................................... 159 1.3.25.15 wmanIfBsNbrDcdConfigRowStatus.......................................................................................... 159

1.3.26 wmanIfBsNbrPagingGroupTable ..................................................................................... 160 1.3.26.1 ifIndex........................................................................................................................................ 160 1.3.26.2 wmanIfBsNbrIndex ................................................................................................................... 160 1.3.26.3 wmanIfBsNbrPagingGroupIndex .............................................................................................. 161 1.3.26.4 wmanIfBsNbrPagingGroupId .................................................................................................... 161 1.3.26.5 wmanIfBsNbrPagingGroupRowStatus ...................................................................................... 161

1.3.27 wmanIfBsNbrScanTriggerTable....................................................................................... 162 1.3.27.1 ifIndex........................................................................................................................................ 162 1.3.27.2 wmanIfBsNbrIndex ................................................................................................................... 162 1.3.27.3 wmanIfBsNbrScanTriggerIndex................................................................................................ 163 1.3.27.4 wmanIfBsNbrScanTriggerType................................................................................................. 163 1.3.27.5 wmanIfBsNbrScanTriggerFunction........................................................................................... 163 1.3.27.6 wmanIfBsNbrScanTriggerAction .............................................................................................. 164 1.3.27.7 wmanIfBsNbrScanTriggerValue ............................................................................................... 164 1.3.27.8 wmanIfBsNbrScanTriggerAverage ........................................................................................... 165 1.3.27.9 wmanIfBsNbrScanTriggerRowStatus........................................................................................ 165

1.3.28 wmanIfBsNbrHoCellTriggerTable ................................................................................... 166 1.3.28.1 ifIndex........................................................................................................................................ 166 1.3.28.2 wmanIfBsNbrIndex ................................................................................................................... 166 1.3.28.3 wmanIfBsNbrHoCellTriggerIndex ............................................................................................ 167 1.3.28.4 wmanIfBsNbrHoCellTriggerType ............................................................................................. 167


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1.3.28.5 wmanIfBsNbrHoCellTriggerFunction ....................................................................................... 168 1.3.28.6 wmanIfBsNbrHoCellTriggerAction .......................................................................................... 168 1.3.28.7 wmanIfBsNbrHoCellTriggerValue............................................................................................ 168 1.3.28.8 wmanIfBsNbrHoCellTriggerAverage........................................................................................ 169 1.3.28.9 wmanIfBsNbrHoCellTriggerRowStatus .................................................................................... 169

1.3.29 wmanIfBsNbrUcdConfigTable ......................................................................................... 170 1.3.29.1 ifIndex........................................................................................................................................ 170 1.3.29.2 wmanIfBsNbrIndex ................................................................................................................... 170 1.3.29.3 wmanIfBsNbrContentionBasedReservationTimeout................................................................. 171 1.3.29.4 wmanIfBsNbrOfdmaUplinkCenterFreq..................................................................................... 171 1.3.29.5 wmanIfBsNbrInitialRangingInterval ......................................................................................... 171 1.3.29.6 wmanIfBsNbrOfdmaStartOfRngCodes ..................................................................................... 172 1.3.29.7 wmanIfBsNbrOfdmaInitRngCodes............................................................................................ 172 1.3.29.8 wmanIfBsNbrOfdmaPeriodicRngCodes.................................................................................... 173 1.3.29.9 wmanIfBsNbrOfdmaBWReqCodes........................................................................................... 173 1.3.29.10 wmanIfBsNbrHandoverRangingCodes...................................................................................... 174 1.3.29.11 wmanIfBsNbrInitialRangingBackoffStart ................................................................................. 174 1.3.29.12 wmanIfBsNbrInitialRangingBackoffEnd .................................................................................. 174 1.3.29.13 wmanIfBsNbrBWReqRangingBackoffStart .............................................................................. 175 1.3.29.14 wmanIfBsNbrBWReqRangingBackoffEnd ............................................................................... 175 1.3.29.15 wmanIfBsNbrOfdmaPerRngBackoffStart ................................................................................. 176 1.3.29.16 wmanIfBsNbrOfdmaPerRngBackoffEnd................................................................................... 176 1.3.29.17 wmanIfBsNbrHoRangingBackoffStart ...................................................................................... 177 1.3.29.18 wmanIfBsNbrHoRangingBackoffEnd ....................................................................................... 177 1.3.29.19 wmanIfBsNbrOfdmaPermutationBase ...................................................................................... 177 1.3.29.20 wmanIfBsNbrOfdmaULAllocSubchBitmap.............................................................................. 178 1.3.29.21 wmanIfBsNbrOfdmaHARQAackDelayULBurst....................................................................... 179 1.3.29.22 wmanIfBsNbrOfdmaHARQUlMaxRetrans ............................................................................... 179 1.3.29.23 wmanIfBsNbrNormalizedCN2 .................................................................................................. 179 1.3.29.24 wmanIfBsNbrOfdmaSizeCqichIdField...................................................................................... 181 1.3.29.25 wmanIfBsNbrNormalizedCNSounding ..................................................................................... 181 1.3.29.26 wmanIfBsNbrOfdmaTxPowerReportInterval ............................................................................ 182 1.3.29.27 wmanIfBsNbrOfdmaTxPowerReportThreshold ........................................................................ 182 1.3.29.28 wmanIfBsNbrOfdmaTxPowerReportAlphaPAvg...................................................................... 183 1.3.29.29 wmanIfBsNbrUcdConfigRowStatus.......................................................................................... 183

1.3.30 wmanIfBsServiceClassExtTable ....................................................................................... 183 1.3.30.1 ifIndex........................................................................................................................................ 184 1.3.30.2 wmanIfBsQoSProfileIndex........................................................................................................ 184 1.3.30.3 wmanIfBsArqRetryTimeoutTransmitterDelay .......................................................................... 184 1.3.30.4 wmanIfBsArqRetryTimeoutReceiverDelay............................................................................... 185 1.3.30.5 wmanIfBsQoSScDataDeliveryServiceType .............................................................................. 185 1.3.30.6 wmanIfBsQoSScUnsolicitedGrantInterval ................................................................................ 186 1.3.30.7 wmanIfBsQoSScUnsolicitedPollingInterval.............................................................................. 186 1.3.30.8 wmanIfBsQoSScDirection......................................................................................................... 187 1.3.30.9 wmanIfBsQoSScHARQ ............................................................................................................ 187 1.3.30.10 wmanIfBsQoSSfInactivityTimer ............................................................................................... 187 1.3.30.11 wmanIfBsQoSScEtherUserPriorityMap .................................................................................... 188 1.3.30.12 wmanIfBsQoSScDSCPMap....................................................................................................... 188 1.3.30.13 wmanIfBsQoSScTimeBase........................................................................................................ 189 1.3.30.14 wmanIfBsQoSScPagingPreference............................................................................................ 189 1.3.30.15 wmanIfBsQoSScTrafficIndicationPreference............................................................................ 190 1.3.30.16 wmanIfBsQoSScSNFeedback ................................................................................................... 190 1.3.30.17 wmanIfBsQoSSA....................................................................................................................... 190 1.3.30.18 wmanIfBsServiceClassExtRowStatus........................................................................................ 191

1.3.31 wmanIfBsOfdmaDownlinkChannelExtTable .................................................................. 191 1.3.31.1 ifIndex........................................................................................................................................ 192 1.3.31.2 wmanIfBsOfdmaHARQDlMaxRetrans ..................................................................................... 192 1.3.31.3 wmanIfBsOfdmaMaxHARQDlSubBursts ................................................................................. 192 1.3.31.4 wmanIfBsOfdmaIDCell............................................................................................................. 193 1.3.31.5 wmanIfBsOfdmaPermBase........................................................................................................ 193 1.3.31.6 wmanIfBsOfdmaDlFeedbackAllocationThreshold.................................................................... 193


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1.3.31.7 wmanIfBsMaxNumberDlMacArqCids ...................................................................................... 194 1.3.31.8 wmanIfBsDlMimoBCinrOffset ................................................................................................. 194 1.3.31.9 wmanIfBsDlMimoModeFBCycle.............................................................................................. 195 1.3.31.10 wmanIfBsDlAlamoutiCinrOffset............................................................................................... 195 1.3.31.11 wmanIfBsDlTxaaEbfCinrOffset ................................................................................................ 196 1.3.31.12 wmanIfBsDlTxaaMrtCinrOffset................................................................................................ 196 1.3.31.13 wmanIfBsDlTxaaTxFailOffset .................................................................................................. 196

1.3.32 wmanIfBsOfdmaUplinkChannelExtTable ....................................................................... 197 1.3.32.1 ifIndex........................................................................................................................................ 197 1.3.32.2 wmanIfBsOfdmaHARQUlMaxRetrans ..................................................................................... 197 1.3.32.3 wmanIfBsOfdmaMaxHARQUlSubBursts ................................................................................. 198 1.3.32.4 wmanIfBsOfdmaUlTimeAllocationExponent ........................................................................... 198 1.3.32.5 wmanIfBsOfdmaUlFeedbackAllocationThreshold.................................................................... 199 1.3.32.6 wmanIfBsOfdmaTxPowerReportInterval .................................................................................. 199 1.3.32.7 wmanIfBsOfdmaTxPowerReportThreshold .............................................................................. 200 1.3.32.8 wmanIfBsOfdmaTxPowerReportAlphaPAvg............................................................................ 200 1.3.32.9 wmanIfBsOfdmaSubchannelRotation........................................................................................ 200 1.3.32.10 wmanIfBsUplinkDiversityType................................................................................................. 201 1.3.32.11 wmanIfBsUlSdmaCinrOffset..................................................................................................... 201

1.3.33 wmanIfBsConfigurationExtTable .................................................................................... 202 1.3.33.1 ifIndex........................................................................................................................................ 202 1.3.33.2 wmanIfBsT47 ............................................................................................................................ 202 1.3.33.3 wmanIfBsPmcReqTimer............................................................................................................ 203 1.3.33.4 wmanIfBsPmcRspMaxResend................................................................................................... 203 1.3.33.5 wmanIfBsManagementResourceHoldingTimer......................................................................... 203 1.3.33.6 wmanIfBsULInactivityTimer .................................................................................................... 204 1.3.33.7 wmanIfBsDeregEligibleIdleTimer............................................................................................. 204 1.3.33.8 wmanIfBsRepReqTimer ............................................................................................................ 205 1.3.33.9 wmanIfBsHoAuthorizationPolicy.............................................................................................. 205 1.3.33.10 wmanIfBsIpAddressRefreshBit ................................................................................................. 206 1.3.33.11 wmanIfBsSlpidUpdate............................................................................................................... 206 1.3.33.12 wmanIfBsSATag1 ..................................................................................................................... 206 1.3.33.13 wmanIfBsSATag2 ..................................................................................................................... 207 1.3.33.14 wmanIfBsSATag3 ..................................................................................................................... 207 1.3.33.15 wmanIfBsSATag4 ..................................................................................................................... 208 1.3.33.16 wmanIfBsSATag5 ..................................................................................................................... 208 1.3.33.17 wmanIfBsCertWave1................................................................................................................. 209 1.3.33.18 wmanIfBsHarqEnable................................................................................................................ 210

1.3.34 wmanIfBsCapabilitiesConfigExtTable ............................................................................. 210 1.3.34.1 ifIndex........................................................................................................................................ 210 1.3.34.2 wmanIfBsCapCfgMacMsgAuth ................................................................................................ 211 1.3.34.3 wmanIfBsMaxNumberTransportCids........................................................................................ 211 1.3.34.4 wmanIfBsMaxNumberClassifiersPerCid................................................................................... 212 1.3.34.5 wmanIfBsMaxNumberPhsRulesPerCid..................................................................................... 212

1.3.35 wmanIfBsClassifierRuleExtTable..................................................................................... 212 1.3.35.1 ifIndex........................................................................................................................................ 213 1.3.35.2 wmanIfBsSfId............................................................................................................................ 213 1.3.35.3 wmanIfBsClassifierRuleIndex................................................................................................... 214 1.3.35.4 wmanIfBsClassifierActionRule ................................................................................................. 214 1.3.35.5 wmanIfBsClassifierRuleExtRowStatus ..................................................................................... 215

1.3.36 wmanIfBsRangingTable.................................................................................................... 215 1.3.36.1 ifIndex........................................................................................................................................ 215 1.3.36.2 wmanIfBsRangingRegionChannels ........................................................................................... 216 1.3.36.3 wmanIfBsRangingRegionSymbols............................................................................................ 216 1.3.36.4 wmanIfBsBwRequestRangingInterval....................................................................................... 216 1.3.36.5 wmanIfBsInitialRangingBackoffStart ....................................................................................... 217 1.3.36.6 wmanIfBsInitialRangingBackoffEnd......................................................................................... 217 1.3.36.7 wmanIfBsBWReqRangingBackoffStart .................................................................................... 218 1.3.36.8 wmanIfBsBWReqRangingBackoffEnd ..................................................................................... 218 1.3.36.9 wmanIfBsRangingFreqOffsetLimit ........................................................................................... 218


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1.3.36.10 wmanIfBsRangingTimingOffsetLimit....................................................................................... 219 1.3.36.11 wmanIfBsHandoverRangingCodes............................................................................................ 219 1.3.36.12 wmanIfBsHoRangingBackoffStart ............................................................................................ 220 1.3.36.13 wmanIfBsHoRangingBackoffEnd ............................................................................................. 220 1.3.36.14 wmanIfBsInitialRangingCINRDetectionLevel.......................................................................... 221 1.3.36.15 wmanIfBsPeriodicRangingCINRDetectionLevel ...................................................................... 221

1.3.37 wmanIfBsRFMeasurementTable ...................................................................................... 221 1.3.37.1 ifIndex........................................................................................................................................ 222 1.3.37.2 wmanIfBsCQICHMaxLength.................................................................................................... 222 1.3.37.3 wmanIfBsCQICHMaxPeriod..................................................................................................... 222 1.3.37.4 wmanIfBsCQICHDuration ........................................................................................................ 223 1.3.37.5 wmanIfBsCINRMeasurementType ........................................................................................... 223 1.3.37.6 wmanIfBsNoiseInterferenceAveParam...................................................................................... 224 1.3.37.7 wmanIfBsDefaultCINRAveParam............................................................................................. 225 1.3.37.8 wmanIfBsDefaultRSSIAveParam.............................................................................................. 225 1.3.37.9 wmanIfBsNoiseInterferenceUplinkInterval ............................................................................... 225 1.3.37.10 wmanIfBsPwrCntrlOffsetPerMss .............................................................................................. 226 1.3.37.11 wmanIfBsPwrCntrlThresholdPerMss ........................................................................................ 226 1.3.37.12 wmanIfBsNormalizedCNSounding ........................................................................................... 227 1.3.37.13 wmanIfBsNormalizedCN2 ........................................................................................................ 227 1.3.37.14 wmanIfBsAckConfidenceThreshold.......................................................................................... 229 1.3.37.15 wmanIfBsFastFeedbackConfidenceThreshold........................................................................... 229 1.3.37.16 wmanIfBsDlStcCINRMeasurementType .................................................................................. 230

1.3.38 wmanIfBsSleepModeTable................................................................................................ 231 1.3.38.1 ifIndex........................................................................................................................................ 231 1.3.38.2 wmanIfBsMaxInitSleepWindow ............................................................................................... 231 1.3.38.3 wmanIfBsMaxFinalSleepBase................................................................................................... 232 1.3.38.4 wmanIfBsMaxFinalSleepExponent ........................................................................................... 232 1.3.38.5 wmanIfBsMinSleepListenInterval ............................................................................................. 232 1.3.38.6 wmanIfBsMaxSleepListenInterval ............................................................................................ 233

1.3.39 wmanIfBsPhyTable ........................................................................................................... 233 1.3.39.1 ifIndex........................................................................................................................................ 234 1.3.39.2 wmanIfBsDownlinkUplinkRatio ............................................................................................... 235 1.3.39.3 wmanIfBsChannelBW............................................................................................................... 235 1.3.39.4 wmanIfBsAvgTxPower ............................................................................................................. 236 1.3.39.5 wmanIfBsFFTSize ..................................................................................................................... 236 1.3.39.6 wmanIfBsRFBand ..................................................................................................................... 237

1.3.40 wmanIfBsSchedulerTable ................................................................................................. 237 1.3.40.1 ifIndex........................................................................................................................................ 237 1.3.40.2 wmanIfBsSchedulerAlpha ......................................................................................................... 238 1.3.40.3 wmanIfBsSchedulerBeta ........................................................................................................... 238 1.3.40.4 wmanIfBsSchedulerCINROffset ............................................................................................... 238 1.3.40.5 wmanIfBsSchedulerDownlinkMCS........................................................................................... 239 1.3.40.6 wmanIfBsSchedulerUplinkMCS ............................................................................................... 240 1.3.40.7 wmanIfBsMapCodingType ....................................................................................................... 240 1.3.40.8 wmanIfBsMapCodingRate ........................................................................................................ 240 1.3.40.9 wmanIfBsMapDiversityType .................................................................................................... 241 1.3.40.10 wmanIfBsMapPermutation ........................................................................................................ 241 1.3.40.11 wmanIfBsBroadcastCodingType............................................................................................... 242 1.3.40.12 wmanIfBsBroadcastCodingRate................................................................................................ 242 1.3.40.13 wmanIfBsBroadcastDiversityType............................................................................................ 243 1.3.40.14 wmanIfBsBroadcastPermutation ............................................................................................... 243 1.3.40.15 wmanIfBsNumberDownlinkUnicastZones ................................................................................ 244 1.3.40.16 wmanIfBsDownlinkUnicastZone1DiversityType...................................................................... 244 1.3.40.17 wmanIfBsDownlinkUnicastZone1PermutationType ................................................................. 245 1.3.40.18 wmanIfBsNumberUplinkUnicastZones..................................................................................... 246 1.3.40.19 wmanIfBsUplinkPermutationType ............................................................................................ 246 1.3.40.20 wmanIfBsMapMessageType ..................................................................................................... 246 1.3.40.21 wmanIfBsRepRspTimer ............................................................................................................ 247 1.3.40.22 wmanIfBsCirStartPoint.............................................................................................................. 248


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1.3.40.23 wmanIfBsSdmaAllocationStartPoint ......................................................................................... 248 1.3.41 wmanIfBsAcBandwidthTable ........................................................................................... 249

1.3.41.1 ifIndex........................................................................................................................................ 249 1.3.41.2 wmanIfBsPcntAcBandwidthDl.................................................................................................. 250 1.3.41.3 wmanIfBsPcntAcBandwidthUl.................................................................................................. 250

1.3.42 wmanIfBsBackhaulBandwidthTable ................................................................................ 250 1.3.42.1 ifIndex........................................................................................................................................ 251 1.3.42.2 wmanIfBsAggBackhaulBandwidthUl........................................................................................ 251 1.3.42.3 wmanIfBsAggBackhaulBandwidthDl........................................................................................ 251

1.3.43 wmanIfBsNetworkSignalingTrafficPriorityTable............................................................ 252 1.3.43.1 ifIndex........................................................................................................................................ 252 1.3.43.2 wmanIfBsNetworkTrafficClassOAM........................................................................................ 252 1.3.43.3 wmanIfBsNetworkTrafficClassRt ............................................................................................. 253 1.3.43.4 wmanIfBsNetworkTrafficClassNrt ............................................................................................ 253 1.3.43.5 wmanIfBsNetworkTrafficClassRowStatus ................................................................................ 254

1.3.44 wmanIfBsNspVlanConfigTable ........................................................................................ 254 1.3.44.1 ifIndex........................................................................................................................................ 254 1.3.44.2 wmanIfBsNspVlanMappingIndex ............................................................................................. 255 1.3.44.3 wmanIfBsNspName................................................................................................................... 255 1.3.44.4 wmanIfBsNspDomain ............................................................................................................... 255 1.3.44.5 wmanIfBsNspVlanId ................................................................................................................. 256 1.3.44.6 wmanIfBsNspVlanConfigRowStatus ........................................................................................ 256

1.3.45 wmanIfBsVlanAlarmThresholdTable............................................................................... 257 1.3.45.1 ifIndex........................................................................................................................................ 257 1.3.45.2 wmanIfBsVlanPktDropLowThreshold ...................................................................................... 257 1.3.45.3 wmanIfBsVlanPktDropHighThreshold...................................................................................... 258 1.3.45.4 wmanIfBsVlanAlarmThresholdRowStatus................................................................................ 258

1.3.46 wmanBtsPhysical ............................................................................................................... 258 1.3.46.1 wmanBtsRFHeadType............................................................................................................... 259 1.3.46.2 wmanBtsBCUType.................................................................................................................... 259 1.3.46.3 wmanBtsModemConfiguration.................................................................................................. 259 1.3.46.4 wmanBtsSoftwareVersion ......................................................................................................... 260 1.3.46.5 wmanBtsNodeAdminStatus....................................................................................................... 260 1.3.46.6 wmanBtsNodeOperStatus .......................................................................................................... 260 1.3.46.7 wmanBtsDhcpTrans................................................................................................................... 261 1.3.46.8 wmanBtsTaskProbingCount ...................................................................................................... 261 1.3.46.9 wmanBtsTransportCidsPeak...................................................................................................... 262 1.3.46.10 wmanBtsCapcAddressType....................................................................................................... 262 1.3.46.11 wmanBtsCapcAddress ............................................................................................................... 262 1.3.46.12 wmanBtsTimeZoneName .......................................................................................................... 263 1.3.46.13 wmanBtsUtcTzOffset ................................................................................................................ 263 1.3.46.14 wmanBtsDstStartWeek.............................................................................................................. 263 1.3.46.15 wmanBtsDstStartDay ................................................................................................................ 264 1.3.46.16 wmanBtsDstStartMonth............................................................................................................. 264 1.3.46.17 wmanBtsDstEndWeek ............................................................................................................... 265 1.3.46.18 wmanBtsDstEndDay.................................................................................................................. 265 1.3.46.19 wmanBtsDstEndMonth.............................................................................................................. 265 1.3.46.20 wmanBtsDstMidntOffset ........................................................................................................... 266 1.3.46.21 wmanBtsDstMagnitude ............................................................................................................. 266 1.3.46.22 wmanBtsModemMultiplexMode ............................................................................................... 267 1.3.46.23 wmanBtsModemRedundancyMode........................................................................................... 267

1.3.47 wmanBtsFruTable ............................................................................................................. 267 1.3.47.1 wmanBtsFruType ...................................................................................................................... 268 1.3.47.2 wmanBtsFruSlotNumber ........................................................................................................... 268 1.3.47.3 wmanBtsFruAdminStatus .......................................................................................................... 269 1.3.47.4 wmanBtsFruOperStatus ............................................................................................................. 269 1.3.47.5 wmanBtsFruEidBoardType ....................................................................................................... 269 1.3.47.6 wmanBtsFruEidPartNumber...................................................................................................... 270 1.3.47.7 wmanBtsFruEidSerialNumber ................................................................................................... 270 1.3.47.8 wmanBtsFruEidDescription....................................................................................................... 270


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1.3.47.9 wmanBtsFruEidHalCompatibility ............................................................................................. 271 1.3.47.10 wmanBtsFruEidKitNumber ....................................................................................................... 271 1.3.47.11 wmanBtsFruEidKitSerialNumber.............................................................................................. 271 1.3.47.12 wmanBtsFruEidMacAddress ..................................................................................................... 272 1.3.47.13 wmanBtsFruEidHwCapability ................................................................................................... 272 1.3.47.14 wmanBtsFruFpgaVersion .......................................................................................................... 273 1.3.47.15 wmanBtsPowerSupplyType....................................................................................................... 273 1.3.47.16 wmanBtsPowerSupplyVendor ................................................................................................... 273 1.3.47.17 wmanBtsFruCageId ................................................................................................................... 274 1.3.47.18 wmanBtsFruBoardId.................................................................................................................. 274 1.3.47.19 wmanBtsTcxoCal ...................................................................................................................... 274

1.3.48 wmanBtsEthernetConf ...................................................................................................... 275 1.3.48.1 wmanBtsEthernetLinkSpeed...................................................................................................... 275 1.3.48.2 wmanBtsEthernetDuplex ........................................................................................................... 275 1.3.48.3 wmanBtsEthernetAutonegotiate ................................................................................................ 276 1.3.48.4 wmanBtsEthernetAutoMidiX .................................................................................................... 276

1.3.49 wmanBtsLinkTable............................................................................................................ 277 1.3.49.1 wmanBtsLinkType .................................................................................................................... 277 1.3.49.2 wmanBtsLinkNumber................................................................................................................ 277 1.3.49.3 wmanBtsLinkAdminStatus ........................................................................................................ 278 1.3.49.4 wmanBtsLinkOperStatus ........................................................................................................... 278

1.3.50 wmanBtsInternalDevTable................................................................................................ 278 1.3.50.1 wmanBtsDevType ..................................................................................................................... 278 1.3.50.2 wmanBtsDevNumber................................................................................................................. 279 1.3.50.3 ifIndex........................................................................................................................................ 279 1.3.50.4 wmanBtsDevAdminStatus......................................................................................................... 280 1.3.50.5 wmanBtsDevOperStatus ............................................................................................................ 280 1.3.50.6 wmanBtsDevEidBoardType ...................................................................................................... 280 1.3.50.7 wmanBtsDevEidPartNumber..................................................................................................... 281 1.3.50.8 wmanBtsDevSerialNumber ....................................................................................................... 281 1.3.50.9 wmanBtsDevEidDescription...................................................................................................... 281 1.3.50.10 wmanBtsDevEidHalCompatibility ............................................................................................ 282 1.3.50.11 wmanBtsDevEidKitNumber ...................................................................................................... 282 1.3.50.12 wmanBtsDevEidKitSerialNumber............................................................................................. 282 1.3.50.13 wmanBtsDevEidMacAddress .................................................................................................... 283 1.3.50.14 wmanBtsDevEidHwCapability.................................................................................................. 283 1.3.50.15 wmanBtsDevFpgaVersion ......................................................................................................... 283 1.3.50.16 wmanBtsDevRFType ................................................................................................................ 284 1.3.50.17 wmanBtsDevSupChnlBW ......................................................................................................... 284

1.3.51 wmanBtsSectorConfigTable.............................................................................................. 285 1.3.51.1 ifIndex........................................................................................................................................ 285 1.3.51.2 wmanBtsSectorMacAddress ...................................................................................................... 285 1.3.51.3 wmanIfBtsSectorConfigRowStatus ........................................................................................... 285

1.3.52 wmanBtsRadiusSharedSecretTable .................................................................................. 286 1.3.52.1 radiusAuthServerIndex .............................................................................................................. 286 1.3.52.2 wmanBtsRadiusSharedSecret .................................................................................................... 286

1.3.53 wmanBtsMeasurement ...................................................................................................... 287 1.3.53.1 apDlBhUtil................................................................................................................................. 287 1.3.53.2 apDlBhUtilThresh...................................................................................................................... 287 1.3.53.3 apUlBhUtil................................................................................................................................. 288 1.3.53.4 apUlBhUtilThresh...................................................................................................................... 288 1.3.53.5 apBhBw01 ................................................................................................................................. 289 1.3.53.6 apBhBw02 ................................................................................................................................. 289 1.3.53.7 apBhBw03 ................................................................................................................................. 289 1.3.53.8 apBhBw04 ................................................................................................................................. 290 1.3.53.9 apBhBw05 ................................................................................................................................. 290 1.3.53.10 apBhBw06 ................................................................................................................................. 290 1.3.53.11 apBhBw07 ................................................................................................................................. 290 1.3.53.12 apBhBw08 ................................................................................................................................. 291 1.3.53.13 apBhBw09 ................................................................................................................................. 291


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1.3.53.14 apBhBw10 ................................................................................................................................. 291 1.3.53.15 apBhBw11 ................................................................................................................................. 292 1.3.53.16 apBhBw12 ................................................................................................................................. 292 1.3.53.17 apBhBw13 ................................................................................................................................. 292 1.3.53.18 apBhBw14 ................................................................................................................................. 293 1.3.53.19 apBhBw15 ................................................................................................................................. 293 1.3.53.20 apBhBw16 ................................................................................................................................. 293 1.3.53.21 apBhIngressPkt .......................................................................................................................... 294 1.3.53.22 apBhEgressPkt........................................................................................................................... 294 1.3.53.23 apArpReqSnd............................................................................................................................. 294 1.3.53.24 apArpReqRefreshSnd ................................................................................................................ 295 1.3.53.25 apArpReSnd............................................................................................................................... 295 1.3.53.26 apPmipReg................................................................................................................................. 296 1.3.53.27 apPmipRegFail .......................................................................................................................... 296 1.3.53.28 apPmipRereg ............................................................................................................................. 296 1.3.53.29 apPmipReregFail ....................................................................................................................... 296 1.3.53.30 apPmipDereg ............................................................................................................................. 297 1.3.53.31 apPmipDeregFail ....................................................................................................................... 297 1.3.53.32 apLinkContReq.......................................................................................................................... 297 1.3.53.33 apLinkContNoRsp ..................................................................................................................... 298

1.3.54 wmanBtsSectorMeasurementTable................................................................................... 298 1.3.54.1 ifIndex........................................................................................................................................ 298 1.3.54.2 apUsersActSlp ........................................................................................................................... 299 1.3.54.3 apUserActSleepThresh .............................................................................................................. 299 1.3.54.4 apUserActSleepPeak.................................................................................................................. 300 1.3.54.5 apTransportCids......................................................................................................................... 300 1.3.54.6 apTransportCidsThresh.............................................................................................................. 300 1.3.54.7 apTransportCidsPeak................................................................................................................. 301 1.3.54.8 apMapSlotsUsed ........................................................................................................................ 301 1.3.54.9 apDlMacBroadcastSlotsUsed .................................................................................................... 301 1.3.54.10 apDlUnicastSlotsused ................................................................................................................ 302 1.3.54.11 apTotalDlSlotsAvail .................................................................................................................. 302 1.3.54.12 apUlSlotsused ............................................................................................................................ 302 1.3.54.13 apTotalUlSlotsAvail .................................................................................................................. 303 1.3.54.14 apDlPagingSlotsUsed ................................................................................................................ 303 1.3.54.15 apDlRsrvSlotsCbrCir ................................................................................................................. 304 1.3.54.16 apDlAvgMcsCbrCir................................................................................................................... 304 1.3.54.17 apDlCbrCirBwThresh................................................................................................................ 304 1.3.54.18 apUlRsrvSlotsCbrCir ................................................................................................................. 305 1.3.54.19 apUlCbrCirBwThresh................................................................................................................ 305 1.3.54.20 apDlSlotsBe ............................................................................................................................... 306 1.3.54.21 apDIMcsBe................................................................................................................................ 306 1.3.54.22 apUlSlotsBe ............................................................................................................................... 306 1.3.54.23 apDIPayloadKBCbr................................................................................................................... 307 1.3.54.24 apDIPayloadKBCir.................................................................................................................... 307 1.3.54.25 apDlPayloadKBBe..................................................................................................................... 307 1.3.54.26 apUIPayloadKCbr...................................................................................................................... 308 1.3.54.27 apUIPayloadKCir ...................................................................................................................... 308 1.3.54.28 apUlPayloadKBBe..................................................................................................................... 309 1.3.54.29 apPageCycles............................................................................................................................. 309 1.3.54.30 apPageCycleTimeout................................................................................................................. 309 1.3.54.31 apDropPageAp........................................................................................................................... 310 1.3.54.32 apDropPagesMss ....................................................................................................................... 310 1.3.54.33 apFlowNotChgdAi..................................................................................................................... 310 1.3.54.34 apFlowNotAdmAi ..................................................................................................................... 311 1.3.54.35 apFlowNotAdmMem................................................................................................................. 311 1.3.54.36 apDlCbrBurstSuccTxSucc ......................................................................................................... 311 1.3.54.37 apDlCbrBurstTxAllFail ............................................................................................................. 312 1.3.54.38 apUlCbrBurstSuccRxSucc......................................................................................................... 312 1.3.54.39 apUlCbrBurstRxOppAllFail ...................................................................................................... 312 1.3.54.40 apDlCirBurstTxSucc.................................................................................................................. 313


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1.3.54.41 apDlCirBurstTxAllFail .............................................................................................................. 313 1.3.54.42 apUlCirBurstSuccRxSucc.......................................................................................................... 313 1.3.54.43 apUlCirBurstRxOppAllFail ....................................................................................................... 314 1.3.54.44 apDIBeBurstTxSucc .................................................................................................................. 314 1.3.54.45 apDIBeBurstTxAllFail............................................................................................................... 314 1.3.54.46 apUIBeBurstRxSucc.................................................................................................................. 315 1.3.54.47 apUlBeBurstRxOppallFail......................................................................................................... 315 1.3.54.48 apFlowNotAdmBh..................................................................................................................... 315 1.3.54.49 apFlowNotChgdBh .................................................................................................................... 316 1.3.54.50 apLocUpdPgChg........................................................................................................................ 316 1.3.54.51 apPwrDn .................................................................................................................................... 316 1.3.54.52 apFullMobHoTime .................................................................................................................... 317 1.3.54.53 apMobScnReqSnd ..................................................................................................................... 317 1.3.54.54 apMobScnReptRcv .................................................................................................................... 317 1.3.54.55 apMobHoIndRcv ....................................................................................................................... 318 1.3.54.56 apMobHoAbortRcv ................................................................................................................... 318 1.3.54.57 apMobHoAdvise........................................................................................................................ 319 1.3.54.58 apHoRngReqRcv ....................................................................................................................... 319 1.3.54.59 apHoRngReqRcvUnexp............................................................................................................. 319 1.3.54.60 apHoRngRspSucc ...................................................................................................................... 320 1.3.54.61 apInitialRangingReq .................................................................................................................. 320 1.3.54.62 apInitialRangingReqFail............................................................................................................ 320 1.3.54.63 apPeriodicRangingReq .............................................................................................................. 321 1.3.54.64 apPeriodicRangingFail .............................................................................................................. 321 1.3.54.65 apArqBlockTransUl................................................................................................................... 321 1.3.54.66 apArqBlockFailUl...................................................................................................................... 322 1.3.54.67 apArqBlockTransDl................................................................................................................... 322 1.3.54.68 apArqBlockFailDl...................................................................................................................... 322 1.3.54.69 apArqHybridTransDl ................................................................................................................. 323 1.3.54.70 apArqHybridDlFail.................................................................................................................... 323 1.3.54.71 apArqHybridTransUl ................................................................................................................. 323 1.3.54.72 apArqHybridUlFail.................................................................................................................... 324 1.3.54.73 apPktDlBe.................................................................................................................................. 324 1.3.54.74 apPktUlBe.................................................................................................................................. 324 1.3.54.75 apPktDlQueueLatBe .................................................................................................................. 325 1.3.54.76 apPktUlQueueLatBe .................................................................................................................. 325 1.3.54.77 apPktLossDlBeQueue................................................................................................................ 325 1.3.54.78 apPktLossDlBeRetry ................................................................................................................. 326 1.3.54.79 apPktDlCir ................................................................................................................................. 326 1.3.54.80 apPktUlCir ................................................................................................................................. 326 1.3.54.81 apPktDlQueueLatCir ................................................................................................................. 327 1.3.54.82 apPktDlAirLatCir ...................................................................................................................... 327 1.3.54.83 apPktUlQueueLatCir ................................................................................................................. 328 1.3.54.84 apPktLossDlCirQueue ............................................................................................................... 328 1.3.54.85 apPktLossDlCirRetry................................................................................................................. 328 1.3.54.86 apPktDlCbr ................................................................................................................................ 329 1.3.54.87 apPktUlCbr ................................................................................................................................ 329 1.3.54.88 apPktDlQueueLatCbr ................................................................................................................ 330 1.3.54.89 apPktDlAirLatCbr...................................................................................................................... 330 1.3.54.90 apPktDlIntArrJit ........................................................................................................................ 330 1.3.54.91 apPktDLSchJit ........................................................................................................................... 331 1.3.54.92 apPktULSchJit ........................................................................................................................... 331 1.3.54.93 apMissGrantUlCbr..................................................................................................................... 332 1.3.54.94 apPktLossDlCbrQueue .............................................................................................................. 332 1.3.54.95 apPktLossDlCbrRetry................................................................................................................ 332

1.3.55 wmanBtsSecurityConfig .................................................................................................... 333 1.3.55.1 wmanBtsRadiusRetryTimeout................................................................................................... 333 1.3.55.2 wmanBtsRadiusRetries.............................................................................................................. 333 1.3.55.3 wmanBtsEapSessionTimeout .................................................................................................... 334 1.3.55.4 wmanBtsEnableAclFirewallRules ............................................................................................. 334 1.3.55.5 wmanBtsEnableIdsRules ........................................................................................................... 334


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1.3.55.6 wmanBtsIPSecApplicationStatus............................................................................................... 335 1.3.56 wmanBtsLmtOnly .............................................................................................................. 335

1.3.56.1 wmanBtsNodeAddressType ...................................................................................................... 336 1.3.56.2 wmanBtsNodeAddress............................................................................................................... 336 1.3.56.3 wmanBtsNodeSubnetType ........................................................................................................ 336 1.3.56.4 wmanBtsNodeSubnet................................................................................................................. 337 1.3.56.5 wmanBtsNodeDnsServerType................................................................................................... 337 1.3.56.6 wmanBtsNodeDnsServer........................................................................................................... 337 1.3.56.7 wmanBtsNodeSecDnsServerType ............................................................................................. 338 1.3.56.8 wmanBtsNodeSecDnsServer ..................................................................................................... 338 1.3.56.9 wmanBtsNodeGatewayType ..................................................................................................... 338 1.3.56.10 wmanBtsNodeGateway ............................................................................................................. 339 1.3.56.11 wmanBtsUseDHCP ................................................................................................................... 339 1.3.56.12 wmanBtsNodeEmsAddressType ............................................................................................... 339 1.3.56.13 wmanBtsNodeEmsAddress........................................................................................................ 340 1.3.56.14 wmanBtsVlanNumber ............................................................................................................... 340 1.3.56.15 wmanBtsNodeName .................................................................................................................. 341 1.3.56.16 wmanBtsBackhaulType ............................................................................................................. 341

1.3.57 wmanBtsDefaultAAAProfile ............................................................................................. 341 1.3.57.1 wmanBtsHoSvcClass................................................................................................................. 342 1.3.57.2 wmanBtsTotalMaxULBandwidth.............................................................................................. 342 1.3.57.3 wmanBtsTotalMaxDLBandwidth.............................................................................................. 342 1.3.57.4 wmanBtsTotalMaxCommitedBandwidthUL ............................................................................. 343 1.3.57.5 wmanBtsTotalMaxCommitedBandwidthDL ............................................................................. 343 1.3.57.6 wmanBtsUserPriority ................................................................................................................ 343 1.3.57.7 wmanBtsCovergenceSublayer ................................................................................................... 344 1.3.57.8 wmanBtsServiceFlow ................................................................................................................ 344

1.3.58 wmanBtsArpParms ............................................................................................................ 345 1.3.58.1 wmanBtsArpRetryCount ........................................................................................................... 345 1.3.58.2 wmanBtsArpRetryTimer ........................................................................................................... 345 1.3.58.3 wmanBtsArpRetryInterval......................................................................................................... 346 1.3.58.4 wmanBtsArpCacheTimer .......................................................................................................... 346 1.3.58.5 wmanBtsArpPriorityTag............................................................................................................ 346

1.3.59 wmanBtsMisc ..................................................................................................................... 347 1.3.59.1 wmanBtsSaChallengeTimer ...................................................................................................... 347 1.3.59.2 wmanBtsSaChallengeMaxResends............................................................................................ 347 1.3.59.3 wmanBtsSaTekTimer ................................................................................................................ 348 1.3.59.4 wmanBtsPmkLifetime ............................................................................................................... 348 1.3.59.5 wmanBtsPrivateParm1............................................................................................................... 348

1.3.60 wmanBtsTimers ................................................................................................................. 349 1.3.60.1 wmanBtsLVCReqTimer ............................................................................................................ 349 1.3.60.2 wmanBtsLVCRspTimer ............................................................................................................ 349 1.3.60.3 wmanBtsLCCStartTimer ........................................................................................................... 349 1.3.60.4 wmanBtsLCCReqTimer ............................................................................................................ 350 1.3.60.5 wmanBtsLCCRspTimer............................................................................................................. 350 1.3.60.6 wmanBtsTCPReconnMinTimer................................................................................................. 350 1.3.60.7 wmanBtsTCPReconnMaxTimer................................................................................................ 351 1.3.60.8 wmanBtsLVCRetryTimer.......................................................................................................... 351 1.3.60.9 wmanBtsSrvHoPrepareTimer .................................................................................................... 351 1.3.60.10 wmanBtsTrgHoInitTimer .......................................................................................................... 352 1.3.60.11 wmanBtsSrvHoInitTimer........................................................................................................... 352 1.3.60.12 wmanBtsHoLastPacketTimer .................................................................................................... 352 1.3.60.13 wmanBtsIdleLastPacketTimer................................................................................................... 352 1.3.60.14 wmanBtsNeighborUpdateTimer ................................................................................................ 353

1.3.61 wmanBtsVlanMeasurementTable ..................................................................................... 353 1.3.61.1 wmanIfBsNspVlanId ................................................................................................................. 353 1.3.61.2 apVlanPacketDrop..................................................................................................................... 354 1.3.61.3 apVlanDlPackets........................................................................................................................ 354 1.3.61.4 apVlanUlPackets........................................................................................................................ 354

1.4 NAME: CAPCCONFIGURATION ................................................................................................... 355


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1.4.1 wmanPriDeviceInfo ........................................................................................................... 355 1.4.1.1 wmanPriDeviceType...................................................................................................................... 355 1.4.1.2 wmanPriDeviceManufacturerId ..................................................................................................... 355 1.4.1.3 wmanPriDeviceCarrierId ............................................................................................................... 356 1.4.1.4 wmanPriDeviceHardwareId ........................................................................................................... 356 1.4.1.5 wmanPriDeviceModelNumber....................................................................................................... 356

1.4.2 ifTable ................................................................................................................................ 357 1.4.2.1 ifIndex............................................................................................................................................ 357 1.4.2.2 ifDescr............................................................................................................................................ 358 1.4.2.3 ifType............................................................................................................................................. 358 1.4.2.4 ifSpeed ........................................................................................................................................... 358 1.4.2.5 ifPhysAddress ................................................................................................................................ 359 1.4.2.6 ifAdminStatus ................................................................................................................................ 360 1.4.2.7 ifOperStatus ................................................................................................................................... 361

1.4.3 radiusAuthClient................................................................................................................ 361 1.4.3.1 radiusAuthClientIdentifier ............................................................................................................. 362

1.4.4 radiusAuthServerTable...................................................................................................... 362 1.4.4.1 radiusAuthServerIndex .................................................................................................................. 362 1.4.4.2 radiusAuthServerAddress............................................................................................................... 363 1.4.4.3 radiusAuthClientServerPortNumber .............................................................................................. 363

1.4.5 wmanIfBsPagingGroupTable ........................................................................................... 364 1.4.5.1 ifIndex............................................................................................................................................ 364 1.4.5.2 wmanIfBsPagingGroupIndex......................................................................................................... 364 1.4.5.3 wmanIfBsPagingGroupId............................................................................................................... 365 1.4.5.4 wmanIfBsPagingControllerId ........................................................................................................ 365 1.4.5.5 wmanIfBsPagingBcastRetryCount................................................................................................. 366 1.4.5.6 wmanIfBsPagingControllerAddress............................................................................................... 366 1.4.5.7 wmanIfBsPagingControllerAddressType....................................................................................... 366 1.4.5.8 wmanIfBsPagingGroupRowStatus................................................................................................. 367

1.4.6 wmanIfIdleModeConfigurationTable............................................................................... 367 1.4.6.1 ifIndex............................................................................................................................................ 367 1.4.6.2 wmanIfBsSystemIdleModeTimer .................................................................................................. 368 1.4.6.3 wmanIfIdleModeConfigurationRowStatus .................................................................................... 368

1.4.7 wmanIfMobilityConfigurationTable................................................................................. 368 1.4.7.1 ifIndex............................................................................................................................................ 369 1.4.7.2 wmanIfBsMipRegistrationFlags .................................................................................................... 369 1.4.7.3 wmanIfCapcMipIcmpAdvertFaMissLimit ..................................................................................... 370 1.4.7.4 wmanIfBsMaxRegLifetime............................................................................................................ 370 1.4.7.5 wmanIfBsMnRegRetryTimer......................................................................................................... 371 1.4.7.6 wmanIfBsMnRegRetryCount......................................................................................................... 371 1.4.7.7 wmanIfBsPmnTriggerSolicitationTimer........................................................................................ 371 1.4.7.8 wmanIfBsMinSolicitationRetryTimer............................................................................................ 372 1.4.7.9 wmanIfBsMaxSolicitationRetryTimer........................................................................................... 372 1.4.7.10 wmanIfMobilityConfigurationRowStatus.................................................................................. 373

1.4.8 wmanIfBsPagingGroupBsTable ....................................................................................... 373 1.4.8.1 ifIndex............................................................................................................................................ 373 1.4.8.2 wmanIfBsPagingGroupIndex......................................................................................................... 374 1.4.8.3 wmanIfBsPagingGroupMemberId ................................................................................................. 374 1.4.8.4 wmanIfBsPagingGroupPrimCapcPayloadAddressType ................................................................ 374 1.4.8.5 wmanIfBsPagingGroupPrimCapcPayloadAddress ........................................................................ 375 1.4.8.6 wmanIfBsPagingGroupBsRowStatus............................................................................................. 375

1.4.9 wmanIfBsNetworkSignalingTrafficPriorityTable............................................................ 376 1.4.9.1 ifIndex............................................................................................................................................ 376 1.4.9.2 wmanIfBsNetworkTrafficClassOAM ............................................................................................ 377 1.4.9.3 wmanIfBsNetworkTrafficClassRt.................................................................................................. 377 1.4.9.4 wmanIfBsNetworkTrafficClassNrt ................................................................................................ 377 1.4.9.5 wmanIfBsNetworkTrafficClassRowStatus .................................................................................... 378

1.4.10 wmanCapcPhysical............................................................................................................ 378 1.4.10.1 wmanCapcSoftwareVersion ...................................................................................................... 378 1.4.10.2 wmanCapcType ......................................................................................................................... 379


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1.4.10.3 wmanCapcChassisTypeIdentifier .............................................................................................. 379 1.4.10.4 wmanCapcNodeAdminStatus .................................................................................................... 379 1.4.10.5 wmanCapcNodeOperStatus ....................................................................................................... 380 1.4.10.6 wmanCapcNodePrimNtpServerType......................................................................................... 380 1.4.10.7 wmanCapcNodePrimNtpServer................................................................................................. 380 1.4.10.8 wmanCapcNodeSecNtpServerType........................................................................................... 381 1.4.10.9 wmanCapcNodeSecNtpServer................................................................................................... 381 1.4.10.10 wmanCapcAgentRefreshOp ...................................................................................................... 381 1.4.10.11 wmanCapcUpgradeTypeOp....................................................................................................... 382

1.4.11 wmanCapcFruTable .......................................................................................................... 382 1.4.11.1 wmanCapcFruType.................................................................................................................... 382 1.4.11.2 wmanCapcFruSlot ..................................................................................................................... 383 1.4.11.3 wmanCapcFruBoardManufacturer............................................................................................. 383 1.4.11.4 wmanCapcFruBoardProductName ............................................................................................ 384 1.4.11.5 wmanCapcFruBoardSerialNumber............................................................................................ 384 1.4.11.6 wmanCapcFruBoardPartNumber............................................................................................... 384 1.4.11.7 wmanCapcFruProductManufacturer .......................................................................................... 384 1.4.11.8 wmanCapcFruProductPoductName ........................................................................................... 385 1.4.11.9 wmanCapcFruProductPartNumber ............................................................................................ 385 1.4.11.10 wmanCapcFruProductVersionNumber ...................................................................................... 385 1.4.11.11 wmanCapcFruProductSerialNumber ......................................................................................... 386 1.4.11.12 wmanCapcFruProductInventoryAssetId .................................................................................... 386 1.4.11.13 wmanCapcFruFirmwareSoftwareVersion.................................................................................. 386 1.4.11.14 wmanCapcFruAppSoftwareVersion .......................................................................................... 387 1.4.11.15 wmanCapcFruAdminStatus ....................................................................................................... 387 1.4.11.16 wmanCapcFruOperStatus .......................................................................................................... 388 1.4.11.17 wmanCapcMacAddress ............................................................................................................. 388 1.4.11.18 wmanCapcLogicalId.................................................................................................................. 388 1.4.11.19 wmanCapcIfTableIndex............................................................................................................. 389

1.4.12 wmanCapcPayloadModuleConfigTable ........................................................................... 389 1.4.12.1 ifIndex........................................................................................................................................ 389 1.4.12.2 wmanCapcPayloadAddress ....................................................................................................... 390 1.4.12.3 wmanCapcPayloadAddressType ............................................................................................... 390 1.4.12.4 wmanCapcPayloadSubnet ......................................................................................................... 391 1.4.12.5 wmanCapcPayloadSubnetType ................................................................................................. 391 1.4.12.6 wmanCapcPayloadPrimDnsServer ............................................................................................ 392 1.4.12.7 wmanCapcPayloadPrimDnsServerType.................................................................................... 392 1.4.12.8 wmanCapcPayloadSecDnsServer .............................................................................................. 392 1.4.12.9 wmanCapcPayloadSecDnsServerType...................................................................................... 393 1.4.12.10 wmanCapcPayloadGateway ...................................................................................................... 393 1.4.12.11 wmanCapcPayloadGatewayType .............................................................................................. 393 1.4.12.12 wmanCapcPayloadHostname .................................................................................................... 394 1.4.12.13 wmanCapcPayloadVlanId ......................................................................................................... 394 1.4.12.14 wmanCapcPayloadRowStatus ................................................................................................... 395

1.4.13 wmanCapcBtsConfigTable................................................................................................ 395 1.4.13.1 ifIndex........................................................................................................................................ 395 1.4.13.2 wmanCapcBtsId......................................................................................................................... 396 1.4.13.3 wmanCapcBtsAddressType....................................................................................................... 396 1.4.13.4 wmanCapcBtsAddress ............................................................................................................... 396 1.4.13.5 wmanCapcBtsVlanId ................................................................................................................. 397 1.4.13.6 wmanCapcBtsRowStatus........................................................................................................... 397

1.4.14 wmanCapcConfig .............................................................................................................. 397 1.4.14.1 wmanCapcL2UpdateRetryTimeout ........................................................................................... 398 1.4.14.2 wmanCapcL2UpdateRetries ...................................................................................................... 398 1.4.14.3 wmanCapcL2UpdateCacheTimeout .......................................................................................... 398 1.4.14.4 wmanCapcLeaseValidationCriteria ........................................................................................... 399 1.4.14.5 wmanCapcCpuNormalizationFactor.......................................................................................... 399 1.4.14.6 wmanCapcIoNormalizationFactor ............................................................................................. 400 1.4.14.7 wmanCapcCmsPollingInterval .................................................................................................. 400 1.4.14.8 wmanCapcResourceLoggingRate.............................................................................................. 400


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1.4.14.9 wmanCapcResourceLoggingPeriods ......................................................................................... 401 1.4.14.10 wmanCapcEnableLoadShed ...................................................................................................... 401 1.4.14.11 wmanCapcCpuLoadShedHighLevel1........................................................................................ 402 1.4.14.12 wmanCapcCpuLoadShedLowLevel1 ........................................................................................ 402 1.4.14.13 wmanCapcCpuLoadShedHighLevel2........................................................................................ 403 1.4.14.14 wmanCapcCpuLoadShedLowLevel2 ........................................................................................ 403 1.4.14.15 wmanCapcCpuLoadShedHighLevel3........................................................................................ 403 1.4.14.16 wmanCapcCpuLoadShedLowLevel3 ........................................................................................ 404 1.4.14.17 wmanCapcCpuLoadShedHighLevel4........................................................................................ 404 1.4.14.18 wmanCapcCpuLoadShedLowLevel4 ........................................................................................ 405 1.4.14.19 wmanCapcCpuLoadShedHighLevel5........................................................................................ 405 1.4.14.20 wmanCapcCpuLoadShedLowLevel5 ........................................................................................ 406 1.4.14.21 wmanCapcSsLoadShedHighLevel1........................................................................................... 406 1.4.14.22 wmanCapcSsLoadShedLowLevel1 ........................................................................................... 407 1.4.14.23 wmanCapcSsLoadShedHighLevel2........................................................................................... 407 1.4.14.24 wmanCapcSsLoadShedLowLevel2 ........................................................................................... 407 1.4.14.25 wmanCapcSsLoadShedHighLevel3........................................................................................... 408 1.4.14.26 wmanCapcSsLoadShedLowLevel3 ........................................................................................... 408 1.4.14.27 wmanCapcSsLoadShedHighLevel4........................................................................................... 409 1.4.14.28 wmanCapcSsLoadShedLowLevel4 ........................................................................................... 409 1.4.14.29 wmanCapcSsLoadShedHighLevel5........................................................................................... 409 1.4.14.30 wmanCapcSsLoadShedLowLevel5 ........................................................................................... 410 1.4.14.31 wmanCapcLogFileSize.............................................................................................................. 410 1.4.14.32 wmanCapcLogDiskHighMark................................................................................................... 411 1.4.14.33 wmanCapcArpRetryInterval ...................................................................................................... 411 1.4.14.34 wmanCapcArpRetries................................................................................................................ 412

1.4.15 wmanCapcInternalDevTable ............................................................................................ 412 1.4.15.1 wmanCapcFruType.................................................................................................................... 412 1.4.15.2 wmanCapcFruSlot ..................................................................................................................... 413 1.4.15.3 wmanCapcIntFruHardwareVersion ........................................................................................... 413 1.4.15.4 wmanCapcIntFruBoardManufacturer ........................................................................................ 413 1.4.15.5 wmanCapcIntFruBoardProductName........................................................................................ 414 1.4.15.6 wmanCapcIntFruBoardSerialNumber........................................................................................ 414 1.4.15.7 wmanCapcIntFruBoardPartNumber .......................................................................................... 414 1.4.15.8 wmanCapcIntFruProductManufacturer...................................................................................... 415 1.4.15.9 wmanCapcIntFruProductPoductName....................................................................................... 415 1.4.15.10 wmanCapcIntFruProductPartNumber........................................................................................ 415 1.4.15.11 wmanCapcIntFruProductVersionNumber.................................................................................. 416 1.4.15.12 wmanCapcIntFruProductSerialNumber..................................................................................... 416 1.4.15.13 wmanCapcIntFruProductInventoryAssetId................................................................................ 416 1.4.15.14 wmanCapcIntFruFirmwareSoftwareVersion ............................................................................. 417 1.4.15.15 wmanCapcIntFruAppSoftwareVersion...................................................................................... 417 1.4.15.16 wmanCapcIntMacAddress......................................................................................................... 417

1.4.16 wmanCapcLinkTable......................................................................................................... 418 1.4.16.1 wmanCapcLinkType.................................................................................................................. 418 1.4.16.2 wmanCapcLinkId ...................................................................................................................... 418 1.4.16.3 wmanCapcLinkAdminStatus ..................................................................................................... 419 1.4.16.4 wmanCapcLinkOperStatus ........................................................................................................ 419

1.4.17 wmanCapcEthernetConfTable .......................................................................................... 419 1.4.17.1 wmanCapcFruType.................................................................................................................... 420 1.4.17.2 wmanCapcFruSlot ..................................................................................................................... 420 1.4.17.3 wmanCapcEthernetLinkSpeed................................................................................................... 421 1.4.17.4 wmanCapcEthernetDuplex ........................................................................................................ 421 1.4.17.5 wmanCapcEthernetAutonegotiate ............................................................................................. 421 1.4.17.6 wmanCapcEthernetAutoMdiX .................................................................................................. 422 1.4.17.7 wmanCapcMtuSize.................................................................................................................... 422

1.4.18 wmanCapcRadiusSharedSecretTable ............................................................................... 423 1.4.18.1 radiusAuthServerIndex .............................................................................................................. 423 1.4.18.2 wmanCapcRadiusSharedSecret ................................................................................................. 423

1.4.19 wmanCapcSecurityConfig ................................................................................................. 424


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1.4.19.1 wmanCapcRadiusRetryTimeout ................................................................................................ 424 1.4.19.2 wmanCapcRadiusRetries ........................................................................................................... 424 1.4.19.3 wmanCapcEapSessionTimeout.................................................................................................. 425 1.4.19.4 wmanCapcEapMaxSessionThreshold........................................................................................ 425 1.4.19.5 wmanCapcAuthenticationRealm ............................................................................................... 426 1.4.19.6 wmanCapcCompCASStExeTime .............................................................................................. 426 1.4.19.7 wmanCapcStatSampleRateLow................................................................................................. 426 1.4.19.8 wmanCapcStatSampleRateHigh ................................................................................................ 427

1.4.20 wmanCapcMeasurement ................................................................................................... 427 1.4.20.1 capcScIoUtilAvg........................................................................................................................ 428 1.4.20.2 capcScIoUtilPeakThresh............................................................................................................ 428

1.4.21 wmanCapcPayloadMeasurementTable............................................................................. 428 1.4.21.1 wmanCapcLogicalIdIndex......................................................................................................... 428 1.4.21.2 capcCpuAvg .............................................................................................................................. 429 1.4.21.3 capcCpuPeakThresh .................................................................................................................. 429 1.4.21.4 capcPayLdIoAvg ....................................................................................................................... 429 1.4.21.5 capcPayLdIoPeakThresh ........................................................................................................... 430 1.4.21.6 capcMssMax.............................................................................................................................. 430 1.4.21.7 capcEapMax .............................................................................................................................. 430 1.4.21.8 capcEapThrottle......................................................................................................................... 431 1.4.21.9 capcInterCapcHo ....................................................................................................................... 431 1.4.21.10 capcInterCapcHoSucc................................................................................................................ 431 1.4.21.11 capcArpReqSnd ......................................................................................................................... 432 1.4.21.12 capcArpReqRefreshSnd............................................................................................................. 432 1.4.21.13 capcArpReSnd ........................................................................................................................... 432 1.4.21.14 capcPmipReg ............................................................................................................................. 433 1.4.21.15 capcPmipRegFail ....................................................................................................................... 433 1.4.21.16 capcPmipRereg.......................................................................................................................... 433 1.4.21.17 capcPmipReregFail.................................................................................................................... 434 1.4.21.18 capcPmipDereg.......................................................................................................................... 434 1.4.21.19 capcPmipDeregFail.................................................................................................................... 434

1.4.22 wmanCapcPagingGroupMeasurementTable ................................................................... 435 1.4.22.1 wmanCapcLogicalIdIndex......................................................................................................... 435 1.4.22.2 wmanIfBsPagingGroupId .......................................................................................................... 435 1.4.22.3 capcMssMaxPgGrp.................................................................................................................... 435 1.4.22.4 capcInitPagesSent ...................................................................................................................... 436 1.4.22.5 capcPageRetrySent .................................................................................................................... 436 1.4.22.6 capcIdleModeRlsReq................................................................................................................. 436 1.4.22.7 capcRlsLeaseReq....................................................................................................................... 437 1.4.22.8 capcRevokeLeaseReq ................................................................................................................ 437 1.4.22.9 capcSecContextReq ................................................................................................................... 437 1.4.22.10 capcObBearSnd ......................................................................................................................... 438 1.4.22.11 capcMobileMss.......................................................................................................................... 438

1.4.23 wmanCapcRadiusSharedSecretProxyTable ..................................................................... 438 1.4.23.1 ifIndex........................................................................................................................................ 439 1.4.23.2 wmanCapcBtsId......................................................................................................................... 439 1.4.23.3 wmanCapcRadiusSharedSecretAAAProxy ............................................................................... 439 1.4.23.4 wmanCapcRadiusSharedSecretProxyRowStatus....................................................................... 440

1.4.24 wmanCapcNodeIpConfig .................................................................................................. 440 1.4.24.1 wmanCapcNodeAddress............................................................................................................ 440 1.4.24.2 wmanCapcNodeAddressType.................................................................................................... 441 1.4.24.3 wmanCapcNodeSubnet.............................................................................................................. 441 1.4.24.4 wmanCapcNodeSubnetType ..................................................................................................... 441 1.4.24.5 wmanCapcNodePrimDnsServer ................................................................................................ 442 1.4.24.6 wmanCapcNodePrimDnsServerType ........................................................................................ 442 1.4.24.7 wmanCapcNodeSecDnsServer .................................................................................................. 442 1.4.24.8 wmanCapcNodeSecDnsServerType .......................................................................................... 443 1.4.24.9 wmanCapcNodeGateway........................................................................................................... 443 1.4.24.10 wmanCapcNodeGatewayType .................................................................................................. 443 1.4.24.11 wmanCapcNodeEmsAddress..................................................................................................... 444


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1.4.24.12 wmanCapcNodeEmsAddressType............................................................................................. 444 1.4.24.13 wmanCapcNodeVlanId.............................................................................................................. 444 1.4.24.14 wmanCapcNodeUseDHCP........................................................................................................ 445 1.4.24.15 wmanCapcNodeHostname......................................................................................................... 445 1.4.24.16 wmanCapcNodeDomainName................................................................................................... 446

1.4.25 wmanCapcLinkManagerConfig........................................................................................ 446 1.4.25.1 wmanCapcControlListenPortTcp4Ap........................................................................................ 447 1.4.25.2 wmanCapcListenPortUdp4Radius ............................................................................................. 447 1.4.25.3 wmanCapcNumThreadsIncomingTcp ....................................................................................... 447 1.4.25.4 wmanCapcNumThreadsIncomingUdp....................................................................................... 448 1.4.25.5 wmanCapcControlLccTimer...................................................................................................... 448 1.4.25.6 wmanCapcLvdStartTimer.......................................................................................................... 449 1.4.25.7 wmanCapcTcpNoDelay............................................................................................................. 449 1.4.25.8 wmanCapcLvcRspTimer ........................................................................................................... 449 1.4.25.9 wmanCapcLvcRetryTimer......................................................................................................... 450 1.4.25.10 wmanCapcLccControlRspTimer ............................................................................................... 450 1.4.25.11 wmanCapcLccControlStartTimer .............................................................................................. 451 1.4.25.12 wmanCapcControlDscp ............................................................................................................. 451 1.4.25.13 wmanCapcControlUserPriority.................................................................................................. 452 1.4.25.14 wmanCapcRedirectedBearerDscp ............................................................................................. 452

1.4.26 wmanCapcSwUpgradeConfig ........................................................................................... 452 1.4.26.1 wmanCapcPayloadStabilizationTimer....................................................................................... 453 1.4.26.2 wmanCapcControllerStabilizationTimer ................................................................................... 453 1.4.26.3 wmanCapcInstallTimer.............................................................................................................. 454 1.4.26.4 wmanCapcUpgradeStatusTimer ................................................................................................ 454

1.4.27 wmanCapcInternalPlatformPayloadMeasurementTable ................................................ 454 1.4.27.1 wmanCapcFruSlot ..................................................................................................................... 455 1.4.27.2 capcPayloadNormCurrCpuUsage .............................................................................................. 455 1.4.27.3 capcPayloadNormPeakCpuUsage.............................................................................................. 455 1.4.27.4 capcPayloadNormAvgCpuUsage .............................................................................................. 456 1.4.27.5 capcPayloadNormCurrKernalCpu ............................................................................................. 456 1.4.27.6 capcPayloadNormPeakKernalCpu............................................................................................. 456 1.4.27.7 capcPayloadNormAvgKernalCpu.............................................................................................. 457 1.4.27.8 capcPayloadTotalPhyMem ........................................................................................................ 457 1.4.27.9 capcPayloadTotalUsedPhyMem................................................................................................ 457 1.4.27.10 capcPayloadTotalNonUtilPhyMem ........................................................................................... 458 1.4.27.11 capcPayloadTotalUtilSwapSpace .............................................................................................. 458 1.4.27.12 capcPayloadTotalFreeSwapSpace ............................................................................................. 458 1.4.27.13 capcPayloadTotalUsedPhyMemNonCapc ................................................................................. 459 1.4.27.14 capcPayloadCurrDbSize ............................................................................................................ 459 1.4.27.15 capcPayloadPeakDbSize............................................................................................................ 459

1.4.28 wmanCapcInternalPlatformAppPayloadMeasurementTable.......................................... 460 1.4.28.1 wmanCapcFruSlot ..................................................................................................................... 460 1.4.28.2 capcAppIndex............................................................................................................................ 460 1.4.28.3 capcPayloadAppNormCurrCpuUsage ....................................................................................... 461 1.4.28.4 capcPayloadAppNormPeakCpuUsage....................................................................................... 461 1.4.28.5 capcPayloadAppNormAvgCpuUsage........................................................................................ 461 1.4.28.6 capcPayloadAppCurrPhyMem .................................................................................................. 461 1.4.28.7 capcPayloadAppPeakPhyMem.................................................................................................. 462 1.4.28.8 capcPayloadAppAvgPhyMem................................................................................................... 462 1.4.28.9 capcPayloadAppCurrCpalBuffMem.......................................................................................... 462 1.4.28.10 capcPayloadAppPeakCpalBuffMem ......................................................................................... 463 1.4.28.11 capcPayloadAppAvgCpalBuffMem .......................................................................................... 463

1.4.29 wmanCapcInternalPlatformMeasurementTable.............................................................. 463 1.4.29.1 wmanCapcFruSlot ..................................................................................................................... 464 1.4.29.2 capcScNormCurrCpuUsage....................................................................................................... 464 1.4.29.3 capcScNormPeakCpuUsage ...................................................................................................... 464 1.4.29.4 capcScNormAvgCpuUsage ....................................................................................................... 465 1.4.29.5 capcScNormCurrKernalCpu ...................................................................................................... 465 1.4.29.6 capcScNormPeakKernalCpu...................................................................................................... 465


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1.4.29.7 capcScNormAvgKernalCpu ...................................................................................................... 466 1.4.29.8 capcScTotalPhyMem................................................................................................................. 466 1.4.29.9 capcScTotalUsedPhyMem......................................................................................................... 466 1.4.29.10 capcScTotalNonUtilPhyMem.................................................................................................... 467 1.4.29.11 capcScTotalUtilSwapSpace ....................................................................................................... 467 1.4.29.12 capcScTotalFreeSwapSpace ...................................................................................................... 467 1.4.29.13 capcScTotalUsedPhyMemNonCapc.......................................................................................... 468

1.4.30 wmanCapcInternalPlatformAppMeasurementTable ....................................................... 468 1.4.30.1 wmanCapcFruSlot ..................................................................................................................... 468 1.4.30.2 capcAppIndex............................................................................................................................ 469 1.4.30.3 capcScAppNormCurrCpuUsage ................................................................................................ 469 1.4.30.4 capcScAppNormPeakCpuUsage................................................................................................ 469 1.4.30.5 capcScAppNormAvgCpuUsage................................................................................................. 470 1.4.30.6 capcScAppCurrPhyMem ........................................................................................................... 470 1.4.30.7 capcScAppPeakPhyMem........................................................................................................... 470 1.4.30.8 capcScAppAvgPhyMem............................................................................................................ 470 1.4.30.9 capcScAppCurrCpalBuffMem................................................................................................... 471 1.4.30.10 capcScAppPeakCpalBuffMem .................................................................................................. 471 1.4.30.11 capcScAppAvgCpalBuffMem ................................................................................................... 471

1.4.31 wmanCapcInternalLmPayloadMeasurementTable.......................................................... 472 1.4.31.1 wmanCapcFruSlot ..................................................................................................................... 472 1.4.31.2 capcLmMsgSentAllAp .............................................................................................................. 472 1.4.31.3 capcLmMsgRecAllAp ............................................................................................................... 473

1.4.32 wmanCapcInternalAuthMeasurementTable .................................................................... 473 1.4.32.1 capcGenericEvent4 .................................................................................................................... 473 1.4.32.2 capcUserLogins ......................................................................................................................... 474

1.4.33 wmanCapcInternalAuthPayloadMeasurementTable ....................................................... 474 1.4.33.1 wmanCapcLogicalIdIndex......................................................................................................... 474 1.4.33.2 capcInvalidMSecInitAuthMsgRec............................................................................................. 474 1.4.33.3 capcInvalidMSecEapRspMsgRec.............................................................................................. 475 1.4.33.4 capcInvalidAAARspAuth .......................................................................................................... 475 1.4.33.5 capcRadiusAccessAcceptMsgRec ............................................................................................. 475 1.4.33.6 capcRadiusAccessChallengeMsgRec ........................................................................................ 476 1.4.33.7 capcRadiusAccessRejMsgRec................................................................................................... 476 1.4.33.8 capcAAARspInvalidEAPAuthFields......................................................................................... 476 1.4.33.9 capcOutstandAuthContexts ....................................................................................................... 477 1.4.33.10 capcNewedAuthContexts........................................................................................................... 477 1.4.33.11 capcEAPRspTimerExp .............................................................................................................. 477 1.4.33.12 capcAAARspTimerExp ............................................................................................................. 478 1.4.33.13 capcAuthUpdateCfg .................................................................................................................. 478 1.4.33.14 capcMsgRecStandby.................................................................................................................. 478 1.4.33.15 capcOutstandAccReq................................................................................................................. 479 1.4.33.16 capcDBWriteFailMem............................................................................................................... 479 1.4.33.17 capcDBWriteFailConn............................................................................................................... 479 1.4.33.18 capcDBWriteFailOther .............................................................................................................. 479 1.4.33.19 capcAPMsgRecNoAuthContext ................................................................................................ 480 1.4.33.20 capcAAAMsgRecNoAuthContext............................................................................................. 480 1.4.33.21 capcAuthRecMsgNotExpInCurrentState ................................................................................... 480 1.4.33.22 capcAuthStateChg ..................................................................................................................... 481 1.4.33.23 capcGenericEvent1 .................................................................................................................... 481 1.4.33.24 capcGenericEvent2 .................................................................................................................... 481 1.4.33.25 capcGenericEvent3 .................................................................................................................... 482 1.4.33.26 capcGenericEventCurrNum....................................................................................................... 482 1.4.33.27 capcRadiusAccReqAPProxied................................................................................................... 482 1.4.33.28 capcRadiusAuthAttemptForPrimaryAaa ................................................................................... 483 1.4.33.29 capcRadiusAuthAttemptForSecondaryAaa ............................................................................... 483 1.4.33.30 capcRadiusAuthReAttemptForPrimaryAaa............................................................................... 483 1.4.33.31 capcRadiusAuthReAttemptForSecondaryAaa........................................................................... 484 1.4.33.32 capcRadiusAccAcceptForPrimaryAaa....................................................................................... 484 1.4.33.33 capcRadiusAccAcceptForSecondaryAaa................................................................................... 484


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1.4.33.34 capcRadiusAccRejectForPrimaryAaa........................................................................................ 484 1.4.33.35 capcRadiusAccRejectForSecondaryAaa.................................................................................... 485 1.4.33.36 capcRadiusInitialAccAcceptForPrimaryAaa ............................................................................. 485 1.4.33.37 capcRadiusInitialAccAcceptForSecondaryAaa ......................................................................... 485 1.4.33.38 capcRadiusAccRequestRetransmittedForPrimaryAaa............................................................... 486 1.4.33.39 capcRadiusAccRequestRetransmittedForSecondaryAaa........................................................... 486 1.4.33.40 capcRadiusMsgSentToPrimaryAaa ........................................................................................... 486 1.4.33.41 capcRadiusMsgSentToSecondaryAaa ....................................................................................... 487 1.4.33.42 capcRadiusMsgReceivedFromPrimaryAaa ............................................................................... 487 1.4.33.43 capcRadiusMsgReceivedFromSecondaryAaa ........................................................................... 487 1.4.33.44 capcInitialAccAcceptForFixed .................................................................................................. 488 1.4.33.45 capcMobileSSInitNtwrkEntry ................................................................................................... 488 1.4.33.46 capcAvgNumOfMobileSSs........................................................................................................ 488 1.4.33.47 capcMobileSSMax..................................................................................................................... 489 1.4.33.48 capcFixedSSMax ....................................................................................................................... 489 1.4.33.49 capcAvgNumOfFixedSSs .......................................................................................................... 489

1.4.34 wmanCapcIpSecPolicyTable ............................................................................................. 490 1.4.34.1 wmanCapcFruType.................................................................................................................... 490 1.4.34.2 wmanCapcFruSlot ..................................................................................................................... 490 1.4.34.3 wmanCapcIpSecApplicationStatus............................................................................................ 491

1.4.35 wmanCapcMobilityConfig................................................................................................. 491 1.4.35.1 wmanCapcLeaseXfrTimer......................................................................................................... 491 1.4.35.2 wmanCapcCntxtXfrTimer ......................................................................................................... 492 1.4.35.3 wmanCapcCntxtLifeTimer ........................................................................................................ 492 1.4.35.4 wmanCapcLocUpdateConfirmTimer......................................................................................... 493 1.4.35.5 wmanCapcHoInitTimer ............................................................................................................. 493 1.4.35.6 wmanCapcBearerFrwrdIntervalTimer ....................................................................................... 493 1.4.35.7 wmanCapcLeaseDurationTimer ................................................................................................ 494 1.4.35.8 wmanCapcLeaseRevokeRspTimer ............................................................................................ 494

1.4.36 wmanCapcInternalMeasurement...................................................................................... 495 1.4.36.1 capcPs1AvgPowerCurrent ......................................................................................................... 495 1.4.36.2 capcPs1AvgPowerVoltage......................................................................................................... 495 1.4.36.3 capcPs1PeakPowerCurrent ........................................................................................................ 496 1.4.36.4 capcPs1PeakPowerVoltage........................................................................................................ 496 1.4.36.5 capcPs1CurrPowerCurrent......................................................................................................... 496 1.4.36.6 capcPs1CurrPowerVoltage ........................................................................................................ 497 1.4.36.7 capcPs2AvgPowerCurrent ......................................................................................................... 497 1.4.36.8 capcPs2AvgPowerVoltage......................................................................................................... 497 1.4.36.9 capcPs2PeakPowerCurrent ........................................................................................................ 497 1.4.36.10 capcPs2PeakPowerVoltage........................................................................................................ 498 1.4.36.11 capcPs2CurrPowerCurrent......................................................................................................... 498 1.4.36.12 capcPs2CurrPowerVoltage ........................................................................................................ 498

1.4.37 wmanCapcModuleConfigTable ........................................................................................ 499 1.4.37.1 wmanCapcFruType.................................................................................................................... 499 1.4.37.2 wmanCapcFruSlot ..................................................................................................................... 500 1.4.37.3 wmanCapcSystemLogFileSize .................................................................................................. 500

1.4.38 wmanCapcInternalMobPayloadMeasurementTable........................................................ 500 1.4.38.1 wmanCapcLogicalIdIndex......................................................................................................... 501 1.4.38.2 capcTotalLLCUpdatesSent ........................................................................................................ 501 1.4.38.3 capcTotalApPowerDowns ......................................................................................................... 501 1.4.38.4 capcTotalInitSessionsNoResp.................................................................................................... 502 1.4.38.5 capcTotalIdleModeInterPgGrpLU............................................................................................. 502 1.4.38.6 capcTotalIdleLUWithoutPgGrpChanges ................................................................................... 502 1.4.38.7 capcAvgIdleBufferUtil .............................................................................................................. 503 1.4.38.8 capcPeakIdleBufferUtil ............................................................................................................. 503 1.4.38.9 capcCurrentIdleBufferUtil ......................................................................................................... 503

1.5 NAME: CPECONFIGURATION ...................................................................................................... 504 1.5.1 wmanIfSsConfigurationTable........................................................................................... 504

1.5.1.1 ifIndex............................................................................................................................................ 504 1.5.1.2 wmanIfSsLostDLMapInterval........................................................................................................ 504


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1.5.1.3 wmanIfSsLostULMapInterval........................................................................................................ 505 1.5.1.4 wmanIfSsContentionRangRetries .................................................................................................. 505 1.5.1.5 wmanIfSsRequestRetries ............................................................................................................... 505 1.5.1.6 wmanIfSsRegRequestRetries ......................................................................................................... 506 1.5.1.7 wmanIfSsT1Timeout...................................................................................................................... 506 1.5.1.8 wmanIfSsT2Timeout...................................................................................................................... 506 1.5.1.9 wmanIfSsT3Timeout...................................................................................................................... 507 1.5.1.10 wmanIfSsT4Timeout ................................................................................................................. 507 1.5.1.11 wmanIfSsT6Timeout ................................................................................................................. 507 1.5.1.12 wmanIfSsT12Timeout ............................................................................................................... 508 1.5.1.13 wmanIfSsT14Timeout ............................................................................................................... 508 1.5.1.14 wmanIfSsT18Timeout ............................................................................................................... 508 1.5.1.15 wmanIfSsT20Timeout ............................................................................................................... 509 1.5.1.16 wmanIfSsT21Timeout ............................................................................................................... 509 1.5.1.17 wmanIfSsSBCRequestRetries.................................................................................................... 510

1.5.2 wmanIfSsChannelMeasurementTable ............................................................................. 510 1.5.2.1 ifIndex............................................................................................................................................ 510 1.5.2.2 wmanIfSsHistogramIndex.............................................................................................................. 511 1.5.2.3 wmanIfSsChannelNumber ............................................................................................................. 511 1.5.2.4 wmanIfSsStartFrame...................................................................................................................... 511 1.5.2.5 wmanIfSsDuration ......................................................................................................................... 511 1.5.2.6 wmanIfSsBasicReport.................................................................................................................... 512 1.5.2.7 wmanIfSsMeanCinrReport............................................................................................................. 512 1.5.2.8 wmanIfSsStdDeviationCinrReport................................................................................................. 513 1.5.2.9 wmanIfSsMeanRssiReport............................................................................................................. 513 1.5.2.10 wmanIfSsStdDeviationRssiReport............................................................................................. 513

1.5.3 wmanIfSsPkmAuthTable .................................................................................................. 514 1.5.3.1 ifIndex............................................................................................................................................ 514 1.5.3.2 wmanIfSsPkmAuthState ................................................................................................................ 514 1.5.3.3 wmanIfSsPkmAuthKeySequenceNumber...................................................................................... 515 1.5.3.4 wmanIfSsPkmAuthExpiresOld ...................................................................................................... 515 1.5.3.5 wmanIfSsPkmAuthExpiresNew..................................................................................................... 515 1.5.3.6 wmanIfSsPkmAuthReset ............................................................................................................... 516 1.5.3.7 wmanIfSsPkmAuthentInfos ........................................................................................................... 516 1.5.3.8 wmanIfSsPkmAuthRequests .......................................................................................................... 516 1.5.3.9 wmanIfSsPkmAuthReplies ............................................................................................................ 517 1.5.3.10 wmanIfSsPkmAuthRejects ........................................................................................................ 517 1.5.3.11 wmanIfSsPkmAuthInvalids ....................................................................................................... 517 1.5.3.12 wmanIfSsPkmAuthRejectErrorCode ......................................................................................... 518 1.5.3.13 wmanIfSsPkmAuthRejectErrorString........................................................................................ 518 1.5.3.14 wmanIfSsPkmAuthInvalidErrorCode ........................................................................................ 518 1.5.3.15 wmanIfSsPkmAuthInvalidErrorString....................................................................................... 519 1.5.3.16 wmanIfSsPkmAuthGraceTime .................................................................................................. 519 1.5.3.17 wmanIfSsPkmTekGraceTime.................................................................................................... 520 1.5.3.18 wmanIfSsPkmAuthWaitTimeout............................................................................................... 520 1.5.3.19 wmanIfSsPkmReauthWaitTimeout ........................................................................................... 520 1.5.3.20 wmanIfSsPkmOpWaitTimeout.................................................................................................. 521 1.5.3.21 wmanIfSsPkmRekeyWaitTimeout............................................................................................. 521 1.5.3.22 wmanIfSsPkmAuthRejectWaitTimeout..................................................................................... 522

1.5.4 wmanIfSsPkmTekTable .................................................................................................... 522 1.5.4.1 ifIndex............................................................................................................................................ 522 1.5.4.2 wmanIfSsPkmTekSAId.................................................................................................................. 523 1.5.4.3 wmanIfSsPkmTekSAType............................................................................................................. 523 1.5.4.4 wmanIfSsPkmTekDataEncryptAlg ................................................................................................ 523 1.5.4.5 wmanIfSsPkmTekDataAuthentAlg................................................................................................ 524 1.5.4.6 wmanIfSsPkmTekEncryptAlg ....................................................................................................... 524 1.5.4.7 wmanIfSsPkmTekState .................................................................................................................. 524 1.5.4.8 wmanIfSsPkmTekKeySequenceNumber ....................................................................................... 525 1.5.4.9 wmanIfSsPkmTekExpiresOld ........................................................................................................ 525 1.5.4.10 wmanIfSsPkmTekExpiresNew .................................................................................................. 525 1.5.4.11 wmanIfSsPkmTekKeyRequests................................................................................................. 526


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1.5.4.12 wmanIfSsPkmTekKeyReplies ................................................................................................... 526 1.5.4.13 wmanIfSsPkmTekKeyRejects ................................................................................................... 526 1.5.4.14 wmanIfSsPkmTekInvalids......................................................................................................... 527 1.5.4.15 wmanIfSsPkmTekAuthPends .................................................................................................... 527 1.5.4.16 wmanIfSsPkmTekKeyRejectErrorCode .................................................................................... 527 1.5.4.17 wmanIfSsPkmTekKeyRejectErrorString................................................................................... 528 1.5.4.18 wmanIfSsPkmTekInvalidErrorCode.......................................................................................... 528 1.5.4.19 wmanIfSsPkmTekInvalidErrorString ........................................................................................ 529

1.5.5 wmanIfSsDeviceCertTable ................................................................................................ 529 1.5.5.1 ifIndex............................................................................................................................................ 529 1.5.5.2 wmanIfSsDeviceCert ..................................................................................................................... 530 1.5.5.3 wmanIfSsDeviceManufCert........................................................................................................... 530

1.5.6 wmanIfSsOfdmaUplinkChannelTable ............................................................................. 530 1.5.6.1 ifIndex............................................................................................................................................ 530 1.5.6.2 wmanIfSsOfdmaCtBasedResvTimeout.......................................................................................... 531 1.5.6.3 wmanIfSsOfdmaUplinkCenterFreq................................................................................................ 531 1.5.6.4 wmanIfSsOfdmaInitRngCodes ...................................................................................................... 531 1.5.6.5 wmanIfSsOfdmaPeriodicRngCodes............................................................................................... 532 1.5.6.6 wmanIfSsOfdmaBWReqCodes...................................................................................................... 532 1.5.6.7 wmanIfSsOfdmaPerRngBackoffStart ............................................................................................ 533 1.5.6.8 wmanIfSsOfdmaPerRngBackoffEnd ............................................................................................. 533 1.5.6.9 wmanIfSsOfdmaStartOfRngCodes ................................................................................................ 533 1.5.6.10 wmanIfSsOfdmaPermutationBase ............................................................................................. 534 1.5.6.11 wmanIfSsOfdmaBinStatRepMAXPeriod .................................................................................. 534 1.5.6.12 wmanIfSsOfdmaSafetyChaRetryTimer ..................................................................................... 534 1.5.6.13 wmanIfSsOfdmaHARQAackDelayULBurst ............................................................................. 535

1.5.7 wmanIfSsOfdmaDownlinkChannelTable......................................................................... 535 1.5.7.1 ifIndex............................................................................................................................................ 535 1.5.7.2 wmanIfSsOfdmaBsEIRP................................................................................................................ 536 1.5.7.3 wmanIfSsOfdmaTTG..................................................................................................................... 536 1.5.7.4 wmanIfSsOfdmaRTG..................................................................................................................... 536 1.5.7.5 wmanIfSsOfdmaInitRngMaxRSS .................................................................................................. 537 1.5.7.6 wmanIfSsOfdmaDownlinkCenterFreq........................................................................................... 537 1.5.7.7 wmanIfSsOfdmaBsId ..................................................................................................................... 537 1.5.7.8 wmanIfSsOfdmaMacVersion......................................................................................................... 538 1.5.7.9 wmanIfSsOfdmaFrameDurationCode ............................................................................................ 538 1.5.7.10 wmanIfSsOfdmaSizeCqichIdField ............................................................................................ 538 1.5.7.11 wmanIfSsOfdmaHARQAackDelayBurst .................................................................................. 539

1.5.8 wmanIfCmnClassifierRuleTable....................................................................................... 539 1.5.8.1 ifIndex............................................................................................................................................ 540 1.5.8.2 wmanIfCmnCpsSfId ...................................................................................................................... 540 1.5.8.3 wmanIfCmnClassifierRuleIndex.................................................................................................... 540 1.5.8.4 wmanIfCmnClassifierRulePriority................................................................................................. 541 1.5.8.5 wmanIfCmnClassifierRuleIpTosLow ............................................................................................ 541 1.5.8.6 wmanIfCmnClassifierRuleIpTosHigh............................................................................................ 541 1.5.8.7 wmanIfCmnClassifierRuleIpTosMask........................................................................................... 542 1.5.8.8 wmanIfCmnClassifierRuleIpProtocol ............................................................................................ 542 1.5.8.9 wmanIfCmnClassifierRuleIpSourceAddr ...................................................................................... 542 1.5.8.10 wmanIfCmnClassifierRuleIpSourceMask ................................................................................. 543 1.5.8.11 wmanIfCmnClassifierRuleIpDestAddr...................................................................................... 543 1.5.8.12 wmanIfCmnClassifierRuleIpDestMask ..................................................................................... 544 1.5.8.13 wmanIfCmnClassifierRuleSourcePortStart ............................................................................... 544 1.5.8.14 wmanIfCmnClassifierRuleSourcePortEnd ................................................................................ 544 1.5.8.15 wmanIfCmnClassifierRuleDestPortStart ................................................................................... 545 1.5.8.16 wmanIfCmnClassifierRuleDestPortEnd .................................................................................... 545

1.5.9 wmanIfCmnPhsRuleTable ................................................................................................ 545 1.5.9.1 ifIndex............................................................................................................................................ 546 1.5.9.2 wmanIfCmnCpsSfId ...................................................................................................................... 546 1.5.9.3 wmanIfCmnPhsRulePhsIndex........................................................................................................ 547 1.5.9.4 wmanIfCmnPhsRulePhsField ........................................................................................................ 547


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1.5.9.5 wmanIfCmnPhsRulePhsMask........................................................................................................ 547 1.5.9.6 wmanIfCmnPhsRulePhsSize.......................................................................................................... 548 1.5.9.7 wmanIfCmnPhsRulePhsVerify ...................................................................................................... 548

1.5.10 wmanIfCmnCpsServiceFlowTable ................................................................................... 549 1.5.10.1 ifIndex........................................................................................................................................ 549 1.5.10.2 wmanIfCmnCpsSfMacAddress ................................................................................................. 549 1.5.10.3 wmanIfCmnCpsSfId .................................................................................................................. 550 1.5.10.4 wmanIfCmnCpsSfCid................................................................................................................ 550 1.5.10.5 wmanIfCmnCpsSfDirection ...................................................................................................... 550 1.5.10.6 wmanIfCmnCpsSfState ............................................................................................................. 551 1.5.10.7 wmanIfCmnCpsTrafficPriority.................................................................................................. 551 1.5.10.8 wmanIfCmnCpsMaxSustainedRate ........................................................................................... 551 1.5.10.9 wmanIfCmnCpsMaxTrafficBurst .............................................................................................. 552 1.5.10.10 wmanIfCmnCpsMinReservedRate ............................................................................................ 552 1.5.10.11 wmanIfCmnCpsToleratedJitter.................................................................................................. 552 1.5.10.12 wmanIfCmnCpsMaxLatency..................................................................................................... 553 1.5.10.13 wmanIfCmnCpsFixedVsVariableSduInd................................................................................... 553 1.5.10.14 wmanIfCmnCpsSduSize ............................................................................................................ 554 1.5.10.15 wmanIfCmnCpsSfSchedulingType ........................................................................................... 554 1.5.10.16 wmanIfCmnCpsArqEnable........................................................................................................ 554 1.5.10.17 wmanIfCmnCpsArqWindowSize .............................................................................................. 555 1.5.10.18 wmanIfCmnCpsArqBlockLifetime............................................................................................ 555 1.5.10.19 wmanIfCmnCpsArqSyncLossTimeout ...................................................................................... 555 1.5.10.20 wmanIfCmnCpsArqDeliverInOrder .......................................................................................... 556 1.5.10.21 wmanIfCmnCpsArqRxPurgeTimeout........................................................................................ 556 1.5.10.22 wmanIfCmnCpsArqBlockSize................................................................................................... 557 1.5.10.23 wmanIfCmnCpsMinRsvdTolerableRate.................................................................................... 557 1.5.10.24 wmanIfCmnCpsReqTxPolicy .................................................................................................... 557 1.5.10.25 wmanIfCmnSfCsSpecification .................................................................................................. 558 1.5.10.26 wmanIfCmnCpsTargetSaid........................................................................................................ 558

1.5.11 wmanDevSsConfigFileEncodingTable............................................................................. 558 1.5.11.1 wmanDevSsDeviceIndex........................................................................................................... 559 1.5.11.2 wmanDevSsVendorId................................................................................................................ 559 1.5.11.3 wmanDevSsHwId ...................................................................................................................... 559 1.5.11.4 wmanDevSsSwVersion.............................................................................................................. 560



1.5.14 ifTable ................................................................................................................................ 563 1.5.14.1 ifIndex........................................................................................................................................ 563 1.5.14.2 ifPhysAddress............................................................................................................................ 564

1.5.15 wmanMssFreqConfigTable ............................................................................................... 565 1.5.15.1 wmanMssFreqConfigIndex........................................................................................................ 565 1.5.15.2 wmanMssFreqConfigBand ........................................................................................................ 566 1.5.15.3 wmanMssFreqConfigChannelBw.............................................................................................. 566 1.5.15.4 wmanMssFreqConfigRowStatus ............................................................................................... 566

1.5.16 wmanMssSpFreqTable ...................................................................................................... 567 1.5.16.1 wmanMssSpFreqIndex .............................................................................................................. 567 1.5.16.2 wmanMssSpFrequency.............................................................................................................. 567 1.5.16.3 wmanMssSpFreqRowStatus ...................................................................................................... 568

1.5.17 wmanMssNapNspTable ..................................................................................................... 568 1.5.17.1 wmanMssNapNspIndex............................................................................................................. 568 1.5.17.2 wmanMssNap ............................................................................................................................ 568 1.5.17.3 wmanMssNspId ......................................................................................................................... 569 1.5.17.4 wmanMssNspRealm .................................................................................................................. 569


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1.5.17.5 wmanMssNapNspRowStatus..................................................................................................... 570 1.5.18 wmanMssInfo .................................................................................................................... 570

1.5.18.1 wmanMssInfoNai ...................................................................................................................... 570 1.5.18.2 wmanMssInfoModelNum.......................................................................................................... 570 1.5.18.3 wmanMssInfoManufacturer....................................................................................................... 571 1.5.18.4 wmanMssInfoSerialNum ........................................................................................................... 571 1.5.18.5 wmanMssInfoHwRev ................................................................................................................ 571 1.5.18.6 wmanMssInfoSwVersion........................................................................................................... 572 1.5.18.7 wmanMssInfoConfigVerNum ................................................................................................... 572 1.5.18.8 wmanMssInfoMacAddress ........................................................................................................ 572 1.5.18.9 wmanMssInfoDomainName ...................................................................................................... 573 1.5.18.10 wmanMssInfoUserName ........................................................................................................... 573 1.5.18.11 wmanMssInfoVendorId ............................................................................................................. 573 1.5.18.12 wmanMssSnmpV3KeyLifetime................................................................................................. 574 1.5.18.13 wmanMssInfoBootVersion ........................................................................................................ 574

1.5.19 wmanMssStatistics ............................................................................................................. 574 1.5.19.1 wmanMssRssiDnlink ................................................................................................................. 575 1.5.19.2 wmanMssHarqRetrySnd............................................................................................................ 575 1.5.19.3 wmanMssHarqRetryRcv............................................................................................................ 575 1.5.19.4 wmanMssHarqRetryExceeded................................................................................................... 576 1.5.19.5 wmanMssArqRetrySnd.............................................................................................................. 576 1.5.19.6 wmanMssArqRetryRcv ............................................................................................................. 576 1.5.19.7 wmanMssArqRetryExceeded .................................................................................................... 577 1.5.19.8 wmanMssPduSndQpsk12 .......................................................................................................... 577 1.5.19.9 wmanMssPduSndQpsk34 .......................................................................................................... 577 1.5.19.10 wmanMssPduSnd16Qam12....................................................................................................... 578 1.5.19.11 wmanMssPduSnd16Qam34....................................................................................................... 578 1.5.19.12 wmanMssPduRcvQpsk12 .......................................................................................................... 579 1.5.19.13 wmanMssPduRcvQpsk34 .......................................................................................................... 579 1.5.19.14 wmanMssPduRcv16Qam12....................................................................................................... 579 1.5.19.15 wmanMssPduRcv16Qam34....................................................................................................... 580 1.5.19.16 wmanMssPduRcv64Qam12....................................................................................................... 580 1.5.19.17 wmanMssPduRcv64Qam23....................................................................................................... 580 1.5.19.18 wmanMssPduRcv64Qam34....................................................................................................... 581 1.5.19.19 wmanMssPduRcv64Qam56....................................................................................................... 581 1.5.19.20 wmanMssInitRangingFail.......................................................................................................... 581 1.5.19.21 wmanMssPeriodicRangingFail .................................................................................................. 582 1.5.19.22 wmanMssBandwidthRangingFail .............................................................................................. 582

1.5.20 wmanCpeRemoteLoginAccess........................................................................................... 582 1.5.20.1 wmanCpeRemoteLoginEnabled ................................................................................................ 583 1.5.20.2 wmanCpeRemoteLoginPassword .............................................................................................. 583 1.5.20.3 wmanCpeRemoteLoginIPAddr.................................................................................................. 583 1.5.20.4 wmanCpeRemoteLoginNetmask ............................................................................................... 584 1.5.20.5 wmanCpeRemoteLoginPortNum............................................................................................... 584

1.6 NAME: HPVMCONFIGURATION .................................................................................................. 585 1.6.1 wmanIfSsConfigurationTable........................................................................................... 585

1.6.1.1 ifIndex............................................................................................................................................ 585 1.6.1.2 wmanIfSsLostDLMapInterval........................................................................................................ 585 1.6.1.3 wmanIfSsLostULMapInterval........................................................................................................ 586 1.6.1.4 wmanIfSsContentionRangRetries .................................................................................................. 586 1.6.1.5 wmanIfSsRequestRetries ............................................................................................................... 586 1.6.1.6 wmanIfSsRegRequestRetries ......................................................................................................... 587 1.6.1.7 wmanIfSsT1Timeout...................................................................................................................... 587 1.6.1.8 wmanIfSsT2Timeout...................................................................................................................... 587 1.6.1.9 wmanIfSsT3Timeout...................................................................................................................... 588 1.6.1.10 wmanIfSsT4Timeout ................................................................................................................. 588 1.6.1.11 wmanIfSsT6Timeout ................................................................................................................. 588 1.6.1.12 wmanIfSsT12Timeout ............................................................................................................... 589 1.6.1.13 wmanIfSsT14Timeout ............................................................................................................... 589 1.6.1.14 wmanIfSsT18Timeout ............................................................................................................... 589


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1.6.1.15 wmanIfSsT20Timeout ............................................................................................................... 590 1.6.1.16 wmanIfSsT21Timeout ............................................................................................................... 590 1.6.1.17 wmanIfSsSBCRequestRetries.................................................................................................... 590

1.6.2 wmanIfSsChannelMeasurementTable ............................................................................. 591 1.6.2.1 ifIndex............................................................................................................................................ 591 1.6.2.2 wmanIfSsHistogramIndex.............................................................................................................. 591 1.6.2.3 wmanIfSsChannelNumber ............................................................................................................. 592 1.6.2.4 wmanIfSsStartFrame...................................................................................................................... 592 1.6.2.5 wmanIfSsDuration ......................................................................................................................... 592 1.6.2.6 wmanIfSsBasicReport.................................................................................................................... 593 1.6.2.7 wmanIfSsMeanCinrReport............................................................................................................. 593 1.6.2.8 wmanIfSsStdDeviationCinrReport................................................................................................. 593 1.6.2.9 wmanIfSsMeanRssiReport............................................................................................................. 594 1.6.2.10 wmanIfSsStdDeviationRssiReport............................................................................................. 594

1.6.3 wmanIfSsPkmAuthTable .................................................................................................. 594 1.6.3.1 ifIndex............................................................................................................................................ 595 1.6.3.2 wmanIfSsPkmAuthState ................................................................................................................ 595 1.6.3.3 wmanIfSsPkmAuthKeySequenceNumber...................................................................................... 595 1.6.3.4 wmanIfSsPkmAuthExpiresOld ...................................................................................................... 596 1.6.3.5 wmanIfSsPkmAuthExpiresNew..................................................................................................... 596 1.6.3.6 wmanIfSsPkmAuthReset ............................................................................................................... 597 1.6.3.7 wmanIfSsPkmAuthentInfos ........................................................................................................... 597 1.6.3.8 wmanIfSsPkmAuthRequests .......................................................................................................... 597 1.6.3.9 wmanIfSsPkmAuthReplies ............................................................................................................ 598 1.6.3.10 wmanIfSsPkmAuthRejects ........................................................................................................ 598 1.6.3.11 wmanIfSsPkmAuthInvalids ....................................................................................................... 598 1.6.3.12 wmanIfSsPkmAuthRejectErrorCode ......................................................................................... 598 1.6.3.13 wmanIfSsPkmAuthRejectErrorString........................................................................................ 599 1.6.3.14 wmanIfSsPkmAuthInvalidErrorCode ........................................................................................ 599 1.6.3.15 wmanIfSsPkmAuthInvalidErrorString....................................................................................... 600 1.6.3.16 wmanIfSsPkmAuthGraceTime .................................................................................................. 600 1.6.3.17 wmanIfSsPkmTekGraceTime.................................................................................................... 601 1.6.3.18 wmanIfSsPkmAuthWaitTimeout............................................................................................... 601 1.6.3.19 wmanIfSsPkmReauthWaitTimeout ........................................................................................... 601 1.6.3.20 wmanIfSsPkmOpWaitTimeout.................................................................................................. 602 1.6.3.21 wmanIfSsPkmRekeyWaitTimeout............................................................................................. 602 1.6.3.22 wmanIfSsPkmAuthRejectWaitTimeout..................................................................................... 602

1.6.4 wmanIfSsPkmTekTable .................................................................................................... 603 1.6.4.1 ifIndex............................................................................................................................................ 603 1.6.4.2 wmanIfSsPkmTekSAId.................................................................................................................. 604 1.6.4.3 wmanIfSsPkmTekSAType............................................................................................................. 604 1.6.4.4 wmanIfSsPkmTekDataEncryptAlg ................................................................................................ 604 1.6.4.5 wmanIfSsPkmTekDataAuthentAlg................................................................................................ 605 1.6.4.6 wmanIfSsPkmTekEncryptAlg ....................................................................................................... 605 1.6.4.7 wmanIfSsPkmTekState .................................................................................................................. 605 1.6.4.8 wmanIfSsPkmTekKeySequenceNumber ....................................................................................... 606 1.6.4.9 wmanIfSsPkmTekExpiresOld ........................................................................................................ 606 1.6.4.10 wmanIfSsPkmTekExpiresNew .................................................................................................. 606 1.6.4.11 wmanIfSsPkmTekKeyRequests................................................................................................. 607 1.6.4.12 wmanIfSsPkmTekKeyReplies ................................................................................................... 607 1.6.4.13 wmanIfSsPkmTekKeyRejects ................................................................................................... 607 1.6.4.14 wmanIfSsPkmTekInvalids......................................................................................................... 608 1.6.4.15 wmanIfSsPkmTekAuthPends .................................................................................................... 608 1.6.4.16 wmanIfSsPkmTekKeyRejectErrorCode .................................................................................... 608 1.6.4.17 wmanIfSsPkmTekKeyRejectErrorString................................................................................... 609 1.6.4.18 wmanIfSsPkmTekInvalidErrorCode.......................................................................................... 609 1.6.4.19 wmanIfSsPkmTekInvalidErrorString ........................................................................................ 609

1.6.5 wmanIfSsDeviceCertTable ................................................................................................ 610 1.6.5.1 ifIndex............................................................................................................................................ 610 1.6.5.2 wmanIfSsDeviceCert ..................................................................................................................... 610


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1.6.5.3 wmanIfSsDeviceManufCert........................................................................................................... 611 1.6.6 wmanIfSsNotificationObjectsTable .................................................................................. 611

1.6.6.1 ifIndex............................................................................................................................................ 611 1.6.6.2 wmanIfSsMacAddress ................................................................................................................... 612 1.6.6.3 wmanIfSsUnknownTlv .................................................................................................................. 612 1.6.6.4 wmanIfSsDynamicServiceType..................................................................................................... 612 1.6.6.5 wmanIfSsDynamicServiceFailReason ........................................................................................... 613 1.6.6.6 wmanIfSsRssiStatus....................................................................................................................... 613 1.6.6.7 wmanIfSsRssiStatusInfo ................................................................................................................ 613

1.6.7 wmanIfSsOfdmaUplinkChannelTable ............................................................................. 614 1.6.7.1 ifIndex............................................................................................................................................ 614 1.6.7.2 wmanIfSsOfdmaCtBasedResvTimeout.......................................................................................... 614 1.6.7.3 wmanIfSsOfdmaUplinkCenterFreq................................................................................................ 615 1.6.7.4 wmanIfSsOfdmaInitRngCodes ...................................................................................................... 615 1.6.7.5 wmanIfSsOfdmaPeriodicRngCodes............................................................................................... 615 1.6.7.6 wmanIfSsOfdmaBWReqCodes...................................................................................................... 616 1.6.7.7 wmanIfSsOfdmaPerRngBackoffStart ............................................................................................ 616 1.6.7.8 wmanIfSsOfdmaPerRngBackoffEnd ............................................................................................. 616 1.6.7.9 wmanIfSsOfdmaStartOfRngCodes ................................................................................................ 617 1.6.7.10 wmanIfSsOfdmaPermutationBase ............................................................................................. 617 1.6.7.11 wmanIfSsOfdmaBinStatRepMAXPeriod .................................................................................. 618 1.6.7.12 wmanIfSsOfdmaSafetyChaRetryTimer ..................................................................................... 618 1.6.7.13 wmanIfSsOfdmaHARQAackDelayULBurst ............................................................................. 618

1.6.8 wmanIfSsOfdmaDownlinkChannelTable......................................................................... 619 1.6.8.1 ifIndex............................................................................................................................................ 619 1.6.8.2 wmanIfSsOfdmaBsEIRP................................................................................................................ 619 1.6.8.3 wmanIfSsOfdmaTTG..................................................................................................................... 620 1.6.8.4 wmanIfSsOfdmaRTG..................................................................................................................... 620 1.6.8.5 wmanIfSsOfdmaInitRngMaxRSS .................................................................................................. 620 1.6.8.6 wmanIfSsOfdmaDownlinkCenterFreq........................................................................................... 621 1.6.8.7 wmanIfSsOfdmaBsId ..................................................................................................................... 621 1.6.8.8 wmanIfSsOfdmaMacVersion......................................................................................................... 621 1.6.8.9 wmanIfSsOfdmaFrameDurationCode ............................................................................................ 621 1.6.8.10 wmanIfSsOfdmaSizeCqichIdField ............................................................................................ 622 1.6.8.11 wmanIfSsOfdmaHARQAackDelayBurst .................................................................................. 623

1.6.9 wmanIfCmnClassifierRuleTable....................................................................................... 623 1.6.9.1 ifIndex............................................................................................................................................ 623 1.6.9.2 wmanIfCmnCpsSfId ...................................................................................................................... 624 1.6.9.3 wmanIfCmnClassifierRuleIndex.................................................................................................... 624 1.6.9.4 wmanIfCmnClassifierRulePriority................................................................................................. 624 1.6.9.5 wmanIfCmnClassifierRuleIpTosLow ............................................................................................ 625 1.6.9.6 wmanIfCmnClassifierRuleIpTosHigh............................................................................................ 625 1.6.9.7 wmanIfCmnClassifierRuleIpTosMask........................................................................................... 625 1.6.9.8 wmanIfCmnClassifierRuleIpProtocol ............................................................................................ 626 1.6.9.9 wmanIfCmnClassifierRuleIpSourceAddr ...................................................................................... 626 1.6.9.10 wmanIfCmnClassifierRuleIpSourceMask ................................................................................. 626 1.6.9.11 wmanIfCmnClassifierRuleIpDestAddr...................................................................................... 627 1.6.9.12 wmanIfCmnClassifierRuleIpDestMask ..................................................................................... 627 1.6.9.13 wmanIfCmnClassifierRuleSourcePortStart ............................................................................... 628 1.6.9.14 wmanIfCmnClassifierRuleSourcePortEnd ................................................................................ 628 1.6.9.15 wmanIfCmnClassifierRuleDestPortStart ................................................................................... 628 1.6.9.16 wmanIfCmnClassifierRuleDestPortEnd .................................................................................... 629

1.6.10 wmanIfCmnPhsRuleTable ................................................................................................ 629 1.6.10.1 ifIndex........................................................................................................................................ 629 1.6.10.2 wmanIfCmnCpsSfId .................................................................................................................. 630 1.6.10.3 wmanIfCmnPhsRulePhsIndex ................................................................................................... 630 1.6.10.4 wmanIfCmnPhsRulePhsField .................................................................................................... 631 1.6.10.5 wmanIfCmnPhsRulePhsMask ................................................................................................... 631 1.6.10.6 wmanIfCmnPhsRulePhsSize ..................................................................................................... 632 1.6.10.7 wmanIfCmnPhsRulePhsVerify.................................................................................................. 632


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1.6.11 wmanIfCmnCpsServiceFlowTable ................................................................................... 632 1.6.11.1 ifIndex........................................................................................................................................ 633 1.6.11.2 wmanIfCmnCpsSfMacAddress ................................................................................................. 633 1.6.11.3 wmanIfCmnCpsSfId .................................................................................................................. 633 1.6.11.4 wmanIfCmnCpsSfCid................................................................................................................ 634 1.6.11.5 wmanIfCmnCpsSfDirection ...................................................................................................... 634 1.6.11.6 wmanIfCmnCpsSfState ............................................................................................................. 634 1.6.11.7 wmanIfCmnCpsTrafficPriority.................................................................................................. 635 1.6.11.8 wmanIfCmnCpsMaxSustainedRate ........................................................................................... 635 1.6.11.9 wmanIfCmnCpsMaxTrafficBurst .............................................................................................. 635 1.6.11.10 wmanIfCmnCpsMinReservedRate ............................................................................................ 636 1.6.11.11 wmanIfCmnCpsToleratedJitter.................................................................................................. 636 1.6.11.12 wmanIfCmnCpsMaxLatency..................................................................................................... 636 1.6.11.13 wmanIfCmnCpsFixedVsVariableSduInd................................................................................... 637 1.6.11.14 wmanIfCmnCpsSduSize ............................................................................................................ 637 1.6.11.15 wmanIfCmnCpsSfSchedulingType ........................................................................................... 638 1.6.11.16 wmanIfCmnCpsArqEnable........................................................................................................ 638 1.6.11.17 wmanIfCmnCpsArqWindowSize .............................................................................................. 638 1.6.11.18 wmanIfCmnCpsArqBlockLifetime............................................................................................ 639 1.6.11.19 wmanIfCmnCpsArqSyncLossTimeout ...................................................................................... 639 1.6.11.20 wmanIfCmnCpsArqDeliverInOrder .......................................................................................... 639 1.6.11.21 wmanIfCmnCpsArqRxPurgeTimeout........................................................................................ 640 1.6.11.22 wmanIfCmnCpsArqBlockSize................................................................................................... 640 1.6.11.23 wmanIfCmnCpsMinRsvdTolerableRate.................................................................................... 640 1.6.11.24 wmanIfCmnCpsReqTxPolicy .................................................................................................... 641 1.6.11.25 wmanIfCmnSfCsSpecification .................................................................................................. 641 1.6.11.26 wmanIfCmnCpsTargetSaid........................................................................................................ 642

1.6.12 wmanDevSsConfigFileEncodingTable............................................................................. 642 1.6.12.1 wmanDevSsDeviceIndex........................................................................................................... 642 1.6.12.2 wmanDevSsVendorId................................................................................................................ 643 1.6.12.3 wmanDevSsHwId ...................................................................................................................... 643 1.6.12.4 wmanDevSsSwVersion.............................................................................................................. 643



1.6.15 ifTable ................................................................................................................................ 646 1.6.15.1 ifIndex........................................................................................................................................ 647 1.6.15.2 ifPhysAddress............................................................................................................................ 647

1.6.16 radiusAuthClient................................................................................................................ 649 1.6.16.1 radiusAuthClientInvalidServerAddresses .................................................................................. 649 1.6.16.2 radiusAuthClientIdentifier ......................................................................................................... 649

1.6.17 radiusAuthServerTable...................................................................................................... 649 1.6.17.1 radiusAuthServerIndex .............................................................................................................. 650 1.6.17.2 radiusAuthClientRoundTripTime .............................................................................................. 650 1.6.17.3 radiusAuthClientAccessRequests .............................................................................................. 650 1.6.17.4 radiusAuthClientAccessRetransmissions................................................................................... 651 1.6.17.5 radiusAuthClientAccessAccepts................................................................................................ 651 1.6.17.6 radiusAuthClientAccessRejects................................................................................................. 652 1.6.17.7 radiusAuthClientAccessChallenges ........................................................................................... 652 1.6.17.8 radiusAuthClientMalformedAccessResponses .......................................................................... 652 1.6.17.9 radiusAuthClientBadAuthenticators .......................................................................................... 653 1.6.17.10 radiusAuthClientPendingRequests............................................................................................. 653 1.6.17.11 radiusAuthClientTimeouts......................................................................................................... 653 1.6.17.12 radiusAuthClientUnknownTypes .............................................................................................. 654 1.6.17.13 radiusAuthClientPacketsDropped.............................................................................................. 654


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1.6.18 wmanMssFreqConfigTable ............................................................................................... 654 1.6.18.1 wmanMssFreqConfigIndex........................................................................................................ 655 1.6.18.2 wmanMssFreqConfigBand ........................................................................................................ 655 1.6.18.3 wmanMssFreqConfigChannelBw.............................................................................................. 655 1.6.18.4 wmanMssFreqConfigRowStatus ............................................................................................... 656

1.6.19 wmanMssSpFreqTable ...................................................................................................... 656 1.6.19.1 wmanMssSpFreqIndex .............................................................................................................. 656 1.6.19.2 wmanMssSpFrequency.............................................................................................................. 656 1.6.19.3 wmanMssSpFreqRowStatus ...................................................................................................... 657

1.6.20 wmanMssNapNspTable ..................................................................................................... 657 1.6.20.1 wmanMssNapNspIndex............................................................................................................. 658 1.6.20.2 wmanMssNap ............................................................................................................................ 658 1.6.20.3 wmanMssNspId ......................................................................................................................... 658 1.6.20.4 wmanMssNspRealm .................................................................................................................. 659 1.6.20.5 wmanMssNapNspRowStatus..................................................................................................... 659

1.6.21 wmanMssInfo .................................................................................................................... 659 1.6.21.1 wmanMssInfoNai ...................................................................................................................... 660 1.6.21.2 wmanMssInfoModelNum.......................................................................................................... 660 1.6.21.3 wmanMssInfoSerialNum ........................................................................................................... 660 1.6.21.4 wmanMssInfoHwRev ................................................................................................................ 661 1.6.21.5 wmanMssInfoSwVersion........................................................................................................... 661 1.6.21.6 wmanMssInfoConfigVerNum ................................................................................................... 661 1.6.21.7 wmanMssInfoDomainName ...................................................................................................... 661 1.6.21.8 wmanMssInfoUserName ........................................................................................................... 662 1.6.21.9 wmanMssInfoVendorId ............................................................................................................. 662 1.6.21.10 wmanMssSnmpV3KeyLifetime................................................................................................. 662

1.6.22 wmanMssStatistics ............................................................................................................. 663 1.6.22.1 wmanMssRssiDnlink ................................................................................................................. 663 1.6.22.2 wmanMssHarqRetrySnd............................................................................................................ 663 1.6.22.3 wmanMssHarqRetryRcv............................................................................................................ 664 1.6.22.4 wmanMssHarqRetryExceeded................................................................................................... 664 1.6.22.5 wmanMssArqRetrySnd.............................................................................................................. 665 1.6.22.6 wmanMssArqRetryRcv ............................................................................................................. 665 1.6.22.7 wmanMssArqRetryExceeded .................................................................................................... 665 1.6.22.8 wmanMssPduSndQpsk12 .......................................................................................................... 666 1.6.22.9 wmanMssPduSndQpsk34 .......................................................................................................... 666 1.6.22.10 wmanMssPduSnd16Qam12....................................................................................................... 666 1.6.22.11 wmanMssPduSnd16Qam34....................................................................................................... 667 1.6.22.12 wmanMssPduRcvQpsk12 .......................................................................................................... 667 1.6.22.13 wmanMssPduRcvQpsk34 .......................................................................................................... 667 1.6.22.14 wmanMssPduRcv16Qam12....................................................................................................... 668 1.6.22.15 wmanMssPduRcv16Qam34....................................................................................................... 668 1.6.22.16 wmanMssPduRcv64Qam12....................................................................................................... 668 1.6.22.17 wmanMssPduRcv64Qam23....................................................................................................... 669 1.6.22.18 wmanMssPduRcv64Qam34....................................................................................................... 669 1.6.22.19 wmanMssPduRcv64Qam56....................................................................................................... 670 1.6.22.20 wmanMssInitRangingFail.......................................................................................................... 670 1.6.22.21 wmanMssPeriodicRangingFail .................................................................................................. 670 1.6.22.22 wmanMssBandwidthRangingFail .............................................................................................. 671 1.6.22.23 wmanMssHoRangingFail .......................................................................................................... 671

1.7 NAME: MSSCONFIGURATION...................................................................................................... 671 1.7.1 wmanIfSsNotificationObjectsTable .................................................................................. 671

1.7.1.1 ifIndex............................................................................................................................................ 672 1.7.1.2 wmanIfSsMacAddress ................................................................................................................... 672 1.7.1.3 wmanIfSsUnknownTlv .................................................................................................................. 672 1.7.1.4 wmanIfSsDynamicServiceType..................................................................................................... 672 1.7.1.5 wmanIfSsDynamicServiceFailReason ........................................................................................... 673 1.7.1.6 wmanIfSsRssiStatus....................................................................................................................... 673 1.7.1.7 wmanIfSsRssiStatusInfo ................................................................................................................ 673

1.7.2 wmanPriDeviceInfo ........................................................................................................... 674


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1.7.2.1 wmanPriDeviceType...................................................................................................................... 674 1.7.2.2 wmanPriDeviceManufacturerId ..................................................................................................... 674 1.7.2.3 wmanPriDeviceCarrierId ............................................................................................................... 674 1.7.2.4 wmanPriDeviceHardwareId ........................................................................................................... 675 1.7.2.5 wmanPriDeviceModelNumber....................................................................................................... 675

1.7.3 ifTable ................................................................................................................................ 675 1.7.3.1 ifIndex............................................................................................................................................ 676 1.7.3.2 ifPhysAddress ................................................................................................................................ 676

1.7.4 radiusAuthClient................................................................................................................ 678 1.7.4.1 radiusAuthClientInvalidServerAddresses ...................................................................................... 678 1.7.4.2 radiusAuthClientIdentifier ............................................................................................................. 678

1.7.5 radiusAuthServerTable...................................................................................................... 679 1.7.5.1 radiusAuthServerIndex .................................................................................................................. 679 1.7.5.2 radiusAuthServerAddress............................................................................................................... 679 1.7.5.3 radiusAuthClientServerPortNumber .............................................................................................. 680 1.7.5.4 radiusAuthClientRoundTripTime .................................................................................................. 680 1.7.5.5 radiusAuthClientAccessRequests................................................................................................... 680 1.7.5.6 radiusAuthClientAccessRetransmissions ....................................................................................... 681 1.7.5.7 radiusAuthClientAccessAccepts .................................................................................................... 681 1.7.5.8 radiusAuthClientAccessRejects ..................................................................................................... 681 1.7.5.9 radiusAuthClientAccessChallenges ............................................................................................... 682 1.7.5.10 radiusAuthClientMalformedAccessResponses .......................................................................... 682 1.7.5.11 radiusAuthClientBadAuthenticators .......................................................................................... 682 1.7.5.12 radiusAuthClientPendingRequests............................................................................................. 683 1.7.5.13 radiusAuthClientTimeouts......................................................................................................... 683 1.7.5.14 radiusAuthClientUnknownTypes .............................................................................................. 683 1.7.5.15 radiusAuthClientPacketsDropped.............................................................................................. 684

1.7.6 wmanMssStatistics ............................................................................................................. 684 1.7.6.1 wmanMssHoRangingFail............................................................................................................... 684

1.8 APPENDIX: TEXTUAL CONVENTION DEFINITION ......................................................................... 684


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Table of Figures

FIGURE 1: MAIN ............................................................................................................................................ 48


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1.1 Rules

1.1.1 Information Model Rules The following system rules and topology limitations will be validated by the EMS. The EMS will ensure that an NE configuration is not in violation of a business rule. In addition, the topology rules are used to certify EMS performance is satisfactory on the maximum supported topology. ISSUE 35: Need to determine topology limits. Please provide input in this area...

1.1.1.1 System Topology 1 A Portal EMS supports 0…500 APs/BTSs. 2 A Portal EMS supports 0…4 CAPCs. 3 A Portal EMS supports up to 100,000 CPEs. 4 The number of CPEs under active management is 0…2,500 CPEs.

1.1.1.2 BTS Topology Rules 1 A BTS supports 1...4 sectors 2 A Sector supports 0...13 neighbors 3 One BTS can support up to 256 (200?) active MSS/CPE (only enforceable for fixed CPEs) 4 All neighbors for a site (BTS) must have unique preambles (wmanIfBsNbrPreamble) when using the same center freq (wmanIfBsOfdmaDownlinkCenterFreq). 5 Each Cell referenced in a neighbor list must have unique BSID (wmanIfBsNbrBsId). 6 BTS IP address must be unique.

•IP addresses must use a valid IPv4 class A, B, or C host format, must not be a subnet or a multicast address, and must not be the machine loop-back address. •All of an NE’s IP addresses must be unique for that NE. •NE’s IP Addresses cannot match any other device’s IP address on the customer’s Carrier Signaling Intranet. •Net mask addresses must be validated. (Valid netmasks in binary must be 1s followed by 0s). •If FQDN (Fully-Qualified Domain Names) are in use, all of an NE’s FQDNs must be unique for that NE. •If FQDN (Fully-Qualified Domain Names) are in use, NE’s FQDNs cannot match any other device’s FQDN on the customer’s Carrier Signaling Intranet.

7 A BTS's IPSec policy must include at least 1 policy entry for each of it's neighboring BTSs. 8 Any sector in one of the BTS's cannot have any sector from another BTS as a neighbor unless at least 1 IPSec policy entry is applied to the interface between the BTSs. 9 Each BTS must be associated with 1 CAPC (primary CAPC). 10 BS/Sector ID combination must be unique.

• Non-configured Limits (May be required for GUI displays. Optionally displayed for state management.) • 2 Site Controllers (Active/Standby) • 4 Modem Cards (n+1) • 1 Alarm • 1 Ethernet

1.1.1.3 MSS Rules 1 (none?)


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1.1.1.4 Paging Group Association Rules 1. 1 Paging controller (pCAPC/payload card) is associated with 1 or more paging groups 2. Border paging groups can be defined for paging controllers residing in another Management

Domain (EMS) 3. 1 BTS can be associated with 1 to 4 paging groups on any CAPC in the Management Domain

or Border Area 4. Each paging group is associated with 1 paging controller (pCAPC/payload card)

1.1.1.5 CAPC Rules 1 CAPC IP address must be unique.

•IP addresses must use a valid IPv4 class A, B, or C host format, must not be a subnet or a multicast address, and must not be the machine loop-back address. •All of an NE’s IP addresses must be unique for that NE. •NE’s IP Addresses cannot match any other device’s IP address on the customer’s Carrier Signaling Intranet. •Net mask addresses must be validated. (Valid netmasks in binary must be 1s followed by 0s). •If FQDN (Fully-Qualified Domain Names) are in use, all of an NE’s FQDNs must be unique for that NE. •If FQDN (Fully-Qualified Domain Names) are in use, NE’s FQDNs cannot match any other device’s FQDN on the customer’s Carrier Signaling Intranet.

2 • Non-configured Limits (May be required for GUI displays. Optionally displayed for state management.) • 2 System Controllers • 1 Switching Board • Maximum of 12 Rear Transition Modules (RTM) • 2 Shelf Managers (SAM) • 2 Power Entry Modules (PEM) • 4 Fan Tray Modules (FTM) • Maximum of 10 Payload Module(s)

1.1.1.6 HPVM Rules 1 A HPVM supports

1.1.1.7 CPE Topology Rules 1 A CPE supports

1.1.1.8 Connectivity Rules

1.1.1.9 Miscellaneous Rules 1 Any two NEs cannot have the same SNMP engine id. 2 Parameters common to BTS and MSS/CPE must have same/compatible values <this will be decomposed into specific rules>. 3a At least 1 IPSec policy must be configured for each BTS-CAPC, BTS-BTS and CAPC-CAPC interface. 3b A policy is optionally configured for CAPC-AAA interfaces. 4 Service classes must be common in one management domain (all CAPCs, BTS's in one management domain should be configured with the same service classes.). 5 Agent Advertisements Valid IP Range will be specified to restrict Agent Advertisements (broadcast packets) to those only coming from a specific host address or address range…thereby filtering out other FAs (WiMAX 2.0).


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1.2 Overview:

APConfiguration CAPCConfiguration

CPEConfiguration

MSSConfiguration

HPVMConfiguration

Figure 1: Main

1.3 Name: APConfiguration

1.3.1 wmanIfBsServiceClassTable Presentation Name: Service Classes OID: { wmanIfBsPacketCs 3 } This table contains the list of configured Service Class Entries which are templates containing Service Class Names, corresponding QoS parameters, and classifiers when appropriate. These Service tables are downloaded into the BS. The same Service Class Names configured in the NMS must be used in the AAA for creating user profiles. The NMS is used to configure backhaul resources for use by BRM at the site, as well as configuring backhaul layer 2 marking to be used for each Service Class Name. There can be up to 100 service classes configured in this table. Stereotype: MIBTable Description from Standards: This table is provisioned and is indexed by wmanIfBsQoSProfileIndex. Each entry of the table contains corresponding service flow characteristic attributes (e.g. QoS parameter set). MAXACCESS: not-accessible REFERENCE: Subclause 6.3.14.4 in IEEE 802.16-2004 WiMAX Release: WiMAX 1.0 Task Allocation: <must provide task name>


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1.3.1.1 ifIndex OID: <optional> Type: InterfaceIndex InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 1.0 Presentation Name: Sector License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.1.2 wmanIfBsQoSProfileIndex OID: <optional> Type: INTEGER InitialValue: 1,2,3,4 Stereotype: Index Description from Standards: The index value which uniquely identifies an entry in the wmanIfBsServiceClassTable MAXACCESS: not-accessible Range from Standards: INTEGER (1 .. 65535) WiMAX Release: WiMAX 1.0 Presentation Name: QoS Profile Index License Required: Not Required Task Allocation: ap_MNM,ap_CFG,ap_SACM Octet String Subtype: N/A AP Impact: online

1.3.1.3 wmanIfBsQosServiceClassName OID: <optional> Type: WmanIfServClassName InitialValue: ,,, Motorola Implementation: This is the string name that uniquely identifies a service class supported by the system. The values are entered by the operator. Within a management domain, a service class name indicates a set of QoS settings that is used across all BTS's in the management domain. Typical service class names includes Gold, Silver, Bronze and Default. The value configured here for this service class name is also used by the provisioning system to identify the QoS level that a user is allowed. Description from Standards: Refers to the Service Class Name MAXACCESS: read-create Range from Standards: WmanIfServClassName WiMAX Release: WiMAX 1.0 Motorola Range: 2-128 bytes


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Category: Configuration Scope: Management Domain Presentation Name: QoS Service Class Name Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: ASCII AP Impact: re-init-device

1.3.1.4 wmanIfBsQoSTrafficPriority OID: <optional> Type: INTEGER InitialValue: ,,, Motorola Implementation: Same as MIB description. Description from Standards: The value of this parameter specifies the priority assigned to a service flow. For uplink service flows, the BS should use this parameter when determining precedence in request service and grant generation, and the SS shall preferentially select contention Request opportunities for Priority Request CIDs based on this priority. Higher numbers indicate higher priority MAXACCESS: read-create Range from Standards: INTEGER (0..7) WiMAX Release: WiMAX 1.0 Motorola Range: Integer (0..7) Category: Configuration Scope: Management Domain Presentation Name: QoS Traffic Priority Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.1.5 wmanIfBsQoSMaxSustainedRate OID: <optional> Type: Unsigned32 InitialValue: ,,, Units: bps Motorola Implementation: Same as MIB description. Description from Standards: This parameter defines the peak information rate of the service. The rate is expressed in bits per second and pertains to the SDUs at the input to the system. MAXACCESS: read-create Range from Standards: Unsigned32 WiMAX Release: WiMAX 1.0 Motorola Range: 1...50,000,000 Category: Configuration Scope: Management Domain Presentation Name: QoS Max Sustained Rate (bps)


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Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.1.6 wmanIfBsQoSMinReservedRate OID: <optional> Type: Unsigned32 InitialValue: ,,, Units: bps Motorola Implementation: Same as MIB description. Description from Standards: This parameter specifies the minimum rate reserved for this service flow. MAXACCESS: read-create Range from Standards: Unsigned32 WiMAX Release: WiMAX 1.0 Motorola Range: 1-5,000,000 Category: Configuration Scope: Management Domain Presentation Name: QoS Min Reserved Rate (bps) Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.1.7 wmanIfBsQoSToleratedJitter OID: <optional> Type: Unsigned32 InitialValue: ,,, Units: millisecond Motorola Implementation: Same as MIB description. Description from Standards: This parameter defines the Maximum delay variation (jitter) for the connection. MAXACCESS: read-create Range from Standards: Unsigned32 WiMAX Release: WiMAX 1.0 Motorola Range: 1...100 Category: Configuration Scope: Management Domain Presentation Name: Qos Tolerated Jitter (ms) Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.1.8 wmanIfBsQoSMaxLatency OID: <optional>


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Type: Unsigned32 InitialValue: ,,, Units: millisecond Motorola Implementation: Same as MIB description. Description from Standards: The value of this parameter specifies the maximum latency between the reception of a packet by the BS or SS on its network interface and the forwarding of the packet to its RF Interface. MAXACCESS: read-create Range from Standards: Unsigned32 WiMAX Release: WiMAX 1.0 Motorola Range: 1...1000 Category: Configuration Scope: Management Domain Presentation Name: Qos Max Lantency (ms) Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.1.9 wmanIfBsQosScSchedulingType OID: <optional> Type: WmanIfSfSchedulingType InitialValue: bestEffort,bestEffort,bestEffort,bestEffort Motorola Implementation: The following IM rules must be enforced by the EMS: If the wmanIfBsQosScSchedulingType for a service class is set to unsolicitedGrantService(6) or realTimePollingService(4), then the wmanIfBsQoSReqTxPolicy must have Bit #0 "noBroadcastBwReq" set to 1 (contention based Bandwidth Requests not allowed). If the wmanIfBsQosScSchedulingType for a service class is set to bestEffort(2), extendedRealTimePollingService(5) or nonRealTimePollingService(3), then the wmanIfBsQoSReqTxPolicy must have Bit #0 "noBroadcastBwReq" set to 0 (contention based Bandwidth Requests allowed). Default Value from Standards: bestEffort Description from Standards: Specifies the upstream scheduling service used for upstream service flow. If the referenced parameter is not present in the corresponding 802.16 QOS Parameter Set of an upstream service flow, the default value of this object is bestEffort(2). MAXACCESS: read-create Range from Standards: WmanIfSfSchedulingType WiMAX Release: WiMAX 1.0 Motorola Default Value: bestEffort Motorola Range: bestEffort(2), nonRealTimePollingService(3), realTimePollingService(4), extendedRealTimePollingService(5), unsolicitedGrantService(6) Category: Configuration Scope: Management Domain Presentation Name: Qos Scheduling Type Network Element: BTS License Required: Not Required


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Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.1.10 wmanIfBsQosScArqEnable OID: <optional> Type: TruthValue InitialValue: True,True,True,True Motorola Implementation: Indicates if ARQ is enabled (True) or disabled (False). ARQ can be disabled or enabled per service class (connection). Description from Standards: True - ARQ enabling is requested for the connection. MAXACCESS: read-create Range from Standards: TruthValue WiMAX Release: WiMAX 1.0 Motorola Default Value: True Category: Configuration Scope: Management Domain Presentation Name: QoS ARQ Enable Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.1.11 wmanIfBsQosScArqWindowSize OID: <optional> Type: INTEGER InitialValue: 100,100,100,100 Motorola Implementation: Maximum number of unacknowledged ARQ blocks at any given time. Description from Standards: Indicates the maximum number of unacknowledged fragments at any time. MAXACCESS: read-create Range from Standards: INTEGER (1 .. 1024) WiMAX Release: WiMAX 1.0 Motorola Default Value: 100 Motorola Range: (1..1024) Category: Configuration Scope: Management Domain Presentation Name: QoS ARQ Window Size Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.1.12 wmanIfBsQosScArqBlockLifetime OID: <optional> Type: INTEGER InitialValue: 25 (250 ms or 50 frames) ,25 (250 ms or 50 frames) ,25 (250 ms or 50 frames) ,25 (250 ms or 50 frames)


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Units: 10 ms Motorola Implementation: Maximum time interval an ARQ block is managed by the transmitter ARQ state machine, before the block is discarded. Default Value from Standards: 0 Description from Standards: The maximum time interval an ARQ fragment will be managed by the transmitter ARQ machine, once initial transmission of the fragment has occured. If transmission or retransmission of the fragment is not acknowledged by the receiver before the time limit is reached, the fragment is discarded. A value of 0 means Infinite. MAXACCESS: read-create Range from Standards: INTEGER (0 .. 65535) WiMAX Release: WiMAX 1.0 Motorola Default Value: 25 (250 ms or 50 frames) Category: Configuration Scope: Management Domain Presentation Name: QoS ARQ Block Lifetime (x10us) Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.1.13 wmanIfBsQosScArqSyncLossTimeout OID: <optional> Type: INTEGER InitialValue: 100 (1 s or 200 frames) ,100 (1 s or 200 frames) ,100 (1 s or 200 frames) ,100 (1 s or 200 frames) Units: 10 ms Motorola Implementation: The maximum time interval ARQ_TX_WINDOW_START or ARQ_RX_WINDOW_START shall be allowed to remain at the same value before declaring a loss of synchronization of the sender and receiver state machines when data transfer is known to be active. Set by BS in DSA/REG. Default Value from Standards: 0 Description from Standards: The maximum interval before declaring a loss of synchronization of the sender and receiver state machines. A value of 0 means Infinite. MAXACCESS: read-create Range from Standards: INTEGER (0 .. 65535 ) WiMAX Release: WiMAX 1.0 Motorola Default Value: 100 (1 s or 200 frames) Category: Configuration Scope: Management Domain Presentation Name: QoS ARQ Sync Loss Timeout (x10us) Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device


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1.3.1.14 wmanIfBsQosScArqDeliverInOrder OID: <optional> Type: TruthValue InitialValue: False,False,False,False Motorola Implementation: Option to deliver SDUs in order from MAC. HARQ can result in PDUs and SDUs being delivered to the receiver out of order. Description from Standards: Indicates whether or not data is to be delivered by the receiving MAC to its client application in the order in which data was handed off to the originating MAC. MAXACCESS: read-create Range from Standards: TruthValue WiMAX Release: WiMAX 1.0 Motorola Default Value: False Category: Configuration Scope: Management Domain Presentation Name: QoS ARQ Deliver In Order Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.1.15 wmanIfBsQosScArqRxPurgeTimeout OID: <optional> Type: INTEGER InitialValue: 100 (1 s or 200 frames) ,100 (1 s or 200 frames) ,100 (1 s or 200 frames) ,100 (1 s or 200 frames) Units: 10 ms Motorola Implementation: Time interval the receiver shall wait after successful reception of a block that does not result in advancement of ARQ_RX_WINDOW _START, before advancing ARQ_RX _WINDOW_START. Negotiated at the time of DSA/REG. Default Value from Standards: 0 Description from Standards: Indicates the time interval the ARQ window is advanced after a fragment is received. A value of 0 means Infinite. MAXACCESS: read-create Range from Standards: INTEGER (0 .. 65535) WiMAX Release: WiMAX 1.0 Motorola Default Value: 100 (1 s or 200 frames) Category: Configuration Scope: Management Domain Presentation Name: QoS ARQ Rx Purge Timeout (x10 us) Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.1.16 wmanIfBsQosScArqBlockSize OID: <optional>


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Type: INTEGER InitialValue: 512,512,512,512 Units: byte Motorola Implementation: Maximum Size of an ARQ block that the BS will support on either UL or DL connections. Description from Standards: The value of this parameter specifies the size of an ARQ block. This parameter shall be established by negotiation during the connection creation dialog. MAXACCESS: read-only Range from Standards: INTEGER (1..2040) WiMAX Release: WiMAX 1.0 Motorola Default Value: 512 Motorola Range: 16, 32, 64, 128, 256, 512, 1024 bytes Category: Configuration Scope: Management Domain Presentation Name: QoS ARQ Block Size (bytes) Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.1.17 wmanIfBsQoSReqTxPolicy OID: <optional> Type: BITS InitialValue: ,,, Motorola Implementation: The following definitions are based on the Subclause 11.13.12 of IEEE 802.16-2004 and the Subclause 11.13.12 of IEEE 802.16e-2005. All Bits except the Reserved ones should be supported through configuration. Bit #0 – Service flow shall not use broadcast bandwidth request opportunities. (Uplink only) Bit #1 – Service flow shall not use multicast bandwidth request opportunities. (Uplink only) Bit #2 – The service flow shall not piggyback requests with data. (Uplink only) Bit #3 – The service flow shall not fragment data. Bit #4 – The service flow shall not suppress payload headers. (CS parameter) Bit #5 – The service flow shall not pack multiple SDUs (or fragments) into single MAC PDUs. Bit #6 – The service flow shall not include CRC in the MAC PDU. Bit #7 – Reserved; shall be set to zero The following rules should be enforced by the EMS. If the wmanIfBsQosScSchedulingType for a service class is set to unsolicitedGrantService(6) or realTimePollingService(4), then the wmanIfBsQoSReqTxPolicy must have Bit #0 "noBroadcastBwReq" set to 1 (contention based Bandwidth Requests not allowed). If the wmanIfBsQosScSchedulingType for a service class is set to bestEffort(2), extendedRealTimePollingService(5) or nonRealTimePollingService(3), then the wmanIfBsQoSReqTxPolicy must have Bit #0 "noBroadcastBwReq" set to 0 (contention based Bandwidth Requests allowed). Bit #1 of wmanIfBsQoSReqTxPolicy should be set to 1 (multicast bandwidth requests not allowed). Description from Standards: The value of this parameter provides the capability to specify certain attributes for the associated service


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flow. An attribute is enabled by setting the corresponding bit position to 1. MAXACCESS: read-create Range from Standards: BITS {noBroadcastBwReq(0), noMulticastBwReg(1), noPiggybackReq(2), noFragmentData(3), noPHS(4), noSduPacking(5), noCrc(6), reserved2(7)} WiMAX Release: WiMAX 1.0 Motorola Range: Broadcast Bandwidth Request : Yes/No; Piggyback Request : Yes/No; Fragment Data: Yes/No; Payload Header Suppression: Yes/No; SDU packing: Yes/No; CRC: Yes/No Category: Configuration Scope: Management Domain Presentation Name: QoS Request/Transmission Policy Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: HEX AP Impact: re-init-device

1.3.1.18 wmanIfBsQoSServiceClassRowStatus OID: <optional> Type: RowStatus InitialValue: ,,, Motorola Implementation: Row status to support insert/delete operations to this table. Description from Standards: This object is used to create a new row or modify or delete an existing row in this table. If the implementator of this MIB has choosen not to implement 'dynamic assignment' of profiles, this object is not useful and should return noSuchName upon SNMP request. MAXACCESS: read-create Range from Standards: RowStatus WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: online

1.3.2 wmanIfBsClassifierRuleTable Presentation Name: Classifier Rules OID: { wmanIfBsPacketCs 4 } There can a max of 100 entries per AP configured in this table. Note that the per AP configuration is actually stored per sector. Stereotype: MIBTable Description from Standards: This table contains packet classifier rules associated with service flows.


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MAXACCESS: not-accessible REFERENCE: Section 11.13.19.3.4 in IEEE 802.16-2004 WiMAX Release: WiMAX 1.0 Task Allocation: <must provide task name>


1.3.2.2 wmanIfBsSfId OID: <optional> Type: Unsigned32 InitialValue: 1,2,3,4 Motorola Implementation: This is hardcoded to 1 Stereotype: VirtualIndex Description from Standards: A 32 bit quantity that uniquely identifies a service flow to both the subscriber station and base station (BS). MAXACCESS: not-accessible Range from Standards: Unsigned32 (1 .. 4294967295) WiMAX Release: WiMAX 1.0 Category: Derived Value Scope: Management Domain Presentation Name: Service Flow ID Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: online

1.3.2.3 wmanIfBsClassifierRuleIndex OID: <optional> Type: Unsigned32 InitialValue: 1,2,3,4


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Motorola Implementation: This is a reference to the wmanIfBsQoSProfileIndex of wmanIfBsServiceClassTable. Basically, only one set of classifier rules are defined per service class in each BTS. Stereotype: Index Description from Standards: An index is assigned to a classifier in BS classifiers table MAXACCESS: not-accessible Range from Standards: Unsigned32 (1..4294967295) WiMAX Release: WiMAX 1.0 Category: Derived Value Scope: Per BTS Presentation Name: Classifier Rule Index Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: online

1.3.2.4 wmanIfBsClassifierRulePriority OID: <optional> Type: INTEGER InitialValue: 0,0,0,0 Default Value from Standards: 0 Description from Standards: The value specifies the priority for the Classifier, which is used for determining the order of the Classifier. A higher value indicates higher priority. Classifiers may have priorities in the range 0..255. MAXACCESS: read-create Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 1.0 Motorola Default Value: 0 Category: Configuration Scope: Per BTS Presentation Name: Classifier Priority Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.2.5 wmanIfBsClassifierRuleIpTosLow OID: <optional> Type: INTEGER InitialValue: ,,, Motorola Implementation: The low value of a range of Type of Service (TOS) or Differentiated Service Code Point (DSCP) byte values assigned to a service class. Note that not all IP devices support DSCP yet. That’s the reason why this parameter still has TOS in its name. EMS operator has the option to not configure this parameter. Description from Standards: The low value of a range of TOS byte values. If the referenced parameter is not present in a classifier, this object reports the value of 0. MAXACCESS: read-create


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Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per BTS Presentation Name: Low Value of IP ToS/DSCP Range Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.2.6 wmanIfBsClassifierRuleIpTosHigh OID: <optional> Type: INTEGER InitialValue: ,,, Motorola Implementation: The high value of a range of Type of Service (TOS) or Differentiated Service Code Point (DSCP) byte values assigned to a service class. If only a specific value of TOS/DSCP is used for a service class, then both wmanIfBsClassifierRuleIpTosHigh and wmanIfBsClassifierRuleIpTosLow should be set to the that value. EMS operator has the option to not configure this parameter. Description from Standards: The 8-bit high value of a range of TOS byte values. If the referenced parameter is not present in a classifier, this object reports the value of 0. MAXACCESS: read-create Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per BTS Presentation Name: High Value of IP ToS/DSCP Range Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.2.7 wmanIfBsClassifierRuleIpTosMask OID: <optional> Type: INTEGER InitialValue: ,,, Motorola Implementation: EMS operator has the option to not configure this parameter. Description from Standards: The value of this object specifies the matching parameter for the IP type of service/DSCP [IETF RFC 2474] byte mask. An IP packet with IP type of service (ToS) byte value ip-tos matches this parameter if tos-low less than or equal (ip-tos AND tos-mask) less than or equal tos-high. MAXACCESS: read-create Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per BTS Presentation Name: IP ToS/DSCP Bit Mask Network Element: BTS License Required: Not Required


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1.3.2.8 wmanIfBsClassifierRuleIpProtocol OID: <optional> Type: Integer32 InitialValue: ,,, Description from Standards: This object indicates the value of the IP Protocol field required for IP packets to match this rule. If the referenced parameter is not present in a classifier, this object reports the value of 0. MAXACCESS: read-create Range from Standards: Integer32 (0..255) WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per BTS Presentation Name: IP Protocol Field for Rule Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.2.9 wmanIfBsClassifierRuleIpAddressType OID: <optional> Type: InetAddressType InitialValue: IPv4,IPv4,IPv4,IPv4 Motorola Implementation: This attribute will be fixed to IPv4 by the EMS. The attribute can be hidden or read-only by the operator. The operator can only provide IPv4 class addresses in the "IP Source Address" wmanIfBsClassifierRuleIpSourceAddr field. Description from Standards: The type of the internet address for wmanIfBsClassifierRuleIpSourceAddr, wmanIfBsClassifierRuleIpSourceMask, wmanIfBsClassifierRuleIpDestAddr, and wmanIfBsClassifierRuleIpDestMask. If the referenced parameter is not present in a classifier, this object reports the value of ipv4(1). MAXACCESS: read-create Range from Standards: InetAddressType WiMAX Release: WiMAX 1.0 Motorola Default Value: IPv4 Motorola Range: IPv4 Category: Derived Value Scope: Per BTS Presentation Name: IP Address Type (Source,Mask,Dest,Mask) Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device


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1.3.2.10 wmanIfBsClassifierRuleIpSourceAddr OID: <optional> Type: InetAddress InitialValue: ,,, Description from Standards: This object specifies the value of the IP Source Address required for packets to match this rule. An IP packet matches the rule when the packet ip source address bitwise ANDed with the wmanIfBsClassifierRuleIpSourceMask value equals the wmanIfBsClassifierRuleIpSourceAddr value. If the referenced parameter is not present in a classifier, this object reports the value of 0.0.0.0. MAXACCESS: read-create Range from Standards: InetAddress WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per BTS Presentation Name: IP Source Address Network Element: BTS License Required: Not Required Task Allocation: ap_NotSupported Octet String Subtype: ASCII AP Impact: re-init-device

1.3.2.11 wmanIfBsClassifierRuleIpSourceMask OID: <optional> Type: InetAddress InitialValue: ,,, Description from Standards: This object specifies which bits of a packet's IP Source Address that are compared to match this rule. An IP packet matches the rule when the packet source address bitwise ANDed with the wmanIfBsClassifierRuleIpSourceMask value equals the wmanIfBsClassifierRuleIpSourceAddr value. If the referenced parameter is not present in a classifier, this object reports the value of 0.0.0.0. MAXACCESS: read-create Range from Standards: InetAddress WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per BTS Presentation Name: IP Source Address Mask Network Element: BTS License Required: Not Required Task Allocation: ap_NotSupported Octet String Subtype: ASCII AP Impact: re-init-device

1.3.2.12 wmanIfBsClassifierRuleIpDestAddr OID: <optional> Type: InetAddress InitialValue: ,,,


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Description from Standards: This object specifies the value of the IP Destination Address required for packets to match this rule. An IP packet matches the rule when the packet IP destination address bitwise ANDed with the wmanIfBsClassifierRuleIpDestMask value equals the wmanIfBsClassifierRuleIpDestAddr value. If the referenced parameter is not present in a classifier, this object reports the value of 0.0.0.0. MAXACCESS: read-create Range from Standards: InetAddress WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per BTS Presentation Name: IP Destination Address Network Element: BTS License Required: Not Required Task Allocation: ap_NotSupported Octet String Subtype: ASCII AP Impact: re-init-device

1.3.2.13 wmanIfBsClassifierRuleIpDestMask OID: <optional> Type: InetAddress InitialValue: ,,, Description from Standards: This object specifies which bits of a packet's IP Destination Address that are compared to match this rule. An IP packet matches the rule when the packet destination address bitwise ANDed with the wmanIfBsClassifierRuleIpDestMask value equals the wmanIfBsClassifierRuleIpDestAddr value. If the referenced parameter is not present in a classifier , this object reports the value of 0.0.0.0. MAXACCESS: read-create Range from Standards: InetAddress WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per BTS Presentation Name: IP Destination Address Mask Network Element: BTS License Required: Not Required Task Allocation: ap_NotSupported Octet String Subtype: ASCII AP Impact: re-init-device

1.3.2.14 wmanIfBsClassifierRuleSourcePortStart OID: <optional> Type: Integer32 InitialValue: ,,, Description from Standards: This object specifies the low end inclusive range of TCP/UDP source port numbers to which a packet is compared. This object is irrelevant for non-TCP/UDP IP packets. If the referenced parameter is not present in a


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classifier, this object reports the value of 0. MAXACCESS: read-create Range from Standards: Integer32 (0..65535) WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per BTS Presentation Name: Source Port Start Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.2.15 wmanIfBsClassifierRuleSourcePortEnd OID: <optional> Type: Integer32 InitialValue: ,,, Description from Standards: This object specifies the high end inclusive range of TCP/UDP source port numbers to which a packet is compared. This object is irrelevant for non-TCP/UDP IP packets. If the referenced parameter is not present in a classifier, this object reports the value of 65535. MAXACCESS: read-create Range from Standards: Integer32 (0..65535) WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per BTS Presentation Name: Source Port End Network Element: BTS License Required: Not Required Task Allocation: ap_NotSupported Octet String Subtype: N/A AP Impact: re-init-device

1.3.2.16 wmanIfBsClassifierRuleDestPortStart OID: <optional> Type: Integer32 InitialValue: ,,, Description from Standards: This object specifies the low end inclusive range of TCP/UDP destination port numbers to which a packet is compared. If the referenced parameter is not present in a classifier, this object reports the value of 0. MAXACCESS: read-create Range from Standards: Integer32 (0..65535) WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per BTS Presentation Name: Destination Port Start Network Element: BTS License Required: Not Required Task Allocation: ap_NotSupported Octet String Subtype: N/A


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AP Impact: re-init-device

1.3.2.17 wmanIfBsClassifierRuleDestPortEnd OID: <optional> Type: Integer32 InitialValue: ,,, Description from Standards: This object specifies the high end inclusive range of TCP/UDP destination port numbers to which a packet is compared. If the referenced parameter is not present in a classifier, this object reports the value of 65535. MAXACCESS: read-create Range from Standards: Integer32 (0..65535) WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per BTS Presentation Name: Destination Port End Network Element: BTS License Required: Not Required Task Allocation: ap_NotSupported Octet String Subtype: N/A AP Impact: re-init-device

1.3.2.18 wmanIfBsClassifierRulePhsSize OID: <optional> Type: Integer32 InitialValue: 0,0,0,0 Units: byte Default Value from Standards: 0 Description from Standards: This object is used to configure the PHS rule for this classifer. The value of this field - PHSS is the total number of bytes in the header to be suppressed and then restored in a service flow that uses PHS. If the value of this field is 0 bytes then PHS is disabled for this classifer. If flag phsMask in wmanIfBSClassifierRuleBitMap is set to 0 and flag phsSize in wmanIfBsClassifierRuleBitMap is set to 0, then BS can still create PHS rules using its own custom mask (i.e. the rule is not configured by NMS). MAXACCESS: read-create Range from Standards: Integer32 WiMAX Release: WiMAX 1.0 Motorola Default Value: 0 Motorola Range: 0..255, The value 0 indicates PHS is disabled. Category: Configuration Scope: Per BTS Presentation Name: Total Number of Suppressed Bytes in the Header for Service Flow that Uses PHS Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A


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1.3.2.19 wmanIfBsClassifierRulePhsMask OID: <optional> Type: OCTET STRING InitialValue: ,,, Description from Standards: This object is used to configure the PHS rule for this classifer. It is encoded as follows: bit 0: 0 = don't suppress the 1st byte of the suppression field 1 = suppress first byte of the suppression field bit 1: 0 = don't suppress the 2nd byte of the suppression field 1 = suppress second byte of the suppression field bit x: 0 = don't suppress the (x+1) byte of the suppression field 1 = suppress (x+1) byte of the suppression field where the length of the octet string is ceiling (wmanIfBsClassifierRulePhsSize/8). BS should use this value to create a new PHS rule index (PHSI) and field (PHSF) as defined in the standard. If flag phsMask in wmanIfBSClassifierRuleBitMap is set to 0 and flag phsSize in wmanIfBsClassifierRuleBitMap is set to 0, then BS can still create PHS rules using its own custom mask (i.e. the rule is not configured by NMS). MAXACCESS: read-create Range from Standards: OCTET STRING WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per BTS Presentation Name: PHS Mask for Service Flow that Uses PHS Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: HEX AP Impact: re-init-device

1.3.2.20 wmanIfBsClassifierRulePhsVerify OID: <optional> Type: WmanIfPhsRuleVerify InitialValue: ,,, Default Value from Standards: phsVerifyEnable Description from Standards: The value of this field indicates to the sending entity whether or not the packet header contents are to be verified prior to performing suppression. MAXACCESS: read-create Range from Standards: WmanIfPhsRuleVerify WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per BTS Presentation Name: Verify Packet Header Prior to Suppression Network Element: BTS License Required: Not Required


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1.3.2.21 wmanIfBsClassifierRuleBitMap OID: <optional> Type: WmanIfClassifierBitMap InitialValue: ,,, Motorola Implementation: The wmanIfBsClassifierRuleBitMap parameter needs to be configured per service class per AP. This is a bitmap. For each bit, value 1 means the corresponding classifiers are used, 0 means unused. The allowed bits in the standard are as follows, the ones that are not supported in current releases are indicated (these bits should still be included in configuration but with value 0): BITS { priority(0), ipTos(1), ipProtocol(2), ipMaskedSrcAddr(3), ipMaskedDestAddr(4), srcPort(5), destPort(6), destMacAddr(7), -- not supported srcMacAddr(8), -- not supported ethernetProtocol(9), -- not supported userPriority(10), -- not supported vlanId(11), -- not supported ipv6FlowLabel(12) -- not supported } The mappings between the individual bits and the classifiers: priority: wmanIfBsClassifierRulePriority ipTos: wmanIfBsClassifierRuleIpTosLow, wmanIfBsClassifierRuleIpTosHigh, wmanIfBsClassifierRuleIpTosMask ipProtocol: wmanIfBsClassifierRuleIpProtocol ipMaskedSrcAddr: wmanIfBsClassifierRuleIpSourceAddr, wmanIfBsClassifierRuleIpSourceMask ipMaskedDestAddr: wmanIfBsClassifierRuleIpDestAddr, wmanIfBsClassifierRuleIpDestMask srcPort: wmanIfBsClassifierRuleSourcePortStart, wmanIfBsClassifierRuleSourcePortEnd destPort: wmanIfBsClassifierRuleDestPortStart, wmanIfBsClassifierRuleDestPortEnd This bitmap setting must be kept in synch with the classifiers. 1. Whenever a specific bit is set to 1, the corresponding classifiers can be configured. 2. Whenever a classifier is configured, the corresponding bit in this bitmap should be set to 1. Description from Standards: This object indicates which parameter encodings were actually present in the entry. A bit set to '1' indicates the corresponding classifier encoding is present, and '0' means otherwise. MAXACCESS: read-create Range from Standards: WmanIfClassifierBitMap WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per BTS Presentation Name: Priority Supported IP TOS Supported


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IP Protocol Supported IP Masked Src Addr Supported IP Masked Dest Addr Supported Source Port Supported Dest Port Supported Network Element: BTS License Required: Not Required Task Allocation: ap_mnm Octet String Subtype: HEX AP Impact: re-init-device

1.3.2.22 wmanIfBsClassifierRuleRowStatus OID: <optional> Type: RowStatus InitialValue: ,,, Motorola Implementation: Row status to support insert/delete operations to this table. Description from Standards: This object is used to create a new row or modify or delete an existing row in this table. If the implementator of this MIB has choosen not to implement 'dynamic assignment' of profiles, this object is not useful and should return noSuchName upon SNMP request. MAXACCESS: read-create Range from Standards: RowStatus WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: online

1.3.3 wmanIfBsRegisteredSsTable Presentation Name: Registered Subscriber Station OID: { wmanIfBsCps 1 } Stereotype: MIBTable Description from Standards: This table contains the basic capability information of SSs that have been negotiated and agreed between BS and SS via REG-REQ and REG-RSP messages. An entry in this table indicates the SS has entered and registered into the BS. MAXACCESS: not-accessible REFERENCE: Subclause 6.3.2.3.7 in IEEE 802.16-2004 WiMAX Release: WiMAX 1.0 Network Element: BTS Access: Allow Access From LMT Only Task Allocation: <must provide task name>


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1.3.3.1 ifIndex OID: <optional> Type: InterfaceIndex InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 1.0 Category: Real-Time Status Presentation Name: Sector Network Element: BTS License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.3.2 wmanIfBsSsMacAddress OID: <optional> Type: MacAddress InitialValue: 1,2,3,4 Stereotype: Index Description from Standards: The MAC address of SS is received from the RNG-REQ message. When SS registers, this MAC address is entered into the table, and used as the identifier to the SS. MAXACCESS: not-accessible Range from Standards: MacAddress WiMAX Release: WiMAX 1.0 Category: Real-Time Status Presentation Name: Subscriber MAC Address Network Element: BTS License Required: Not Required Access: Allow Access From LMT Only Task Allocation: ap_SACM Octet String Subtype: N/A AP Impact: online

1.3.4 wmanIfBsConfigurationTable OID: { wmanIfBsConfiguration 1 } Stereotype: MIBTable Description from Standards: This table provides one row for each BS sector that contains the BS system parameters as defined in Subclause 10.1 of [3]. The objects in this table define the default


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behaviour of the BS for 2nd Management Channel scheduling and SFID allocation as well as configuration parameters of the CPS scheduler and AAS system. MAXACCESS: not-accessible REFERENCE: Subclause 10.1 in IEEE 802.16-2004 WiMAX Release: WiMAX 1.0 Network Element: BTS Task Allocation: <must provide task name>


1.3.4.2 wmanIfBsDcdInterval OID: <optional> Type: INTEGER InitialValue: 5000,5000,5000,5000 Units: milliseconds Motorola Implementation: Time between transmission of DCD messages in ms. Value must be in 5 msec increments to align to frame boundaries. Description from Standards: Time between transmission of DCD messages in ms. MAXACCESS: read-write Range from Standards: INTEGER (0..10000) WiMAX Release: WiMAX 1.0 Motorola Default Value: 5000 Motorola Range: 1,000 (1 sec)..10,000 (10 sec). Value must be in 5 msec increments. Category: Advanced Configuration Scope: Per Sector Presentation Name: DCD Interval (ms) Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device


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1.3.4.3 wmanIfBsUcdInterval OID: <optional> Type: INTEGER InitialValue: 5000,5000,5000,5000 Units: milliseconds Motorola Implementation: Time between transmission of UCD messages in ms. wmanIfBsUcdInterval equals wmanIfBsDcdInterval. Value must be in 5 msec increments to align to frame boundaries. Description from Standards: Time between transmission of UCD messages in ms. MAXACCESS: read-write Range from Standards: INTEGER (0..10000) WiMAX Release: WiMAX 1.0 Motorola Default Value: 5000 Motorola Range: 1,000 (1 sec)..10,000 (10 sec). Value must be in 5 msec increments. Category: Derived Value Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.4.4 wmanIfBsUcdTransition OID: <optional> Type: INTEGER InitialValue: 32000,32000,32000,32000 Units: Number of MAC Frames Motorola Implementation: The number of frames the BS shall wait after transmitting a UCD message with an incremented Configuration Change Count before issuing a UL-MAP message referring to TLVs defined in that UCD message. Derives from wmanIfBsDcdTransition. Description from Standards: The time the BS shall wait after transmitting a UCD message with an incremented Configuration Change Count before issuing a UL-MAP message referring to Uplink_Burst_Profiles defined in that UCD message. MAXACCESS: read-write Range from Standards: INTEGER (2..65535) WiMAX Release: WiMAX 1.0 Category: Derived Value Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.4.5 wmanIfBsDcdTransition OID: <optional> Type: INTEGER InitialValue: 4,4,4,4 Units: Number of MAC Frames


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Motorola Implementation: The number of frames the BS shall wait after transmitting a DCD message with an incremented Configuration Change Count before issuing a DL-MAP message referring to TLVs defined in that DCD message. Description from Standards: The time the BS shall wait after transmitting a DCD message with an incremented Configuration Change Count before issuing a DL-MAP message referring to Downlink_Burst_Profiles defined in that DCD message. MAXACCESS: read-write Range from Standards: INTEGER (2..65535) WiMAX Release: WiMAX 1.0 Motorola Default Value: 4 Motorola Range: 1..10 frames Category: Advanced Configuration Scope: Per Sector Presentation Name: DCD Transition Interval (frames) Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.4.6 wmanIfBsInitialRangingInterval OID: <optional> Type: INTEGER InitialValue: 1,1,1,1 Units: frames Motorola Implementation: Number of frames between Ranging region allocations. Description from Standards: Time between Initial Ranging regions assigned by the BS in ms. MAXACCESS: read-write Range from Standards: INTEGER(0..2000) WiMAX Release: WiMAX 1.0 Motorola Default Value: 1 Motorola Range: 1, 2, or 4 frames Note that standard has unit as milliseconds, we changed it. Category: Advanced Configuration Scope: Per Sector Presentation Name: Initial Ranging Interval (ms) Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.4.7 wmanIfBsSsRangRespProcTime OID: <optional> Type: Unsigned32 InitialValue: 10000,10000,10000,10000 Units: micro seconds Motorola Implementation: Time allowed for an SS following receipt of a ranging response before it is expected to reply to an invited ranging request. Description from Standards: Time allowed for an SS following receipt of a ranging


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response before it is expected to reply to an invited ranging request in us. MAXACCESS: read-write Range from Standards: Unsigned32 (10000 .. 4294967295) WiMAX Release: WiMAX 1.0 Motorola Default Value: 10000 Motorola Range: 10000..20000 Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_mnm,ap_cfg,ap_mac Octet String Subtype: N/A AP Impact: re-init-device

1.3.4.8 wmanIfBsT9Timeout OID: <optional> Type: INTEGER InitialValue: 300,300,300,300 Units: milliseconds Motorola Implementation: Registration Timeout, the time allowed between the BS sending a RNG-RSP (success) to an MSS, and receiving a SBC-REQ from that same MSS. Description from Standards: Registration Timeout, the time allowed between the BS sending a RNG-RSP (success) to an SS, and receiving a SBC-REQ from that same SS in ms. MAXACCESS: read-write Range from Standards: INTEGER (300 .. 65535) WiMAX Release: WiMAX 1.0 Motorola Default Value: 300 Motorola Range: 300..1000 Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.4.9 wmanIfBsT17Timeout OID: <optional> Type: INTEGER InitialValue: 5,5,5,5 Units: minutes Motorola Implementation: Time allowed for MSS to complete MSS Authorization and Key Exchange Description from Standards: Time allowed for SS to complete SS Authorization and Key Exchange in minutes. MAXACCESS: read-write Range from Standards: INTEGER (5 .. 65535) WiMAX Release: WiMAX 1.0 Motorola Default Value: 5 Motorola Range: 1...100 Category: Advanced Configuration


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Scope: Per Sector Presentation Name: T17 Timeout (minutes) Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.4.10 wmanIfBsAutoSfidEnabled OID: <optional> Type: INTEGER InitialValue: 1,1,1,1 Motorola Implementation: This parameter is not configured from EMS. It's always set to autoSfidEnabled(1). Description from Standards: This object defines whether the BS is allowed to autonomously allocate SFIDs. When the object is set to autoSfidEnabled, the BS is allowed to autonomously allocate SFIDs from the range of allowed values defined by wmanIfBsAutoSfidRangeMin and wmanIfBsAutoSfidRangeMax. A SF is created autonomously when it has not been provisioned in the wmanIfBsProvisionedSfTable and may be initiated by either the SS or BS. The BS should always initiate SF creation based on the provisioned Service flows configured in wmanIfBsProvisionedSfTable. MAXACCESS: read-write Range from Standards: INTEGER {autoSfidDisabled(0), autoSfidEnabled(1)} WiMAX Release: WiMAX 1.0 Motorola Default Value: 1 Motorola Range: 1 Category: Factory Configuration Scope: Management Domain Network Element: BTS License Required: Not Required Task Allocation: ap_SACM Octet String Subtype: N/A AP Impact: re-init-device

1.3.5 wmanIfBsCapabilitiesConfigTable OID: { wmanIfBsCapabilities 4 } Stereotype: MIBTable Description from Standards: This table contains the configuration for basic capabilities of BS. The table is intended to be used to restrict the Capabilities implemented by BS, for example in order to comply with local regulatory requirements. The BS should use the configuration along with the implemented Capabilities (wmanIfBsBasicCapabilitiesTable) for negotiation of basic capabilities with SS using RNG-RSP, SBC-RSP and REG-RSP messages. The negotiated capabilities


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are obtained by interSubclause of SS reported capabilities, BS raw capabilities and BS configured capabilities. The objects in the table have read-write access. The rows are created by BS as a copy of wmanIfBsBasicCapabilitiesTable and can be modified by NMS. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: BTS Task Allocation: <must provide task name>


1.3.5.2 wmanIfBsCapCfgUplinkCidSupport OID: <optional> Type: WmanIfNumOfUplinkCid InitialValue: 4,4,4,4 Description from Standards: This object shows the configured number of Uplink CIDs the BS can support per SS. MAXACCESS: read-write Range from Standards: WmanIfNumOfUplinkCid WiMAX Release: WiMAX 1.0 Motorola Default Value: 4 Motorola Range: 1-20 Category: Factory Configuration Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_MNN,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device


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1.3.5.3 wmanIfBsCapCfgArqSupport OID: <optional> Type: WmanIfArqSupportType InitialValue: 1,1,1,1 Motorola Implementation: Indicates whether the BS is configured to support ARQ Description from Standards: This object indicates whether the BS is configured to support ARQ. MAXACCESS: read-write Range from Standards: WmanIfArqSupportType WiMAX Release: WiMAX 1.0 Motorola Default Value: arqSupported(1) Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.5.4 wmanIfBsCapCfgDsxFlowControl OID: <optional> Type: WmanIfMaxDsxFlowType InitialValue: 0,0,0,0 Default Value from Standards: 0 Description from Standards: This object specifies the configured maximum number of concurrent DSA, DSC, or DSD transactions that BS allows each SS to have outstanding. MAXACCESS: read-write Range from Standards: WmanIfMaxDsxFlowType WiMAX Release: WiMAX 1.0 Motorola Default Value: TBD Category: Factory Configuration Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.5.5 wmanIfBsCapCfgMacCrcSupport OID: <optional> Type: WmanIfMacCrcSupport InitialValue: 1,1,1,1 Motorola Implementation: Indicates if BS is configured to support MAC level CRC Default Value from Standards: macCrcSupport Description from Standards: This object indicates whether BS is configured to support MAC level CRC. MAXACCESS: read-write Range from Standards: WmanIfMacCrcSupport WiMAX Release: WiMAX 1.0 Motorola Default Value: macCrcSupport(1)


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Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.5.6 wmanIfBsCapCfgPkmFlowControl OID: <optional> Type: WmanIfMaxPkmFlowType InitialValue: 1,1,1,1 Motorola Implementation: This parameter is always set to value 1 in the current releases. Default Value from Standards: 0 Description from Standards: This object specifies the maximum number of concurrent PKM transactions that BS is configured to allow each SS to have. MAXACCESS: read-write Range from Standards: WmanIfMaxPkmFlowType WiMAX Release: WiMAX 1.0 Motorola Default Value: 1 Category: Factory Configuration Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_SACM Octet String Subtype: N/A AP Impact: re-init-device

1.3.5.7 wmanIfBsCapCfgAuthPolicyControl OID: <optional> Type: WmanIfAuthPolicyType InitialValue: 0b00000010,0b00000010,0b00000010,0b00000010 Description from Standards: This object specifies authorization policy that BS is configured to be capable of. A bit value of 0 = not supported, 1 = upported. If this field is omitted, then both SS and BS shall use the IEEE 802.16 security, constituting X.509 digital certificates and the RSA public key encryption algorithm, as authorization policy. MAXACCESS: read-write Range from Standards: WmanIfAuthPolicyType WiMAX Release: WiMAX 1.0 Motorola Default Value: 0b00000010 Motorola Range: 0b00000000: No Authorization - No EAP Authentication performed, SAs are NULL - useful for debugging only. 0b00000010: EAP-based authorization at the initial network entry Category: Advanced Configuration Scope: Per BTS Presentation Name: Authorization Policy Control Network Element: BTS License Required: Not Required Task Allocation: ap_SACM,ap_MNM,ap_CFG


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Octet String Subtype: HEX AP Impact: re-init-device

1.3.5.8 wmanIfBsCapCfgMaxNumOfSupportedSA OID: <optional> Type: WmanIfMaxNumOfSaType InitialValue: 1,1,1,1 Motorola Implementation: WiMAX Comments: This value is not configured from EMS, always = 1. Default Value from Standards: 1 Description from Standards: This field specifies configured maximum number of supported security association per SS. MAXACCESS: read-write Range from Standards: WmanIfMaxNumOfSaType WiMAX Release: WiMAX 1.0 Motorola Default Value: 1 Category: Factory Configuration Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_SACM Octet String Subtype: N/A AP Impact: re-init-device

1.3.5.9 wmanIfBsCapCfgMacCsSupportBitMap OID: <optional> Type: WmanIfMacCsBitMap InitialValue: 0002,0002,0002,0002 Description from Standards: This object indicates BS configured set of MAC convergence sublayer support. When a bit is set, it indicates the corresponding CS feature is supported. MAXACCESS: read-write Range from Standards: WmanIfMacCsBitMap WiMAX Release: WiMAX 1.0 Motorola Default Value: 1 Motorola Range: (1,5,9,11) Category: Factory Configuration Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: HEX AP Impact: re-init-device

1.3.5.10 wmanIfBsCapCfgMaxNumOfClassifier OID: <optional> Type: WmanIfMaxNumOfClasfier InitialValue: 8,8,8,8 Default Value from Standards: 0 Description from Standards: This object indicates the configured maximum number of admitted Classifiers per SS that the BS can support.


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MAXACCESS: read-write Range from Standards: WmanIfMaxNumOfClasfier WiMAX Release: WiMAX 1.0 Motorola Default Value: 8 Category: Factory Configuration Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.5.11 wmanIfBsCapCfgPhsSupport OID: <optional> Type: WmanIfPhsSupportType InitialValue: 0,0,0,0 Default Value from Standards: noPhsSupport Description from Standards: This object indicates the configured level of BS support for PHS. MAXACCESS: read-write Range from Standards: WmanIfPhsSupportType WiMAX Release: WiMAX 1.0 Motorola Default Value: 0 Category: Factory Configuration Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.5.12 wmanIfBsCapCfgPduConstruction OID: <optional> Type: WmanIfPduConstruction InitialValue: 1,1,1,1 Motorola Implementation: Specifies configured capabilities for construction and transmission of MAC PDUs. Bit #0: Ability to receive requests piggybacked with data Bit #1: Ability to use 3-bit FSN values when forming MAC PDUs on non-ARQ connections. If disabled, 11 bit FSN supported instead. Description from Standards: Specifies configured capabilities for construction and transmission of MAC PDUs. The usage is defined by WmanIfPduConstruction. MAXACCESS: read-write Range from Standards: WmanIfPduConstruction WiMAX Release: WiMAX 1.0 Motorola Default Value: 0b01 Motorola Range: 0b00, 0b01 Category: Factory Configuration Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG


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Octet String Subtype: HEX AP Impact: re-init-device

1.3.5.13 wmanIfBsCapCfgTtgTransitionGap OID: <optional> Type: WmanIfSsTransitionGap InitialValue: 50,50,50,50 Units: us Motorola Implementation: This field indicates the maximum allowed MSS transition speed SSTTG. Description from Standards: This field indicates the configured transition speed SSTTG for TDD and H-FDD SSs. The usage is defined by WmanIfSsTransitionGap. MAXACCESS: read-write Range from Standards: WmanIfSsTransitionGap WiMAX Release: WiMAX 1.0 Motorola Default Value: 50 Motorola Range: (0,,50) Category: Factory Configuration Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.5.14 wmanIfBsCapCfgRtgTransitionGap OID: <optional> Type: WmanIfSsTransitionGap InitialValue: 50,50,50,50 Units: us Motorola Implementation: This field indicates the maximum allowed MSS transition speed SSRTG. Description from Standards: This field indicates the configured transition speed SSRTG for TDD and H-FDD SSs. The usage is defined by WmanIfSsTransitionGap. MAXACCESS: read-write Range from Standards: WmanIfSsTransitionGap WiMAX Release: WiMAX 1.0 Motorola Default Value: 50 Motorola Range: (0..50) Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.6 wmanIfBsPkmBaseTable


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OID: { wmanIfBsPkmObjects 1 } Table wmanIfBsPkmBaseTable Stereotype: MIBTable Description from Standards: This table describes the basic PKM attributes of each Base Station wireless interface. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Task Allocation: <must provide task name>

1.3.6.1 ifIndex OID: <optional> Type: InterfaceIndex InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.6.2 wmanIfBsPkmDefaultAuthLifetime OID: <optional> Type: Integer32 InitialValue: 604800 Units: seconds Default Value from Standards: 604800 Description from Standards: The value of this object is the default lifetime, in seconds, the BS assigns to a new authorization key. Value range for privacy configuration setting for protocol testing is 300..86399 seconds. Operational range for privacy configuration setting is 86400..6048000 seconds. MAXACCESS: read-write Range from Standards: Integer32 (300..86399 | 86400..6048000) WiMAX Release: WiMAX 1.0 Motorola Default Value: 86400 Motorola Range: 300..86399 | 86400..1209600 Category: Advanced Configuration Scope: Management Domain Presentation Name: Authorization Key Lifetime Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device


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1.3.6.3 wmanIfBsPkmDefaultTekLifetime OID: <optional> Type: Integer32 InitialValue: 43200 Units: seconds Default Value from Standards: 43200 Description from Standards: The value of this object is the default lifetime, in seconds, the BS assigns to a new Traffic Encryption Key(TEK). Value range for privacy configuration setting for protocol testing is 180..1799 seconds. Operational range for privacy configuration setting is 1800..604800 seconds. MAXACCESS: read-write Range from Standards: Integer32 (180..1799 | 1800..604800) WiMAX Release: WiMAX 1.0 Category: Advanced Configuration Scope: Management Domain Presentation Name: Traffic Encryption Key Lifetime Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.6.4 wmanIfBsPkmAuthWaitTimeout OID: <optional> Type: Integer32 InitialValue: 10 Units: seconds Default Value from Standards: 10 Description from Standards: The value of the field specifies retransmission interval, in seconds, of Authorization Request messages from the Authorize Wait state. MAXACCESS: read-create Range from Standards: Integer32 (2..30) WiMAX Release: WiMAX 1.0 Category: Advanced Configuration Scope: Management Domain Presentation Name: Authorize Wait Timeout Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.6.5 wmanIfBsPkmReauthWaitTimeout OID: <optional> Type: Integer32 InitialValue: 10 Units: seconds Default Value from Standards: 10 Description from Standards: The value of the field specifies retransmission interval, in seconds, of Authorization Request messages from Reauthorize Wait state. MAXACCESS: read-create


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Range from Standards: Integer32 (2..30) WiMAX Release: WiMAX 1.0 Category: Advanced Configuration Scope: Management Domain Presentation Name: Reauthorize Wait Timeout Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.6.6 wmanIfBsPkmAuthGraceTime OID: <optional> Type: Integer32 InitialValue: 600 Units: seconds Default Value from Standards: 600 Description from Standards: The value of this field specifies the time, in seconds, when SS begins reauthorization prior to Authorization expiration. Value range for privacy configuration setting for protocol testing is 60..299 seconds. Operational range for privacy configuration setting is 300..3024000 seconds. MAXACCESS: read-create Range from Standards: Integer32 (60..299 | 300..3024000) WiMAX Release: WiMAX 1.0 Category: Advanced Configuration Scope: Management Domain Presentation Name: Authorization Grace Time Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.6.7 wmanIfBsPkmOpWaitTimeout OID: <optional> Type: Integer32 InitialValue: 1 Units: seconds Default Value from Standards: 1 Description from Standards: The value of this field specifies the retransmission interval, in seconds, of Key Requests from the Operational Wait state. MAXACCESS: read-create Range from Standards: Integer32 (1..10) WiMAX Release: WiMAX 1.0 Category: Advanced Configuration Scope: Management Domain Presentation Name: Operational Wait Timeout Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A


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1.3.6.8 wmanIfBsPkmRekeyWaitTimeout OID: <optional> Type: Integer32 InitialValue: 1 Units: seconds Default Value from Standards: 1 Description from Standards: The value of this field specifies the retransmission interval, in seconds, of Key Requests from the Rekey Wait state. MAXACCESS: read-create Range from Standards: Integer32 (1..10) WiMAX Release: WiMAX 1.0 Category: Advanced Configuration Scope: Management Domain Presentation Name: Rekey Wait Timeout Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.6.9 wmanIfBsPkmTekGraceTime OID: <optional> Type: Integer32 InitialValue: 3600 Units: seconds Default Value from Standards: 3600 Description from Standards: The value of this field specifies grace period, in seconds, when SS begins rekeying the TEK prior to TEK expiration. Value range for privacy configuration setting for protocol testing is 60..299 seconds. Operational range for privacy configuration setting is 300..302400 seconds. MAXACCESS: read-create Range from Standards: Integer32 (60..299 | 300..302400) WiMAX Release: WiMAX 1.0 Category: Advanced Configuration Scope: Management Domain Presentation Name: Traffic Encryption Key Grace Time Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.6.10 wmanIfBsPkmAuthRejectWaitTimeout OID: <optional> Type: Integer32 InitialValue: 60 Units: seconds Default Value from Standards: 60


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Description from Standards: The value of this field specifies how long (in seconds) an SS waits in the Authorize Reject Wait state after receiving an Authorization Reject. MAXACCESS: read-create Range from Standards: Integer32 (10..600) WiMAX Release: WiMAX 1.0 Motorola Default Value: 300 Category: Advanced Configuration Scope: Management Domain Presentation Name: Authorize Reject Wait Timeout Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.7 wmanIfBsOfdmaUplinkChannelTable OID: { wmanIfBsOfdmaPhy 1 } IM rule: The total number of wmanIfBsOfdmaInitRngCodes, wmanIfBsOfdmaPeriodicRngCodes, wmanIfBsOfdmaBWReqCodes, and wmanIfBsHandoverRangingCodes shall be equal to or less than 108. Stereotype: MIBTable Description from Standards: This table contains UCD channel attributes, defining the transmission characteristics of uplink channels MAXACCESS: not-accessible REFERENCE: Table 349 and 353, in IEEE 802.16-2004 WiMAX Release: WiMAX 1.0 Network Element: BTS Task Allocation: <must provide task name>



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1.3.7.2 wmanIfBsOfdmaUplinkCenterFreq OID: <optional> Type: Unsigned32 InitialValue: ,,, Units: kHz Motorola Implementation: Center Uplink Frequency, in kHz. IM RULE: wmanIfBsOfdmaDownlinkCenterFreq must equal to/is derived from wmanIfBsOfdmaUplinkCenterFreq Description from Standards: Uplink center frequency (kHz) MAXACCESS: read-write Range from Standards: Unsigned32 WiMAX Release: WiMAX 1.0 Category: Derived Value Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_mnm,ap_mac Octet String Subtype: N/A AP Impact: re-init-device

1.3.7.3 wmanIfBsOfdmaInitRngCodes OID: <optional> Type: INTEGER InitialValue: 6,6,6,6 Motorola Implementation: Number of Initial Ranging CDMA Codes. IM rule: The total number of wmanIfBsOfdmaInitRngCodes, wmanIfBsOfdmaPeriodicRngCodes, wmanIfBsOfdmaBWReqCodes, and wmanIfBsHandoverRangingCodes shall be equal to or less than 108. Default Value from Standards: 30 Description from Standards: Number of initial ranging CDMA codes. Possible values are 0..255. The total number of wmanIfBsOfdmaInitRngCodes, wmanIfBsOfdmaPeriodicRngCodes and wmanIfBsOfdmaBWReqCodes shall be equal or less than 256. MAXACCESS: read-write Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 1.0 Motorola Default Value: 6 Motorola Range: 1..15 Category: Advanced Configuration Scope: Per Sector Presentation Name: Number of Initial Ranging CDMA Codes Network Element: BTS License Required: Not Required Task Allocation: ap_mnm,ap_mac Octet String Subtype: N/A AP Impact: re-init-device

1.3.7.4 wmanIfBsOfdmaPeriodicRngCodes OID: <optional> Type: INTEGER InitialValue: 12,12,12,12


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Motorola Implementation: Number of Periodic Ranging CDMA Codes. IM rule: The total number of wmanIfBsOfdmaInitRngCodes, wmanIfBsOfdmaPeriodicRngCodes, wmanIfBsOfdmaBWReqCodes, and wmanIfBsHandoverRangingCodes shall be equal to or less than 108. Default Value from Standards: 30 Description from Standards: Number of periodic ranging CDMA codes. Possible values are 0..255. The total number of wmanIfBsOfdmaInitRngCodes, wmanIfBsOfdmaPeriodicRngCodes and wmanIfBsOfdmaBWReqCodes shall be equal or less than 256. MAXACCESS: read-write Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 1.0 Motorola Default Value: 12 Motorola Range: 1..15 Category: Advanced Configuration Scope: Per Sector Presentation Name: Number of Period Ranging CDMA Codes Network Element: BTS License Required: Not Required Task Allocation: ap_mnm,ap_mac Octet String Subtype: N/A AP Impact: re-init-device

1.3.7.5 wmanIfBsOfdmaBWReqCodes OID: <optional> Type: INTEGER InitialValue: 16 ,16 ,16 ,16 Motorola Implementation: Number of BW Request Ranging CDMA Codes. IM rule: The total number of wmanIfBsOfdmaInitRngCodes, wmanIfBsOfdmaPeriodicRngCodes, wmanIfBsOfdmaBWReqCodes, and wmanIfBsHandoverRangingCodes shall be equal to or less than 108. Default Value from Standards: 30 Description from Standards: Number of bandwidth request codes. Possible values are 0..255. The total number of wmanIfBsOfdmaInitRngCodes, wmanIfBsOfdmaPeriodicRngCodes and wmanIfBsOfdmaBWReqCodes shall be equal or less than 256. MAXACCESS: read-write Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 1.0 Motorola Default Value: 16 Motorola Range: 1..63 Category: Advanced Configuration Scope: Per Sector Presentation Name: Number of Bandwidth Request Codes Network Element: BTS License Required: Not Required Task Allocation: ap_mnm,ap_mac Octet String Subtype: N/A AP Impact: re-init-device

1.3.7.6 wmanIfBsOfdmaPerRngBackoffStart OID: <optional>


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Type: INTEGER InitialValue: 2,2,2,2 Motorola Implementation: Initial backoff window size for periodic ranging contention, expressed as a power of 2. The highest order bits shall be unused and set to 0. Default Value from Standards: 0 Description from Standards: Initial backoff window size for periodic ranging contention, expressed as a power of 2. Range: 0..15 (the highest order bits shall be unused and set to 0). MAXACCESS: read-write Range from Standards: INTEGER (0..15) WiMAX Release: WiMAX 1.0 Motorola Default Value: 2 Motorola Range: 0-15 Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_mnm,ap_mac Octet String Subtype: N/A AP Impact: re-init-device

1.3.7.7 wmanIfBsOfdmaPerRngBackoffEnd OID: <optional> Type: INTEGER InitialValue: 10,10,10,10 Motorola Implementation: Final backoff window size for periodic ranging contention, expressed as a power of 2. The highest order bits shall be unused and set to 0. IM rule: (wmanIfBsOfdmaPerRngBackoffEnd >= wmanIfBsOfdmaPerRngBackoffStart) Default Value from Standards: 15 Description from Standards: Final backoff window size for periodic ranging contention, expressed as a power of 2. Range: 0..15 (the highest order bits shall be unused and set to 0). MAXACCESS: read-write Range from Standards: INTEGER (0 .. 15) WiMAX Release: WiMAX 1.0 Motorola Default Value: 10 Motorola Range: 0-15 Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_mnm,ap_mac Octet String Subtype: N/A AP Impact: re-init-device

1.3.7.8 wmanIfBsOfdmaStartOfRngCodes OID: <optional> Type: INTEGER InitialValue: 0,0,0,0


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Motorola Implementation: Indicates the starting number, S, of the group of CDMA codes used for this uplink. If not specified, the default value shall be set to zero. All the ranging codes used on this uplink will be between S and ((S+M+N+L+O - 1) mod 256). Where, N is the number of initial-ranging codes M is the number of periodic-ranging codes L is the number of bandwidth-request codes O is the number of handover-ranging codes It is recommended that each sector in a cell use a mutually exclusive set of CDMA codes. IM rule: (255 - wmanIfBsOfdmaStartOfRngCodes)>= (wmanIfBsOfdmaInitRngCodes +wmanIfBsOfdmaPeriodicRngCodes + wmanIfBsHandoverRangingCodes +wmanIfBsOfdmaBWReqCodes) For WMX1.0 (no mobility) use 6 (default value) for wmanIfBsHandoverRangingCodes when doing the rule checking. Default Value from Standards: 0 Description from Standards: Indicates the starting number, S, of the group of codes used for this uplink.All the ranging codes used on this uplink will be between S and ((S+N+M+L) mod 256). Where, N is the number of initial-ranging codes M is the number of periodic-ranging codes L is the number of bandwidth-request codes The range of values is 0 <= S <= 255 MAXACCESS: read-write Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 1.0 Motorola Default Value: 0 Motorola Range: 0-255 Category: Advanced Configuration Scope: Per Sector Presentation Name: Starting Number of Ranging Codes Network Element: BTS License Required: Not Required Task Allocation: ap_mnm,ap_mac Octet String Subtype: N/A AP Impact: re-init-device

1.3.7.9 wmanIfBsOfdmaPermutationBase OID: <optional> Type: INTEGER InitialValue: 0,0,0,0 Motorola Implementation: Determines UL_PermBase parameter. Note: Prior to Corrigendum1/D5, this param was known as UL_IDcell. Default Value from Standards: 0 Description from Standards: Determines the UL_IDcell parameter for the subcarrier permutation to be used on this uplink channel MAXACCESS: read-write Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 1.0 Motorola Default Value: 0 Motorola Range: 0..69 Category: Configuration Scope: Per Sector Presentation Name: OFDMA Permutation Base Network Element: BTS


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License Required: Not Required Task Allocation: ap_mnm,ap_mac,ap_cfg Octet String Subtype: N/A AP Impact: re-init-device

1.3.7.10 wmanIfBsOfdmaULAllocSubchBitmap OID: <optional> Type: OCTET STRING Motorola Implementation: If wmanIfBsUplinkPermutationType = 0 (all subchannels) and wmanIfBsFFTSize = 1024, value = 0x0000000007FFFFFFFF (all 35 subchannels) If wmanIfBsUplinkPermutationType = 0 (all subchannels) and wmanIfBsFFTSize= 512, value = 0x00000000000001FFFF (all 17 subchannels) If wmanIfBsUplinkPermutationType = 1 (PUSC-1x3), wmanIfBsFFTSize = 1024, and sector = 1, value = 0x0000000000000007FF (first 11) If wmanIfBsUplinkPermutationType = 1 (PUSC-1x3), wmanIfBsFFTSize = 1024, and sector = 2, value = 0x0000000000007FF800 (middle 12) If wmanIfBsUplinkPermutationType = 1 (PUSC-1x3), wmanIfBsFFTSize = 1024, and sector = 3, value = 0x0000000007FF800000 (last 12) If wmanIfBsUplinkPermutationType = 1 (PUSC-1x3), wmanIfBsFFTSize = 512, and sector = 1, value = 0x00000000000000001F (first 5) If wmanIfBsUplinkPermutationType = 1 (PUSC-1x3), wmanIfBsFFTSize = 512, and sector = 2, value = 0x0000000000000007E0 (middle 6) If wmanIfBsUplinkPermutationType = 1 (PUSC-1x3), wmanIfBsFFTSize = 512, and sector = 3, value = 0x00000000000001F800 (last 6) Description from Standards: This is a bitmap describing the sub-channels allocated to the segment in the UL, when using the uplink PUSC permutation. The LSB of the first byte shall corrspond to subchannel 0. For any bit that is not set, the corresponding subchannel shall not be used by the SS on that segment MAXACCESS: read-write Range from Standards: OCTET STRING (SIZE (9)) WiMAX Release: WiMAX 1.0 Category: Derived Value Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_mnm,ap_mac,ap_cfg Octet String Subtype: HEX AP Impact: re-init-device

1.3.7.11 wmanIfBsOfdmaHARQAackDelayULBurst OID: <optional> Type: INTEGER InitialValue: 2,2,2,2 Motorola Implementation: Number of frames that the MSS waits before transmitting ACK or NACK. All MSSs will use the same offset to allow coordination of timing in ACK channels.


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Description from Standards: This object defines the OFDMA H-ARQ ACK delay for UL burst. 1 = one frame offset 2 = two frames offset 3 = three frames offset MAXACCESS: read-write Range from Standards: INTEGER {oneframeoffset(1), twoframesoffset(2), threeframesoffset(3)} WiMAX Release: WiMAX 1.0 Motorola Default Value: 2 Motorola Range: 1-3 Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_mnm,ap_cfg,ap_mac Octet String Subtype: N/A AP Impact: re-init-device

1.3.8 wmanIfBsOfdmaDownlinkChannelTable OID: { wmanIfBsOfdmaPhy 2 } Stereotype: MIBTable Description from Standards: This table contains DCD channel attributes, defining the transmission characteristics of downlink channels MAXACCESS: not-accessible REFERENCE: Subclause 11.4.1, Table 358, in IEEE 802.16-2004 WiMAX Release: WiMAX 1.0 Network Element: BTS Task Allocation: <must provide task name>



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1.3.8.2 wmanIfBsOfdmaBsEIRP OID: <optional> Type: INTEGER InitialValue: 30 dBm ,30 dBm ,30 dBm ,30 dBm Units: dBm Motorola Implementation: The EIRP is the equivalent isotropic radiated power of the base station, which is computed for a simple single-antenna transmitter Description from Standards: The EIRP is the equivalent isotropic radiated power of the base station, which is computed for a simple single-antenna transmitter. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 30 dBm Motorola Range: 2 bytes signed integer (-32768 to 32767) Note the standard was INTEGER(0..65535), we change it. Category: Configuration Scope: Per Sector Presentation Name: OFDMA Equivalent Isotropic Radiated Power (EIRP) (dBm) Network Element: BTS License Required: Not Required Task Allocation: ap_mnm,ap_cfg Octet String Subtype: N/A AP Impact: re-init-device

1.3.8.3 wmanIfBsOfdmaTTG OID: <optional> Type: INTEGER Motorola Implementation: Transmit Time Gap: Determines max cell radius. PS unit varies by wmanIfBsChannelBW: 10 MHz: 1 PS = 357 ns 7 MHz: 1 PS = 500 ns 5 MHz: 1 PS = 714 ns 3.5 MHz: 1 PS = 1000 ns Display to customer as microseconds Units are PS. Description from Standards: Transmit / Receive Transition Gap. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Range: IF (wmanIfBsChannelBW=1) THEN [188] IF (wmanIfBsChannelBW=2) THEN [148] IF (wmanIfBsChannelBW=3) THEN [376] IF (wmanIfBsChannelBW=4) THEN [296] Units are PS. Note the standard has range (0..255). we changed it. Category: Derived Value Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_mnm,ap_cfg


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Octet String Subtype: N/A AP Impact: re-init-device

1.3.8.4 wmanIfBsOfdmaRTG OID: <optional> Type: INTEGER Motorola Implementation: Receive Time Gap: Fixed at 60µs. PS unit varies by wmanIfBsChannelBW: 10 MHz: 1 PS = 357 ns 7 MHz: 1 PS = 500 ns 5 MHz: 1 PS = 714 ns 3.5 MHz: 1 PS = 1000 ns Display to customer in terms of # of microseconds. Units are PS. Description from Standards: Receive / Transmit Transition Gap. MAXACCESS: read-write Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 1.0 Motorola Range: IF (wmanIfBsChannelBW=1) THEN [60] IF (wmanIfBsChannelBW=2) THEN [84] IF (wmanIfBsChannelBW=3) THEN [120] IF (wmanIfBsChannelBW=4) THEN [168] Units are PS Category: Derived Value Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_mnm,ap_cfg Octet String Subtype: N/A AP Impact: re-init-device

1.3.8.5 wmanIfBsOfdmaInitRngMaxRSS OID: <optional> Type: INTEGER InitialValue: TBD,TBD,TBD,TBD Units: dBm Motorola Implementation: Initial Ranging Max. Received Signal Strength at BS. Description from Standards: Initial Ranging Max. Received Signal Strength at BS Signed in units of 1 dBm. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: TBD Motorola Range: 2 bytes signed integer -32768..32767 Category: Configuration Scope: Per Sector Presentation Name: OFDMA Initial Ranging Max RSS(dBm) Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A


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1.3.8.6 wmanIfBsOfdmaDownlinkCenterFreq OID: <optional> Type: Unsigned32 InitialValue: ,,, Units: kHz Motorola Implementation: Center Downlink Frequency, in kHz. Description from Standards: Downlink center frequency (kHz). MAXACCESS: read-write Range from Standards: Unsigned32 WiMAX Release: WiMAX 1.0 Motorola Range: IF wmanIfBsRFBand=1 THEN wmanIfBsOfdmaDownlinkCenterFreq is in (9210*250=2302500 kHz .. 9590*250=2397500 kHz) inclusive. IF wmanIfBsRFBand=2 THEN wmanIfBsOfdmaDownlinkCenterFreq is in (9990*250=2497500 kHz .. 10750*250=2687500 kHz) inclusive. IF wmanIfBsRFBand=3 THEN wmanIfBsOfdmaDownlinkCenterFreq is in (13610*250=3402500 kHz .. 14390*250=3597500 kHz) inclusive. The frequency must be multiples of 250 kHz The EMS GUI should show the actual frequency instead of the number N in the original rules. Category: Configuration Scope: Per Sector Presentation Name: Downlink Center Frequency (kHz) Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.8.7 wmanIfBsOfdmaBsId OID: <optional> Type: WmanIfBsIdType InitialValue: ,,, Motorola Implementation: BTS: For each of the sectors, the ifPhysAddress is the Sector Id as defined in 802.16 standards. This attribute will contain the same setting.The Sector Id is a 6 octets ANSI/IEEE Std 802 MAC address configured from the EMS. It is NOT the physical MAC address even if the sector has a physical MAC address. -A Base Station/Sector is identified by a logical IEEE 802 MAC address (6 octets). The most significant 3 octets are the IEEE assigned Organizationally Unique Identifier for the service provider. The next 2 octets are the Base Station number within the service provider’s domain. The least significant 1 octet is the Sector number within the Base Station. - A Base Station/Sector Id is stored in binary “canonical” order defined by IEEE 802.1a, i.e., as if it were transmitted least significant bit first. For example: AC-DE-48-00-08-01 is the logical MAC address for sector 1 of BS 8 operated by service provider AC-DE-48. The binary representation is: IEEE 802 MAC in Canonical Order Octet 1 Octet 2 Octet 3 Octet 4 Octet 5 Octet 6 0011 0101 0111 1011 0001 0010 0000 0000 0001 0000 1000 0000 C A E D 8 4 0 0 8 0 1 0


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IEEE 802.16f also recommends the value of BS/Sector Id be displayed with 2 parts clearly separated by a colon e.g: ACDE48:000801. The most significant part represents the service provider id. After the BS/Sector Ids are entered, the EMS should ensure that there is no other BS/Sector in its management domain has the same id. Also the BS Id cannot be the same as any Paging Controller Id configured for CAPCs. If there is duplication, the EMS must inform the operator and request configuration modification. IM Rule: Ensure that there is no duplication among all other Paging Controller Ids and BS Ids in its Management Domain. Description from Standards: Base station ID. MAXACCESS: read-write Range from Standards: WmanIfBsIdType WiMAX Release: WiMAX 1.0 Motorola Range: BTS: <IEEE Service Provider Id (3 octets)>:<Base Station Id (2 octets)><Sector number within Base Station (1 octet)> or <IEEE Service Provider Id><Base Station Id (1...65535)><ifIndex> Category: Configuration Scope: Per Sector Presentation Name: AP ID Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG,ap_SACM Octet String Subtype: HEX AP Impact: re-init-device

1.3.8.8 wmanIfBsOfdmaMacVersion OID: <optional> Type: WmanIfMacVersion InitialValue: 5,5,5,5 Description from Standards: This parameter specifies the version of 802.16 to which the message originator conforms. MAXACCESS: read-write Range from Standards: WmanIfMacVersion WiMAX Release: WiMAX 1.0 Motorola Default Value: 5 Motorola Range: 5: Indicates conformance with IEEE Std. 802.16-2004 and IEEE P802.16-2004/Cor1 and IEEE Std 802.16e-2005 Category: Factory Configuration Scope: Per CAPC Network Element: BTS License Required: Not Required Task Allocation: ap_mnm,ap_cfg Octet String Subtype: N/A AP Impact: re-init-device

1.3.8.9 wmanIfBsOfdmaFrameDurationCode OID: <optional> Type: INTEGER InitialValue: 4,4,4,4 Motorola Implementation: Frame Length per 802.16 std.


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Display as “5 ms”, not “4” Description from Standards: The duration of the frame. The frame duration code values are specified in Table 274. MAXACCESS: read-write Range from Standards: INTEGER {aASGap(0), duration2ms(1), duration2dot5ms(2), duration4ms(3), duration5ms(4), duration8ms(5), duration10ms(6), duration12dot5ms(7), duration20ms(8)} WiMAX Release: WiMAX 1.0 Motorola Default Value: duration5ms(4) Category: Factory Configuration Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_mnm,ap_cfg Octet String Subtype: N/A AP Impact: re-init-device

1.3.8.10 wmanIfBsOfdmaSizeCqichIdField OID: <optional> Type: INTEGER InitialValue: 1,1,1,1 Motorola Implementation: Defines the size of CQICH ID field used in the CQICH Allocation IE and UCD. Description from Standards: This object defines the size of CQICH ID field. 0 = Reserved 1 = 3 bits 2 = 4 bits 3 = 5 bits 4 = 6 bits 5 = 7 bits 6 = 8 bits 7 = 9 bits 8...255 = Reserved MAXACCESS: read-write Range from Standards: INTEGER { zerobits(0), threebits(1), fourbits(2), fivebits(3), sixbits(4), sevenbits(5), eightbits(6), ninebits(7)} WiMAX Release: WiMAX 1.0 Motorola Default Value: 1 Motorola Range: 0 = 0 bits 1 = 3 bits 2 = 4 bits


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3 = 5 bits 4 = 6 bits 5 = 7 bits 6 = 8 bits 7 = 9 bits 8...255 = Reserved Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_mnm,ap_cfg Octet String Subtype: N/A AP Impact: re-init-device

1.3.8.11 wmanIfBsOfdmaHARQAackDelayBurst OID: <optional> Type: INTEGER InitialValue: 1,1,1,1 Motorola Implementation: Number of frames that the BS waits before transmitting ACK or NACK. The same value is used for all MSSs to allow coordination of timing in ACK channels. Description from Standards: This object defines the OFDMA H-ARQ ACK delay for DL burst. 1 = one frame offset 2 = two frames offset 3 = three frames offset MAXACCESS: read-write Range from Standards: INTEGER {oneframeoffset(1), twoframesoffset(2), threeframesoffset(3)} WiMAX Release: WiMAX 1.0 Motorola Default Value: 1 Motorola Range: 1-3 Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_mnm,ap_cfg Octet String Subtype: N/A AP Impact: re-init-device

1.3.9 wmanIfCmnBsSsConfigurationTable OID: { wmanIfCmnCps 2 } wmanIfCmnBsSsConfigurationTable contains global parameters common in BS and SS Stereotype: MIBTable Description from Standards: This table provides one row for each BS sector that contains the system parameters common in both SS and BS. All SSs shall have the same parameters as the BS to which the SSs are associated.


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MAXACCESS: not-accessible REFERENCE: Subclause 10.1 in IEEE 802.16-2004 WiMAX Release: WiMAX 1.0 Network Element: BTS Task Allocation: <must provide task name>

1.3.9.1 ifIndex OID: <optional> Type: InterfaceIndex InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.9.2 wmanIfCmnInvitedRangRetries OID: <optional> Type: INTEGER InitialValue: 16,16,16,16 Motorola Implementation: According to Subclause 10.1 Table 342 in IEEE 802.16-2004, the minimum number of retries on inviting Ranging Requests is 16. Motorola comments: Number of retries on inviting Ranging Requests Description from Standards: Number of retries on inviting Ranging Requests. MAXACCESS: read-write Range from Standards: INTEGER (16..65535) WiMAX Release: WiMAX 1.0 Motorola Default Value: 16 Motorola Range: (16..24) Category: Factory Configuration Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_mnm,ap_cfg Octet String Subtype: N/A AP Impact: re-init-device

1.3.9.3 wmanIfCmnDSxReqRetries OID: <optional> Type: Unsigned32 InitialValue: 3,3,3,3 Motorola Implementation: Number of Timeout Retries on DSA/DSC/DSD Requests


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Default Value from Standards: 3 Description from Standards: Number of Timeout Retries on DSA/DSC/DSD Requests. MAXACCESS: read-write Range from Standards: Unsigned32 WiMAX Release: WiMAX 1.0 Motorola Default Value: 3 Motorola Range: (1..5) Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_mnm,ap_cfg Octet String Subtype: N/A AP Impact: re-init-device

1.3.9.4 wmanIfCmnDSxRespRetries OID: <optional> Type: Unsigned32 InitialValue: 3,3,3,3 Motorola Implementation: Number of Timeout Retries on DSA/DSC/DSD Responses Default Value from Standards: 3 Description from Standards: Number of Timeout Retries on DSA/DSC/DSD Responses. MAXACCESS: read-write Range from Standards: Unsigned32 WiMAX Release: WiMAX 1.0 Motorola Default Value: 3 Motorola Range: (1..5) Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_mnm,ap_cfg Octet String Subtype: N/A AP Impact: re-init-device

1.3.9.5 wmanIfCmnT7Timeout OID: <optional> Type: INTEGER InitialValue: 300,300,300,300 Units: milliseconds Motorola Implementation: Wait for DSA/DSC/DSD Response Timeout Description from Standards: Wait for DSA/DSC/DSD Response Timeout in ms. MAXACCESS: read-write Range from Standards: INTEGER (0 .. 1000) WiMAX Release: WiMAX 1.0 Motorola Default Value: 300 Motorola Range: (10..1000) Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_mnm,ap_cfg


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1.3.9.6 wmanIfCmnT8Timeout OID: <optional> Type: INTEGER InitialValue: 300,300,300,300 Units: milliseconds Motorola Implementation: Wait for DSA/DSC/DSD Acknowledge Timeout Description from Standards: Wait for DSA/DSC/DSD Acknowledge Timeout in ms. MAXACCESS: read-write Range from Standards: INTEGER (0 .. 300) WiMAX Release: WiMAX 1.0 Motorola Default Value: 300 Motorola Range: (10..300) Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_mnm,ap_cfg Octet String Subtype: N/A AP Impact: re-init-device

1.3.9.7 wmanIfCmnT10Timeout OID: <optional> Type: INTEGER InitialValue: 1000,1000,1000,1000 Units: milliseconds Motorola Implementation: Wait for Transaction End timeout Description from Standards: Wait for Transaction End timeout in ms. MAXACCESS: read-write Range from Standards: INTEGER (0 .. 3000) WiMAX Release: WiMAX 1.0 Motorola Default Value: 1000 Motorola Range: (10..3000) Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_mnm,ap_cfg Octet String Subtype: N/A AP Impact: re-init-device

1.3.9.8 wmanIfCmnT22Timeout OID: <optional> Type: INTEGER InitialValue: 500,500,500,500 Units: milliseconds Motorola Implementation: Wait for ARQ Reset in ms Description from Standards: Wait for ARQ Reset in ms.


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MAXACCESS: read-write Range from Standards: INTEGER (0 .. 500) WiMAX Release: WiMAX 1.0 Motorola Default Value: 500 Motorola Range: (10..500) Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_mnm,ap_cfg Octet String Subtype: N/A AP Impact: re-init-device

1.3.10 wmanIfCmnCryptoSuiteTable OID: { wmanIfCmnPkmObjects 1 } Table wmanIfCmnCryptoSuiteTable To configure this table, a checklist (or radio button list) with two options, "No data encryption and no data authentication" and “128-bit AES-CCM", can be used. Both of these two options can be checked at the same time. If only "No data encryption and no data authentication" is checked, then none of the MSSs are allowed to enable encryption and authentication. If only “128-bit AES-CCM" is checked, then all MSSs are required to enable encryption and authentication. If both "No data encryption and no data authentication" and “128-bit AES-CCM" are checked, then this means let the MSSs choose to enable encryption or not depending on their capability and user configuration. This actually tells the BTS to support both options. Two rows need to be populated into this table when this choice is selected. Stereotype: MIBTable Description from Standards: This table describes the PKM cryptographic suite capabilites for each SS or BS wireless interface. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: BTS Task Allocation: <must provide task name>

1.3.10.1 ifIndex OID: <optional> Type: InterfaceIndex InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only


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Range from Standards: InterfaceIndex WiMAX Release: WiMAX 1.0 Presentation Name: Sector License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.10.2 wmanIfCmnCryptoSuiteIndex OID: <optional> Type: Integer32 InitialValue: 1,2,3,4 Motorola Implementation: This is an internally generated index for the supported cryptographic suites. The IEEE 802.16f has defined the range of this index as Integer32 (1 .. 1000), but there is no definition as to how this index is generated. IEEE 802.16e has assigned some numeric values to represent well-known cryptographic suites. Refer to Table 378—Allowed cryptographic suites, on page 585 of IEEE P802.16e/D11, September 2005. Each of these values is actually a concatenation of Data Encryption Algorithm Identifier (wmanIfCmnCryptoSuiteDataEncryptAlg), Data Authentication Algorithm Identifier (wmanIfCmnCryptoSuiteDataAuthentAlg) and TEK Encryption Algorithm Identifier (wmanIfCmnCryptoSuiteTekEncryptAlg). For example: when wmanIfCmnCryptoSuiteDataEncryptAlg = 2 (AES, CCM modeCCM-Mode, 128-bit AES), wmanIfCmnCryptoSuiteDataAuthentAlg = 1 (CCM-Mode, 128-bit AES), wmanIfCmnCryptoSuiteTekEncryptAlg = 4 (AES Key Wrap with 128-bit key), the numeric value for the cryptographic suite is 0x020104. Based on IEEE 802.16e, the wmanIfCmnCryptoSuiteIndex range is changed to Integer32 so that numeric value for the cryptographic suite can be used directly as index. Index Value Cryptographic Suites 0x000001 No data encryption, no data authentication & 3-DES, 128 (Supported by Motorola) 0x010001 CBC-Mode 56-bit DES, no data authentication & 3-DES, 128 0x000002 No data encryption, no data authentication & RSA, 1024 0x010002 CBC-Mode 56-bit DES, no data authentication & RSA, 1024 0x020103 CCM-Mode 128-bit AES, CCM-Mode, 128-bit, ECB mode AES with 128-bit key 0x020104 CCM-Mode 128bits AES, CCM-Mode, AES Key Wrap with 128-bit key (Supported by Motorola) 0x030003 CBC-Mode 128-bit AES, no data authentication, ECB mode AES with 128-bit key 0x800003 MBS CTR Mode 128 bits AES, no data authentication, AES ECB mode with 128-bit key 0x800004 MBS CTR mode 128 bits AES, no data authentication, AES Key Wrap with 128-bit key All remaining values Reserved Only the two options marked above are supported by Motorola. For value 0x000001, the implementation will treate it as "No Data Encryption, No Data Authentication & No TEK Encryption". Stereotype: Index Description from Standards: The index for a cryptographic suite row. MAXACCESS: not-accessible Range from Standards: Integer32 WiMAX Release: WiMAX 1.0


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Motorola Default Value: 0x020104 Category: Advanced Configuration Scope: Management Domain Presentation Name: Cryptographic Suites Index Network Element: BTS License Required: Not Required Task Allocation: ap_sacm,ap_mnm,ap_cfg Octet String Subtype: N/A AP Impact: online

1.3.10.3 wmanIfCmnCryptoSuiteDataEncryptAlg OID: <optional> Type: WmanIfDataEncryptAlgId InitialValue: ,,, Motorola Implementation: Based on the choices the operator makes on wmanIfCmnCryptoSuiteIndex, the value of this parameter should be derived by NMS as follows. 0: No data encryption (Supported by Motorola) 2: AES, CCM-Mode, 128-bit AES (Supported by Motorola) Description from Standards: The value of this object is the data encryption algorithm for this cryptographic suite capability. MAXACCESS: read-only Range from Standards: WmanIfDataEncryptAlgId WiMAX Release: WiMAX 1.0 Category: Derived Value Scope: Management Domain Network Element: BTS License Required: Not Required Task Allocation: ap_sacm,ap_mnm,ap_cfg Octet String Subtype: N/A AP Impact: re-init-device

1.3.10.4 wmanIfCmnCryptoSuiteDataAuthentAlg OID: <optional> Type: WmanIfDataAuthAlgId InitialValue: ,,, Motorola Implementation: Based on the choices the operator makes on wmanIfCmnCryptoSuiteIndex, the value of this parameter should be derived by NMS as follows. 0: No data authentication 1: CCM-Mode, 128-bit AES Description from Standards: The value of this object is the data authentication algorithm for this cryptographic suite capability. MAXACCESS: read-only Range from Standards: WmanIfDataAuthAlgId WiMAX Release: WiMAX 1.0 Category: Derived Value Scope: Management Domain Network Element: BTS License Required: Not Required Task Allocation: ap_sacm Octet String Subtype: N/A


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1.3.10.5 wmanIfCmnCryptoSuiteTekEncryptAlg OID: <optional> Type: WmanIfTekEncryptAlgId InitialValue: ,,, Motorola Implementation: Based on the choices the operator makes on wmanIfCmnCryptoSuiteIndex, the value of this parameter should be derived by NMS as follows. 1: 3-DES EDE with 128-bit key 4: AES Key Wrap with 128-bit key When wmanIfCmnCryptoSuiteIndex is set to 0x000001, the option of "1: 3-DES EDE with 128-bit key" should be implemented as "No TEK Encryption". Description from Standards: The value of this object is the TEK key encryption algorithm for this cryptographic suite capability. MAXACCESS: read-only Range from Standards: WmanIfTekEncryptAlgId WiMAX Release: WiMAX 1.0 Category: Derived Value Scope: Management Domain Network Element: BTS License Required: Not Required Task Allocation: ap_sacm Octet String Subtype: N/A AP Impact: re-init-device

1.3.11 wmanDevCmnDeviceConfig OID: { wmanDevCommonObjects 3 } wmanDevCmnDeviceCofig contains common configuration objects for the device Stereotype: ObjectIdentifier Description from Standards: MAXACCESS: REFERENCE: WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM & BTS Task Allocation: <must provide task name>

1.3.11.1 wmanDevCmnResetDevice OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: This object should be implemented as follows: - When set to actionsResetDevice value, instructs device to reset itself - When set to value different than actionsResetDevice it should be ignored - When read it should return actionsResetDeviceNoAction MAXACCESS: read-write Range from Standards: INTEGER {actionResetDeviceNoAction(0),


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actionResetDevice(1)} WiMAX Release: WiMAX 1.0 Category: Action Scope: Per BTS Network Element: CPE/HPVM & BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.12 wmanPriDeviceInfo OID: {wmanPriMibObjects 2} Stereotype: ObjectIdentifier Description from Standards: MAXACCESS: REFERENCE: WiMAX Release: WiMAX 2.0 Network Element: All Task Allocation: <must provide task name>

1.3.12.1 wmanPriDeviceType OID: <optional> Type: DisplayString Description from Standards: This object indicates the type of the device. The allowed string values are 'CPE' | 'AP' | 'CAPC'. This object should match the value of <DeviceType> in the manifest file for software bundle. MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Device Type Network Element: All License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A AP Impact: re-init-device

1.3.12.2 wmanPriDeviceManufacturerId OID: <optional> Type: DisplayString Description from Standards: This object identifies the manufacturer of the device. The value should match the <ManufacturerId> tag in the manifest file of the software bundle. MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Motorola Default Value: Motorola Motorola Range: Motorola Category: Inventory Presentation Name: Manufacturer Id


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Network Element: All License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A AP Impact: re-init-device

1.3.12.3 wmanPriDeviceCarrierId OID: <optional> Type: DisplayString Description from Standards: This object identifies the service provider that owns and operates the device. The value should match the <CarrierId> tag contained in the manifest file of the software bundle. For AP/CAPC, the value should be set to 'any'. For CPE, this should be the same as the Network Service Provider ID (3 bytes). MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Carrier Id Network Element: All License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.12.4 wmanPriDeviceHardwareId OID: <optional> Type: DisplayString Description from Standards: This object describes the specific hardware characteristics of the device. The value should match the <HardwareId> tag in the manifest file of the software bundle. For AP, there are currently three values supported: DAP, GAP and SAAP. DAP - Diversity Access Point. GAP - Ground-based Access Point. SAAP - Smart Antenna Access Point. For CAPC, this object usually indicates the specific platform type (Low-tier, High-tier, etc). For CPE, this object should be used to indicate the chipset vendor. MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Hardware Id Network Element: All License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A AP Impact: re-init-device

1.3.12.5 wmanPriDeviceModelNumber OID: <optional> Type: DisplayString Description from Standards: This object indicates the model number of the device. The value should match the <ModelNumber> tag in the manifest file of the software bundle.


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In general, the model number should only be used for CPEs. The EMS uses the model number to control upgrade policies applicable to a group of CPEs. MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Model Number Network Element: All License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A AP Impact: re-init-device

1.3.13 wmanPriLicensedFeatureTable OID: {wmanPriMibObjects 3} For a specific feature, if there is no valid license file, or the license is disabled for some reason, the EMS should grey out the parameters tagged to be controlled by that license. If there is no license for a feature that is listed in the "License Required" property of a scalar object, the default value defined for that scalar object shall be included in the configuration file. If there is no license for a feature that is listed in a table field's "License Required" property, and the table field has a default value defined, then the default value defined for that field will be populated for all rows added to that table. For table fields in a table that A) don't have default values defined, and B) there is no license for a feature listed in the field's "License Required" property, then the network elements must not attempt to access these fields in all rows in the table. Another table to augment wmanPriLicensedFeatureTable can be defined in the future if there are additional parameters needed to control a specific feature. wmanPriLicensedFeatureParamTable wmanPriLicensedFeatureIndex: INTEGER (through augmentation) wmanPriLicensedFeature[*]Param, etc Stereotype: MIBTable Description from Standards: This table contains feature licensing information. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Task Allocation: <must provide task name>

1.3.13.1 wmanPriLicensedFeatureIndex OID: <optional> Type: INTEGER Stereotype: Index Description from Standards: This is a sequential number assigned to each licensed feature based on the order of the features in the license file. MAXACCESS: not-accessible Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 License Required: Not Required


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Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.13.2 wmanPriLicensedFeatureName OID: <optional> Type: DisplayString Description from Standards: This object contains the name of a licensed feature. The feature name should be exactly the same as specified in the license file. MAXACCESS: read-create Range from Standards: DisplayString WiMAX Release: WiMAX 2.0 Category: Derived Value Scope: Management Domain Presentation Name: Licensed Feature Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.13.3 wmanPriLicenseStatus OID: <optional> Type: INTEGER Motorola Implementation: The value impaired(3) is not used in current releases. Description from Standards: This object indicates if a licensed feature is enabled by a valid license file. The value should be derived from the license file contents. MAXACCESS: read-create Range from Standards: INTEGER { enabled(1), disabled(2), impaired(3) } WiMAX Release: WiMAX 2.0 Motorola Range: enabled(1), disabled(2) Category: Derived Value Scope: Management Domain Presentation Name: License Status Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.13.4 wmanPriLicensedFeatureRowStatus OID: <optional> Type: RowStatus Motorola Implementation: Row status to support insert/delete operations to this table. Description from Standards: This object is used to create a new row or modify or delete an existing row in this table. MAXACCESS: read-create Range from Standards: RowStatus WiMAX Release: WiMAX 1.0 License Required: Not Required


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Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.14 ifTable Presentation Name: Interfaces OID: { interfaces 2 } the Interfaces table The Interfaces table contains information on the entity's interfaces. Each sub-layer below the internetwork-layer of a network interface is considered to be an interface. Stereotype: MIBTable Description from Standards: A list of interface entries. The number of entries is given by the value of ifNumber. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: All Task Allocation: capcNM

1.3.14.1 ifIndex OID: <optional> Type: InterfaceIndex InitialValue: 1,2,3,4 Motorola Implementation: For BTS, sectors are always in front of the other interfaces. For CAPC, the ifIndex range for payload modules is 1..10. The redundancy pair ifIndex values are always consecutive (ifIndex 1&2 are a pair, 3&4, 5&6, etc.). Stereotype: Index Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: BTS-->Sector, Ethernet, RF Head CAPC-->Payload Card CPE/HPVM-->Device Network Element: All License Required: Not Required Task Allocation: capcNM,ap_NM Octet String Subtype: N/A AP Impact: online


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1.3.14.2 ifDescr OID: <optional> Type: DisplayString InitialValue: ,,, Description from Standards: A textual string containing information about the interface. This string should include the name of the manufacturer, the product name and the version of the interface hardware/software. MAXACCESS: read-only Range from Standards: DisplayString (SIZE (0..255)) WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Interface Description Network Element: BTS & CAPC License Required: Not Required Task Allocation: capcNM,ap_NM Octet String Subtype: N/A AP Impact: re-init-device

1.3.14.3 ifType OID: <optional> Type: IANAifType InitialValue: ,,, Description from Standards: The type of interface. Additional values for ifType are assigned by the Internet Assigned Numbers Authority (IANA), through updating the syntax of the IANAifType textual convention. MAXACCESS: read-only Range from Standards: IANAifType WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Interface Type Network Element: BTS & CAPC License Required: Not Required Task Allocation: capcNM,ap_NM Octet String Subtype: N/A AP Impact: re-init-device

1.3.14.4 ifSpeed OID: <optional> Type: Gauge32 InitialValue: ,,, Description from Standards: An estimate of the interface's current bandwidth in bits per second. For interfaces which do not vary in bandwidth or for those where no accurate estimation can be made, this object should contain the nominal bandwidth. If the bandwidth of the interface is greater than the maximum value reportable by this object then this object should report its maximum value (4,294,967,295) and ifHighSpeed must be used to report the interace's speed. For a sub-layer which has


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no concept of bandwidth, this object should be zero. MAXACCESS: read-only Range from Standards: Gauge32 WiMAX Release: WiMAX 1.0 Category: Inventory Network Element: BTS & CAPC License Required: Not Required Task Allocation: capcNM,ap_NM Octet String Subtype: N/A AP Impact: re-init-device

1.3.14.5 ifPhysAddress OID: <optional> Type: PhysAddress InitialValue: ,,, Motorola Implementation: BTS: For each of the sectors, the ifPhysAddress is the Sector Id as defined in 802.16 standards. The Sector Id is a 6 octets ANSI/IEEE Std 802 MAC address configured from the EMS. It is NOT the physical MAC address even if the sector has a physical MAC address. -A Base Station/Sector is identified by a logical IEEE 802 MAC address (6 octets). The most significant 3 octets are the IEEE assigned Organizationally Unique Identifier for the service provider. The next 2 octets are the Base Station number within the service provider’s domain. The least significant 1 octet is the Sector number within the Base Station. - A Base Station/Sector Id is stored in binary “canonical” order defined by IEEE 802.1a, i.e., as if it were transmitted least significant bit first. For example: AC-DE-48-00-08-01 is the logical MAC address for sector 1 of BS 8 operated by service provider AC-DE-48. The binary representation is: IEEE 802 MAC in Canonical Order Octet 1 Octet 2 Octet 3 Octet 4 Octet 5 Octet 6 0011 0101 0111 1011 0001 0010 0000 0000 0001 0000 1000 0000 C A E D 8 4 0 0 8 0 1 0 IEEE 802.16f also recommends the value of BS/Sector Id be displayed with 2 parts clearly separated by a colon e.g: ACDE48:000801. The most significant part represents the service provider id. After the BS/Sector Ids are entered, the EMS should ensure that there is no other BS/Sector in its management domain has the same id. Also the BS Id cannot be the same as any Paging Controller Id configured for CAPCs. If there is duplication, the EMS must inform the operator and request configuration modification. - CAPC: The operator provides the Paging Controller Id in the format of a logical MAC address via the EMS GUI. Based on the definition in 802.16 standards, the Paging Controller Id is defined in the same format as Base Station Id. The Sector Id part will be set to 0 for CAPC. After the Paging Controller Id is entered, the EMS should ensure that there is no duplication among all other Paging Controller Ids and BS Ids in its management domain. - CPE/HPVM: This represents the device's MAC Address. Description from Standards: The interface's address at its protocol sub-layer. For example, for an 802.x interface, this object normally contains a MAC address. The interface's media-specific MIB must define the bit and byte ordering and the format of the value of this object. For interfaces which do not have such an address (e.g., a serial line), this object should contain


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an octet string of zero length. MAXACCESS: read-only Range from Standards: PhysAddress WiMAX Release: WiMAX 1.0 Motorola Range: BTS: <IEEE Service Provider Id (3 octets)>:<Base Station Id (2 octets)><Sector number within Base Station (1 octet)> or <IEEE Service Provider Id><Base Station Id (1...65535)><ifIndex> IM Rule: Ensure that there is no duplication among all other Paging Controller Ids and BS Ids in its Management Domain. CAPC Paging Controller: <IEEE Service Provider Id (3 octets)>:<CAPC Id (1 or 2 octets)><0(2 or 1 octets based on CAPC Id)> The last 3 octets are split based on the number of paging groups. - If there is over 255 paging groups in a CAPC, then use 1 octet for CAPC Id. (small number of large CAPCs) - If there is less than 256 paging groups in a CAPC, then use 2 octets for CAPC Id. (large number of small CAPCs) IM Rule: Ensure no duplicate paging controller ids. CPE/HPVM: MAC Address Category: Inventory Network Element: All License Required: Not Required Task Allocation: capcNM,ap_NM Octet String Subtype: HEX AP Impact: re-init-device

1.3.14.6 ifAdminStatus OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: The desired state of the interface. The testing(3) state indicates that no operational packets can be passed. When a managed system initializes, all interfaces start with ifAdminStatus in the down(2) state. As a result of either explicit management action or per configuration information retained by the managed system, ifAdminStatus is then changed to either the up(1) or testing(3) states (or remains in the down(2) state). MAXACCESS: read-write Range from Standards: INTEGER { up(1), -- ready to pass packets down(2), testing(3) -- in some test mode } WiMAX Release: WiMAX 1.0 Category: State Network Element: BTS & CAPC License Required: Not Required Task Allocation: capcNM,ap_NM Octet String Subtype: N/A


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1.3.14.7 ifOperStatus OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: The current operational state of the interface. The testing(3) state indicates that no operational packets can be passed. If ifAdminStatus is down(2) then ifOperStatus should be down(2). If ifAdminStatus is changed to up(1) then ifOperStatus should change to up(1) if the interface is ready to transmit and receive network traffic; it should change to dormant(5) if the interface is waiting for external actions (such as a serial line waiting for an incoming connection); it should remain in the down(2) state if and only if there is a fault that prevents it from going to the up(1) state; it should remain in the notPresent(6) state if the interface has missing (typically, hardware) components. MAXACCESS: read-only Range from Standards: INTEGER { up(1), -- ready to pass packets down(2), testing(3), -- in some test mode unknown(4), -- status can not be determined -- for some reason. dormant(5), notPresent(6), -- some component is missing lowerLayerDown(7) -- down due to state of -- lower-layer interface(s) } WiMAX Release: WiMAX 1.0 Category: State Network Element: BTS & CAPC License Required: Not Required Task Allocation: capcNM,ap_NM Octet String Subtype: N/A AP Impact: re-init-device

1.3.15 radiusAuthServerTable Presentation Name: RADIUS Authentication Server OID: { radiusAuthClient 3 } Stereotype: MIBTable Description from Standards: The (conceptual) table listing the RADIUS authentication servers with which the client shares a secret. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: BTS & CAPC & MSS Task Allocation: capcAuth


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1.3.15.1 radiusAuthServerIndex OID: <optional> Type: Integer32 InitialValue: 1,2,3,4 Stereotype: Index Description from Standards: A number uniquely identifying each RADIUS Authentication server with which this client communicates. MAXACCESS: not-accessible Range from Standards: Integer32 (1..2147483647) WiMAX Release: WiMAX 1.0 Motorola Range: CAPC: 1-2, AP/HPVM: 0-1 License Required: Not Required Task Allocation: ap_LMT Octet String Subtype: N/A AP Impact: online

1.3.15.2 radiusAuthServerAddress OID: <optional> Type: IpAddress InitialValue: ,,, Motorola Implementation: For a CAPC, the EMS needs to provide this address for each AAA server which the CAPC communicates with. In current implementation, the CAPC is BTS's AAA proxy. So, for a BTS, if this address is not provided in the configuration file built by the EMS, the BTS would populate this address using the controlling CAPC's IP address. If this address is provided in the BTS's configuration file, then the BTS should use this address to locate AAA server (usually, this means the operator chooses to use other AAA server instead of the CAPC proxy.). MSS uses this information for connected hosts. Description from Standards: The IP address of the RADIUS authentication server referred to in this table entry. MAXACCESS: read-only Range from Standards: IpAddress WiMAX Release: WiMAX 1.0 Category: Advanced Configuration Scope: Per CAPC Presentation Name: AAA Server IP Address Network Element: BTS & CAPC & MSS License Required: Not Required Task Allocation: capcAuth,ap_LMT Octet String Subtype: HEX AP Impact: re-init-device

1.3.15.3 radiusAuthClientServerPortNumber OID: <optional> Type: Integer32 InitialValue: 1812 ,1812 ,1812 ,1812 Motorola Implementation: This should be provided in both CAPC and BTS configurations. MSS uses this information for connected hosts. For a CAPC, this is the destination port on the AAA to which the CAPC sends requests to. For an AP, this is the destination port on the CAPC to which the AP sends authentication messages.


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Description from Standards: The UDP port the client is using to send requests to this server. MAXACCESS: read-only Range from Standards: Integer32 (0..65535) WiMAX Release: WiMAX 1.0 Motorola Default Value: 1812 Category: Advanced Configuration Scope: Per CAPC Presentation Name: AAA Server Port Number Network Element: BTS & CAPC & MSS License Required: Not Required Task Allocation: capcAuth,ap_LMT Octet String Subtype: N/A AP Impact: re-init-device

1.3.16 wmanIfBsScanTriggerTable OID: { wmanIfNeighborObjects 2} IM Rule: For a cell, there can be only one instance of each trigger type. Stereotype: MIBTable Description from Standards: This table contains parameters that are used to trigger handover scan. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 2.0 Network Element: BTS Task Allocation: <must provide task name>

1.3.16.1 ifIndex OID: <optional> Type: InterfaceIndex InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 1.0 Presentation Name: Sector License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.16.2 wmanIfBsScanTriggerIndex OID: <optional> Type: INTEGER InitialValue: 1,2,3,4


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Motorola Implementation: There can be up to 3 instances of this index per sector. Stereotype: Index Description from Standards: Index for the trigger type. MAXACCESS: read-only Range from Standards: INTEGER WiMAX Release: WiMAX 2.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.16.3 wmanIfBsScanTriggerType OID: <optional> Type: INTEGER InitialValue: 0,0,0,0 Default Value from Standards: 0 Description from Standards: Defines type of trigger metric to initiate scanning or reporting of neighbor cells. Scan Trigger action is triggered if function using specified metric with specified average exceeds specified value. Note: multiple scan triggers can be configured in a cell. MAXACCESS: read-create Range from Standards: INTEGER { cinr(0), rssi(1), rtd(2) } WiMAX Release: WiMAX 2.0 Motorola Default Value: 0 Motorola Range: 0 = CINR 1 = RSSI 2 = RTD Category: Configuration Scope: Per Sector Presentation Name: Scan Trigger Type Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.16.4 wmanIfBsScanTriggerFunction OID: <optional> Type: INTEGER InitialValue: 6,6,6,6 Default Value from Standards: 6 Description from Standards: Defines the type of function to initiate scanning or reporting of neighbor cells Scan Trigger action is triggered if function using specified metric with specified average exceeds specified value. MAXACCESS: read-create Range from Standards: INTEGER (5..6) WiMAX Release: WiMAX 2.0


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Motorola Default Value: 6 Motorola Range: 5: Metric of serving BS greater than absolute value 6: Metric of serving BS less than absolute value Category: Configuration Scope: Per Sector Presentation Name: Scan Trigger Function Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.16.5 wmanIfBsScanTriggerAction OID: <optional> Type: INTEGER InitialValue: 3,3,3,3 Default Value from Standards: 3 Description from Standards: Defines the action that the MS takes when the specified scan trigger condition is met. Scan Trigger action is triggered if function using specified metric with specified average exceeds specified value. MAXACCESS: read-create Range from Standards: INTEGER (1..3) WiMAX Release: WiMAX 2.0 Motorola Default Value: 3 Motorola Range: 1: Respond on trigger with MOB_SCN-REP after the end of each scanning interval 2: Respond on trigger with MOB_MSHO-REQ 3: On trigger, MS starts neighbor BS scanning process by sending MOB_SCN-REQ Category: Factory Configuration Scope: Per Sector Presentation Name: Scan Trigger Action Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.16.6 wmanIfBsScanTriggerValue OID: <optional> Type: INTEGER Units: dB or -dBm, depends on action Default Value from Standards: 15 Description from Standards: Defines the value utilized in the scan trigger function. Scan Trigger action is triggered if function using specified metric with specified average exceeds specified value. MAXACCESS: read-create Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 2.0


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Motorola Range: (0..255) Category: Configuration Scope: Per Sector Presentation Name: Scan Trigger Value Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.16.7 wmanIfBsScanTriggerAverage OID: <optional> Type: INTEGER InitialValue: 50 ms,50 ms,50 ms,50 ms Units: millisecond Description from Standards: Trigger averaging duration is the time in ms over which the metric measurements are averaged. When the mean value of the measurement meets the trigger condition, the MS reacts using the MSS reacts using the specified action. MAXACCESS: read-create Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 2.0 Motorola Default Value: 50 ms (10 frames) Motorola Range: (0..255) Category: Configuration Scope: Per Sector Presentation Name: Scan Trigger Average Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.16.8 wmanIfBsScanTriggerRowStatus OID: <optional> Type: RowStatus InitialValue: ,,, Motorola Implementation: Row status to support insert/delete operations to this table. Description from Standards: This object is used to create a new row or modify or delete an existing row in this table. If the implementator of this MIB has choosen not to implement 'dynamic assignment' of profiles, this object is not useful and should return noSuchName upon SNMP request. MAXACCESS: read-create Range from Standards: RowStatus WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A


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1.3.17 wmanIfBsNeighborTable Presentation Name: Neighbor Information OID: { wmanIfNeighborObjects 1} IM rule: Neighbor preambles (wmanIfBsNbrPreamble) must be unique across sectors that use the same center frequency in a site (BTS). If the wmanIfBsNeighborTable is configured, then the following handover related tables must have at least one row of data: wmanIfBsScanTriggerTable, wmanIfBsHoCellTriggerTable, wmanIfBsHoNbrTriggerTable, wmanIfBsNbrDcdConfigTable, wmanIfBsNbrPagingGroupTable, wmanIfBsNbrScanTriggerTable, wmanIfBsNbrHoCellTriggerTable, wmanIfBsNbrUcdConfigTable. Stereotype: MIBTable Description from Standards: This table contains neighbor BS configuration information. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 2.0 Network Element: BTS Task Allocation: <must provide task name>


1.3.17.2 wmanIfBsNbrIndex OID: <optional> Type: INTEGER InitialValue: 1,2,3,4 Stereotype: Index Description from Standards: The index for each neighbor BS. MAXACCESS: not-accessible Range from Standards: INTEGER WiMAX Release: WiMAX 2.0


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Motorola Range: 1..13 Category: Configuration Scope: Per Neighbor Sector Presentation Name: Neighbor Index Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.17.3 wmanIfBsNbrBsId OID: <optional> Type: WmanIfBsIdType InitialValue: ,,, Motorola Implementation: IM Rule: Any two neighbors of a local sector cannot have the same Neightbor BS ID. Description from Standards: Base Station Identifier of the neighbor cell. This uniquely identifies a neighbor cell. MAXACCESS: read-create Range from Standards: WmanIfBsIdType WiMAX Release: WiMAX 2.0 Category: Configuration Scope: Per Neighbor Sector Presentation Name: Neighbor BS ID Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: HEX AP Impact: re-init-device

1.3.17.4 wmanIfBsNbrPreamble OID: <optional> Type: INTEGER InitialValue: ,,, Motorola Implementation: The preamble is derived from the IDcell and the sector number using the formula below (from table 309 in the 802.16e-2005 spec): preamble = wmanIfBsOfdmaIDCell + 32*Segment where wmanIfBsOfdmaIDCell is the IDcell defined for the Neighbor BS (not the serving BS) segment = (sector# -1 ) mod 3 (the mod 3 is required for 4 sector AP so the 4th sector maps to segment 0) sector number is available from ifindex of wmanBtsSectorConfigTable for neighbor BS. IM rule: Each cell referenced in a neighbor list must have unique Preamble when using the same center frequency. Description from Standards: Configured Preamble index of neighbor BS. MAXACCESS: read-create Range from Standards: INTEGER (0..113) WiMAX Release: WiMAX 2.0 Category: Configuration Scope: Per Neighbor Sector Presentation Name: Neighbor Preamble


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Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.17.5 wmanIfBsNbrAdvertiseInterval OID: <optional> Type: INTEGER InitialValue: TBD,TBD,TBD,TBD Units: second Description from Standards: Nominal time between transmission of MOB-NBR-ADV messages MAXACCESS: read-create Range from Standards: INTEGER(0..30) WiMAX Release: WiMAX 2.0 Motorola Default Value: TBD Motorola Range: (0..30) Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.17.6 wmanIfBsResourceRetainTime OID: <optional> Type: INTEGER InitialValue: 2,2,2,2 Default Value from Standards: 2 Description from Standards: Defines HO Process Optimization MS Timer, which specifies the time duration for MSs connection information that will be retained in serving BS. BS shall start Resource_Retain_Time timer at MS notification of pending HO attempt through MOB_HO-IND or by detecting an MS drop. BS provides this timer value to the MS in the REG-RSP message The unit of this value is 100 milliseconds. MAXACCESS: read-create Range from Standards: INTEGER(1..10) WiMAX Release: WiMAX 2.0 Motorola Default Value: 2 Motorola Range: (1..10) Category: Factory Configuration Scope: Per Neighbor Sector Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.17.7 wmanIfBsHoRetransmissionTime OID: <optional>


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Type: INTEGER InitialValue: 90,90,90,90 Default Value from Standards: 90 Description from Standards: Defines value for MS Handover Retransmission Timer, which is used by the MS to set the delay between HO (MOB_MSHO-REQ) retries.BS provides to MS in the REG-RSP message. Units are frames. MAXACCESS: read-create Range from Standards: INTEGER(1..100) WiMAX Release: WiMAX 2.0 Motorola Default Value: 90 Motorola Range: (1..100) Category: Factory Configuration Scope: Per Neighbor Sector Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.17.8 wmanIfBsNbrAddress OID: <optional> Type: InetAddress InitialValue: ,,, Description from Standards: This is the address of the neighbor BS. This can either be FQDN or IP address depending on the wmanIfBsNbrAddressType. MAXACCESS: read-create Range from Standards: InetAddress WiMAX Release: WiMAX 2.0 Category: Configuration Scope: Per Neighbor Sector Presentation Name: Neighbor Address Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: ASCII AP Impact: re-init-device

1.3.17.9 wmanIfBsNbrAddressType OID: <optional> Type: InetAddressType InitialValue: ,,, Description from Standards: This indicates the type of address stored in wmanIfBsNbrAddress. MAXACCESS: read-create Range from Standards: InetAddressType WiMAX Release: WiMAX 2.0 Category: Configuration Scope: Per Neighbor Sector Presentation Name: Neighbor Address Type Network Element: BTS


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License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.17.10 wmanIfBsNbrWithSameCellularAccessPoint OID: <optional> Type: TruthValue InitialValue: ,,, Motorola Implementation: This parameter can be derived from the BTS-CAPC connection configuration. If the serving BTS and the neighbor BTS belong to the same CAPC, then this parameter should be set to True. Otherwise, the value should be False. Description from Standards: This indicates if the neighbor is controlled by the same cellular access point. MAXACCESS: read-create Range from Standards: TruthValue WiMAX Release: WiMAX 2.0 Category: Derived Value Scope: Per Neighbor Sector Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.17.11 wmanIfBsNbrRowStatus OID: <optional> Type: RowStatus InitialValue: ,,, Description from Standards: This object is used to create a new row or modify or delete an existing row in this table. If the implementator of this MIB has choosen not to implement 'dynamic assignment' of profiles, this object is not useful and should return noSuchName upon SNMP reque MAXACCESS: read-create Range from Standards: RowStatus WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.18 wmanIfBsPagingGroupTable Presentation Name: Paging Group Information OID: { wmanIfIdleModeObjects 1 } The ifIndex for paging groups is populated differently in BTS than CAPC. For BTS, it is the sector ifIndex. In a CAPC, it is the payload card ifIndex. IM rules:


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The paging groups assigned to a payload card pair must belong to the same paging controller (have the same wmanIfBsPagingControllerId and wmanIfBsPagingControllerAddress). wmanIfBsPagingGroupId must be globally unique (EMS can only enforce this rule within a managment domain in current releases). Stereotype: MIBTable Description from Standards: This table provide paging group configuration for BTS and CAPC. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 2.0 Network Element: BTS & CAPC Task Allocation: capcMobility

1.3.18.1 ifIndex OID: <optional> Type: InterfaceIndex InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 1.0 Presentation Name: BTS-->Sector CAPC-->Paging Controller Network Element: BTS & CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A AP Impact: re-init-device

1.3.18.2 wmanIfBsPagingGroupIndex OID: <optional> Type: INTEGER InitialValue: 1,2,3,4 Stereotype: Index Description from Standards: Index of the paging group assigned to a BS or a Cellular Access Point. MAXACCESS: read-create Range from Standards: INTEGER (1..65536) WiMAX Release: WiMAX 2.0 Category: Configuration Scope: Per Paging Group Presentation Name: Paging Group Index Network Element: BTS & CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A AP Impact: re-init-device


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1.3.18.3 wmanIfBsPagingGroupId OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: ID number of the paging group assigned to the BS and CAPC. MAXACCESS: read-create Range from Standards: INTEGER (0..65535) WiMAX Release: WiMAX 2.0 Category: Configuration Scope: Per Paging Group Presentation Name: Paging Group ID Network Element: BTS & CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A AP Impact: re-init-device

1.3.18.4 wmanIfBsPagingControllerId OID: <optional> Type: WmanIfBsIdType InitialValue: ,,, Motorola Implementation: The format of Paging Controller Id is similar to the format of Base Station Id defined in 802.16 standards. The left-most 3 bytes have to be the access service provider's id assigned by IEEE. The EMS can generate the right-most 3 bytes, but should also allow the operator to override them (in the case when inter-management domain paging group is supported). Description from Standards: Logical network identifier for the CAPC retaining MSS context information while MSS in Idle Mode. MAXACCESS: read-create Range from Standards: WmanIfBsIdType WiMAX Release: WiMAX 2.0 Motorola Range: CAPC Paging Controller: <IEEE Service Provider Id (3 octets)> + <3 octets controlled by operator>. Category: Configuration Scope: Per Paging Group Presentation Name: Paging Controller ID Network Element: BTS & CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: HEX AP Impact: re-init-device

1.3.18.5 wmanIfBsPagingCycle OID: <optional> Type: INTEGER InitialValue: 100,100,100,100 Units: frames Default Value from Standards: 100 Description from Standards: Number of frames between the beginning of MSS listening intervals. Determines the frame in which the paging message is transmitted to a specific paging group.


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MAXACCESS: read-create Range from Standards: INTEGER (0..65535) WiMAX Release: WiMAX 2.0 Motorola Default Value: 100 Motorola Range: 0 to 65535, step size 1, unit = frames Category: Configuration Scope: Per Paging Group Presentation Name: Paging Cycle (frames) Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.18.6 wmanIfBsPagingOffset OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: Specifies the frame within the cycle in which the listening interval begins and paging message is transmitted. Must be smaller than wmanPagingCycle value. MAXACCESS: read-create Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 2.0 Motorola Range: 0 to 255 Category: Configuration Scope: Per Paging Group Presentation Name: Paging Offset (frames) Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.18.7 wmanIfBsPagingRetryCount OID: <optional> Type: INTEGER InitialValue: 3,3,3,3 Description from Standards: How many pages to send to an unresponsive MSS. MAXACCESS: read-create Range from Standards: INTEGER WiMAX Release: WiMAX 2.0 Motorola Default Value: 3 Motorola Range: 0 - 16 Category: Configuration Scope: Per Paging Group Presentation Name: Paging Retry Count Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A


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1.3.18.8 wmanIfBsPagingControllerAddress OID: <optional> Type: InetAddress InitialValue: ,,, Description from Standards: This is the address of the paging controller. The value can either be FQDN or IP address depending on the wmanIfBsPagingControllerAddressType. MAXACCESS: read-create Range from Standards: InetAddress WiMAX Release: WiMAX 2.0 Category: Configuration Scope: Per BTS Presentation Name: Paging Controller Address Network Element: BTS & CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: ASCII AP Impact: re-init-device

1.3.18.9 wmanIfBsPagingControllerAddressType OID: <optional> Type: InetAddressType InitialValue: ,,, Description from Standards: This parameter indicates the type of value for wmanIfBsPagingControllerAddress. MAXACCESS: read-create Range from Standards: InetAddressType WiMAX Release: WiMAX 2.0 Category: Configuration Scope: Per BTS Presentation Name: Paging Controller Address Type Network Element: BTS & CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A AP Impact: re-init-device

1.3.18.10 wmanIfBsPagingGroupRowStatus OID: <optional> Type: RowStatus InitialValue: ,,, Motorola Implementation: Row status to support insert/delete operations to this table. Description from Standards: This object is used to create a new row or modify or delete an existing row in this table. If the implementator of this MIB has choosen not to implement 'dynamic assignment' of profiles, this object is not useful and should return noSuchName upon SNMP request. MAXACCESS: read-create Range from Standards: RowStatus


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WiMAX Release: WiMAX 2.0 License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A AP Impact: re-init-device

1.3.19 wmanIfIdleModeConfigurationTable Presentation Name: Idle Mode Configuration OID: { wmanIfIdleModeObjects 2 } Stereotype: MIBTable Description from Standards: This table provide Idle configuration. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: BTS & CAPC Task Allocation: capcMobility

1.3.19.1 ifIndex OID: <optional> Type: InterfaceIndex InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 1.0 Presentation Name: Sector License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A AP Impact: re-init-device

1.3.19.2 wmanIfBsReqDuration OID: <optional> Type: INTEGER InitialValue: TBD,TBD,TBD,TBD Units: frames Description from Standards: Waiting value for the DREG-REQ message re-transmission. MAXACCESS: read-write Range from Standards: INTEGER (0..64) WiMAX Release: WiMAX 2.0 Motorola Default Value: TBD Motorola Range: 0 - 64, step size = 1, units = frames Category: Factory Configuration


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Scope: Per BTS Presentation Name: DREG-REQ Message Re-Transmission Interval (frames) Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.19.3 wmanIfBsPagingIntervalLength OID: <optional> Type: INTEGER InitialValue: 2,2,2,2 Units: frames Description from Standards: Duration of paging listening interval that the BS can page idle MSS on. MAXACCESS: read-write Range from Standards: INTEGER (2..5) WiMAX Release: WiMAX 2.0 Motorola Default Value: 2 Motorola Range: 2-5, unit = frames Category: Factory Configuration Scope: Per BTS Presentation Name: Paging Interval (frames) Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.19.4 wmanIfBsIdleModeTimeout OID: <optional> Type: INTEGER InitialValue: 4096,4096,4096,4096 Units: seconds Default Value from Standards: 4096 Description from Standards: Max time interval at MS to send Idle Mode Location Update to BS. MAXACCESS: read-write Range from Standards: INTEGER (128..65535) WiMAX Release: WiMAX 2.0 Motorola Default Value: 4096 Motorola Range: 128 to 65535, unit = seconds Category: Configuration Scope: Per Sector Presentation Name: Idle Mode Location Update Timeout (s) Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device


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1.3.19.5 wmanIfBsMRHTimer OID: <optional> Type: INTEGER InitialValue: 500,500,500,500 Units: milliseconds Motorola Implementation: IM rule: wmanIfBsMRHTimer should be less than wmanIfBsIdleModeTimeout Default Value from Standards: 500 Description from Standards: Management Resource Holding (MRH) timer that defines how long the BS will retain MS connection information with the MS after the BS send DREG-CMD to the MS. MAXACCESS: read-write Range from Standards: INTEGER (0..10000) WiMAX Release: WiMAX 2.0 Motorola Default Value: 500 Motorola Range: 0 to 10,000, unit = milliseconds Category: Factory Configuration Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.19.6 wmanIfBsDregCommandRetries OID: <optional> Type: INTEGER InitialValue: 3,3,3,3 Default Value from Standards: 3 Description from Standards: Number of retries on DREG-CMD Message. MAXACCESS: read-write Range from Standards: INTEGER (3..16) WiMAX Release: WiMAX 2.0 Motorola Default Value: 3 Motorola Range: 3-16 Category: Factory Configuration Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.19.7 wmanIfBsT46 OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: Time the BS waits for DREG-REQ in case of unsolicited Idle Mode initiation from BS. MAXACCESS: read-write Range from Standards: INTEGER (0..500) WiMAX Release: WiMAX 2.0


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Motorola Range: 0 - 500 Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.19.8 wmanIfBsInitIdleModeHighThreshold OID: <optional> Type: INTEGER InitialValue: 255,255,255,255 Motorola Implementation: IM Rule: wmanIfBsInitIdleModeHighThreshold should be greater than wmanIfBsInitIdleModeLowThreshold. Default Value from Standards: 255 Description from Standards: The number of active MSSs in a cell that forces the BS to start initiating idle mode with MSSs in the cell. MAXACCESS: read-write Range from Standards: INTEGER (1..255) WiMAX Release: WiMAX 1.0 Motorola Default Value: 255 Motorola Range: 1- 255 Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.19.9 wmanIfBsInitIdleModeLowThreshold OID: <optional> Type: INTEGER InitialValue: 245,245,245,245 Motorola Implementation: IM Rule: wmanIfBsInitIdleModeHighThreshold should be greater than wmanIfBsInitIdleModeLowThreshold. Description from Standards: The number of active MSSs in a cell that forces the BS to stop initiating idle mode with MSSs in the cell. MAXACCESS: read-write Range from Standards: INTEGER (1..255) WiMAX Release: WiMAX 1.0 Motorola Default Value: 245 Motorola Range: 1- 255 Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device


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1.3.19.10 wmanIfBsSystemIdleModeTimer OID: <optional> Type: INTEGER InitialValue: 4096s,4096s,4096s,4096s Units: seconds Description from Standards: System Idle Mode timer value MAXACCESS: read-write Range from Standards: INTEGER(128..65536) WiMAX Release: WiMAX 2.0 Motorola Default Value: 4096s Motorola Range: 128 to 65535 seconds Category: Configuration Scope: Management Domain Presentation Name: System Idle Mode Timer (s) Network Element: BTS & CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A AP Impact: re-init-device

1.3.19.11 wmanIfBsLeaseRetainTime OID: <optional> Type: INTEGER InitialValue: 1800,1800,1800,1800 Units: seconds Description from Standards: Amount of time BS keeps the lease after the MSS goes idle before it releases it to the CAPC MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 2.0 Motorola Default Value: 1800 Motorola Range: 1 to 36000 Category: Configuration Scope: Per CAPC Presentation Name: Lease Retain Time (s) Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.19.12 wmanIfIdleModeConfigurationRowStatus OID: <optional> Type: RowStatus InitialValue: ,,, Motorola Implementation: Row status to support insert/delete operations to this table. Description from Standards: This object is used to create a new row or modify or delete an existing row in this table. If the implementator of this MIB has choosen not to implement 'dynamic assignment' of profiles, this object is not useful and should return noSuchName


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upon SNMP request. MAXACCESS: read-create Range from Standards: RowStatus WiMAX Release: WiMAX 2.0 License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A AP Impact: re-init-device

1.3.20 wmanIfMobilityConfigurationTable Presentation Name: Mobile IP Configuration OID: { wmanIfMobilityObjects 1 } This table contains BTS attributes related to mobility. Stereotype: MIBTable Description from Standards: This table contains general information for mobility support. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 2.0 Task Allocation: capcMobility

1.3.20.1 ifIndex OID: <optional> Type: InterfaceIndex InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 1.0 Presentation Name: Sector License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A AP Impact: re-init-device

1.3.20.2 wmanIfBsMsgGuardTimer1 OID: <optional> Type: INTEGER InitialValue: TBD,TBD,TBD,TBD Description from Standards: BSCAPC message exchange guard timers. MAXACCESS: read-create Range from Standards: INTEGER WiMAX Release: WiMAX 2.0 Motorola Default Value: TBD


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Motorola Range: TBD Category: Factory Configuration Scope: Management Domain Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.20.3 wmanIfBsMsgGuardTimer2 OID: <optional> Type: INTEGER InitialValue: TBD,TBD,TBD,TBD Description from Standards: BSCAPC message exchange guard timers. MAXACCESS: read-create Range from Standards: INTEGER WiMAX Release: WiMAX 2.0 Motorola Default Value: TBD Motorola Range: TBD Category: Factory Configuration Scope: Management Domain Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.20.4 wmanIfBsMipDeliveryStyle OID: <optional> Type: MipDeliveryStyle InitialValue: 1 (direct),1 (direct),1 (direct),1 (direct) Default Value from Standards: 1 Description from Standards: Indicates the delivery style that can be requested by the mobile node in its registration request. MAXACCESS: read-create Range from Standards: MipDeliveryStyle WiMAX Release: WiMAX 2.0 Motorola Default Value: 1 (direct) Category: Factory Configuration Scope: Management Domain Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.20.5 wmanIfBsMipRegReqRetries OID: <optional> Type: INTEGER InitialValue: TBD,TBD,TBD,TBD


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Description from Standards: max # retries for MIP Registration Request MAXACCESS: read-create Range from Standards: INTEGER WiMAX Release: WiMAX 2.0 Motorola Default Value: TBD Motorola Range: TBD Category: Factory Configuration Scope: Management Domain Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.20.6 wmanIfBsMipRegReqTimer OID: <optional> Type: INTEGER InitialValue: TBD,TBD,TBD,TBD Description from Standards: timer for MIP Registration Request Retry MAXACCESS: read-create Range from Standards: INTEGER WiMAX Release: WiMAX 2.0 Motorola Default Value: TBD Motorola Range: TBD Category: Factory Configuration Scope: Management Domain Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.20.7 wmanIfBsMipIcmpAdvertFaMissLimit OID: <optional> Type: INTEGER InitialValue: TBD,TBD,TBD,TBD Description from Standards: # of missed ICMP Router Advertisement/MIP Agent Advertisement before declaring BTS - Router/FA link failure MAXACCESS: read-create Range from Standards: INTEGER WiMAX Release: WiMAX 2.0 Motorola Default Value: TBD Motorola Range: TBD Category: Factory Configuration Scope: Management Domain Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device


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1.3.20.8 wmanIfBsL2MobUpdateRetries OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: Routing Update L2 Frame Retries. MAXACCESS: read-create Range from Standards: INTEGER WiMAX Release: WiMAX 2.0 Category: Factory Configuration Scope: Management Domain Network Element: BTS License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A AP Impact: re-init-device

1.3.20.9 wmanIfBsL2MobUpdateInterval OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: Routing Update L2 Frame Interval. MAXACCESS: read-create Range from Standards: INTEGER WiMAX Release: WiMAX 2.0 Category: Factory Configuration Scope: Management Domain Network Element: BTS License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A AP Impact: re-init-device

1.3.20.10 wmanIfBsMipSecurityReplayMethod OID: <optional> Type: INTEGER InitialValue: nonces(3),nonces(3),nonces(3),nonces(3) Default Value from Standards: timestamps Description from Standards: The replay-protection method supported for this SPI within this Mobility Security Association. MAXACCESS: read-create Range from Standards: INTEGER { other(1), timestamps(2), nonces(3) } WiMAX Release: WiMAX 2.0 Motorola Default Value: nonces(3) Category: Configuration Scope: Management Domain Presentation Name: MIP Security Replay Protection Method within Mobility Security Assoc Network Element: BTS


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License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.20.11 wmanIfBsMipSecurityReplayTime OID: <optional> Type: Unsigned32 InitialValue: ,,, Units: seconds Default Value from Standards: 7 Description from Standards: The replay-protection time difference that is acceptable for this Mobility Security Association when MipSecurityReplayMethod is set to timestamps. MAXACCESS: read-create Range from Standards: Unsigned32 (3..255) WiMAX Release: WiMAX 2.0 Category: Configuration Scope: Management Domain Presentation Name: MIP Security Replay Time Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.20.12 wmanIfBsRegistrationMobilitySupport OID: <optional> Type: BITS InitialValue: 000, 000, 000, 000 Motorola Implementation: Among the 3 bits, the "Handover support" bit should only be made available to the operator if there is a valid license file installed on the EMS. The other 2 bits should be configurable in the release the corresponding features are supported. Description from Standards: Defines mobility supported by the network and conveyed to the MS during registration in the REG-RSP. Bit#0: Handover support Bit#1: Sleep-mode support Bit#2: Idle-mode support For each bit, value 1 enables a specific feature whereas value 0 disables it. The control for bit 0 is only availble to the operator if a valid license file is installed on EMS. The controls for the other 2 bits are always available. MAXACCESS: read-create Range from Standards: BITS {handoverSupport(0), sleepModeSupport(1), idleModeSupport(2)} WiMAX Release: WiMAX 2.0 Motorola Default Value: 000 Motorola Range: 000..111 Category: Configuration Scope: Per Sector Presentation Name: AP Mobility Support Network Element: BTS


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License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: HEX AP Impact: re-init-device

1.3.20.13 wmanIfBsNbrAdvMinIntervalPagGrp OID: <optional> Type: INTEGER InitialValue: 100,100,100,100 Units: frames Default Value from Standards: 100 Description from Standards: The minimum number of frames between trasnsmission of MOB_NBR-ADV messages for an individual paging group. If wmanPagingCycle is greater or equal to wmanIfBsNbrAdvMinIntervalPagGrp, then MOB_NBR_ADV sent every PAGING_CYCLE frames. If wmanPagingCycle is less than wmanIfBsNbrAdvMinIntervalPagGrp, then MOB_NBR_ADV messages are every Ceiling (wmanIfBsNbrAdvMinIntervalPagGrp/wmanPagingCycle) PAGING_CYCLE frames. MAXACCESS: read-create Range from Standards: INTEGER(1..1000) WiMAX Release: WiMAX 2.0 Motorola Default Value: 100 Motorola Range: (1..1000) Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.20.14 wmanIfBsPmnTriggerSolicitationTimer OID: <optional> Type: Integer32 InitialValue: 30 Units: seconds Default Value from Standards: 30 Description from Standards: This timer is used to trigger solicitation after initialization if an advertisement has not been received. MAXACCESS: read-create Range from Standards: Integer32 (3..1800) WiMAX Release: WiMAX 2.0 Motorola Default Value: 30 seconds Motorola Range: 3..1800 seconds Category: Configuration Scope: Per BTS Presentation Name: Proxy MN Trigger Solicitation Timer Network Element: BTS & CAPC License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device


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1.3.20.15 wmanIfBsMinSolicitationRetryTimer OID: <optional> Type: Integer32 InitialValue: 450 Units: seconds Default Value from Standards: 450 Description from Standards: Initially MN uses this timer to retry solicitation for 3 times. MAXACCESS: read-create Range from Standards: Integer32 (3..1800) WiMAX Release: WiMAX 2.0 Motorola Default Value: 450 seconds Motorola Range: 3..1800 seconds Category: Configuration Scope: Per BTS Presentation Name: MN Min Solicitation Timer Network Element: BTS & CAPC License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.20.16 wmanIfBsMaxSolicitationRetryTimer OID: <optional> Type: Integer32 InitialValue: 600 Units: seconds Default Value from Standards: 600 Description from Standards: In subsequent solicitation retries, this timer is used as an upper-bound for the retry interval calculated from the backoff algorithm. MAXACCESS: read-create Range from Standards: Integer32 (3..1800) WiMAX Release: WiMAX 2.0 Motorola Default Value: 600 seconds Motorola Range: 3..1800 seconds Category: Configuration Scope: Per BTS Presentation Name: MN Max Solicitation Timer Network Element: BTS & CAPC License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.20.17 wmanIfBsBearerForwardActive OID: <optional> Type: INTEGER InitialValue: 4,4,4,4 Units: Default Value from Standards: 4 Description from Standards: User priority that BS used to mark HO Bearer Forwarding traffic to another BS.


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MAXACCESS: read-write Range from Standards: INTEGER (0..7) WiMAX Release: WiMAX 1.0 Motorola Default Value: 4 Category: Configuration Scope: Per BTS Presentation Name: User priority for HO Bearer Forwarding traffic Network Element: BTS License Required: Not Required Octet String Subtype: N/A AP Impact: re-init-device

1.3.20.18 wmanIfBsBearerForwardIdle OID: <optional> Type: INTEGER InitialValue: 2,2,2,2 Units: Default Value from Standards: 2 Description from Standards: User priority that BS used to mark Idle Bearer Forwarding to CAPC MAXACCESS: read-write Range from Standards: INTEGER (0..7) WiMAX Release: WiMAX 1.0 Motorola Default Value: 2 Category: Configuration Scope: Per BTS Presentation Name: User priority for Idle Bearer Forwarding Network Element: BTS License Required: Not Required Octet String Subtype: N/A AP Impact: re-init-device

1.3.20.19 wmanIfMobilityConfigurationRowStatus OID: <optional> Type: RowStatus InitialValue: ,,, Motorola Implementation: Row status to support insert/delete operations to this table. Description from Standards: This object is used to create a new row or modify or delete an existing row in this table. If the implementator of this MIB has choosen not to implement 'dynamic assignment' of profiles, this object is not useful and should return noSuchName upon SNMP request. MAXACCESS: read-create Range from Standards: RowStatus WiMAX Release: WiMAX 2.0 License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A AP Impact: re-init-device


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1.3.21 wmanIfBsFaTable OID: { wmanIfMobilityObjects 2 } Stereotype: MIBTable Description from Standards: This table contains the FA information. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Task Allocation: <must provide task name>


1.3.21.2 wmanIfBsFaIndex OID: <optional> Type: INTEGER InitialValue: 1,2,3,4 Stereotype: Index Description from Standards: This is the index of the foreign agent. MAXACCESS: not-accessible Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: ap_SACM Octet String Subtype: N/A AP Impact: re-init-device

1.3.21.3 wmanIfBsFaAddress OID: <optional> Type: InetAddress InitialValue: ,,, Description from Standards: This is the address of the foreign agent. The interpretation of this parameter depends on wmanIfBsFaAddressType. MAXACCESS: read-create


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Range from Standards: InetAddress WiMAX Release: WiMAX 2.0 Category: Real-Time Status Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_SACM Octet String Subtype: N/A AP Impact: re-init-device

1.3.21.4 wmanIfBsFaAddressType OID: <optional> Type: InetAddressType InitialValue: ,,, Description from Standards: The address type of this foreign agent. MAXACCESS: read-create Range from Standards: InetAddressType WiMAX Release: WiMAX 2.0 Category: Real-Time Status Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_SACM Octet String Subtype: N/A AP Impact: re-init-device

1.3.21.5 wmanIfBsFaMaxRegLifetime OID: <optional> Type: Integer32 InitialValue: ,,, Units: seconds Description from Standards: The longest lifetime in seconds that the agent is willing to accept in any registration request. MAXACCESS: read-create Range from Standards: Integer32 (1..65535) WiMAX Release: WiMAX 2.0 Category: Real-Time Status Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_SACM Octet String Subtype: N/A AP Impact: re-init-device

1.3.21.6 wmanIfBsFaMaxAdvLifetime OID: <optional> Type: Integer32 InitialValue: ,,, Units: seconds Description from Standards: The maximum length of time that the Advertisement is


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considered valid in the absence of further Advertisements. MAXACCESS: read-create Range from Standards: Integer32 (1..65535) WiMAX Release: WiMAX 2.0 Category: Real-Time Status Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_SACM Octet String Subtype: N/A AP Impact: re-init-device

1.3.21.7 wmanIfBsFaRegistrationRequired OID: <optional> Type: TruthValue InitialValue: ,,, Description from Standards: Whether or not this foreign agent requires registration even from those mobile nodes that have acquired their own, colocated care-of address. If true(1), registration is required and any Agent Advertisements sent from this agent should have the 'R' bit set to 1. MAXACCESS: read-create Range from Standards: TruthValue WiMAX Release: WiMAX 2.0 Category: Real-Time Status Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_SACM Octet String Subtype: N/A AP Impact: re-init-device

1.3.21.8 wmanIfBsFaRowStatus OID: <optional> Type: RowStatus InitialValue: ,,, Description from Standards: This parameter is used to insert/delete rows to/from this table. MAXACCESS: read-create Range from Standards: RowStatus WiMAX Release: WiMAX 2.0 License Required: Not Required Task Allocation: ap_SACM Octet String Subtype: N/A AP Impact: re-init-device

1.3.22 wmanIfBsHoCellTriggerTable OID: { wmanIfNeighborObjects 3 }


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IM Rule: For a cell, there can be only one instance of each trigger type. Stereotype: MIBTable Description from Standards: This table provides handover trigger values for each sector. There can be only one instance of each trigger type. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 2.0 Network Element: BTS Task Allocation: <must provide task name>


1.3.22.2 wmanIfBsHoCellTriggerIndex OID: <optional> Type: INTEGER InitialValue: 1,2,3,4 Motorola Implementation: There can be up to 2 instances of this index per sector. Stereotype: Index Description from Standards: Index for the trigger type of the serving cell. MAXACCESS: read-only Range from Standards: INTEGER WiMAX Release: WiMAX 2.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.22.3 wmanIfBsHoCellTriggerType OID: <optional> Type: INTEGER InitialValue: 0,0,0,0 Default Value from Standards: 0 Description from Standards: Defines type of trigger metric to initiate handover.


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Handover Trigger action is initiated if trigger function using specified metric using specified average exceeds specified value. Note: multiple handover triggers can be configured in a cell. MAXACCESS: read-create Range from Standards: INTEGER { cinr(0), rssi(1)} WiMAX Release: WiMAX 2.0 Motorola Default Value: 0 Motorola Range: 0 = CINR 1 = RSSI Category: Configuration Scope: Per Sector Presentation Name: HO Cell Trigger Type Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.22.4 wmanIfBsHoCellTriggerFunction OID: <optional> Type: INTEGER InitialValue: 3,3,3,3 Default Value from Standards: 3 Description from Standards: Defines type of function to initiate handover. Handover Trigger action is initiated if trigger function using specified metric using specified average exceeds specified value. MAXACCESS: read-create Range from Standards: INTEGER (1..4) WiMAX Release: WiMAX 2.0 Motorola Default Value: 3 Motorola Range: 1: Metric of neighbor BS is greater than absolute value 2: Metric of neighbor BS is less than absolute value 3: Metric of neighbor BS is greater than serving BS metric by relative value 4: Metric of neighbor BS is less than serving BS metric by relative value Category: Configuration Scope: Per Sector Presentation Name: HO Cell Trigger Function Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.22.5 wmanIfBsHoCellTriggerAction OID: <optional> Type: INTEGER InitialValue: 1,1,1,1 Default Value from Standards: 2 Description from Standards: Defines handover Trigger action. Action is initiated if trigger function using


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specified metric using specified average exceeds specified value MAXACCESS: read-create Range from Standards: INTEGER (1..2) WiMAX Release: WiMAX 2.0 Motorola Default Value: 2 Motorola Range: 1: Respond on trigger with MOB_SCN-REP after the end of each scanning interval 2: Respond on trigger with MOB_MSHO-REQ Category: Factory Configuration Scope: Per Sector Presentation Name: HO Cell Trigger Action Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.22.6 wmanIfBsHoCellTriggerValue OID: <optional> Type: INTEGER Units: dB or dBm Default Value from Standards: 4 Description from Standards: Defines the value discussed in handover trigger function. Handover Trigger action is initiated if trigger function using specified metric using specified average exceeds specified value. MAXACCESS: read-create Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 2.0 Motorola Range: (0..255) Category: Configuration Scope: Per Sector Presentation Name: HO Cell Trigger Value Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.22.7 wmanIfBsHoCellTriggerAverage OID: <optional> Type: INTEGER InitialValue: 50 Units: milliseconds Description from Standards: Trigger averaging duration is the time in ms over which the metric measurements are averaged. When the mean value of the measurement meets the trigger condition, the MSS reacts using the specified action. MAXACCESS: read-create Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 2.0 Motorola Default Value: 50 ms Motorola Range: (0..255)


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Category: Configuration Scope: Per Sector Presentation Name: HO Cell Trigger Average Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.22.8 wmanIfBsHoCellTriggerRowStatus OID: <optional> Type: RowStatus InitialValue: ,,, Motorola Implementation: Row status to support insert/delete operations to this table. Description from Standards: This object is used to create a new row or modify or delete an existing row in this table. If the implementator of this MIB has choosen not to implement 'dynamic assignment' of profiles, this object is not useful and should return noSuchName upon SNMP request. MAXACCESS: read-create Range from Standards: RowStatus WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.23 wmanIfBsHoNbrTriggerTable Presentation Name: Neighbor Handover Trigger OID: { wmanIfNeighborObjects 4 } The table provides addtional configuration needed when configure a neighbor cell of this BS, all attributes in it are configurable. Note that it is different than wmanIfBsNbrHoCellTriggerTable, which is also needed for neighbor configuration, but attributes are derived from wmanIfBsHoCellTriggerTable of the neighbor cell. IM Rule: For a neighbor cell, there can be only one instance of each trigger type. Stereotype: MIBTable Description from Standards: This table defines the types of trigger metric to initiate handover. Note: multiple handover triggers can be configured for an individual neighbor BS. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 2.0 Network Element: BTS Task Allocation: <must provide task name>

1.3.23.1 ifIndex OID: <optional> Type: InterfaceIndex


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InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 1.0 Presentation Name: Sector License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.23.2 wmanIfBsNbrIndex OID: <optional> Type: INTEGER InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: The index for each neighbor BS. MAXACCESS: not-accessible Range from Standards: INTEGER WiMAX Release: WiMAX 2.0 Motorola Range: 1..13 Category: Configuration Scope: Per Neighbor Sector Presentation Name: Neighbor Index Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.23.3 wmanIfBsHoNbrTriggerIndex OID: <optional> Type: INTEGER InitialValue: 1,2,3,4 Motorola Implementation: There can be up to 2 instances of this index per neighbor sector. Stereotype: Index Description from Standards: Index for the trigger type of the neighbor cell. MAXACCESS: read-only Range from Standards: INTEGER WiMAX Release: WiMAX 2.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device


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1.3.23.4 wmanIfBsHoNbrTriggerType OID: <optional> Type: INTEGER InitialValue: 0,0,0,0 Default Value from Standards: 0 Description from Standards: Defines type of trigger metric to initiate handover. Handover Trigger action is initiated if trigger function using specified metric using specified average exceeds specified value. Note: multiple handover triggers can be configured for an individual neighbor cell. MAXACCESS: read-create Range from Standards: INTEGER { cinr(0), rssi(1) } WiMAX Release: WiMAX 2.0 Motorola Default Value: 0 Motorola Range: 0 = CINR 1 = RSSI Category: Configuration Scope: Per Neighbor Sector Presentation Name: Neighbor Trigger Type Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.23.5 wmanIfBsHoNbrTriggerFunction OID: <optional> Type: INTEGER InitialValue: 3,3,3,3 Default Value from Standards: 3 Description from Standards: Defines type of function to initiate handover. Handover Trigger action is initiated if trigger function using specified metric using specified average exceeds specified value. MAXACCESS: read-create Range from Standards: INTEGER (1..4) WiMAX Release: WiMAX 2.0 Motorola Default Value: 3 Motorola Range: 1: Metric of neighbor BS is greater than absolute value 2: Metric of neighbor BS is less than absolute value 3: Metric of neighbor BS is greater than serving BS metric by relative value 4: Metric of neighbor BS is less than serving BS metric by relative value Category: Configuration Scope: Per Neighbor Sector Presentation Name: Neighbor Trigger Function Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device


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1.3.23.6 wmanIfBsHoNbrTriggerAction OID: <optional> Type: INTEGER InitialValue: 1,1,1,1 Default Value from Standards: 1 Description from Standards: Defines handover Trigger action. Action is initiated if trigger function using specified metric using specified average exceeds specified value. MAXACCESS: read-create Range from Standards: INTEGER (1..2) WiMAX Release: WiMAX 2.0 Motorola Default Value: 1 Motorola Range: 1: Respond on trigger with MOB_SCN-REP after the end of each scanning interval 2: Respond on trigger with MOB_MSHO-REQ Category: Factory Configuration Scope: Per Neighbor Sector Presentation Name: Neighbor Trigger Action Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.23.7 wmanIfBsHoNbrTriggerValue OID: <optional> Type: INTEGER Units: dB or -dBm, depends on action Default Value from Standards: 4 Description from Standards: Defines the value discussed in handover trigger function. Handover Trigger action is initiated if trigger function using specified metric using specified average exceeds specified value. MAXACCESS: read-create Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 2.0 Motorola Range: (0..255) Category: Configuration Scope: Per Neighbor Sector Presentation Name: Neighbor Trigger Value Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.23.8 wmanIfBsHoNbrTriggerAverage OID: <optional> Type: INTEGER


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InitialValue: 50 Units: milliseconds Default Value from Standards: 50 Description from Standards: Trigger averaging duration is the time in ms over which the metric measurements are averaged. When the mean value of the measurement meets the trigger condition, the MS reacts using the specified action. MAXACCESS: read-create Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 2.0 Motorola Default Value: 50 Motorola Range: (0..255) Category: Configuration Scope: Per Neighbor Sector Presentation Name: Neighbor Trigger Average Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.23.9 wmanIfBsHoNbrRowStatus OID: <optional> Type: RowStatus InitialValue: ,,, Description from Standards: This object is used to create a new row or modify or delete an existing row in this table. If the implementator of this MIB has choosen not to implement 'dynamic assignment' of profiles, this object is not useful and should return noSuchName upon SNMP reque MAXACCESS: read-create Range from Standards: RowStatus WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.24 wmanIfBsDhcpServerTable OID: { wmanIfMobilityObjects 3 } In current releases, there is only 1 instance configured per WiMax system. This table is fan out to all sectors. Stereotype: MIBTable Description from Standards: This table contains the information about the DHCP servers used for SS network entry. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Task Allocation: <must provide task name>


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1.3.24.2 wmanIfBsDhcpServerIndex OID: <optional> Type: INTEGER InitialValue: 1,2,3,4 Stereotype: Index Description from Standards: The index of the DHCP server used for mobile registration. MAXACCESS: not-accessible Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: ap_SACM Octet String Subtype: N/A AP Impact: re-init-device

1.3.24.3 wmanIfBsDhcpServerAddress OID: <optional> Type: InetAddress InitialValue: ,,, Description from Standards: The address of the DHCP server used for mobile registration. MAXACCESS: read-create Range from Standards: InetAddress WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Management Domain Presentation Name: DHCP Server for Mobile Registration Network Element: BTS License Required: Not Required Task Allocation: ap_SACM Octet String Subtype: ASCII AP Impact: re-init-device


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1.3.24.4 wmanIfBsDhcpServerAddressType OID: <optional> Type: InetAddressType InitialValue: ,,, Description from Standards: Indicates the type of value configured for wmanIfBsDhcpServerAddress. MAXACCESS: read-create Range from Standards: InetAddressType WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Management Domain Presentation Name: DHCP Server Address Type Network Element: BTS License Required: Not Required Task Allocation: ap_SACM Octet String Subtype: N/A AP Impact: re-init-device

1.3.24.5 wmanIfBsDhcpServerRowStatus OID: <optional> Type: RowStatus InitialValue: ,,, Description from Standards: This parameter is used to insert/delete rows to/from this table. MAXACCESS: read-create Range from Standards: RowStatus WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: ap_SACM Octet String Subtype: N/A AP Impact: re-init-device

1.3.25 wmanIfBsNbrDcdConfigTable Presentation Name: Neighbor DCD OID: { wmanIfNeighborObjects 5 } This table defines DCD configuration for a BTS neighbor cell. All parameters are derived from the corresponding configuration parameters of sector in the neighbor BTS. Stereotype: MIBTable Description from Standards: Contains the neighbor's DCD configuration information. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 2.0 Network Element: BTS Task Allocation: <must provide task name>

1.3.25.1 ifIndex OID: <optional> Type: InterfaceIndex InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: A unique value, greater than zero, for each interface. It


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is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 1.0 Presentation Name: Sector License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.25.2 wmanIfBsNbrIndex OID: <optional> Type: INTEGER InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: The index for each neighbor BS. MAXACCESS: not-accessible Range from Standards: INTEGER WiMAX Release: WiMAX 2.0 Motorola Range: 1..13 Category: Configuration Scope: Per Neighbor Sector Presentation Name: Neighbor Index Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.25.3 wmanIfBsNbrOfdmaBsEIRP OID: <optional> Type: INTEGER InitialValue: ,,, Units: dBm Motorola Implementation: The EIRP is the equivalent isotropic radiated power of the base station, which is computed for a simple single-antenna transmitter Description from Standards: The EIRP is the equivalent isotropic radiated power of the base station, which is computed for a simple single-antenna transmitter. MAXACCESS: read-create Range from Standards: INTEGER WiMAX Release: WiMAX 2.0 Category: Derived Value Scope: Per Neighbor Sector Presentation Name: OFDMA Equivalent Isotropic Radiated Power (EIRP) (dBm) Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name>


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1.3.25.4 wmanIfBsNbrOfdmaTTG OID: <optional> Type: INTEGER InitialValue: ,,, Motorola Implementation: Transmit Time Gap: Determines max cell radius. PS unit varies by wmanIfBsChannelBW: 10 MHz: 1PS = 357 ns 7 MHz: 1 PS = 500 ns 5 MHz: 1 PS = 714 ns 3.5 MHz: 1 PS = 1000 ns Display to customer as either “Small Cell Size” or “Large Cell Size”, or microseconds. Save as PS. Description from Standards: Transmit / Receive Transition Gap. MAXACCESS: read-create Range from Standards: INTEGER WiMAX Release: WiMAX 2.0 Category: Derived Value Scope: Per Neighbor Sector Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.25.5 wmanIfBsNbrOfdmaRTG OID: <optional> Type: INTEGER InitialValue: ,,, Motorola Implementation: Receive Time Gap: Fixed at 60µs. PS unit varies by wmanIfBsChannelBW: 10 MHz: 1PS = 357 ns 7 MHz: 1 PS = 500 ns 5 MHz: 1 PS = 714 ns 3.5 MHz: 1 PS = 1000 ns Display to customer in terms of # of microseconds. Save as PS. Description from Standards: Receive / Transmit Transition Gap. MAXACCESS: read-create Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 2.0 Category: Derived Value Scope: Per Neighbor Sector Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A


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1.3.25.6 wmanIfBsNbrOfdmaInitRngMaxRSS OID: <optional> Type: INTEGER InitialValue: ,,, Units: dBm Motorola Implementation: Initial Ranging Max. Received Signal Strength at BS. Description from Standards: Initial Ranging Max. Received Signal Strength at BS Signed in units of 1 dBm. MAXACCESS: read-create Range from Standards: INTEGER WiMAX Release: WiMAX 2.0 Category: Derived Value Scope: Per Neighbor Sector Presentation Name: OFDMA Initial Ranging Max RSS(dBm) Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.25.7 wmanIfBsNbrOfdmaDownlinkCenterFreq OID: <optional> Type: Unsigned32 InitialValue: ,,, Units: kHz Motorola Implementation: Center Downlink Frequency, in kHz. Description from Standards: Downlink center frequency (kHz). MAXACCESS: read-create Range from Standards: Unsigned32 WiMAX Release: WiMAX 2.0 Category: Derived Value Scope: Per Neighbor Sector Presentation Name: Downlink Center Frequency (kHz) Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.25.8 wmanIfBsNbrOfdmaBsId OID: <optional> Type: WmanIfBsIdType InitialValue: ,,, Description from Standards: Nbr Base station ID. MAXACCESS: read-create Range from Standards: WmanIfBsIdType WiMAX Release: WiMAX 2.0 Category: Derived Value Scope: Per Neighbor Sector


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Presentation Name: AP ID Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: HEX AP Impact: re-init-device

1.3.25.9 wmanIfBsNbrOfdmaHARQAackDelayBurst OID: <optional> Type: INTEGER InitialValue: 1,1,1,1 Motorola Implementation: Number of frames that the MSS waits before transmitting ACK or NACK. All MSSs will use the same offset to allow coordination of timing in UL HARQ ACK channels. Description from Standards: This object defines the OFDMA H-ARQ ACK delay for DL burst. 1 = one frame offset 2 = two frames offset 3 = three frames offset MAXACCESS: read-create Range from Standards: INTEGER {oneframeoffset(1), twoframesoffset(2), threeframesoffset(3)} WiMAX Release: WiMAX 2.0 Motorola Default Value: 1 Motorola Range: 1-3 Category: Factory Configuration Scope: Per Neighbor Sector Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.25.10 wmanIfBsNbrOfdmaHARQDlMaxRetrans OID: <optional> Type: INTEGER InitialValue: ,,, Default Value from Standards: 3 Description from Standards: Maximum number of DL HARQ retransmissions of the same packet. MAXACCESS: read-create Range from Standards: INTEGER (0..4) WiMAX Release: WiMAX 2.0 Category: Factory Configuration Scope: Per Neighbor Sector Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device


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1.3.25.11 wmanIfBsNbrDefaultRSSIAveParam OID: <optional> Type: INTEGER InitialValue: ,,, Units: 1/16 Default Value from Standards: 4 Description from Standards: Default averaging parameter for physical RSSI measurements for CQICH, in multiples of 1/16 (range [1/16,16/16], 0x0 for 1/16, 0xF for 16/16). MAXACCESS: read-create Range from Standards: INTEGER (1..16) WiMAX Release: WiMAX 2.0 Category: Derived Value Scope: Per Neighbor Sector Presentation Name: Default Averaging RSSI Measurements (x1/16) Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.25.12 wmanIfBsNbrDefaultCINRAveParam OID: <optional> Type: INTEGER InitialValue: ,,, Units: 1/16 Default Value from Standards: 4 Description from Standards: Default averaging parameter for physical CINR measurements for CQICH in multiples of 1/16 (range [1/16,16/16], 0x0 for 1/16, 0xF for 16/16). MAXACCESS: read-create Range from Standards: INTEGER (1..16) WiMAX Release: WiMAX 2.0 Category: Derived Value Scope: Per Neighbor Sector Presentation Name: Default Averaging CINR Measurements (x1/16) Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.25.13 wmanIfBsNbrOfdmaMacVersion OID: <optional> Type: WmanIfMacVersion InitialValue: 5,5,5,5 Description from Standards: This parameter specifies the version of 802.16 to which the message originator conforms. MAXACCESS: read-create Range from Standards: WmanIfMacVersion WiMAX Release: WiMAX 2.0 Motorola Default Value: 5


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Motorola Range: 5: Indicates conformance with IEEE Std. 802.16-2004 and IEEE P802.16-2004/Cor1 and IEEE Std 802.16e-2005 Category: Factory Configuration Scope: Per Neighbor Sector Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.25.14 wmanIfBsNbrPagingIntervalLength OID: <optional> Type: INTEGER InitialValue: 2,2,2,2 Units: frames Description from Standards: Duration of paging listening interval that the BS can page idle MSS on. MAXACCESS: read-create Range from Standards: INTEGER (2..5) WiMAX Release: WiMAX 2.0 Motorola Default Value: 2 Motorola Range: 2-5, unit = frames Category: Factory Configuration Scope: Per Neighbor Sector Presentation Name: Paging Interval (frames) Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.25.15 wmanIfBsNbrDcdConfigRowStatus OID: <optional> Type: RowStatus InitialValue: ,,, Motorola Implementation: Row status to support insert/delete operations to this table. Description from Standards: This object is used to create a new row or modify or delete an existing row in this table. If the implementator of this MIB has choosen not to implement 'dynamic assignment' of profiles, this object is not useful and should return noSuchName upon SNMP request. MAXACCESS: read-create Range from Standards: RowStatus WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device


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1.3.26 wmanIfBsNbrPagingGroupTable Presentation Name: Neighbor Paging Group OID: { wmanIfNeighborObjects 6 } This table has all Page Group the neighbor cell belongs to. They are derived from the neighbor BTS's sector paging group configuration. Stereotype: MIBTable Description from Standards: Contains the neighbor's paging group information. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 2.0 Network Element: BTS Task Allocation: <must provide task name>

1.3.26.1 ifIndex OID: <optional> Type: InterfaceIndex InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 1.0 Presentation Name: Sector Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.26.2 wmanIfBsNbrIndex OID: <optional> Type: INTEGER InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: The index for each neighbor BS. MAXACCESS: not-accessible Range from Standards: INTEGER WiMAX Release: WiMAX 2.0 Motorola Range: 1..13 Category: Configuration Scope: Per Neighbor Sector Presentation Name: Neighbor Index Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A


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1.3.26.3 wmanIfBsNbrPagingGroupIndex OID: <optional> Type: INTEGER InitialValue: 1,2,3,4 Stereotype: Index Description from Standards: Index of the paging group assigned to a Neighbor BS. MAXACCESS: read-create Range from Standards: INTEGER (1..65536) WiMAX Release: WiMAX 2.0 Category: Configuration Scope: Per Paging Group Presentation Name: Neighbor Paging Group Index Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.26.4 wmanIfBsNbrPagingGroupId OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: ID number of the paging group assigned to the BS and CAPC. MAXACCESS: read-create Range from Standards: INTEGER (0..65535) WiMAX Release: WiMAX 2.0 Category: Derived Value Scope: Per Neighbor Sector Presentation Name: Paging Group ID Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.26.5 wmanIfBsNbrPagingGroupRowStatus OID: <optional> Type: RowStatus InitialValue: ,,, Description from Standards: This object is used to create a new row or modify or delete an existing row in this table. If the implementator of this MIB has choosen not to implement 'dynamic assignment' of profiles, this object is not useful and should return noSuchName upon SNMP reque MAXACCESS: read-create Range from Standards: RowStatus WiMAX Release: WiMAX 1.0 License Required: Not Required


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Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.27 wmanIfBsNbrScanTriggerTable Presentation Name: Neighbor Scan Trigger OID: { wmanIfNeighborObjects 7 } This table defines scanning trigger values for the BTS neighbor cell. They are derived from the neighbor BTS configuration. Stereotype: MIBTable Description from Standards: This table defines scanning trigger values for the BTS neighbor sector. They are derived from the neighbor BTS' configuration. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 2.0 Task Allocation: <must provide task name>


1.3.27.2 wmanIfBsNbrIndex OID: <optional> Type: INTEGER InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: The index for each neighbor BS. MAXACCESS: not-accessible Range from Standards: INTEGER WiMAX Release: WiMAX 2.0 Motorola Range: 1..13 Category: Configuration Scope: Per Neighbor Sector


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Presentation Name: Neighbor Index Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.27.3 wmanIfBsNbrScanTriggerIndex OID: <optional> Type: INTEGER InitialValue: 1,2,3,4 Motorola Implementation: There can be up to 3 instances of this index per neighbor sector. Stereotype: Index Description from Standards: Index for the trigger type. MAXACCESS: read-only Range from Standards: INTEGER WiMAX Release: WiMAX 2.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.27.4 wmanIfBsNbrScanTriggerType OID: <optional> Type: INTEGER InitialValue: ,,, Default Value from Standards: 0 Description from Standards: Defines type of trigger metric to initiate scanning or reporting of neighbor cells. Scan Trigger action is triggered if function using specified metric with specified average exceeds specified value. Note: multiple scan triggers can be configured in a cell. MAXACCESS: read-create Range from Standards: INTEGER { cinr(0), rssi(1), rtd(2) } WiMAX Release: WiMAX 2.0 Category: Derived Value Scope: Per Neighbor Sector Presentation Name: Scan Trigger Type Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.27.5 wmanIfBsNbrScanTriggerFunction OID: <optional> Type: INTEGER InitialValue: ,,,


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Default Value from Standards: 6 Description from Standards: Defines the type of function to initiate scanning or reporting of neighbor cells Scan Trigger action is triggered if function using specified metric with specified average exceeds specified value. MAXACCESS: read-create Range from Standards: INTEGER (5..6) WiMAX Release: WiMAX 2.0 Category: Derived Value Scope: Per Neighbor Sector Presentation Name: Scan Trigger Function Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.27.6 wmanIfBsNbrScanTriggerAction OID: <optional> Type: INTEGER InitialValue: 3,3,3,3 Default Value from Standards: 3 Description from Standards: Defines the action that the MS takes when the specified scan trigger condition is met. Scan Trigger action is triggered if function using specified metric with specified average exceeds specified value. MAXACCESS: read-create Range from Standards: INTEGER (1..3) WiMAX Release: WiMAX 2.0 Motorola Default Value: 3 Motorola Range: 1: Respond on trigger with MOB_SCN-REP after the end of each scanning interval 2: Respond on trigger with MOB_MSHO-REQ 3: On trigger, MS starts neighbor BS scanning process by sending MOB_SCN-REQ Category: Factory Configuration Scope: Per Neighbor Sector Presentation Name: Scan Trigger Action Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.27.7 wmanIfBsNbrScanTriggerValue OID: <optional> Type: INTEGER InitialValue: 15,15,15,15 Units: dB or -dBm, depends on action Default Value from Standards: 15 Description from Standards: Defines the value utilized in the scan trigger


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function. Scan Trigger action is triggered if function using specified metric with specified average exceeds specified value. MAXACCESS: read-create Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 2.0 Motorola Default Value: 15 Motorola Range: (0..255) Category: Derived Value Scope: Per Neighbor Sector Presentation Name: Scan Trigger Value Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.27.8 wmanIfBsNbrScanTriggerAverage OID: <optional> Type: INTEGER InitialValue: ,,, Units: millisecond Description from Standards: Trigger averaging duration is the time in ms over which the metric measurements are averaged. When the mean value of the measurement meets the trigger condition, the MS reacts using the MSS reacts using the specified action. MAXACCESS: read-create Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 2.0 Category: Derived Value Scope: Per Neighbor Sector Presentation Name: Scan Trigger Average Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.27.9 wmanIfBsNbrScanTriggerRowStatus OID: <optional> Type: RowStatus InitialValue: ,,, Motorola Implementation: Row status to support insert/delete operations to this table. Description from Standards: This object is used to create a new row or modify or delete an existing row in this table. If the implementator of this MIB has choosen not to implement 'dynamic assignment' of profiles, this object is not useful and should return noSuchName upon SNMP request. MAXACCESS: read-create


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Range from Standards: RowStatus WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.28 wmanIfBsNbrHoCellTriggerTable Presentation Name: Neighbor Handover Cell Trigger OID: { wmanIfNeighborObjects 8 } This table defines handover trigger values for the BTS neighbor cell. All parameters are derived from the neighbor BTS. Stereotype: MIBTable Description from Standards: This table defines the handover trigger values for the BTS neighbor sector. All parameters are derived from the neighbor BTS' configuration. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 2.0 Network Element: BTS Task Allocation: <must provide task name>


1.3.28.2 wmanIfBsNbrIndex OID: <optional> Type: INTEGER InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: The index for each neighbor BS. MAXACCESS: not-accessible Range from Standards: INTEGER


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WiMAX Release: WiMAX 2.0 Motorola Range: 1..13 Category: Derived Value Scope: Per Neighbor Sector Presentation Name: Neighbor Index Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.28.3 wmanIfBsNbrHoCellTriggerIndex OID: <optional> Type: INTEGER InitialValue: 1,2,3,4 Motorola Implementation: There can be up to 2 instances of this index per neighbor sector. Stereotype: Index Description from Standards: Index for the trigger type of the serving cell. MAXACCESS: read-only Range from Standards: INTEGER WiMAX Release: WiMAX 2.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.28.4 wmanIfBsNbrHoCellTriggerType OID: <optional> Type: INTEGER InitialValue: ,,, Default Value from Standards: 0 Description from Standards: Defines type of trigger metric to initiate handover. Handover Trigger action is initiated if trigger function using specified metric using specified average exceeds specified value. Note: multiple handover triggers can be configured in a cell. MAXACCESS: read-write Range from Standards: INTEGER { cinr(0), rssi(1) } WiMAX Release: WiMAX 2.0 Category: Derived Value Scope: Per Neighbor Sector Presentation Name: HO Cell Trigger Type Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device


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1.3.28.5 wmanIfBsNbrHoCellTriggerFunction OID: <optional> Type: INTEGER InitialValue: ,,, Default Value from Standards: 3 Description from Standards: Defines type of function to initiate handover. Handover Trigger action is initiated if trigger function using specified metric using specified average exceeds specified value. MAXACCESS: read-write Range from Standards: INTEGER (1..4) WiMAX Release: WiMAX 2.0 Category: Derived Value Scope: Per Neighbor Sector Presentation Name: HO Cell Trigger Function Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.28.6 wmanIfBsNbrHoCellTriggerAction OID: <optional> Type: INTEGER InitialValue: 1,1,1,1 Default Value from Standards: 2 Description from Standards: Defines handover Trigger action. Action is initiated if trigger function using specified metric using specified average exceeds specified value MAXACCESS: read-write Range from Standards: INTEGER (1..2) WiMAX Release: WiMAX 2.0 Motorola Default Value: 2 Motorola Range: 1: Respond on trigger with MOB_SCN-REP after the end of each scanning interval 2: Respond on trigger with MOB_MSHO-REQ Category: Factory Configuration Scope: Per Neighbor Sector Presentation Name: HO Cell Trigger Action Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.28.7 wmanIfBsNbrHoCellTriggerValue OID: <optional> Type: INTEGER InitialValue: ,,, Units: dB or dBm Default Value from Standards: 4 Description from Standards: Defines the value discussed in handover trigger function. Handover Trigger action is initiated if trigger


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function using specified metric using specified average exceeds specified value. MAXACCESS: read-write Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 2.0 Category: Derived Value Scope: Per Neighbor Sector Presentation Name: HO Cell Trigger Value Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.28.8 wmanIfBsNbrHoCellTriggerAverage OID: <optional> Type: INTEGER InitialValue: ,,, Units: milliseconds Description from Standards: Trigger averaging duration is the time in ms over which the metric measurements are averaged. When the mean value of the measurement meets the trigger condition, the MSS reacts using the specified action. MAXACCESS: read-write Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 2.0 Category: Derived Value Scope: Per Neighbor Sector Presentation Name: HO Cell Trigger Average Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.28.9 wmanIfBsNbrHoCellTriggerRowStatus OID: <optional> Type: RowStatus InitialValue: ,,, Motorola Implementation: Row status to support insert/delete operations to this table. Description from Standards: This object is used to create a new row or modify or delete an existing row in this table. If the implementator of this MIB has choosen not to implement 'dynamic assignment' of profiles, this object is not useful and should return noSuchName upon SNMP request. MAXACCESS: read-create Range from Standards: RowStatus WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A


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1.3.29 wmanIfBsNbrUcdConfigTable Presentation Name: Neighbor UCD OID: { wmanIfNeighborObjects 9 } This table defines UCD configuration for a BTS neighbor cell. All parameters are derived from the corresponding configuration parameters of the neighbor BTS. Stereotype: MIBTable Description from Standards: This table contains UCD configuration for neighbor BS's. All parameters are derived from the corresponding UCD parameters of the neighbor BS's. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 2.0 Network Element: BTS Task Allocation: <must provide task name>


1.3.29.2 wmanIfBsNbrIndex OID: <optional> Type: INTEGER InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: The index for each neighbor BS. MAXACCESS: not-accessible Range from Standards: INTEGER WiMAX Release: WiMAX 2.0 Motorola Range: 1..13 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A


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AP Impact: online

1.3.29.3 wmanIfBsNbrContentionBasedReservationTimeout OID: <optional> Type: INTEGER InitialValue: TBD,TBD,TBD,TBD Units: frames Description from Standards: Number of UL-MAPs to receive before contention-based reservation is attempted again for the same connection.- MAXACCESS: read-create Range from Standards: INTEGER (0..100) WiMAX Release: WiMAX 2.0 Motorola Default Value: TBD Motorola Range: 0 to 100 units = frames Category: Factory Configuration Scope: Per Neighbor Sector Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.29.4 wmanIfBsNbrOfdmaUplinkCenterFreq OID: <optional> Type: Unsigned32 InitialValue: ,,, Units: kHz Motorola Implementation: Center Uplink Frequency, in kHz. Description from Standards: Uplink center frequency (kHz) MAXACCESS: read-create Range from Standards: Unsigned32 WiMAX Release: WiMAX 2.0 Category: Derived Value Scope: Per Neighbor Sector Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.29.5 wmanIfBsNbrInitialRangingInterval OID: <optional> Type: INTEGER InitialValue: ,,, Units: frames Motorola Implementation: Number of frames between Ranging region allocations. Description from Standards: Time between Initial Ranging regions assigned by the BS in ms.


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MAXACCESS: read-create Range from Standards: INTEGER(0..2000) WiMAX Release: WiMAX 2.0 Category: Derived Value Scope: Per Neighbor Sector Presentation Name: Initial Ranging Interval (ms) Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.29.6 wmanIfBsNbrOfdmaStartOfRngCodes OID: <optional> Type: INTEGER InitialValue: ,,, Motorola Implementation: Indicates the starting number, S, of the group of CDMA codes used for this uplink. If not specified, the default value shall be set to zero. All the ranging codes used on this uplink will be between S and ((S+N+M+L+O) mod 256). Where, N is the number of initial-ranging codes M is the number of periodic-ranging codes L is the number of bandwidth-request codes O is the number of handover-ranging codes It is recommended that each sector in a cell use a mutually exclusive set of CDMA codes. Default Value from Standards: 0 Description from Standards: Indicates the starting number, S, of the group of codes used for this uplink.All the ranging codes used on this uplink will be between S and ((S+N+M+L) mod 256). Where, N is the number of initial-ranging codes M is the number of periodic-ranging codes L is the number of bandwidth-request codes The range of values is 0 <= S <= 255 MAXACCESS: read-create Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 2.0 Category: Derived Value Scope: Per Neighbor Sector Presentation Name: Starting Number of Ranging Codes Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.29.7 wmanIfBsNbrOfdmaInitRngCodes OID: <optional> Type: INTEGER InitialValue: ,,, Motorola Implementation: Number of Initial Ranging CDMA Codes. Default Value from Standards: 30 Description from Standards: Number of initial ranging CDMA codes. Possible values are 0..255. The total number of wmanIfBsOfdmaInitRngCodes,


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wmanIfBsOfdmaPeriodicRngCodes and wmanIfBsOfdmaBWReqCodes shall be equal or less than 256. MAXACCESS: read-create Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 2.0 Category: Derived Value Scope: Per Neighbor Sector Presentation Name: Number of Initial Ranging CDMA Codes Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.29.8 wmanIfBsNbrOfdmaPeriodicRngCodes OID: <optional> Type: INTEGER InitialValue: ,,, Motorola Implementation: Number of Periodic Ranging CDMA Codes. Default Value from Standards: 30 Description from Standards: Number of periodic ranging CDMA codes. Possible values are 0..255. The total number of wmanIfBsOfdmaInitRngCodes, wmanIfBsOfdmaPeriodicRngCodes and wmanIfBsOfdmaBWReqCodes shall be equal or less than 256. MAXACCESS: read-create Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 2.0 Category: Derived Value Scope: Per Neighbor Sector Presentation Name: Number of Period Ranging CDMA Codes Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.29.9 wmanIfBsNbrOfdmaBWReqCodes OID: <optional> Type: INTEGER InitialValue: ,,, Motorola Implementation: Number of BW Request Ranging CDMA Codes. Default Value from Standards: 30 Description from Standards: Number of bandwidth request codes. Possible values are 0..255. The total number of wmanIfBsOfdmaInitRngCodes, wmanIfBsOfdmaPeriodicRngCodes and wmanIfBsOfdmaBWReqCodes shall be equal or less than 256. MAXACCESS: read-create Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 2.0 Category: Derived Value Scope: Per Neighbor Sector Presentation Name: Number of Bandwidth Request Codes


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Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.29.10 wmanIfBsNbrHandoverRangingCodes OID: <optional> Type: INTEGER InitialValue: ,,, Default Value from Standards: 6 Description from Standards: Number of Handover Ranging CDMA Codes. MAXACCESS: read-create Range from Standards: INTEGER(0..32) WiMAX Release: WiMAX 2.0 Category: Derived Value Scope: Per Sector Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.29.11 wmanIfBsNbrInitialRangingBackoffStart OID: <optional> Type: INTEGER InitialValue: 2,2,2,2 Default Value from Standards: 2 Description from Standards: Initial backoff window size for initial ranging contention, expressed as a power of 2. The highest order bits shall be unused and set to 0. MAXACCESS: read-create Range from Standards: INTEGER (0..15) WiMAX Release: WiMAX 2.0 Motorola Default Value: 2 Motorola Range: 0..15 Category: Factory Configuration Scope: Per Neighbor Sector Presentation Name: Initial Ranging Backoff Start Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.29.12 wmanIfBsNbrInitialRangingBackoffEnd OID: <optional> Type: INTEGER InitialValue: 10,10,10,10 Motorola Implementation: IM Rule: wmanIfBsInitialRangingBackoffEnd >= wmanIfBsInitialRangingBackoffStart


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Default Value from Standards: 10 Description from Standards: Final backoff window size for initial ranging contention, expressed as a power of 2.The highest order bits shall be unused and set to 0. MAXACCESS: read-create Range from Standards: INTEGER (0..15) WiMAX Release: WiMAX 2.0 Motorola Default Value: 10 Motorola Range: 0..15 Category: Factory Configuration Scope: Per Neighbor Sector Presentation Name: Initial Ranging Backoff End Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.29.13 wmanIfBsNbrBWReqRangingBackoffStart OID: <optional> Type: INTEGER InitialValue: ,,, Default Value from Standards: 2 Description from Standards: Initial backoff window size for periodic ranging contention, expressed as a power of 2.The highest order bits shall be unused and set to 0. MAXACCESS: read-create Range from Standards: INTEGER (0..15) WiMAX Release: WiMAX 2.0 Category: Factory Configuration Scope: Per Neighbor Sector Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.29.14 wmanIfBsNbrBWReqRangingBackoffEnd OID: <optional> Type: INTEGER InitialValue: ,,, Motorola Implementation: IM Rule: wmanIfBsBWReqRangingBackoffEnd >= wmanIfBsBWReqRangingBackoffStart Default Value from Standards: 10 Description from Standards: Final backoff window size for periodic ranging contention, expressed as a power of 2. The highest order bits shall be unused and set to 0. MAXACCESS: read-create Range from Standards: INTEGER (0..15) WiMAX Release: WiMAX 2.0 Category: Factory Configuration Scope: Per Neighbor Sector Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name>


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1.3.29.15 wmanIfBsNbrOfdmaPerRngBackoffStart OID: <optional> Type: INTEGER InitialValue: 2,2,2,2 Motorola Implementation: Initial backoff window size for periodic ranging contention, expressed as a power of 2. The highest order bits shall be unused and set to 0. Default Value from Standards: 0 Description from Standards: Initial backoff window size for periodic ranging contention, expressed as a power of 2. Range: 0..15 (the highest order bits shall be unused and set to 0). MAXACCESS: read-create Range from Standards: INTEGER (0..15) WiMAX Release: WiMAX 2.0 Motorola Default Value: 2 Motorola Range: 0-15 Category: Factory Configuration Scope: Per Neighbor Sector Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.29.16 wmanIfBsNbrOfdmaPerRngBackoffEnd OID: <optional> Type: INTEGER InitialValue: 10,10,10,10 Motorola Implementation: Final backoff window size for periodic ranging contention, expressed as a power of 2. The highest order bits shall be unused and set to 0. IM rule: (wmanIfBsOfdmaPerRngBackoffEnd >= wmanIfBsOfdmaPerRngBackoffStart) Default Value from Standards: 15 Description from Standards: Final backoff window size for periodic ranging contention, expressed as a power of 2. Range: 0..15 (the highest order bits shall be unused and set to 0). MAXACCESS: read-create Range from Standards: INTEGER (0 .. 15) WiMAX Release: WiMAX 2.0 Motorola Default Value: 10 Motorola Range: 0-15 Category: Factory Configuration Scope: Per Neighbor Sector Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device


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1.3.29.17 wmanIfBsNbrHoRangingBackoffStart OID: <optional> Type: INTEGER InitialValue: 2,2,2,2 Default Value from Standards: 2 Description from Standards: Initial backoff window size for handover ranging contention, expressed as a power of 2. The highest order bits shall be unused and set to 0. MAXACCESS: read-create Range from Standards: INTEGER (0..15) WiMAX Release: WiMAX 2.0 Motorola Default Value: 2 Motorola Range: (0..15) Category: Factory Configuration Scope: Per Neighbor Sector Presentation Name: HO Ranging Backoff Start Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.29.18 wmanIfBsNbrHoRangingBackoffEnd OID: <optional> Type: INTEGER InitialValue: 10,10,10,10 Motorola Implementation: IM rule: (HO_RANGING_BACKOFF_END >= HO_RANGING_BACKOFF_START) Default Value from Standards: 10 Description from Standards: Final backoff window size for handover ranging contention, expressed as a power of 2. The highest order bits shall be unused and set to 0. MAXACCESS: read-create Range from Standards: INTEGER (0..15) WiMAX Release: WiMAX 2.0 Motorola Default Value: 10 Motorola Range: (0..15) Category: Factory Configuration Scope: Per Neighbor Sector Presentation Name: HO Ranging Backoff End Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.29.19 wmanIfBsNbrOfdmaPermutationBase OID: <optional>


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Type: INTEGER InitialValue: ,,, Motorola Implementation: Determines UL_PermBase parameter. Note: Prior to Corrigendum1/D5, this param was known as UL_IDcell. IM Rule: If cell is configured for PUSC1/3 (wmanIfBsMapPermutation= 1), then wmanIfBsNbrOfdmaPermutationBase should be the same for each sector in the BTS. Default Value from Standards: 0 Description from Standards: Determines the UL_IDcell parameter for the subcarrier permutation to be used on this uplink channel MAXACCESS: read-create Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 2.0 Category: Derived Value Scope: Per Neighbor Sector Presentation Name: OFDMA Permutation Base Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.29.20 wmanIfBsNbrOfdmaULAllocSubchBitmap OID: <optional> Type: OCTET STRING InitialValue: ,,, Motorola Implementation: This is a bitmap describing the sub-channels allocated to the segment in the UL, when using the uplink PUSC permutation. The LSB of the first byte shall correspond to subchannel 0. For any bit that is not set, the corresponding subchannel shall not be used by the SS on that segment (sector). Default value depends on setting of wmanIfBsFFTSize: If wmanIfBsFFTSize = 1024, range = 0x7FFFFFFFF (35) If wmanIfBsFFTSize = 512, range = 0x00001FFFF (17) Description from Standards: This is a bitmap describing the sub-channels allocated to the segment in the UL, when using the uplink PUSC permutation. The LSB of the first byte shall corrspond to subchannel 0. For any bit that is not set, the corresponding subchannel shall not be used by the SS on that segment MAXACCESS: read-create Range from Standards: OCTET STRING (SIZE (9)) WiMAX Release: WiMAX 2.0 Category: Derived Value Scope: Per Neighbor Sector Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: HEX


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1.3.29.21 wmanIfBsNbrOfdmaHARQAackDelayULBurst OID: <optional> Type: INTEGER InitialValue: 2,2,2,2 Motorola Implementation: Number of frames that the BS waits before transmitting an explicit ACK or NACK to the MSS using the DL HARQ ACK channel. If DL ACK channel is not used, this parameter defines the minimum number of frames that a HARQ UL MAP IE is sent to the MSS using the same ACID as the prior UL allocation, In this case ACK/NACK is indicated by toggling of the AI_SN bit in the HARQ UL MAP IE. Description from Standards: This object defines the OFDMA H-ARQ ACK delay for UL burst. 1 = one frame offset 2 = two frames offset 3 = three frames offset MAXACCESS: read-create Range from Standards: INTEGER {oneframeoffset(1), twoframesoffset(2), threeframesoffset(3)} WiMAX Release: WiMAX 2.0 Motorola Default Value: 2 Motorola Range: 1-3 Category: Factory Configuration Scope: Per Neighbor Sector Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.29.22 wmanIfBsNbrOfdmaHARQUlMaxRetrans OID: <optional> Type: INTEGER InitialValue: ,,, Default Value from Standards: 3 Description from Standards: Maximum number of UL HARQ retransmissions of the same packet. MAXACCESS: read-create Range from Standards: INTEGER (0..4) WiMAX Release: WiMAX 2.0 Category: Factory Configuration Scope: Per Neighbor Sector Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.29.23 wmanIfBsNbrNormalizedCN2 OID: <optional> Type: OCTET STRING


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InitialValue: ,,, Motorola Implementation: Normalized C/N values for open and closed loop power control. First byte: -128..127, remaining nibbles: 0..15->-8..7. First byte is for ACK channel, remaining nibbles correspond to delta value with respect to earlier entry. Each Nibble corresponds to modulation rate described in Table 334 of 802.16 spec. The full list must be provided even if some of the nibbles are not used. The SAD has a detailed example in section 9.1.11.4 for Normalized C/N: - ACK Region = -3 dB - Fast-feedback = 0 dB - CDMA code delta = 3 dB - QPSK 1/3 = 1 (not used but needs to be listed in TLV) - QPSK 1/2 = 5 - QPSK 2/3 = 7 (not used but needs to be listed in TLV) - QPSK 3/4 = 8 - 16-QAM 1/2 = 10 - 16-QAM 2/3 = 14 (not used but needs to be listed in TLV) - 16-QAM 3/4 = 14 - 16-QAM 5/6 = 15 (not used but needs to be listed in TLV) - 64-QAM 1/2 = 15 - 64-QAM 2/3 = 18 - 64QAM 3/4 = 19 - 64QAM 5/6 = 21 This list has the absolute values, which should be presented on EMS GUI. But in the configuration file, the delta to the previous entry should be used. For the above example, the following (2's complement) values (after ->) should be in config file: - ACK Region = -3 dB (first byte, absolute) - Fast-feedback = 0->3 dB - CDMA code delta = 3->3 dB - QPSK 1/3 = 1->-2 (2's complement, 0b1110) (not used but needs to be listed in TLV) - QPSK 1/2 = 5->4 (2's complement, 0b0100) - QPSK 2/3 = 7->2 (not used but needs to be listed in TLV) - QPSK 3/4 = 8->1 - 16-QAM 1/2 = 10->2 - 16-QAM 2/3 = 14->4 (not used but needs to be listed in TLV) - 16-QAM 3/4 = 14->0 - 16-QAM 5/6 = 15->1 (not used but needs to be listed in TLV) - 64-QAM 1/2 = 15->0 - 64-QAM 2/3 = 18->3 - 64-QAM 3/4 = 19->1 - 64-QAM 5/6 = 21->2 Description from Standards: Normalized C/N values for open and closed loop power control. First byte: -128 to 127, remaining nibbles: 0-15. First byte is for ACK channel, remaining nibbles correspond to delta value with respect to earlier entry. Each Nibble corresponds to modulation rate described in Table 334 of 802.16 spec. MAXACCESS: read-create Range from Standards: OCTET STRING (SIZE(8)) WiMAX Release: WiMAX 2.0 Category: Derived Value


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Scope: Per Neighbor Sector Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: HEX AP Impact: re-init-device

1.3.29.24 wmanIfBsNbrOfdmaSizeCqichIdField OID: <optional> Type: INTEGER InitialValue: 1,1,1,1 Motorola Implementation: Defines the size of CQICH ID field used in the CQICH Allocation IE and DCD. Description from Standards: This object defines the size of CQICH ID field. 0 = Reserved 1 = 3 bits 2 = 4 bits 3 = 5 bits 4 = 6 bits 5 = 7 bits 6 = 8 bits 7 = 9 bits 8...255 = Reserved MAXACCESS: read-create Range from Standards: INTEGER {threebits(1), fourbits(2), fivebits(3), sixbits(4), sevenbits(5), eightbits(6), ninebits(7)} WiMAX Release: WiMAX 2.0 Motorola Default Value: 1 Motorola Range: 0 = 0 bits 1 = 3 bits 2 = 4 bits 3 = 5 bits 4 = 6 bits 5 = 7 bits 6 = 8 bits 7 = 9 bits 8...255 = Reserved Category: Factory Configuration Scope: Per Neighbor Sector Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.29.25 wmanIfBsNbrNormalizedCNSounding OID: <optional>


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Type: INTEGER InitialValue: 3,3,3,3 Default Value from Standards: 3 Description from Standards: Normalized C/N for channel sounding. Used in open loop and closed loop power control. MAXACCESS: read-create Range from Standards: INTEGER (-16..15) WiMAX Release: WiMAX 2.0 Motorola Default Value: 3 Motorola Range: -16 to 15, step size 1 Category: Factory Configuration Scope: Per Neighbor Sector Presentation Name: Normalized C/N for Channel Sounding Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.29.26 wmanIfBsNbrOfdmaTxPowerReportInterval OID: <optional> Type: INTEGER InitialValue: ,,, Units: frames Default Value from Standards: 10 Description from Standards: Time threshold exponent to determine when the MSS must report transmit power. Value used by MSS is 2^wmanIfBsOfdmaTxPowerReportInterval. Only applies when the MSS is actively requesting and transmitting UL data. MAXACCESS: read-create Range from Standards: INTEGER (0..15) WiMAX Release: WiMAX 2.0 Category: Derived Value Scope: Per Neighbor Sector Presentation Name: Tx Power Report Interval (frames) Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.29.27 wmanIfBsNbrOfdmaTxPowerReportThreshold OID: <optional> Type: INTEGER InitialValue: ,,, Units: dB Description from Standards: Path loss threshold exponent to determine when the MSS must report transmit power. Only applies when the MSS is actively requesting and transmitting UL data. MAXACCESS: read-create Range from Standards: INTEGER (0..15) WiMAX Release: WiMAX 2.0 Category: Derived Value Scope: Per Neighbor Sector


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Presentation Name: Tx Power Report Threshold (dB) Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.29.28 wmanIfBsNbrOfdmaTxPowerReportAlphaPAvg OID: <optional> Type: INTEGER InitialValue: ,,, Units: 1/16 Description from Standards: Path loss averaging parameter to determine when the MS must report UL transmit power using Headroom condition. Uses multiples of 1/16 (range [1/16,16/16], 0x0 for 1/16, 0xF for 16/16). MAXACCESS: read-create Range from Standards: INTEGER (1..16) WiMAX Release: WiMAX 2.0 Category: Derived Value Scope: Per Neighbor Sector Presentation Name: TX_POWER_REPORT_ALPHA_P_AVG Network Element: BTS License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.29.29 wmanIfBsNbrUcdConfigRowStatus OID: <optional> Type: RowStatus InitialValue: ,,, Motorola Implementation: Row status to support insert/delete operations to this table. Description from Standards: This object is used to create a new row or modify or delete an existing row in this table. If the implementator of this MIB has choosen not to implement 'dynamic assignment' of profiles, this object is not useful and should return noSuchName upon SNMP request. MAXACCESS: read-create Range from Standards: RowStatus WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.30 wmanIfBsServiceClassExtTable


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Presentation Name: Service Class Extensions OID: { wmanIfextMibObjects 7 } Stereotype: MIBTable Description from Standards: This table contains service class information. MAXACCESS: (1) REFERENCE: WiMAX Release: WiMAX 1.0 Task Allocation: <must provide task name>

1.3.30.1 ifIndex OID: <optional> Type: InterfaceIndex InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 1.0 Presentation Name: Sector License Required: Not Required Task Allocation: ap_MNM,ap_cfg,ap_SACM Octet String Subtype: N/A AP Impact: re-init-device

1.3.30.2 wmanIfBsQoSProfileIndex OID: <optional> Type: INTEGER InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: The index value which uniquely identifies an entry in the wmanIfBsServiceClassTable MAXACCESS: not-accessible Range from Standards: INTEGER (1 .. 65535) WiMAX Release: WiMAX 1.0 Presentation Name: QoS Profile Index License Required: Not Required Task Allocation: ap_MNM,ap_CFG,ap_SACM Octet String Subtype: N/A AP Impact: re-init-device

1.3.30.3 wmanIfBsArqRetryTimeoutTransmitterDelay OID: <optional> Type: INTEGER InitialValue: 1500,1500,1500,1500 Units: 10 us


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Motorola Implementation: The EMS will use the default value for this parameter whenever a new row is created for this table. Default Value from Standards: 1500 Description from Standards: Total transmitter delay of the BS, including scheduling and propagation delay. Negotiated at the time of DSA/REG. MAXACCESS: read-create Range from Standards: INTEGER (1 .. 65535) WiMAX Release: WiMAX 1.0 Motorola Default Value: 1500 Category: Derived Value Scope: Management Domain Presentation Name: ARQ Retry Timeout Transmitter Delay (x10 microseconds) Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.30.4 wmanIfBsArqRetryTimeoutReceiverDelay OID: <optional> Type: INTEGER InitialValue: 4500,4500,4500,4500 Units: 10 us Motorola Implementation: The EMS will use the default value to fill in this field whenever a new row is created in this table. Default Value from Standards: 4500 Description from Standards: Total receiver delay of the BS, including scheduling and propagation delay. Negotiated at the time of DSA/REG. MAXACCESS: read-create Range from Standards: INTEGER (1 .. 65535) WiMAX Release: WiMAX 1.0 Motorola Default Value: 4500 Category: Derived Value Scope: Management Domain Presentation Name: ARQ Retry Timeout Receiver Delay (x10 microseconds) Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG,ap_SM Octet String Subtype: N/A AP Impact: re-init-device

1.3.30.5 wmanIfBsQoSScDataDeliveryServiceType OID: <optional> Type: WmanIfSfDataDeliveryServiceType InitialValue: ,,, Motorola Implementation: The mapping of the values between wmanIfBsQosScSchedulingType(upstream) and wmanIfBsQosScDataDeliveryServiceType (downstream) is as follows: wmanIfBsQosScSchedulingType wmanIfBsQosScDataDeliveryServiceType undefined(1) -- not needed as the default is bestEffort for both parameters bestEffort(2) bestEffortsService(3) nonRealTimePollingService(3) nonRealTimeVariableRateService(2) realTimePollingService(4) realTimeVariableRateService(1)


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extendedRealTimePollingService(5) extendedRealTimeVariableRateService(4) unsolicitedGrantService(6) unsolicitedGrantService(0) -- interpreted as Continuing Grant Service by Motorola. Default Value from Standards: bestEffortsService Description from Standards: Specifies the downstream data delivery service used for downstream service flow. If this parameter is not present in the corresponding 802.16 QOS Parameter Set of an downstream service flow, the similar parameter used for the corresponding upstream QOS Parameter Set (wmanIfBsQosScSchedulingType) should be used to drive a value for this parameter. MAXACCESS: read-create Range from Standards: WmanIfSfDataDeliveryServiceType WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Management Domain Presentation Name: Downstream Data Delivery Service Type Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG,ap_SM Octet String Subtype: N/A AP Impact: re-init-device

1.3.30.6 wmanIfBsQoSScUnsolicitedGrantInterval OID: <optional> Type: INTEGER InitialValue: ,,, Units: ms Description from Standards: Specifies the nominal interval between successive data grant opportunities for this service flow class. This parameter applies to downlink. MAXACCESS: read-create Range from Standards: INTEGER (5..2000) WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Management Domain Presentation Name: Unsolicited Grant Interval (ms) Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG,ap_SM Octet String Subtype: N/A AP Impact: re-init-device

1.3.30.7 wmanIfBsQoSScUnsolicitedPollingInterval OID: <optional> Type: INTEGER InitialValue: ,,, Units: ms Description from Standards: Specifies the maximal nominal interval between successive polling grants opportunities for this service flow class. This parameter applies to uplink. MAXACCESS: read-create Range from Standards: INTEGER (5..2000) WiMAX Release: WiMAX 1.0


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Category: Configuration Scope: Management Domain Presentation Name: Unsolicited Polling Interval (ms) Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG,ap_SM Octet String Subtype: N/A AP Impact: re-init-device

1.3.30.8 wmanIfBsQoSScDirection OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: Defines direction of service flow class for authorization and instantiation. MAXACCESS: read-create Range from Standards: INTEGER {both(0), downstream(1), upstream(2)} WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Management Domain Presentation Name: Service Flow Direction Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG,ap_SM Octet String Subtype: N/A AP Impact: re-init-device

1.3.30.9 wmanIfBsQoSScHARQ OID: <optional> Type: TruthValue InitialValue: ,,, Description from Standards: Indicates if HARQ is used as ARQ method. MAXACCESS: read-create Range from Standards: TruthValue WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Management Domain Presentation Name: HARQ Used as ARQ Method? Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG,ap_SM Octet String Subtype: N/A AP Impact: re-init-device

1.3.30.10 wmanIfBsQoSSfInactivityTimer OID: <optional> Type: Unsigned32 InitialValue: ,,, Units: seconds


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Description from Standards: In order to recover resources for inactive flows the system shall provide means to tear down a service flow based on a inactivity timer associated with a service class. This is targeted primarily at voice services and other services that use scheduling types other than BE where the resource usage is relatively high even when no traffic is present. A value of 0 means Infinite. MAXACCESS: read-create Range from Standards: Unsigned32 (0 | 10..4294967295) WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Management Domain Presentation Name: Inactive Flow Inactivity Timer (s) Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG,ap_SM Octet String Subtype: N/A AP Impact: re-init-device

1.3.30.11 wmanIfBsQoSScEtherUserPriorityMap OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: Mapping of the 'user-priority' field in the VLAN tag to Service Class Names will be supported for Uplink Ethernet packets leaving the BTS. Mapping of DL markings is also supported for additional flexibility but is expected to be configured to be pass through in most deployments. The user-priority is a 3 bit filed and valid values range from 0-7 with 0 being the lowest priority. Each Service Class Entry will be allowed to configure the 'user-priority' to use in the VLAN tag independently. MAXACCESS: read-create Range from Standards: INTEGER (0..7) WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Management Domain Presentation Name: User Priority Map Network Element: BTS License Required: Not Required Task Allocation: ap_SM Octet String Subtype: N/A AP Impact: re-init-device

1.3.30.12 wmanIfBsQoSScDSCPMap OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: In order to ensure support for both L2 and L3 backhaul networks, mapping of DSCP markings will be supported for uplink IP packets leaving the BTS. Mapping of DL markings is also supported for additional flexibility but is expected to be configured to be pass through in most deployments. The DSCP tag is six bit field and valid values range from 0 to 63. Each Service Class Entry will be allowed to configure these DSCP markings independently. Note that a don't care specification denoted as '*' (coded with a value -1 outside the valid DSCP range) is used to indicate to the BS that the marking from the MSS or the Backhaul will left unchanged


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by the BS. MAXACCESS: read-create Range from Standards: INTEGER (-1 | 0..63) WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Management Domain Presentation Name: DSCP Map Network Element: BTS License Required: Not Required Task Allocation: ap_SM Octet String Subtype: N/A AP Impact: re-init-device

1.3.30.13 wmanIfBsQoSScTimeBase OID: <optional> Type: INTEGER InitialValue: ,,, Units: milliseconds Description from Standards: This parameter specifies time base for rate measurement. For real-time service flows, let S denote the amount of data arrived to the transmitter's MAC SAP, during time interval T = Time Base; and let R = Minimum Reserved Traffic Rate. Then the BS is supposed, during each time interval of the length (Time Base), to allocate to the connection resources sufficient for transferring an amount of data according to the value of Minimum Reserved Traffic Rate i.e at least min {S, R * T}. Any SDU should be delivered within a time interval D = Maximum Latency. In the case when the amount of data submitted to the transmitter's MAC SAP exceeds (Minimum Reserved Traffic Rate) * T, delivery of each specific SDU is not guaranteed. MAXACCESS: read-create Range from Standards: INTEGER (0..65535) WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Management Domain Presentation Name: Time Base for Rate Measurement (ms) Network Element: BTS License Required: Not Required Task Allocation: ap_MNM Octet String Subtype: N/A AP Impact: re-init-device

1.3.30.14 wmanIfBsQoSScPagingPreference OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: This parameter specifies whether a service flow may generate paging. MAXACCESS: read-create Range from Standards: INTEGER { noPagingGeneration(0), pagingGeneration(1) } WiMAX Release: WiMAX 2.0 Category: Configuration Scope: Management Domain Presentation Name: Paging Preference


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Network Element: BTS License Required: Not Required Task Allocation: ap_MNM Octet String Subtype: N/A AP Impact: re-init-device

1.3.30.15 wmanIfBsQoSScTrafficIndicationPreference OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: This parameter specifies whether traffic on a service flow should generate MOB_TRF-IND messages to an MS in Sleep Mode. MAXACCESS: read-create Range from Standards: INTEGER { noTrafficIndication(0), trafficIndication(1) } WiMAX Release: WiMAX 2.0 Category: Configuration Scope: Management Domain Presentation Name: Traffic Indication Preference in Sleep Mode Network Element: BTS License Required: Not Required Task Allocation: ap_MNM Octet String Subtype: N/A AP Impact: re-init-device

1.3.30.16 wmanIfBsQoSScSNFeedback OID: <optional> Type: INTEGER InitialValue: ,,, Default Value from Standards: 0 Description from Standards: The SN Feedback Enabled field indicates whether or not SN feedback is enabled for the given connection. A value of 0 indicates that SN feedback is not enabled. A value of 1 indicates that SN feedback is enabled. MAXACCESS: read-create Range from Standards: INTEGER { disabled(0), enabled(1) } WiMAX Release: WiMAX 2.0 Category: Configuration Scope: Management Domain Presentation Name: SN Feedback Enabled Network Element: BTS License Required: Not Required Task Allocation: ap_MNM Octet String Subtype: N/A AP Impact: re-init-device

1.3.30.17 wmanIfBsQoSSA OID: <optional> Type: INTEGER InitialValue: ,,, Motorola Implementation: IM Rule:


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When wmanIfBsCertWave1 is "On": - Modify the valid range to be 1-5. When this parameter is "Off" - Modify the valid range to be 1. - The value is automatically set to the only valid value of "1" (Implementation may choose to disable this attribute in this scenario). Default Value from Standards: 1 Description from Standards: This configurable parameter contains an integer that maps to one of the SATags defined by the FTP parameters wmanIfBsSATag1..5. MAXACCESS: read-create Range from Standards: INTEGER(1..5) WiMAX Release: WiMAX 2.0 Motorola Default Value: 1 Motorola Range: 1..5 Category: Configuration Scope: Management Domain Presentation Name: Security Association (for Certification Test) Network Element: BTS License Required: Not Required Task Allocation: ap_MNM Octet String Subtype: N/A AP Impact: re-init-device

1.3.30.18 wmanIfBsServiceClassExtRowStatus OID: <optional> Type: RowStatus InitialValue: ,,, Motorola Implementation: Row status to support insert/delete operations to this table. Description from Standards: This object is used to create a new row or modify or delete an existing row in this table. If the implementator of this MIB has choosen not to implement 'dynamic assignment' of profiles, this object is not useful and should return noSuchName upon SNMP request. MAXACCESS: read-create Range from Standards: RowStatus WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.31 wmanIfBsOfdmaDownlinkChannelExtTable OID: {wmanIfextMibObjects 14} Stereotype: MIBTable Description from Standards: This table applies to OFDMA downlink channels. MAXACCESS: (1) REFERENCE:


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WiMAX Release: WiMAX 1.0 Task Allocation: <must provide task name>


1.3.31.2 wmanIfBsOfdmaHARQDlMaxRetrans OID: <optional> Type: INTEGER InitialValue: 3,3,3,3 Default Value from Standards: 3 Description from Standards: Maximum number of DL HARQ retransmissions of the same packet. MAXACCESS: read-write Range from Standards: INTEGER (0..4) WiMAX Release: WiMAX 1.0 Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.31.3 wmanIfBsOfdmaMaxHARQDlSubBursts OID: <optional> Type: INTEGER InitialValue: 2048,2048,2048,2048 Units: bytes Default Value from Standards: 2048 Description from Standards: Maximum size of DL HARQ sub-burst. MAXACCESS: read-write Range from Standards: INTEGER (0..16384) WiMAX Release: WiMAX 1.0 Category: Factory Configuration


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Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.31.4 wmanIfBsOfdmaIDCell OID: <optional> Type: INTEGER InitialValue: ,,, Motorola Implementation: IM Rule: If cell is configured for PUSC1/3 (wmanIfBsMapPermutation= 1), then wmanIfBsOfdmaIDCell should be the same for each sector in the BTS. Description from Standards: Cell identifier used in the Downlink Preamble. MAXACCESS: read-write Range from Standards: INTEGER(0..31) WiMAX Release: WiMAX 1.0 Motorola Range: 0...31 step size = 1 Category: Configuration Scope: Per Sector Presentation Name: IDcell Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.31.5 wmanIfBsOfdmaPermBase OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: DL_PermBase parameter used for Downlink zone switches, etc. MAXACCESS: read-write Range from Standards: INTEGER(0..31) WiMAX Release: WiMAX 1.0 Motorola Range: 0...31 step size = 1 Category: Configuration Scope: Per Sector Presentation Name: PermutationBase Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.31.6 wmanIfBsOfdmaDlFeedbackAllocationThreshold OID: <optional> Type: INTEGER


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InitialValue: 10,10,10,10 Units: bytes Default Value from Standards: 10 Description from Standards: Threshold to allow the BS to make an immediate DL allocation to a MSS using the most robust modulation coding rate without the need to wait for MSS to provide DL CINR on fast-feedback channel. MAXACCESS: read-write Range from Standards: INTEGER (0..600) WiMAX Release: WiMAX 1.0 Motorola Default Value: 10 Motorola Range: (0..600) Category: Configuration Scope: Per Sector Presentation Name: DL Feedback Allocation Threshold Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.31.7 wmanIfBsMaxNumberDlMacArqCids OID: <optional> Type: INTEGER InitialValue: 256,256,256,256 Default Value from Standards: 256 Description from Standards: The maximum number of downlink transport CIDS that support MAC-level ARQ in the BS. This limit is needed for memory coordination in the BS. MAXACCESS: read-write Range from Standards: INTEGER(0..4096) WiMAX Release: WiMAX 1.0 Motorola Default Value: 256 Motorola Range: (0..4096) Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.31.8 wmanIfBsDlMimoBCinrOffset OID: <optional> Type: INTEGER Units: 0.1 dBm Description from Standards: This is the CINR Offset that compensates for 2 Tx stream self-interference. Negative offsets are to be used to make the MCS selection more conservative, positive to be more aggressive. MAXACCESS: read-write


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Range from Standards: INTEGER (-100..100) WiMAX Release: WiMAX 2.5 Motorola Range: -100 to +100 in 0.1 dBm increments Category: Advanced Configuration Scope: Per Sector Presentation Name: Downlink MIMO-B CINR Offset Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.31.9 wmanIfBsDlMimoModeFBCycle OID: <optional> Type: INTEGER Units: CQICH opportunities Description from Standards: Periodicity of MIMO mode feedback. MAXACCESS: read-write Range from Standards: INTEGER (4 | 8 | 16) WiMAX Release: WiMAX 2.5 Motorola Range: 4, 8, 16 Category: Advanced Configuration Scope: Per Sector Presentation Name: Downlink MIMO Feedback Cycle Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.31.10 wmanIfBsDlAlamoutiCinrOffset OID: <optional> Type: INTEGER InitialValue: 10,10,10,10 Units: 0.1 dBm Default Value from Standards: 10 Description from Standards: This is the CINR offset that compensates for Alamouti transmit diversity gain. Positive offsets are to be used to make the MCS selection more aggressive. MAXACCESS: read-write Range from Standards: INTEGER (-100..100) WiMAX Release: WiMAX 2.5 Motorola Default Value: 10 (+1dB) Motorola Range: -100 to +100 in 0.1 dBm increments Category: Advanced Configuration Scope: Per Sector Presentation Name: Downlink Alamouti CINR Offset Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online


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1.3.31.11 wmanIfBsDlTxaaEbfCinrOffset OID: <optional> Type: INTEGER InitialValue: 60,60,60,60 Units: 0.1 dBm Default Value from Standards: 60 Description from Standards: This is the CINR offset that compensates for TxAA/EBF gains. Positive offsets are to be used to make the MCS selection more aggressive MAXACCESS: read-write Range from Standards: INTEGER (0..200) WiMAX Release: WiMAX 2.5 Motorola Default Value: 60 (6 dB) Motorola Range: 0 to 200 in 0.1 dBm increments Category: Advanced Configuration Scope: Per Sector Presentation Name: Downlink TxAA / EBF CINR Offset Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.31.12 wmanIfBsDlTxaaMrtCinrOffset OID: <optional> Type: INTEGER InitialValue: 70,70,70,70 Units: 0.1 dBm Default Value from Standards: 70 Description from Standards: This is the CINR offset that compensates for TxAA/MRT gains. Positive offsets are to be used to make the MCS selection more aggressive MAXACCESS: read-write Range from Standards: INTEGER (0..200) WiMAX Release: WiMAX 2.5 Motorola Default Value: 70 (7 dB) Motorola Range: 0 to 200 in 0.1 dBm increments Category: Advanced Configuration Scope: Per Sector Presentation Name: Downlink TxAA / MRT CINR Offset Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.31.13 wmanIfBsDlTxaaTxFailOffset OID: <optional> Type: INTEGER InitialValue: 12,12,12,12 Units: 0.1 dBm Default Value from Standards: 12


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Description from Standards: This is degradation of the TxAA gains expected for when only three of four transmit paths are operational. It is applied to both MRT and EBF TxAA modes. Positive offsets are to be used to make the MCS selection more conservative. MAXACCESS: read-write Range from Standards: INTEGER (0..100) WiMAX Release: WiMAX 2.5 Motorola Default Value: 12 (1.2 dB) Motorola Range: 0 to100 in 0.1 dBm increments Category: Advanced Configuration Scope: Per Sector Presentation Name: Downlink TxAA Transmit Path Failure Offset Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.32 wmanIfBsOfdmaUplinkChannelExtTable OID: {wmanIfextMibObjects 12} Stereotype: MIBTable Description from Standards: This table applies to OFDMA uplink channels. MAXACCESS: (1) REFERENCE: WiMAX Release: WiMAX 1.0 Task Allocation: <must provide task name>


1.3.32.2 wmanIfBsOfdmaHARQUlMaxRetrans OID: <optional>


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Type: INTEGER InitialValue: 3,3,3,3 Default Value from Standards: 3 Description from Standards: Maximum number of UL HARQ retransmissions of the same packet. MAXACCESS: read-write Range from Standards: INTEGER (0..4) WiMAX Release: WiMAX 1.0 Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.32.3 wmanIfBsOfdmaMaxHARQUlSubBursts OID: <optional> Type: INTEGER InitialValue: 2048,2048,2048,2048 Units: bytes Default Value from Standards: 2048 Description from Standards: Maximum size of UL HARQ sub-burst. MAXACCESS: read-write Range from Standards: INTEGER (0..16384) WiMAX Release: WiMAX 1.0 Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.32.4 wmanIfBsOfdmaUlTimeAllocationExponent OID: <optional> Type: INTEGER InitialValue: ,,, Units: 0.01 second Motorola Implementation: IM Rule: wmanIfBsOfdmaUlTimeAllocationExponent should always be greater than wmanIfBsOfdmaTxPowerReportInterval. Default Value from Standards: 8 Description from Standards: Allow the BS to make an immediate UL allocation to a MSS using a modulation coding rate based on MSS transmit power information if received within the specified time threshold. The threshold is equal to 2^wmanIfBsOfdmaUlTimeAllocationExponent. MAXACCESS: read-write Range from Standards: INTEGER (0..31) WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per Sector Presentation Name: UL Time Allocation Exponent Network Element: BTS License Required: Not Required


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1.3.32.5 wmanIfBsOfdmaUlFeedbackAllocationThreshold OID: <optional> Type: INTEGER InitialValue: 10,10,10,10 Units: bytes Default Value from Standards: 10 Description from Standards: Threshold to allow the BS to make an immediate UL allocation to a MSS using the most robust modulation coding rate without the need to wait for MSS Transmit power information. MAXACCESS: read-write Range from Standards: INTEGER (0..600) WiMAX Release: WiMAX 1.0 Motorola Default Value: 10 Motorola Range: (0..600) Category: Configuration Scope: Per Sector Presentation Name: UL Feedback Allocation Threshold Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.32.6 wmanIfBsOfdmaTxPowerReportInterval OID: <optional> Type: INTEGER InitialValue: 7,7,7,7 Units: frames Default Value from Standards: 10 Description from Standards: Time threshold exponent to determine when the MSS must report transmit power. Value used by MSS is 2^wmanIfBsOfdmaTxPowerReportInterval. Only applies when the MSS is actively requesting and transmitting UL data. MAXACCESS: read-write Range from Standards: INTEGER (0..15) WiMAX Release: WiMAX 1.0 Motorola Default Value: 7 Motorola Range: 0-15 frames 15 means infinite (don’t use) step size = 1 Category: Configuration Scope: Per Sector Presentation Name: Tx Power Report Interval (frames) Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device


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1.3.32.7 wmanIfBsOfdmaTxPowerReportThreshold OID: <optional> Type: INTEGER InitialValue: 3,3,3,3 Units: dB Description from Standards: Path loss threshold exponent to determine when the MSS must report transmit power. Only applies when the MSS is actively requesting and transmitting UL data. MAXACCESS: read-write Range from Standards: INTEGER (0..15) WiMAX Release: WiMAX 1.0 Motorola Default Value: 3 Motorola Range: 0-15 dB, 15 means infinite (don’t use) Category: Configuration Scope: Per Sector Presentation Name: Tx Power Report Threshold (dB) Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.32.8 wmanIfBsOfdmaTxPowerReportAlphaPAvg OID: <optional> Type: INTEGER InitialValue: ,,, Units: 1/16 Description from Standards: Path loss averaging parameter to determine when the MS must report UL transmit power using Headroom condition. Uses multiples of 1/16 (range [1/16,16/16], 0x0 for 1/16, 0xF for 16/16). MAXACCESS: read-write Range from Standards: INTEGER (0..15) WiMAX Release: WiMAX 1.0 Motorola Range: 0 -15 Category: Configuration Scope: Per Sector Presentation Name: TX_POWER_REPORT_ALPHA_P_AVG Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.32.9 wmanIfBsOfdmaSubchannelRotation OID: <optional> Type: TruthValue InitialValue: true Default Value from Standards: true Description from Standards: This is a configurable parameter to disable or enable UL Subchannel Rotation. The value true indicates that UL Subchannel Rotation is enabled. MAXACCESS: read-write


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Range from Standards: TruthValue WiMAX Release: WiMAX 1.0 Motorola Default Value: true Motorola Range: true(1), false(2) Category: Configuration Scope: Per Sector Presentation Name: Enable UL Subchannel Rotation Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.32.10 wmanIfBsUplinkDiversityType OID: <optional> Type: TruthValue Description from Standards: This parameter is used to enable/disable UL Collaborative Spatial Multiplexing (SM)/Spatial Division Multiple Access (SDMA). false=None, true=UL Collaborative SM. MAXACCESS: read-write Range from Standards: TruthValue WiMAX Release: WiMAX 2.5 Motorola Range: false=None, true=UL Collaborative SM Category: Configuration Scope: Per Sector Presentation Name: Enable/Disable Uplink Collaborative Spatial Multiplexing Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.32.11 wmanIfBsUlSdmaCinrOffset OID: <optional> Type: INTEGER Units: 0.1 dBm Description from Standards: This is the CINR Offset that compensates for paired SDMA user interference. Negative offsets are to be used to make the MCS selection more conservative, positive to be more aggressive. MAXACCESS: read-write Range from Standards: INTEGER (-100..100) WiMAX Release: WiMAX 2.5 Motorola Range: -100 to +100 in 0.1 dBm increments Category: Advanced Configuration Scope: Per Sector Presentation Name: Uplink SDMA CINR Offset Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online


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1.3.33 wmanIfBsConfigurationExtTable Presentation Name: AP Configuration Extentions OID: { wmanIfextMibObjects 1 } Stereotype: MIBTable Description from Standards: MAXACCESS: (1) REFERENCE: WiMAX Release: WiMAX 1.0 Task Allocation: <must provide task name>


1.3.33.2 wmanIfBsT47 OID: <optional> Type: INTEGER InitialValue: 64,64,64,64 Units: frames Default Value from Standards: 64 Description from Standards: PMC_RSP Timer: BS shall send the PMC_RSP before T47 + 1 frames after BS receives PMC_REQ (confirmation = 0) correctly. MAXACCESS: read-write Range from Standards: INTEGER (8..1024) WiMAX Release: WiMAX 1.0 Motorola Default Value: 64 Motorola Range: 8..1024 frames Category: Factory Configuration Scope: Per BTS Network Element: BTS


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License Required: Not Required Task Allocation: ap_MAC Octet String Subtype: N/A AP Impact: re-init-device

1.3.33.3 wmanIfBsPmcReqTimer OID: <optional> Type: INTEGER InitialValue: 50,50,50,50 Default Value from Standards: 50 Description from Standards: The time (in units of ms) for the BS to wait for a PMC_REQ from the MS during BS-initated power control mode change. MAXACCESS: read-write Range from Standards: INTEGER(0..200) WiMAX Release: WiMAX 1.0 Motorola Default Value: 50 Motorola Range: (0..200) Category: Factory Configuration Scope: Management Domain Network Element: BTS License Required: Not Required Task Allocation: ap_MAC Octet String Subtype: N/A AP Impact: re-init-device

1.3.33.4 wmanIfBsPmcRspMaxResend OID: <optional> Type: INTEGER InitialValue: 1,1,1,1 Default Value from Standards: 1 Description from Standards: The maximum number of times the PMC_RSP is sent by the BS. MAXACCESS: read-write Range from Standards: INTEGER(1..10) WiMAX Release: WiMAX 1.0 Motorola Default Value: 1 Motorola Range: (1..10) Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_MAC Octet String Subtype: N/A AP Impact: re-init-device

1.3.33.5 wmanIfBsManagementResourceHoldingTimer OID: <optional> Type: INTEGER InitialValue: 500,500,500,500 Units: ms


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Default Value from Standards: 500 Description from Standards: Time the BS maintain connection information with the MS after the BS send DREG-CMD to the MS MAXACCESS: read-write Range from Standards: INTEGER(0..1000) WiMAX Release: WiMAX 2.0 Motorola Default Value: 500 Motorola Range: (0..1000) Category: Factory Configuration Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_MAC Octet String Subtype: N/A AP Impact: re-init-device

1.3.33.6 wmanIfBsULInactivityTimer OID: <optional> Type: INTEGER InitialValue: 0,0,0,0 Units: seconds Default Value from Standards: 600 Description from Standards: This is a timer that controls how long UL inactivity can occur for an MS before the BS must react to avoid loss of CAM table updates in routers. MAXACCESS: read-write Range from Standards: INTEGER(0..36000) WiMAX Release: WiMAX 1.0 Motorola Default Value: 0 - WiMAX 1.0, 290 - WiMAX 2.0 Category: Advanced Configuration Scope: Per BTS Presentation Name: Uplink Inactivity Timer (s) Network Element: BTS License Required: Not Required Task Allocation: ap_MAC Octet String Subtype: N/A AP Impact: re-init-device

1.3.33.7 wmanIfBsDeregEligibleIdleTimer OID: <optional> Type: INTEGER InitialValue: 3600,3600,3600,3600, Units: seconds Default Value from Standards: 3600 Description from Standards: The amount of time that an MS has no activity on any of its connections before it qualifies to be forced into idle mode. MAXACCESS: read-write Range from Standards: INTEGER(1..36000) WiMAX Release: WiMAX 1.0


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Motorola Default Value: 3600 (1 hour) Motorola Range: Range: 0 (disabled); 1-36,000 (10 hours) Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_MAC Octet String Subtype: N/A AP Impact: re-init-device

1.3.33.8 wmanIfBsRepReqTimer OID: <optional> Type: INTEGER InitialValue: 200,200,200,200 Units: frames Default Value from Standards: 200 Description from Standards: This parameter defines time interval between REP-REQ messages sent to a MS that does not support fast-feedback. Units are frames MAXACCESS: read-write Range from Standards: INTEGER(0..3600) WiMAX Release: WiMAX 1.0 Motorola Default Value: 200 Motorola Range: 0..3600 (0 disabled timer) Category: Factory Configuration Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.33.9 wmanIfBsHoAuthorizationPolicy OID: <optional> Type: INTEGER InitialValue: 0,0,0,0 Default Value from Standards: 0 Description from Standards: This parameter controls the use of the HO Authorization bit. This parameter is added for certification testing purposes. MAXACCESS: read-write Range from Standards: INTEGER (0..1) WiMAX Release: WiMAX 2.0 Motorola Default Value: 0 Motorola Range: 0 = Normal security policy (EAP authorization, CMAC) 1 = Disabled security policy Category: Factory Configuration Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A


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1.3.33.10 wmanIfBsIpAddressRefreshBit OID: <optional> Type: INTEGER InitialValue: 0,0,0,0 Units: Default Value from Standards: 0 Description from Standards: This parameter controls the use of the Handover IP address refresh bit. This parameter is added for certification testing purposes. MAXACCESS: read-write Range from Standards: INTEGER(0..1) WiMAX Release: WiMAX 2.0 Motorola Default Value: 0 Motorola Range: 0 = MS does not need to update IP address after network re-entry (default) 1 = MS must update IP address after network re-entry Category: Factory Configuration Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.33.11 wmanIfBsSlpidUpdate OID: <optional> Type: INTEGER InitialValue: 0,0,0,0 Units: Default Value from Standards: 0 Description from Standards: This parameter controls the use of the SLPID_Update in MOB_TRF-IND message. This parameter is added for certification testing purposes. MAXACCESS: read-write Range from Standards: INTEGER(0..1) WiMAX Release: WiMAX 2.0 Motorola Default Value: 0 Motorola Range: 0 = SLPID_Update disabled 1 = SLPID_Update enabled Category: Factory Configuration Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.33.12 wmanIfBsSATag1 OID: <optional> Type: INTEGER


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InitialValue: 0,0,0,0 Units: Default Value from Standards: 0 Description from Standards: The first security association tag a service class can be assigned to. This parameter is added for certification testing purposes. MAXACCESS: read-write Range from Standards: INTEGER {Primary(0), Static(1), Dynamic(2)} WiMAX Release: WiMAX 2.0 Motorola Default Value: 0 - Primary Motorola Range: 0..2 Category: Factory Configuration Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.33.13 wmanIfBsSATag2 OID: <optional> Type: INTEGER InitialValue: 1,1,1,1 Units: Default Value from Standards: 1 Description from Standards: The second security association tag a service class can be assigned to. This parameter is added for certification testing purposes. MAXACCESS: read-write Range from Standards: INTEGER {Primary(0), Static(1), Dynamic(2)} WiMAX Release: WiMAX 2.0 Motorola Default Value: 1 - Static Motorola Range: 0..2 Category: Factory Configuration Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.33.14 wmanIfBsSATag3 OID: <optional> Type: INTEGER InitialValue: 1,1,1,1 Units: Default Value from Standards: 1 Description from Standards: The third security association tag a service class can be assigned to.


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This parameter is added for certification testing purposes. MAXACCESS: read-write Range from Standards: INTEGER {Primary(0), Static(1), Dynamic(2)} WiMAX Release: WiMAX 2.0 Motorola Default Value: 1 - Static Motorola Range: 0..2 Category: Factory Configuration Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.33.15 wmanIfBsSATag4 OID: <optional> Type: INTEGER InitialValue: 2,2,2,2 Units: Default Value from Standards: 2 Description from Standards: The forth security association tag a service class can be assigned to. This parameter is added for certification testing purposes. MAXACCESS: read-write Range from Standards: INTEGER {Primary(0), Static(1), Dynamic(2)} WiMAX Release: WiMAX 2.0 Motorola Default Value: 2 - Dynamic Motorola Range: 0..2 Category: Factory Configuration Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.33.16 wmanIfBsSATag5 OID: <optional> Type: INTEGER InitialValue: 2,2,2,2 Units: Default Value from Standards: 2 Description from Standards: The fifth security association tag a service class can be assigned to. This parameter is added for certification testing purposes. MAXACCESS: read-write Range from Standards: INTEGER {Primary(0), Static(1),


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Dynamic(2)} WiMAX Release: WiMAX 2.0 Motorola Default Value: 2 - Dynamic Motorola Range: 0..2 Category: Factory Configuration Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.33.17 wmanIfBsCertWave1 OID: <optional> Type: INTEGER InitialValue: 0,0,0,0 Units: Motorola Implementation: IM Rules: When this parameter is "On": - Include an additional valid value of "2 = Physical CINR measurement from the preamble for frequency reuse==3 (PUSC1/3)" for wmanIfBsCINRMeasurementType - Include an additional valid value of "1= PUSC 1/3" for wmanIfBsDownlinkUnicastZone1PermutationType - Include an additional valid value of "1= PUSC 1/3" for wmanIfBsMapPermutation When this parameter is "Off" - The PUSC1/3 values are removed as valid values for wmanIfBsCINRMeasurementType, wmanIfBsDownlinkUnicastZone1PermutationType, wmanIfBsMapPermutation, wmanIfBsDlStcCINRMeasurementType. When this parameter is "On": - Include an additional valid value of "2 = FUSC" for wmanIfBsDownlinkUnicastZone1PermutationType - Include an additional valid value of "2 = compressed MAP with compressed Sub-MAPs" for wmanIfBsMapMessageType - Include additional valid values of 2-5 for wmanIfBsQosSA When this parameter is "Off" - The above additional values are removed as valid values. - The value for wmanIfBsQoSSA is automatically set to the only valid value of "1". The current values for wmanIfBsCINRMeasurementType, wmanIfBsDownlinkUnicastZone1PermutationType, wmanIfBsMapMessageType, wmanIfBsMapPermutation, wmanIfBsDlStcCINRMeasurementType are not automatically modifed. Default Value from Standards: 0 Description from Standards: This is a flag on EMS for the operator to turn on/off WiMAX Wave 1 certification test. MAXACCESS: read-write Range from Standards: INTEGER{Off(0),On(1)} WiMAX Release: WiMAX 1.0 Motorola Default Value: 0


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Motorola Range: 0 - Off, 1- On Category: Advanced Configuration Scope: Management Domain Presentation Name: WiMAX Wave 1 Certification Test (On/Off) Network Element: BTS License Required: Not Required Task Allocation: ap_MAC Octet String Subtype: N/A AP Impact: re-init-device

1.3.33.18 wmanIfBsHarqEnable OID: <optional> Type: TruthValue InitialValue: true,true,true,true Motorola Implementation: This parameter is factory-tuned in WMX 1.0, but changed to configurable parameter in WMX 2.0. Description from Standards: This parameter indicates if HARQ is enabled for the BS. If the value is true, the BS carries out normal operation. If the value is false, only HARQ MAP IEs are used, no retrnamissions or acks. This parameter overrides HARQ setting for service flows. MAXACCESS: read-write Range from Standards: TruthValue WiMAX Release: WiMAX 1.0 Motorola Default Value: true Category: Advanced Configuration Scope: Per BTS Presentation Name: HARQ Enable Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.34 wmanIfBsCapabilitiesConfigExtTable Presentation Name: Capabilities Configuration OID: { wmanIfextMibObjects 2 } Stereotype: MIBTable Description from Standards: MAXACCESS: (1) REFERENCE: WiMAX Release: WiMAX 1.0 Task Allocation: <must provide task name>

1.3.34.1 ifIndex OID: <optional> Type: InterfaceIndex InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously


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starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 1.0 Presentation Name: Sector License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.34.2 wmanIfBsCapCfgMacMsgAuth OID: <optional> Type: INTEGER InitialValue: 2,2,2,2 Description from Standards: MAC (message authentication code) keys are used to sign management messages in order to validate the authenticity of these messages. The MAC to be used is negotiated at SS Basic Capabilities negotiation. This parameter indicates the type of MAC message authentication the BS should support. The options are None, HMAC (Keyed-Hashing for Message Authentication, RFC 2104), and CMAC (Cipher-based MAC, Special Publication 800-38B). Multiple options can be supported by the BS at the same time. MAXACCESS: read-write Range from Standards: INTEGER { none(0), hmac(1), cmac0(2), noneAndHMAC(3), noneAndCMAC0(4), bothHMACandCMAC0(5), cmac(6), noneAndCMAC(7), bothHMACandCMAC(8), cmac0AndCMAC(9), noneAndCMAC0AndCMAC(10) } WiMAX Release: WiMAX 1.0 Motorola Default Value: 2 in WMX1.0, 6 in WMX2.0 Motorola Range: none(0), cmac0(2), noneAndCMAC0(4), cmac(6), noneAndCMAC(7), cmac0AndCMAC(9), noneAndCMAC0AndCMAC(10) Category: Advanced Configuration Scope: Per BTS Presentation Name: MAC Message Authenticaiton Supports Network Element: BTS License Required: Not Required Task Allocation: ap_MAC,ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.34.3 wmanIfBsMaxNumberTransportCids OID: <optional> Type: INTEGER InitialValue: 2048,2048,2048,2048 Default Value from Standards: 2048 Description from Standards: The maximum number of transport CIDS supported in the cell. This limit is needed for memory coordination in the BS. MAXACCESS: read-write Range from Standards: INTEGER (512..4096) WiMAX Release: WiMAX 1.0 Motorola Default Value: 2048 Motorola Range: 512 (1UL/1 DL CID per MSS) to 4096 (8 UL/8 DL CIDs per MSS)


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Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_MAC,ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.34.4 wmanIfBsMaxNumberClassifiersPerCid OID: <optional> Type: INTEGER InitialValue: 8,8,8,8 Default Value from Standards: 8 Description from Standards: The maximum number of Convergence Sublayer classifiers for a service flow. MAXACCESS: read-write Range from Standards: INTEGER(0..32) WiMAX Release: WiMAX 1.0 Motorola Default Value: 8 Motorola Range: (0..32) Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_MAC,ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.34.5 wmanIfBsMaxNumberPhsRulesPerCid OID: <optional> Type: INTEGER InitialValue: 8,8,8,8 Default Value from Standards: 8 Description from Standards: The maximum number of Packet Header Suppression rules for a service flow. MAXACCESS: read-write Range from Standards: INTEGER(0..32) WiMAX Release: WiMAX 1.0 Motorola Default Value: 8 Motorola Range: (0..32) Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_MAC,ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.35 wmanIfBsClassifierRuleExtTable


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Presentation Name: Classifier Rule OID: {wmanIfextMibObjects 8} Stereotype: MIBTable Description from Standards: This table contains information for packet classifier rules associated with service flows. MAXACCESS: (1) REFERENCE: Subclause 11.13.19.3.4.17, IEEE P802.16e/D12, October 2005 WiMAX Release: WiMAX 2.0 Task Allocation: <must provide task name>


1.3.35.2 wmanIfBsSfId OID: <optional> Type: Unsigned32 InitialValue: 1,2,3,4 Motorola Implementation: This is hardcoded to1 Stereotype: VirtualIndex Description from Standards: A 32 bit quantity that uniquely identifies a service flow to both the subscriber station and base station (BS). MAXACCESS: not-accessible Range from Standards: Unsigned32 (1 .. 4294967295) WiMAX Release: WiMAX 1.0 Category: Derived Value Scope: Management Domain Presentation Name: Service Flow ID Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device


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1.3.35.3 wmanIfBsClassifierRuleIndex OID: <optional> Type: Unsigned32 InitialValue: 1,2,3,4 Motorola Implementation: This is a reference to the wmanIfBsQoSProfileIndex of wmanIfBsServiceClassTable. Basically, only one set of classifier rules are defined per service class in each BTS. Stereotype: VirtualIndex Description from Standards: An index is assigned to a classifier in BS classifiers table MAXACCESS: not-accessible Range from Standards: Unsigned32 (1..4294967295) WiMAX Release: WiMAX 1.0 Category: Derived Value Scope: Per BTS Presentation Name: Classifier Rule Index Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.35.4 wmanIfBsClassifierActionRule OID: <optional> Type: BITS InitialValue: 0x00 Description from Standards: The value of this field specifies an action associated with the classifier rule. If this classification action rule exists, its action shall be applied on the packets that match this classifier rule. Each bit of of this object can be set to 1 or 0. When bit 0 is set to 1, all packets matching this classifier rule would be dropped. MAXACCESS: read-create Range from Standards: BITS { discardPacket(0), reserved1(1), reserved2(2), reserved3(3), reserved4(4), reserved5(5), reserved6(6), reserved7(7) } WiMAX Release: WiMAX 2.0 Motorola Default Value: 0x00 Category: Configuration Scope: Per BTS Presentation Name: Classifier Action Rule Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: HEX AP Impact: re-init-device


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1.3.35.5 wmanIfBsClassifierRuleExtRowStatus OID: <optional> Type: RowStatus InitialValue: ,,, Motorola Implementation: Row status to support insert/delete operations to this table. Description from Standards: This object is used to create a new row or modify or delete an existing row in this table. If the implementator of this MIB has choosen not to implement 'dynamic assignment' of profiles, this object is not useful and should return noSuchName upon SNMP request. MAXACCESS: read-create Range from Standards: RowStatus WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.36 wmanIfBsRangingTable Presentation Name: AP Ranging Information OID: {wmanIfextMibObjects 13} Stereotype: MIBTable Description from Standards: This table contains uplink ranging information. MAXACCESS: (1) REFERENCE: WiMAX Release: WiMAX 1.0 Task Allocation: <must provide task name>



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1.3.36.2 wmanIfBsRangingRegionChannels OID: <optional> Type: INTEGER InitialValue: 2,2,2,2 Units: channels Default Value from Standards: 2 Description from Standards: Number of Ranging channels that determine the rectangular ranging region. Each Ranging channel requires 6 subchannels. MAXACCESS: read-write Range from Standards: INTEGER (1..4) WiMAX Release: WiMAX 1.0 Motorola Default Value: 2 Motorola Range: 1-2 Category: Advanced Configuration Scope: Per Sector Presentation Name: Number of Ranging Channels in a Region Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.36.3 wmanIfBsRangingRegionSymbols OID: <optional> Type: INTEGER InitialValue: 3,3,3,3 Units: channels Default Value from Standards: 3 Description from Standards: Number of Ranging symbols that determine the rectangular ranging region. MAXACCESS: read-write Range from Standards: INTEGER (3..12) WiMAX Release: WiMAX 1.0 Motorola Default Value: 3 Motorola Range: 3..6 Category: Advanced Configuration Scope: Per Sector Presentation Name: Number of Ranging Symbols in a Region Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.36.4 wmanIfBsBwRequestRangingInterval OID: <optional> Type: INTEGER InitialValue: 1,1,1,1 Units: frames Default Value from Standards: 1 Description from Standards: Number of frames between BW Request Ranging region allocations MAXACCESS: read-write


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Range from Standards: INTEGER(1..100) WiMAX Release: WiMAX 1.0 Motorola Default Value: 1 Motorola Range: 1, 2, or 4 frames Category: Advanced Configuration Scope: Per Sector Presentation Name: Bandwidth Request Ranging Interval (frames) Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.36.5 wmanIfBsInitialRangingBackoffStart OID: <optional> Type: INTEGER InitialValue: 2,2,2,2 Default Value from Standards: 2 Description from Standards: Initial backoff window size for initial ranging contention, expressed as a power of 2. The highest order bits shall be unused and set to 0. MAXACCESS: read-write Range from Standards: INTEGER (0..15) WiMAX Release: WiMAX 1.0 Motorola Default Value: 2 Motorola Range: 0..15 Category: Factory Configuration Scope: Per Sector Presentation Name: Initial Ranging Backoff Start Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.36.6 wmanIfBsInitialRangingBackoffEnd OID: <optional> Type: INTEGER InitialValue: 10,10,10,10 Motorola Implementation: IM Rule: wmanIfBsInitialRangingBackoffEnd >= wmanIfBsInitialRangingBackoffStart Default Value from Standards: 10 Description from Standards: Final backoff window size for initial ranging contention, expressed as a power of 2.The highest order bits shall be unused and set to 0. MAXACCESS: read-write Range from Standards: INTEGER (0..15) WiMAX Release: WiMAX 1.0 Motorola Default Value: 10 Motorola Range: 0..15 Category: Factory Configuration Scope: Per Sector Presentation Name: Initial Ranging Backoff End Network Element: BTS


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License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.36.7 wmanIfBsBWReqRangingBackoffStart OID: <optional> Type: INTEGER InitialValue: 2,2,2,2 Default Value from Standards: 2 Description from Standards: Initial backoff window size for periodic ranging contention, expressed as a power of 2.The highest order bits shall be unused and set to 0. MAXACCESS: read-write Range from Standards: INTEGER (0..15) WiMAX Release: WiMAX 1.0 Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.36.8 wmanIfBsBWReqRangingBackoffEnd OID: <optional> Type: INTEGER InitialValue: 10,10,10,10 Motorola Implementation: IM Rule: wmanIfBsBWReqRangingBackoffEnd >= wmanIfBsBWReqRangingBackoffStart Default Value from Standards: 10 Description from Standards: Final backoff window size for periodic ranging contention, expressed as a power of 2. The highest order bits shall be unused and set to 0. MAXACCESS: read-write Range from Standards: INTEGER (0..15) WiMAX Release: WiMAX 1.0 Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.36.9 wmanIfBsRangingFreqOffsetLimit OID: <optional> Type: INTEGER InitialValue: 255,255,255,255 Units: Hz Description from Standards: BS performs Initial Ranging until the MSS transmissions are within the specified frequency offset limit.


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MAXACCESS: read-write Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 1.0 Motorola Default Value: TBD Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.36.10 wmanIfBsRangingTimingOffsetLimit OID: <optional> Type: INTEGER InitialValue: 255,255,255,255 Units: 1/Fs Description from Standards: BS performs Initial Ranging until the MSS transmissions are within the specified timing offset limit. MAXACCESS: read-write Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 1.0 Motorola Default Value: TBD Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.36.11 wmanIfBsHandoverRangingCodes OID: <optional> Type: INTEGER InitialValue: 6,6,6,6 Motorola Implementation: IM rule: The total number of wmanIfBsOfdmaInitRngCodes, wmanIfBsOfdmaPeriodicRngCodes, wmanIfBsOfdmaBWReqCodes, and wmanIfBsHandoverRangingCodes shall be equal to or less than 108. Default Value from Standards: 6 Description from Standards: Number of Handover Ranging CDMA Codes. MAXACCESS: read-only Range from Standards: INTEGER(0..32) WiMAX Release: WiMAX 2.0 Motorola Default Value: 6 Motorola Range: 0..15 Category: Advanced Configuration Scope: Per Sector Presentation Name: Handover Ranging Code Count Network Element: BTS License Required: Mobility Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A


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1.3.36.12 wmanIfBsHoRangingBackoffStart OID: <optional> Type: INTEGER InitialValue: 2,2,2,2 Default Value from Standards: 2 Description from Standards: Initial backoff window size for handover ranging contention, expressed as a power of 2. The highest order bits shall be unused and set to 0. MAXACCESS: read-write Range from Standards: INTEGER (0..15) WiMAX Release: WiMAX 2.0 Motorola Default Value: 2 Motorola Range: (0..15) Category: Factory Configuration Scope: Per Sector Presentation Name: HO Ranging Backoff Start Network Element: BTS License Required: Mobility Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.36.13 wmanIfBsHoRangingBackoffEnd OID: <optional> Type: INTEGER InitialValue: 10,10,10,10 Motorola Implementation: IM rule: (HO_RANGING_BACKOFF_END >= HO_RANGING_BACKOFF_START) Default Value from Standards: 10 Description from Standards: Final backoff window size for handover ranging contention, expressed as a power of 2. The highest order bits shall be unused and set to 0. MAXACCESS: read-write Range from Standards: INTEGER (0..15) WiMAX Release: WiMAX 2.0 Motorola Default Value: 10 Motorola Range: (0..15) Category: Factory Configuration Scope: Per Sector Presentation Name: HO Ranging Backoff End Network Element: BTS License Required: Mobility Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device


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1.3.36.14 wmanIfBsInitialRangingCINRDetectionLevel OID: <optional> Type: INTEGER InitialValue: 3,3,3,3 Units: dB Default Value from Standards: 0 Description from Standards: Minimum SNR required for an initial ranging code or a handover ranging code to be considered invalid. MAXACCESS: read-write Range from Standards: INTEGER (-10..30) WiMAX Release: WiMAX 1.0 Motorola Default Value: 3 dB Motorola Range: -10 to 30 dB Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.36.15 wmanIfBsPeriodicRangingCINRDetectionLevel OID: <optional> Type: INTEGER InitialValue: 0, 0, 0, 0 Default Value from Standards: 0 Description from Standards: SNR required for a periodic ranging code or a BW request ranging code to be considered invalid. MAXACCESS: read-write Range from Standards: INTEGER (-10..30) WiMAX Release: WiMAX 1.0 Motorola Default Value: 0 dB Motorola Range: -10 to 30dB Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.37 wmanIfBsRFMeasurementTable Presentation Name: RF Measurement OID: {wmanIfextMibObjects 10} Stereotype: MIBTable Description from Standards: This table contains information about BS RF measurements. MAXACCESS: (1) REFERENCE: WiMAX Release: WiMAX 1.0


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Task Allocation: <must provide task name>


1.3.37.2 wmanIfBsCQICHMaxLength OID: <optional> Type: INTEGER InitialValue: 8,8,8,8 Units: slots Motorola Implementation: IM rule: when wmanIfBsFFTSize = 512 and wmanIfBsUplinkPermutationType = 1 (UL PUSC1/3), then wmanIfBsCQICHMaxLength must be less than 4 (max of 3). Default Value from Standards: 8 Description from Standards: Maximum number of fast-feedback channel in a single frame. The maximum number of MSS allowed to provide fast-feedback is wmanIfBsCQICHMaxLength times wmanIfBsCQICHMaxPeriod. MAXACCESS: read-write Range from Standards: INTEGER (1..64) WiMAX Release: WiMAX 1.0 Motorola Default Value: 8 Motorola Range: 1..64 Category: Configuration Scope: Per Sector Presentation Name: CQICH Max Length Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.37.3 wmanIfBsCQICHMaxPeriod OID: <optional> Type: INTEGER InitialValue: 3,3,3,3


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Default Value from Standards: 3 Description from Standards: Exponent indicating the number of frames between fast-feedback channel assignments to an individual MSS. Actual period = 2^ wmanIfBsCQICHMaxPeriod. MAXACCESS: read-write Range from Standards: INTEGER (0..3) WiMAX Release: WiMAX 1.0 Motorola Default Value: 3 Motorola Range: 0..3 Category: Configuration Scope: Per Sector Presentation Name: CQICH Max Period Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.37.4 wmanIfBsCQICHDuration OID: <optional> Type: INTEGER InitialValue: 6,6,6,6 Default Value from Standards: 6 Description from Standards: Duration exponent of fast-feedback channel assignment. Actual duration = 10* 2^ wmanIfBsCQICHDuration. MAXACCESS: read-write Range from Standards: INTEGER (0..7) WiMAX Release: WiMAX 1.0 Motorola Default Value: 6 Motorola Range: 0..7, 0 means stop periodic feedback, 7 means continuous feedback. Category: Configuration Scope: Per Sector Presentation Name: CQICH Duration Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.37.5 wmanIfBsCINRMeasurementType OID: <optional> Type: INTEGER InitialValue: 1,1,1,1 Motorola Implementation: IM Rule: If wmanIfBsCINRMeasurementType = 1, then wmanIfBsMapPermutation must equal to 0 If wmanIfBsCINRMeasurementType = 2, then wmanIfBsMapPermutation must equal to 1 If wmanIfBsCINRMeasurementType = 3, no check When wmanIfBsCertWave1 is "On": - Add the additional valid value of "2 = Physical CINR measurement from the preamble for frequency reuse==3 (PUSC1/3)" When wmanIfBsCertWave1 parameter is "Off"


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- Remove the additional valid value of "2 = Physical CINR measurement from the preamble for frequency reuse==3 (PUSC1/3)" The value enetered by the operator is never automatically modified, only the valid values are modified based on the value of wmanIfBsCertWave1. Default Value from Standards: 1 Description from Standards: This configuration parameter describes the type of CINR measurement to report. Defined in the CQICH Allocation IE. Value of 1 (Frequency Reuse factor = 1) - Uses all preamble subcarriers (except guard and DC) to calculate CINR. The unmodulated subcarriers should be considered noise and interference for the CINR estimate. Use with 1x3x1(PUSC1/1 ) or 1x3x3(PUSC1/1) reuse. Value of 2 (Frequency Reuse factor = 3) - The unmodulated subcarriers should be ignored. Use with 1x3x1 (PUSC1/3) reuse. Should apply to the PUSC reuse on the data portion of the frame. Value of 3 Physical CINR from first PUSC non-STC zone using pilots MAXACCESS: read-write Range from Standards: INTEGER(1..3) WiMAX Release: WiMAX 1.0 Motorola Default Value: 1 Motorola Range: 1 = Physical CINR measurement from the preamble for frequency reuse==1 (PUSC 1/1) 2 = Physical CINR measurement from the preamble for frequency reuse==3 (PUSC1/3) 3 = Physical CINR from first PUSC non-STC zone using pilots Category: Advanced Configuration Scope: Per Sector Presentation Name: Physical CINR Measurement Report Type Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.37.6 wmanIfBsNoiseInterferenceAveParam OID: <optional> Type: INTEGER InitialValue: 4,4,4,4 Units: 1/16 Default Value from Standards: 4 Description from Standards: Averaging parameter for UL noise plus interference measurements in the BS. MAXACCESS: read-write Range from Standards: INTEGER (1..16) WiMAX Release: WiMAX 1.0 Motorola Default Value: 4 Motorola Range: 1-16, units are 1/16, (1/16 to 16/16) Category: Configuration Scope: Per Sector Presentation Name: Averaging UL Noise Plus Interference Measurements (x1/16) Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device


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1.3.37.7 wmanIfBsDefaultCINRAveParam OID: <optional> Type: INTEGER InitialValue: 4,4,4,4 Units: 1/16 Default Value from Standards: 4 Description from Standards: Default averaging parameter for physical CINR measurements for CQICH in multiples of 1/16 (range [1/16,16/16], 0x0 for 1/16, 0xF for 16/16). MAXACCESS: read-write Range from Standards: INTEGER (0..15) WiMAX Release: WiMAX 1.0 Motorola Default Value: 4 Motorola Range: 0..15 Category: Configuration Scope: Per Sector Presentation Name: Default Averaging CINR Measurements (x1/16) Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.37.8 wmanIfBsDefaultRSSIAveParam OID: <optional> Type: INTEGER InitialValue: 4,4,4,4 Units: 1/16 Default Value from Standards: 4 Description from Standards: Default averaging parameter for physical RSSI measurements for CQICH, in multiples of 1/16 (range [0,15], 0x0 for 1/16, 0xF for 16/16). MAXACCESS: read-write Range from Standards: INTEGER (0..15) WiMAX Release: WiMAX 1.0 Motorola Default Value: 4 Motorola Range: 0..15 Category: Configuration Scope: Per Sector Presentation Name: Default Averaging RSSI Measurements (x1/16) Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.37.9 wmanIfBsNoiseInterferenceUplinkInterval OID: <optional> Type: INTEGER InitialValue: 50,50,50,50 Units: frames


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Default Value from Standards: 50 Description from Standards: The number of frames between transmissions of the UL noise and interference level IE in the DL-MAP. MAXACCESS: read-write Range from Standards: INTEGER (1..100) WiMAX Release: WiMAX 1.0 Motorola Default Value: 50 Motorola Range: 1 to 100 frames, step size 1 frame Category: Configuration Scope: Per Sector Presentation Name: UL Noise and Interference Level IE Transmission Interval (frames) Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.37.10 wmanIfBsPwrCntrlOffsetPerMss OID: <optional> Type: INTEGER InitialValue: 12,12,12,12 Units: 0.25 dB Default Value from Standards: 12 Description from Standards: The initial MSS power control offset that is controlled by the BS. MAXACCESS: read-write Range from Standards: INTEGER (-80..80) WiMAX Release: WiMAX 1.0 Motorola Default Value: 12, (3 dB) Change to FAC per meeting with Mark Motorola Range: -80 to 80, (-20 to 20 dB), step size 0.25 Category: Factory Configuration Scope: Management Domain Presentation Name: MSS Power Control Offset (dB) Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.37.11 wmanIfBsPwrCntrlThresholdPerMss OID: <optional> Type: INTEGER InitialValue: 3,3,3,3 Units: dB Default Value from Standards: 3 Description from Standards: The magnitude of error allowed on measured UL signal levels compared to expected UL signal levels (using the open loop power control algorithm) before corrections are required using the offset_BSperMS adjustment. MAXACCESS: read-write Range from Standards: INTEGER (0..20) WiMAX Release: WiMAX 1.0 Motorola Default Value: 3


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Motorola Range: 0 to 20, units: dB, step size 1 dB Category: Configuration Scope: Per Sector Presentation Name: MSS Power Control Threshold (dB) Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.37.12 wmanIfBsNormalizedCNSounding OID: <optional> Type: INTEGER InitialValue: 3,3,3,3 Default Value from Standards: 3 Description from Standards: Normalized C/N for channel sounding. Used in open loop and closed loop power control. MAXACCESS: read-write Range from Standards: INTEGER (-16..15) WiMAX Release: WiMAX 1.0 Motorola Default Value: 3 Change to FAC per meeting with Mark M. Motorola Range: -16 to 15, step size 1 Category: Factory Configuration Scope: Management Domain Presentation Name: Normalized C/N for Channel Sounding Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.37.13 wmanIfBsNormalizedCN2 OID: <optional> Type: OCTET STRING Motorola Implementation: Normalized C/N values for open and closed loop power control. First byte: -128..127, remaining nibbles: 0..15->-8..7 (a nibble is 4 bits). First byte is for ACK channel, remaining nibbles correspond to delta value with respect to earlier entry. Each Nibble corresponds to modulation rate described in Table 334 of 802.16 spec. The full list must be provided even if some of the nibbles are not used. The SAD has a detailed example in section 9.1.11.4 for Normalized C/N: - ACK Region = -3 dB - Fast-feedback = 0 dB - CDMA code delta = 3 dB - QPSK 1/3 = 1 (not used but needs to be configured in TLV) - QPSK 1/2 = 5 - QPSK 2/3 = 7 (not used but needs to be configured in TLV) - QPSK 3/4 = 8 - 16-QAM 1/2 = 10 - 16-QAM 2/3 = 14 (not used but needs to be configured in TLV)


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- 16-QAM 3/4 = 14 - 16-QAM 5/6 = 15 (not used but needs to be configured in TLV) - 64-QAM 1/2 = 15 - 64-QAM 2/3 = 18 - 64QAM 3/4 = 19 - 64QAM 5/6 = 21 This list has the absolute values, which should be presented on EMS GUI. But in the configuration file, the delta to the previous entry should be used. For the above example, the following (2's complement) values (after ->) should be in config file: - ACK Region = -3 dB (first byte, absolute) - Fast-feedback = 0->3 dB - CDMA code delta = 3->3 dB - QPSK 1/3 = 1->-2 (2's complement, 0b1110) (not used but needs to be configured in TLV) - QPSK 1/2 = 5->4 (2's complement, 0b0100) - QPSK 2/3 = 7->2 (not used but needs to be configured in TLV) - QPSK 3/4 = 8->1 - 16-QAM 1/2 = 10->2 - 16-QAM 2/3 = 14->4 (not used but needs to be configured in TLV) - 16-QAM 3/4 = 14->0 - 16-QAM 5/6 = 15->1 (not used but needs to be configured in TLV) - 64-QAM 1/2 = 15->0 - 64-QAM 2/3 = 18->3 - 64-QAM 3/4 = 19->1 - 64-QAM 5/6 = 21->2 Description from Standards: Normalized C/N values for open and closed loop power control. First byte: -128 to 127, remaining nibbles: 0-15. First byte is for ACK channel, remaining nibbles correspond to delta value with respect to earlier entry. Each Nibble corresponds to modulation rate described in Table 334 of 802.16 spec. bits0-7:ACK Region bits8-11: Fast-feedback delta from ACK Region bits12-15: CDMA code delta from Fast-feedback bits16-19: QPSK 1/3 delta from CDMA code - not used but needs to be in list bits 20-23: QPSK 1/2 delta from QPSK 1/3 bits 24-27: QPSK 2/3 delta from QPSK 1/2 - not used but needs to be in list bits 28-31: QPSK 3/4 delta fromQPSK 2/3 bits 32-35: 16-QAM 1/2 delta from QPSK 3/4 bits 36-39: 16-QAM 2/3 delta from 16-QAM 1/2 - not used but needs to be listed in TLV bits 40-43: 16-QAM 3/4 delta from 16-QAM 2/3 bits 44-47: 16-QAM 5/6 delta from 16-QAM 3/4 - not used but needs to be in list bits 48-51: 64-QAM 1/2 delta from 16-QAM 5/6 bits 52-55: 64-QAM 2/3 delta from 64-QAM 1/2 bits 56-59: 64QAM 3/4 delta from 64-QAM 2/3 bits 60-63: 64QAM 5/6 delta from 64-QAM 3/4 MAXACCESS: read-write Range from Standards: OCTET STRING (SIZE(8)) WiMAX Release: WiMAX 1.0 Motorola Default Value: The default value is (from table 334 in 802.16d/Cor5): bits 0-7 = 0xFD - ACK Region = -3 dB bits 8-11 = 0x3 - Fast-feedback = 0 dB (=-3+3)


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bits12-15 = 0x3 - CDMA code delta = 3 dB (=0+3) bits16-19 = 0xE (-2) - QPSK-1/3 = 1 dB (=3-2) bits 20-23 = 0x5 - QPSK-1/2 = 6 dB (=1+5) bits 24-29 = 0x2 - QPSK-2/3 = 8 dB (=6+2) bits 28-31 = 0x1 - QPSK 3/4 = 9 dB (=8+1) bits 32-35 = 0x3 - 16-QAM 1/2 = 12 dB (=9+3) bits 36-39 = 0x3 - 16-QAM 2/3 = 15 dB (=12+3) bits 40-43 = 0x0- 16-QAM 3/4 = 15 dB (=15+0) bits 44-47 = 0x3 - 16-QAM 5/6 = 18 dB (=15+3) bits 48-51 = 0x0 - 64-QAM 1/2 = 18 dB(=18+0) bits 52-55 = 0x2 - 64-QAM 2/3 = 20 dB (=18+2) bits 56-59 = 0x1 - 64QAM 3/4 = 21 dB (=20+1) bits 60-63 = 0x2 - 64QAM 5/6 = 23 dB (=21+2) Motorola Range: first byte: -128 .. 127 remaining nibbles: -8..7 Category: Configuration Scope: Per Sector Presentation Name: Normalized C/N Value for Power Control Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: HEX AP Impact: re-init-device

1.3.37.14 wmanIfBsAckConfidenceThreshold OID: <optional> Type: INTEGER InitialValue: 50,50,50,50 Default Value from Standards: 50 Description from Standards: The threshold to determine if the received ACK channel is valid. A NACK is assumed if the confidence parameter is less than this value. MAXACCESS: read-write Range from Standards: INTEGER(1..100) WiMAX Release: WiMAX 1.0 Motorola Default Value: 50 Motorola Range: (0..100) Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.37.15 wmanIfBsFastFeedbackConfidenceThreshold OID: <optional> Type: INTEGER InitialValue: 70,70,70,70 Default Value from Standards: 70 Description from Standards: The threshold to determine if the received fast-feedback channel is valid. A fast-feedback response is discarded if the confidence parameter is less than this value


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MAXACCESS: read-write Range from Standards: INTEGER(0..100) WiMAX Release: WiMAX 1.0 Motorola Default Value: 70 Motorola Range: (0..100) Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.37.16 wmanIfBsDlStcCINRMeasurementType OID: <optional> Type: INTEGER Motorola Implementation: When wmanIfBsCertWave1 is "On": - Add the additional valid value of "2 = Physical CINR measurement from the preamble for frequency reuse==3 (PUSC1/3)" When wmanIfBsCertWave1 parameter is "Off" - Remove the additional valid value of "2 = Physical CINR measurement from the preamble for frequency reuse==3 (PUSC1/3)" The value enetered by the operator is never automatically modified, only the valid values are modified based on the value of wmanIfBsCertWave1. Default Value from Standards: 1 Description from Standards: This is the DL CINR type assigned to MS that will use MIMO and/or Alamouti. Value of 1 (Frequency Reuse factor = 1) - Uses all preamble subcarriers (except guard and DC) to calculate CINR. The unmodulated subcarriers should be considered noise and interference for the CINR estimate. Use with 1x3x1(PUSC1/1 ) or 1x3x3(PUSC1/1) reuse. Value of 2 (Frequency Reuse factor = 3) - The unmodulated subcarriers should be ignored. Use with 1x3x1 (PUSC1/3) reuse. Should apply to the PUSC reuse on the data portion of the frame. Value of 3 Physical CINR from first PUSC non-STC zone using pilots Value of 4 Physical CINR from PUSC STC zone using pilots MAXACCESS: read-write Range from Standards: INTEGER (1..3) WiMAX Release: WiMAX 2.5 Motorola Default Value: 1 Motorola Range: 1 = Physical CINR measurement from the preamble for frequency reuse==1 (PUSC 1/1) 2 = Physical CINR measurement from the preamble for frequency reuse==3 (PUSC1/3) (test only) 3 = Physical CINR from first PUSC non-STC zone using pilots 4 = Physical CINR from PUSC STC zone using pilots Category: Advanced Configuration Scope: Per Sector Presentation Name: DL CINR Type for MSS using MIMO and/or Alamouti Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device


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1.3.38 wmanIfBsSleepModeTable OID: { wmanIfextMibObjects 3 } Stereotype: MIBTable Description from Standards: This table contains BS sleep mode information. MAXACCESS: (1) REFERENCE: WiMAX Release: WiMAX 2.0 Task Allocation: <must provide task name>


1.3.38.2 wmanIfBsMaxInitSleepWindow OID: <optional> Type: INTEGER InitialValue: 256,256,256,256 Units: frames Default Value from Standards: 256 Description from Standards: The maximum initial sleeping window allowed for the MSS. MAXACCESS: read-write Range from Standards: INTEGER (2..256) WiMAX Release: WiMAX 2.0 Motorola Default Value: 256 Motorola Range: 2 - 256, unit = frames Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device


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1.3.38.3 wmanIfBsMaxFinalSleepBase OID: <optional> Type: INTEGER InitialValue: 1024,1024,1024,1024 Units: frames Default Value from Standards: 1024 Description from Standards: The maximum final sleeping window base allowed for the MSS. MAXACCESS: read-write Range from Standards: INTEGER (1..1024) WiMAX Release: WiMAX 2.0 Motorola Default Value: 1024 Motorola Range: 1 - 1024, unit = frames Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.38.4 wmanIfBsMaxFinalSleepExponent OID: <optional> Type: INTEGER InitialValue: 7,7,7,7 Units: frames Default Value from Standards: 7 Description from Standards: The maximum final sleeping window exponent allowed for the MSS. MAXACCESS: read-write Range from Standards: INTEGER (0..7) WiMAX Release: WiMAX 2.0 Motorola Default Value: 7 Motorola Range: 0 - 7, unit = frames Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.38.5 wmanIfBsMinSleepListenInterval OID: <optional> Type: INTEGER InitialValue: 2,2,2,2 Units: frames Default Value from Standards: 2 Description from Standards: The minimum number of frames that the MS must listen during sleep mode. MAXACCESS: read-write Range from Standards: INTEGER (2..64) WiMAX Release: WiMAX 2.0 Motorola Default Value: 2


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Motorola Range: 2 - 64, unit = frames Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.38.6 wmanIfBsMaxSleepListenInterval OID: <optional> Type: INTEGER InitialValue: 64,64,64,64 Units: frames Default Value from Standards: 64 Description from Standards: The maximum number of frames that the MS must listen during sleep mode. MAXACCESS: read-write Range from Standards: INTEGER (2..255) WiMAX Release: WiMAX 2.0 Motorola Default Value: 64 Motorola Range: 2 - 255, unit = frames Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: re-init-device

1.3.39 wmanIfBsPhyTable Presentation Name: AP Physical Information OID: {wmanIfextMibObjects 9} The current WiMAX Forum Mobile Certification Profile provides the following Band Class related information: Band Class: A BAND CLASS is a range of carrier frequencies and duplex arrangement. A BAND CLASS may encompass a frequency allocation defined in common by multiple granting authorities. BAND CLASS does not imply a particular operating bandwidth or frequency raster. Bandwidth Certification Group (BCG): The combination of a BAND CLASS, set of required channel bandwidths and frequency raster is a BANDWIDTH CERTIFICATION GROUP. MS compliance is granted based on correct operation over all channel bandwidths defined by the BCG. BS compliance is granted based on correct operation over at least one channel bandwidth within the BCG. The following terminology is used to identify various Bandwidth Certification Groups: [band class].[BCG extension] where “band class” is the subject band class number and “BCG extension” is a letter representing a specific bandwidth certification group applicable to all bandwidth in the BCG. The following table contains the current Certification Profile Recommendation.


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For Band Class 5 (A, B, C), compliance with either frequency ranges listed below or combined frequency range suffices certification requirement. • BC-5L: 3.4-3.6 GHz (Lower) • BC-5H: 3.6-3.8 GHz (Upper) Band Class Spectrum Range (GHz) Bandwidth Certification Group Code (BCG) BW (MHZ) 1 2.3-2.4 8.75 1.A 5 AND 10 1.B 2 2.305-2.320, 2.345-2.360 3.5 2.A 5 2.B 10 2.C 3 2.496-2.69 5 AND 10 3.A 4 3.3-3.4 5 4.A 7 4.B 10 4.C 5 3.4-3.8 5 5.A 7 5.B 10 5.C WMX 1.0/2.0 supported band classes: 1.B, 3.A, 5L.A, 5L.B. New band classes expected to support in WMX 3.0: 1.B, 2.A, 2.B, 2.C, 4.A. Stereotype: MIBTable Description from Standards: This table contains common PHY layer information. MAXACCESS: (1) REFERENCE: WiMAX Release: WiMAX 1.0 Task Allocation: <must provide task name>

1.3.39.1 ifIndex OID: <optional> Type: InterfaceIndex InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 1.0


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Presentation Name: Sector License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.39.2 wmanIfBsDownlinkUplinkRatio OID: <optional> Type: INTEGER InitialValue: 1,1,1,1 Default Value from Standards: 1 Description from Standards: Allocation Ratio for DL & UL subframes. Varies the channel bandwidth from DL-centric to UL-centric. MAXACCESS: read-write Range from Standards: INTEGER(1..3) WiMAX Release: WiMAX 1.0 Motorola Default Value: 1 Motorola Range: DL / UL % 1 = Highest DL BW 2 = High DL BW 3 = Medium DL BW Category: Advanced Configuration Scope: Per BTS Presentation Name: Allocation Ratio for DL & UL Subframes Network Element: BTS License Required: Not Required Task Allocation: ap_MAC Octet String Subtype: N/A AP Impact: re-init-device

1.3.39.3 wmanIfBsChannelBW OID: <optional> Type: INTEGER InitialValue: 4,4,4,4 Motorola Implementation: Although value 1 (3.5 MHz) and 5 (8.75 MHz) are included in the value range, they should not be used for current releases. IM Rules: IF (wmanIfBsRFBand=1 (2.3GHz)) THEN only allows values 2 (5 MHz) or 4 (10 MHz) for wmanIfBsChannelBW. IF (wmanIfBsRFBand=2 (2.5 GHz)) THEN only allows value 2 (5 MHz) or 4 (10 MHz) for wmanIfBsChannelBW. IF (wmanIfBsRFBand=3 (3.5 GHz)) THEN only allows value 2 (5 MHz) or 3 (7 MHz) for wmanIfBsChannelBW. Default Value from Standards: 4 Description from Standards: Channel Bandwidth. 1 = 3.5 MHz, 2 = 5 MHz, 3 = 7 MHz, 4 = 10 MHz, 5 = 8.75 MHz MAXACCESS: read-write Range from Standards: INTEGER (1..5) WiMAX Release: WiMAX 1.0 Motorola Default Value: 4 Motorola Range: 2 = 5 MHz 3 = 7 MHz


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4 = 10 MHz Category: Advanced Configuration Scope: Per BTS Presentation Name: Channel Bandwidth Network Element: BTS License Required: Not Required Task Allocation: ap_MAC Octet String Subtype: N/A AP Impact: re-init-device

1.3.39.4 wmanIfBsAvgTxPower OID: <optional> Type: INTEGER InitialValue: 30,30,30,30 Units: dBm Default Value from Standards: 30 Description from Standards: BS average transmit power per antenna. MAXACCESS: read-write Range from Standards: INTEGER (20..41) WiMAX Release: WiMAX 1.0 Motorola Default Value: 30 Motorola Range: 20..41 (step size = 1) Category: Advanced Configuration Scope: Per Sector Presentation Name: Average Transmit Power Per Antenna (dBm) Network Element: BTS License Required: Not Required Task Allocation: ap_MAC Octet String Subtype: N/A AP Impact: re-init-device

1.3.39.5 wmanIfBsFFTSize OID: <optional> Type: INTEGER InitialValue: 1024,1024,1024,1024 Default Value from Standards: 1024 Description from Standards: FFT Size for the selected channel BW. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 1024 Motorola Range: IF (wmanIfBsChannelBW = [1 | 2]) THEN 512 IF (wmanIfBsChannelBW = [3 | 4]) THEN 1024 Category: Derived Value Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_MAC Octet String Subtype: N/A AP Impact: re-init-device


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1.3.39.6 wmanIfBsRFBand OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: Defines the RF band capability of the BS hardware. MAXACCESS: read-write Range from Standards: INTEGER (1..5) WiMAX Release: WiMAX 1.0 Motorola Range: 1 = 2.3 GHz 2 = 2.5 GHz 3 = 3.5 GHz Category: Configuration Scope: Per BTS Presentation Name: RF Band Network Element: BTS License Required: Not Required Task Allocation: ap_MAC Octet String Subtype: N/A AP Impact: re-init-device

1.3.40 wmanIfBsSchedulerTable Presentation Name: AP Scheduler Information OID: {wmanIfextMibObjects 11} Stereotype: MIBTable Description from Standards: This table contains BS scheduler information. MAXACCESS: (1) REFERENCE: WiMAX Release: WiMAX 1.0 Task Allocation: <must provide task name>



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1.3.40.2 wmanIfBsSchedulerAlpha OID: <optional> Type: INTEGER InitialValue: 960 (0.96),960 (0.96),960 (0.96),960 (0.96) Units: 0.001 Default Value from Standards: 960 Description from Standards: Scheduler parameter that controls the bias based on relative throughput per MSS. MAXACCESS: read-write Range from Standards: INTEGER(0..1000) WiMAX Release: WiMAX 1.0 Motorola Default Value: 960 (0.96) Motorola Range: 0 - 1000 units of 0.001 Category: Configuration Scope: Per Sector Presentation Name: Scheduler Alpha (0.001) Network Element: BTS License Required: Not Required Task Allocation: ap_MAC Octet String Subtype: N/A AP Impact: re-init-device

1.3.40.3 wmanIfBsSchedulerBeta OID: <optional> Type: INTEGER InitialValue: 375,375,375,375 Units: 0.001 Default Value from Standards: 375 Description from Standards: Scheduler parameter that controls the bias based on MSS CINR. MAXACCESS: read-write Range from Standards: INTEGER(0..1000) WiMAX Release: WiMAX 1.0 Motorola Default Value: 375 Motorola Range: 0 - 1000 units of 0.001 Category: Configuration Scope: Per Sector Presentation Name: Scheduler Beta (0.001) Network Element: BTS License Required: Not Required Task Allocation: ap_MAC Octet String Subtype: N/A AP Impact: re-init-device

1.3.40.4 wmanIfBsSchedulerCINROffset OID: <optional> Type: INTEGER InitialValue: 30,30,30,30 Units: 0.1dB Default Value from Standards: 30


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Description from Standards: Scheduler CINR margin that is applied to DL modulation/coding rate selection. This includes variations from fast fading and measurement inaccuracy. Negative offsets are to be used to make the MCS selection more conservative, positive to be more aggressive MAXACCESS: read-write Range from Standards: INTEGER(-100..100) WiMAX Release: WiMAX 1.0 Motorola Default Value: 30 Motorola Range: (-100, 100) units of 0.1 dB Category: Configuration Scope: Per Sector Presentation Name: Schedule CINR Offset (0.1dB) Network Element: BTS License Required: Not Required Task Allocation: ap_MAC Octet String Subtype: N/A AP Impact: re-init-device

1.3.40.5 wmanIfBsSchedulerDownlinkMCS OID: <optional> Type: INTEGER InitialValue: 0,0,0,0 Default Value from Standards: 0 Description from Standards: For testing purposes, a manual override of modulation/coding rates is provided for DL. MAXACCESS: read-write Range from Standards: INTEGER(0..13) WiMAX Release: WiMAX 1.0 Motorola Default Value: 0 = MCS automatically selected Motorola Range: 0 = MCS automatically selected 1 = QPSK-1/2, CTC 2 = QPSK-3/4, CTC 3 = 16QAM-1/2, CTC 4 = 16QAM-3/4, CTC 5 = 64QAM-1/2, CTC 6 = 64QAM-2/3, CTC 7 = 64QAM-3/4, CTC 8 = 64QAM-5/6, CTC 9 = QPSK-1/2, CTC, repetition 2 10 = QPSK-1/2, CTC, repetition 4 11 = QPSK-1/2, CTC, repetition 6 Category: Factory Configuration Scope: Management Domain Presentation Name: Scheduler Downlink MCS Network Element: BTS License Required: Not Required Task Allocation: ap_MAC Octet String Subtype: N/A AP Impact: re-init-device


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1.3.40.6 wmanIfBsSchedulerUplinkMCS OID: <optional> Type: INTEGER InitialValue: 0,0,0,0 Default Value from Standards: 0 Description from Standards: For testing purposes, a manual override of modulation/coding rates is provided for UL. MAXACCESS: read-write Range from Standards: INTEGER(0..8) WiMAX Release: WiMAX 1.0 Motorola Default Value: 0 = MCS automatically selected Motorola Range: 0 = MCS automatically selected 1 = QPSK-1/2, CTC 2 = QPSK-3/4, CTC 3 = 16QAM-1/2, CTC 4 = 16QAM-3/4, CTC 5 = QPSK-1/2, CTC, repetition 2 6 = QPSK-1/2, CTC, repetition 4 7 = QPSK-1/2, CTC, repetition 6 Category: Factory Configuration Scope: Management Domain Presentation Name: Schedule Uplink MCS Network Element: BTS License Required: Not Required Task Allocation: ap_MAC Octet String Subtype: N/A AP Impact: re-init-device

1.3.40.7 wmanIfBsMapCodingType OID: <optional> Type: INTEGER InitialValue: 0,0,0,0 Default Value from Standards: 0 Description from Standards: The type of coding used on the MAP. MAXACCESS: read-write Range from Standards: INTEGER { ctc(0), cc(1) } WiMAX Release: WiMAX 1.0 Motorola Default Value: 0 Motorola Range: 0 = CTC 1 = CC Category: Factory Configuration Scope: Per Sector Presentation Name: MAP Coding Type Network Element: BTS License Required: Not Required Task Allocation: ap_MAC Octet String Subtype: N/A AP Impact: re-init-device

1.3.40.8 wmanIfBsMapCodingRate OID: <optional>


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Type: INTEGER InitialValue: 1,1,1,1 Default Value from Standards: 1 Description from Standards: The coding rate and repetition used on the MAP. MAXACCESS: read-write Range from Standards: INTEGER (0..3) WiMAX Release: WiMAX 1.0 Motorola Default Value: 1 Motorola Range: 0 = QPSK-1/2, No repetition coding 1 = QPSK-1/2, Repetition coding of 2 2 = QPSK-1/2, Repetition coding of 4 3 = QPSK-1/2, Repetition coding of 6 Category: Advanced Configuration Scope: Per Sector Presentation Name: MAP Coding Rate Network Element: BTS License Required: Not Required Task Allocation: ap_MAC Octet String Subtype: N/A AP Impact: re-init-device

1.3.40.9 wmanIfBsMapDiversityType OID: <optional> Type: INTEGER InitialValue: 1,1,1,1 Default Value from Standards: 1 Description from Standards: The type of transmit diversity used on the MAP. MAXACCESS: read-write Range from Standards: INTEGER { none(0), cyclicShift(1) } WiMAX Release: WiMAX 1.0 Motorola Default Value: 1 Motorola Range: 0 = none 1 = cyclic shift Category: Factory Configuration Scope: Per Sector Presentation Name: MAP Diversity Type Network Element: BTS License Required: Not Required Task Allocation: ap_MAC Octet String Subtype: N/A AP Impact: re-init-device

1.3.40.10 wmanIfBsMapPermutation OID: <optional> Type: INTEGER InitialValue: 0,0,0,0 Motorola Implementation: IM Rule: When wmanIfBsCertWave1 is "On": - Add the additional valid value of "1= PUSC 1/3" When wmanIfBsCertWave1 parameter is "Off":


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- Remove the additional valid value of "1 = PUSC 1/3" The value entered by the operator is never automatically modified, only the valid values are modified based on the value of wmanIfBsCertWave1. Default Value from Standards: 0 Description from Standards: The type of permutation used on the MAP. In PUSC 1/3, 1/3 of the subchannels are used in the sector. In PUSC 1/1 all subchannels are used in the sector MAXACCESS: read-write Range from Standards: INTEGER { puscFull(0), puscOneThird(1) } WiMAX Release: WiMAX 1.0 Motorola Default Value: 0 Motorola Range: 0 = PUSC - all subchannels 1 = PUSC 1/3 Category: Advanced Configuration Scope: Per Sector Presentation Name: MAP Permutation Network Element: BTS License Required: Not Required Task Allocation: ap_MAC Octet String Subtype: N/A AP Impact: re-init-device

1.3.40.11 wmanIfBsBroadcastCodingType OID: <optional> Type: INTEGER InitialValue: 0,0,0,0 Default Value from Standards: 0 Description from Standards: The type of coding used for broadcast messages. MAXACCESS: read-write Range from Standards: INTEGER { ctc(0), cc(1)} WiMAX Release: WiMAX 1.0 Motorola Default Value: 0 Motorola Range: 0 = CTC 1 = CC Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_MAC Octet String Subtype: N/A AP Impact: re-init-device

1.3.40.12 wmanIfBsBroadcastCodingRate OID: <optional> Type: INTEGER InitialValue: 1,1,1,1 Default Value from Standards: 1 Description from Standards: The coding rate and repetition used for broadcast messages. MAXACCESS: read-write Range from Standards: INTEGER (0..3) WiMAX Release: WiMAX 1.0 Motorola Default Value: 1


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Motorola Range: 0 = QPSK-1/2, No repetition coding 1 = QPSK-1/2, Repetition coding of 2 2 = QPSK-1/2, Repetition coding of 4 3 = QPSK-1/2, Repetition coding of 6 Category: Advanced Configuration Scope: Per Sector Presentation Name: Broadcast Coding Rate Network Element: BTS License Required: Not Required Task Allocation: ap_MAC Octet String Subtype: N/A AP Impact: re-init-device

1.3.40.13 wmanIfBsBroadcastDiversityType OID: <optional> Type: INTEGER InitialValue: 1,1,1,1 Default Value from Standards: 1 Description from Standards: The type of transmit diversity used for broadcast messages. MAXACCESS: read-write Range from Standards: INTEGER { none(0), cyclicShift(1) } WiMAX Release: WiMAX 1.0 Motorola Default Value: 1 Motorola Range: 0 = none 1 = cyclic shift Category: Factory Configuration Scope: Per Sector Presentation Name: Broadcast Diversity Type Network Element: BTS License Required: Not Required Task Allocation: ap_MAC Octet String Subtype: N/A AP Impact: re-init-device

1.3.40.14 wmanIfBsBroadcastPermutation OID: <optional> Type: INTEGER InitialValue: ,,, Motorola Implementation: derived from wmanIfBsMapPermutation Default Value from Standards: 0 Description from Standards: The type of permutation used for broadcast messages. In PUSC 1/3, 1/3 of the subchannels are used in the sector. In PUSC-1/1 all subchannels are used in the sector. MAXACCESS: read-write Range from Standards: INTEGER { all(0), pOneThird(1) } WiMAX Release: WiMAX 1.0 Category: Derived Value Scope: Per Sector Presentation Name: Broadcast Permutation Network Element: BTS License Required: Not Required Task Allocation: ap_MAC Octet String Subtype: N/A


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1.3.40.15 wmanIfBsNumberDownlinkUnicastZones OID: <optional> Type: INTEGER InitialValue: 1,1,1,1 Default Value from Standards: 1 Description from Standards: Number of zones for DL unicast bursts. For future use. Only allow 1 zone in WMX1.0/2.0. MAXACCESS: read-write Range from Standards: INTEGER(1..1) WiMAX Release: WiMAX 1.0 Motorola Default Value: 1 Motorola Range: 1 Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_MAC Octet String Subtype: N/A AP Impact: re-init-device

1.3.40.16 wmanIfBsDownlinkUnicastZone1DiversityType OID: <optional> Type: INTEGER InitialValue: 1,1,1,1 Motorola Implementation: EMS GUI shall greyout or not display following choices: 3 = MIMO-B and Alamouti 4 = TxAA (EBF only) 5= TxAA (EBF and MRT) IM rules: When the wmanIfBsDownlinkUnicastZone1PermutationType is set to 2 (FUSC), the wmanIfBsDownlinkUnicastZone1DiversityType cannot be set to 2 (Alamouti), 3 (MIMO-B and Alamouti), 4 (EBF), or 5 (MRT), and can only be set to 0 (none) or 1 (cyclic shift). Default Value from Standards: 1 Description from Standards: The type of transmit diversity used for DL Zone 1. Note that a value of 4 indicates the use of TxAA for EBF only. In this case, no sounding symbol is needed. A value of 5 indicates the BS supports both versions of TxAA, EBF and MRT, and a sounding symbol is required in the UL frame. MAXACCESS: read-write Range from Standards: INTEGER { none(0), cyclicShift(1), alamouti(2), mimoBAndAlamouti(3), txAAEBF(4), txAAEBFMRT(5) } WiMAX Release: WiMAX 1.0 Motorola Default Value: 1 Motorola Range: 0 = none 1 = cyclic shift


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2 = Alamouti (Matrix A) Category: Advanced Configuration Scope: Per Sector Presentation Name: Downlink Zone 1 Diversity Type Network Element: BTS License Required: Not Required Task Allocation: ap_MAC Octet String Subtype: N/A AP Impact: re-init-device

1.3.40.17 wmanIfBsDownlinkUnicastZone1PermutationType OID: <optional> Type: INTEGER InitialValue: ,,, Motorola Implementation: IM rules: wmanIfBsDownlinkUnicastZone1PermutationType can be 2 (FUSC) only if wmanIfBsDownlinkUnicastZone1DiversityType equals 0 (none) or 1 (cyclic shift). When the wmanIfBsDownlinkUnicastZone1PermutationType is set to 2 (FUSC), the wmanIfBsMapMessageType cannot be set to 2 (compressed MAP with compressed Sub-MAPs). When the wmanIfBsDownlinkUnicastZone1PermutationType is set to 2 (FUSC), the wmanIfBsDownlinkUnicastZone1DiversityType cannot be set to 2 (Alamouti), 3 (MIMO-B and Alamouti), 4 (EBF), or 5 (MRT), and can only be set to 1 (none) or 2 (cyclic shift). When wmanIfBsCertWave1 is "On": - Add the additional valid value of "1= PUSC 1/3" When wmanIfBsCertWave1 parameter is "Off": - Remove the additional valid value of "1 = PUSC 1/3" When wmanIfBsCertWave1 is "On": - Add the additional valid value of "2 = FUSC" When wmanIfBsCertWave1 parameter is "Off" - Remove the additional valid value of "2 = FUSC" The value entered by the operator is never automatically modified, only the valid values are modified based on the value of wmanIfBsCertWave1. Default Value from Standards: 1 Description from Standards: The type of permutation used for DL Zone 1. In PUSC1/3, 1/3 of the subchannels are used in the sector. MAXACCESS: read-write Range from Standards: INTEGER { puscFull(0), puscOneThird(1), fusc(2) } WiMAX Release: WiMAX 1.0 Category: Advanced Configuration Scope: Per Sector Presentation Name: Downlink Zone 1 Permutation Type Network Element: BTS License Required: Not Required Task Allocation: ap_MAC


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1.3.40.18 wmanIfBsNumberUplinkUnicastZones OID: <optional> Type: INTEGER InitialValue: 1,1,1,1 Default Value from Standards: 1 Description from Standards: Number of zones for UL unicast bursts. For future use. Only allow 1 zone in WMX1.0/2.0. MAXACCESS: read-write Range from Standards: INTEGER(1..1) WiMAX Release: WiMAX 1.0 Motorola Default Value: 1 Motorola Range: 1 Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_MAC Octet String Subtype: N/A AP Impact: re-init-device

1.3.40.19 wmanIfBsUplinkPermutationType OID: <optional> Type: INTEGER InitialValue: ,,, Motorola Implementation: derived from wmanIfBsMapPermutation. IM rule: wmanIfBsUplinkPermutationType must be 0 if wmanIfBsChannelBW= 1 (3.5 MHz). Default Value from Standards: 0 Description from Standards: The type of permutation used for UL. MAXACCESS: read-write Range from Standards: INTEGER { puscFull(0), puscOneThird(1) } WiMAX Release: WiMAX 1.0 Category: Derived Value Scope: Per Sector Presentation Name: PUSC Uplink Permutation Type Network Element: BTS License Required: Not Required Task Allocation: ap_MAC Octet String Subtype: N/A AP Impact: re-init-device

1.3.40.20 wmanIfBsMapMessageType OID: <optional> Type: INTEGER InitialValue: 0,0,0,0


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Motorola Implementation: Note: In WMX1.0/2.0, only the compressed MAP will be used. The Normal MAP and compressed MAP with compressed Sub-MAPs may be needed later for WiMAX certification and testing purposes. IM Rules: When wmanIfBsMapMessageType is set to 2 (compressed MAP with compressed Sub-MAPs), the wmanIfBsDownlinkUnicastZone1PermutationType cannot be set to 2 (FUSC). When wmanIfBsMapMessageType is set to 2 (compressed MAP with compressed Sub-MAPs), the wmanIfBsDownlinkUnicastZone1DiversityType cannot be set to 2 (Alamouti), 3 (MIMO-B and Alamouti), 4 (EBF), or 5 (MRT), and can only be set to 1 (none) or 2 (cyclic shift). When wmanIfBsCertWave1 is "On": - Add the additional valid value of "2 = compressed MAP with compressed Sub-MAPs" When wmanIfBsCertWave1 parameter is "Off" - Remove the additional valid value of "2 = compressed MAP with compressed Sub-MAPs" The value entered by the operator is never automatically modified, only the valid values are modified based on the value of wmanIfBsCertWave1. Default Value from Standards: 0 Description from Standards: The type MAP to be used in each frame. MAXACCESS: read-write Range from Standards: INTEGER (0..2) WiMAX Release: WiMAX 1.0 Motorola Default Value: 0 Motorola Range: 0 = compressed MAP 1 = Normal Map 2 = compressed MAP with compressed Sub-MAPs Category: Factory Configuration Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_MAC Octet String Subtype: N/A AP Impact: re-init-device

1.3.40.21 wmanIfBsRepRspTimer OID: <optional> Type: INTEGER InitialValue: ,,, Units: ms Motorola Implementation: Default Value from Standards: 50 Description from Standards: The time (in units of ms) for the BS to wait for a REP_RSP from the MS during BS-initated Channel Measurement Report. MAXACCESS: read-write Range from Standards: INTEGER(0..200) WiMAX Release: WiMAX 1.0 Category: Configuration


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Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_MAC Octet String Subtype: N/A AP Impact: re-init-device

1.3.40.22 wmanIfBsCirStartPoint OID: <optional> Type: INTEGER InitialValue: 30,30,30,30 Units: percent Default Value from Standards: 30 Description from Standards: Provides starting point for division between Committed info rate (CIR) (BE, NrtPS, rtPS) and Constant Bit Rate CBR (UGS and ErtPS) in UL frame. 100 = use entire frame for CIR; 0 = use none of the UL frame for CIR. AP Scheduler uses this as the starting point for allocations and may make additional adjustments based on traffic demands. MAXACCESS: read-write Range from Standards: INTEGER (0 …100) WiMAX Release: WiMAX 2.5 Motorola Default Value: 30 Motorola Range: (0..100) Category: Advanced Configuration Scope: Per Sector Presentation Name: Starting point for CIR allocations in UL frame Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.40.23 wmanIfBsSdmaAllocationStartPoint OID: <optional> Type: INTEGER InitialValue: 50,50,50,50 Units: percent Default Value from Standards: 50 Description from Standards: Provides starting point for division in UL frame between SDMA allocations and non-SDMA allocations. 100 = use entire UL frame for SDMA; 0 = use entire UL frame for non-SDMA. AP Scheduler uses this as the starting point for allocations and may make additional adjustments based on traffic demands. MAXACCESS: read-write Range from Standards: INTEGER (0 …100) WiMAX Release: WiMAX 2.5 Motorola Default Value: 50 Motorola Range: (0..100) Category: Advanced Configuration


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Scope: Per Sector Presentation Name: Starting point for SDMA allocations in UL frame Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.41 wmanIfBsAcBandwidthTable Presentation Name: Admission Control Bandwidth OID: { wmanIfextMibObjects 5 } In order to prevent the system from allocating all of its bandwidth to service flows with commitments (such as VoIP), and causing a situation where there is not enough bandwidth for handovers, paging, and best-effort flows, a certain percentage of bandwidth can be reserved for admission control in the NMS for the BS. Note that over-the-air bandwidth available may not be directly matched to backhaul bandwidth. However, AC is only for transport connections (which implies data sent over the air is also sent over the backhaul) and the same% can be applied to both air and backhaul admission. Separate parameters may be defined for UL and DL directions as the overhead and channel utilizations may differ based on UL:DL ratio. Stereotype: MIBTable Description from Standards: MAXACCESS: REFERENCE: WiMAX Release: WiMAX 1.0 Network Element: BTS Task Allocation: <must provide task name>



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1.3.41.2 wmanIfBsPcntAcBandwidthDl OID: <optional> Type: INTEGER InitialValue: ,,, Units: % Default Value from Standards: 95 Description from Standards: Percentage of Bandwidth Reserved for AC DL. MAXACCESS: read-write Range from Standards: INTEGER (0..100) WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per BTS Presentation Name: Reserved % Bandwidth for Admission Control DL Network Element: BTS License Required: Not Required Octet String Subtype: N/A AP Impact: re-init-device

1.3.41.3 wmanIfBsPcntAcBandwidthUl OID: <optional> Type: INTEGER InitialValue: ,,, Units: % Default Value from Standards: 95 Description from Standards: Percentage of Bandwidth Reserved for AC UL. MAXACCESS: read-write Range from Standards: INTEGER (0..100) WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per BTS Presentation Name: Reserved % Bandwidth for Admission Control UL Network Element: BTS License Required: Not Required Octet String Subtype: N/A AP Impact: re-init-device

1.3.42 wmanIfBsBackhaulBandwidthTable Presentation Name: Total AP Backhaul Bandwidth for BRM OID: { wmanIfextMibObjects 6 } This total backhaul bandwidth allocated to a AP for use by BRM. Stereotype: MIBTable Description from Standards: MAXACCESS: REFERENCE: WiMAX Release: WiMAX 1.0 Network Element: BTS Task Allocation: <must provide task name>


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1.3.42.2 wmanIfBsAggBackhaulBandwidthUl OID: <optional> Type: INTEGER InitialValue: ,,, Units: KBps Default Value from Standards: 1000000 Description from Standards: This total backhaul bandwidth allocated to a BS for use by BRM for downlink. MAXACCESS: read-write Range from Standards: INTEGER (0..1000000) WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per BTS Presentation Name: Site Backhaul Bandwidth for use by BRM UL (KBps) Network Element: BTS License Required: Not Required Octet String Subtype: N/A AP Impact: re-init-device

1.3.42.3 wmanIfBsAggBackhaulBandwidthDl OID: <optional> Type: INTEGER InitialValue: ,,, Units: KBps Default Value from Standards: 1000000 Description from Standards: This total backhaul bandwidth allocated to a BS for use by BRM for downlink. MAXACCESS: read-write Range from Standards: INTEGER (0..1000000) WiMAX Release: WiMAX 1.0 Category: Configuration


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Scope: Per BTS Presentation Name: Site Backhaul Bandwidth for use by BRM DL (KBps) Network Element: BTS License Required: Not Required Octet String Subtype: N/A AP Impact: re-init-device

1.3.43 wmanIfBsNetworkSignalingTrafficPriorityTable Presentation Name: Network Signaling Traffic Priority Relative to Bearer OID: { wmanIfextMibObjects 4 } Configuration for Network Signaling Plane Traffic In order to ensure that network signaling traffic(i.e., traffic that is not is part of a 802.16 service flows) can be tuned relative to bearer traffic, configurable parameters will be added to the CAPC, BTS, and NMS/DMS. It is currently expected that OAM traffic will be prioritized below other network traffic types. The user is expected to assign VLAN priority tags at the EMS for each of the three kinds of traffic: O&M Real Time Non Real Time Stereotype: MIBTable Description from Standards: MAXACCESS: REFERENCE: WiMAX Release: WiMAX 1.0 Network Element: BTS & CAPC Task Allocation: capcComm

1.3.43.1 ifIndex OID: <optional> Type: InterfaceIndex InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 1.0 Presentation Name: BTS-->Sector CAPC-->Paging Controller License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device


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1.3.43.2 wmanIfBsNetworkTrafficClassOAM OID: <optional> Type: INTEGER InitialValue: 0,0,0,0 Units: Default Value from Standards: 2 Description from Standards: OAM traffic(e.g config download, statistics etc). MAXACCESS: read-write Range from Standards: INTEGER (0..7) WiMAX Release: WiMAX 1.0 Motorola Default Value: 0 Category: Configuration Scope: Management Domain Network Element: BTS & CAPC License Required: Not Required Octet String Subtype: N/A AP Impact: re-init-device

1.3.43.3 wmanIfBsNetworkTrafficClassRt OID: <optional> Type: INTEGER InitialValue: ,,, Units: Default Value from Standards: 6 Description from Standards: High priority network traffic. MAXACCESS: read-write Range from Standards: INTEGER (0..7) WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Management Domain Network Element: BTS & CAPC License Required: Not Required Octet String Subtype: N/A AP Impact: re-init-device

1.3.43.4 wmanIfBsNetworkTrafficClassNrt OID: <optional> Type: INTEGER InitialValue: ,,, Units: Default Value from Standards: 4 Description from Standards: Low priority network traffic. MAXACCESS: read-write Range from Standards: INTEGER (0..7) WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Management Domain Network Element: BTS & CAPC License Required: Not Required Octet String Subtype: N/A


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1.3.43.5 wmanIfBsNetworkTrafficClassRowStatus OID: <optional> Type: RowStatus InitialValue: ,,, Motorola Implementation: Row status to support insert/delete operations to this table. Description from Standards: This object is used to create a new row or modify or delete an existing row in this table. If the implementator of this MIB has choosen not to implement 'dynamic assignment' of profiles, this object is not useful and should return noSuchName upon SNMP request. MAXACCESS: read-create Range from Standards: RowStatus WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A AP Impact: online

1.3.44 wmanIfBsNspVlanConfigTable OID: {wmanIfextMibObjects 15} IM Rule: There should not be any entries with duplicate domain names. Stereotype: MIBTable Description from Standards: This table contains mappings from user domain name (NSP/VAP’s domain name) to VLAN ID to be used by the AP in the 802.1Q tag it adds to the uplink frames. A default bearer VLAN ID should also be provided to handle unknown domain names. Network Service Provider (NSP) - a business entity that provides IP connectivity and services to WiMAX subscribers. To provide these services, an NSP establishes contractual agreements with one or more Network Access Providers. Additionally, an NSP MAY also establish roaming agreements with other NSPs for providing WiMAX services to subscribers. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: BTS Task Allocation: <must provide task name>

1.3.44.1 ifIndex OID: <optional> Type: InterfaceIndex InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only


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Range from Standards: InterfaceIndex WiMAX Release: WiMAX 1.0 Presentation Name: Sector License Required: Not Required Task Allocation: ap_MNM,ap_cfg,ap_SACM Octet String Subtype: N/A AP Impact: re-init-device

1.3.44.2 wmanIfBsNspVlanMappingIndex OID: <optional> Type: Unsigned32 Stereotype: Index Description from Standards: This is a sequential index for the NSP-VLAN mapping entries. MAXACCESS: not-accessible Range from Standards: Unsigned32 WiMAX Release: WiMAX 1.0 Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.44.3 wmanIfBsNspName OID: <optional> Type: DisplayString Description from Standards: This is the name of the network service provider. Note that a specific NSP can have multiple domains and VLANs. A special value Default indicates the default entry. MAXACCESS: read-create Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per BTS Presentation Name: Network Service Provider Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.44.4 wmanIfBsNspDomain OID: <optional> Type: DisplayString Description from Standards: This is the domain name a specific NSP uses for its subscribers. For a subscriber, the NSP domain is the realm part of the subscriber's NAI. If a backhaul VLAN ID is not provided by the AAA for a subscriber, the AP will try to find the longest match for the domain name of the subscriber derived from the realm portion of the NAI. If there is a match, the AP will use the corresponding VLAN ID to handle the subscriber's traffic.


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If the subscriber's domain does not match any domain names configured in this table, the AP uses the VLAN ID corresponding to the Default row whose domain is set to *. MAXACCESS: read-create Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per BTS Presentation Name: Network Service Provider Domain Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.44.5 wmanIfBsNspVlanId OID: <optional> Type: Integer32 Motorola Implementation: IM Rule: The following VLAN ranges are reserved and cannot be used for bearer plane backhaul VLAN tagging: VID 0: used to identify priority frames VID 0xFFF (4095): reserved VID 0x900..0x97F: reserved for CAPC or AP internal use Description from Standards: This is the IEEE 802.1Q VLAN ID assigned to an NSP domain. Only the least significant12 bits of this objects value are valid. The operator can configure this table such that all the subscribers from the NSP/VAPs domain can be assigned the same VLAN ID. MAXACCESS: read-create Range from Standards: Integer32 (0..4095) WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per BTS Presentation Name: IEEE 802.1Q VLAN ID Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.44.6 wmanIfBsNspVlanConfigRowStatus OID: <optional> Type: RowStatus Motorola Implementation: Row status to support insert/delete operations to this table. Description from Standards: This object is used to create a new row or modify or delete an existing row in this table. MAXACCESS: read-create Range from Standards: RowStatus WiMAX Release: WiMAX 1.0 Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name>


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Octet String Subtype: N/A AP Impact: online

1.3.45 wmanIfBsVlanAlarmThresholdTable OID: {wmanIfextMibObjects 16} Stereotype: MIBTable Description from Standards: This table contains high/low threshold values for generating the packet drop alarm per VLAN basis. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: BTS Task Allocation: <must provide task name>


1.3.45.2 wmanIfBsVlanPktDropLowThreshold OID: <optional> Type: Unsigned32 InitialValue: 0,0,0,0 Units: packets Default Value from Standards: 0 Description from Standards: Low threshold for clearing the packet drop alarm for a VLAN. MAXACCESS: read-create Range from Standards: Unsigned32 WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per BTS Presentation Name: Packet Drop Low Threshold Network Element: BTS License Required: Not Required


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Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.45.3 wmanIfBsVlanPktDropHighThreshold OID: <optional> Type: Integer32 InitialValue: 100,100,100,100 Units: packets Default Value from Standards: 100 Description from Standards: High threshold for generating the packet drop alarm for a VLAN. MAXACCESS: read-create Range from Standards: Unsigned32 WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per BTS Presentation Name: Packet Drop High Threshold Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.45.4 wmanIfBsVlanAlarmThresholdRowStatus OID: <optional> Type: RowStatus Motorola Implementation: Row status to support insert/delete operations to this table. Description from Standards: This object is used to create a new row or modify or delete an existing row in this table. MAXACCESS: read-create Range from Standards: RowStatus WiMAX Release: WiMAX 1.0 Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.46 wmanBtsPhysical Presentation Name: Node Information OID: { wmanBtsPrivate 1 } wmanBsPhysical branch contains information about BS physical components. Stereotype: ObjectIdentifier Description from Standards: MAXACCESS: REFERENCE: WiMAX Release: WiMAX 1.0


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Network Element: BTS Task Allocation: <must provide task name>

1.3.46.1 wmanBtsRFHeadType OID: <optional> Type: DisplayString Motorola Implementation: The BS RF Head type. Description from Standards: The BS RF Head type. MAXACCESS: read-write Range from Standards: DisplayString (SIZE(8)) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per BTS Presentation Name: RF Head Type Network Element: BTS License Required: Not Required Task Allocation: ap_NM Octet String Subtype: N/A AP Impact: re-init-device

1.3.46.2 wmanBtsBCUType OID: <optional> Type: DisplayString Motorola Implementation: The Base Controller Unit type of this BS Description from Standards: The Base Controller Unit type of this BS MAXACCESS: read-write Range from Standards: DisplayString (SIZE(8)) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per BTS Presentation Name: Base Controller Unit Type Network Element: BTS License Required: Not Required Task Allocation: ap_NM Octet String Subtype: N/A AP Impact: re-init-device

1.3.46.3 wmanBtsModemConfiguration OID: <optional> Type: INTEGER Motorola Implementation: The configuration of the modems on the BTS. This can be either Trunked or non-trunked Description from Standards: The configuration of the modems on the BTS. This can be either Trunked or non-trunked MAXACCESS: read-only Range from Standards: INTEGER {trunked(1), nontrunked(2)} WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per BTS Presentation Name: Modem Type Network Element: BTS


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License Required: Not Required Task Allocation: ap_NM Octet String Subtype: N/A AP Impact: re-init-device

1.3.46.4 wmanBtsSoftwareVersion OID: <optional> Type: DisplayString Motorola Implementation: This is the current version of the BTS software. This attribute will be updated upon succesful activation of a software load Description from Standards: This is the current version of the BTS software. This attribute will be updated upon succesful activation of a software load MAXACCESS: read-write Range from Standards: DisplayString (SIZE(16)) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per BTS Presentation Name: Software Load Version Network Element: BTS License Required: Not Required Task Allocation: ap_NM Octet String Subtype: N/A AP Impact: re-init-device

1.3.46.5 wmanBtsNodeAdminStatus OID: <optional> Type: INTEGER Motorola Implementation: The desired state of the Node. Description from Standards: The desired state of the Node. MAXACCESS: read-write Range from Standards: INTEGER {up(1), down(2), testing(3)} WiMAX Release: WiMAX 1.0 Category: State Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_NM Octet String Subtype: N/A AP Impact: re-init-device

1.3.46.6 wmanBtsNodeOperStatus OID: <optional> Type: INTEGER Motorola Implementation: The desired state of the Node. Description from Standards: The desired state of the Node. MAXACCESS: read-write Range from Standards: INTEGER { up(1), down(2), testing(3), unknown(4),dormant(5),notPresent(6), lowerLayerDown(7)} WiMAX Release: WiMAX 1.0


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Category: State Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_NM Octet String Subtype: N/A AP Impact: re-init-device

1.3.46.7 wmanBtsDhcpTrans OID: <optional> Type: Counter32 Description from Standards: The number of packets, delivered by this sub-layer to a higher (sub-)layer, which were addressed to a multicast address at this sub-layer. For a MAC layer protocol, this includes both Group and Functional addresses. Discontinuities in the value of this counter can occur at re-initialization of the management system, and at other times as indicated by the value of ifCounterDiscontinuityTime. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_NM Octet String Subtype: N/A AP Impact: re-init-device

1.3.46.8 wmanBtsTaskProbingCount OID: <optional> Type: Counter32 Description from Standards: The number of packets, delivered by this sub-layer to a higher (sub-)layer, which were addressed to a multicast address at this sub-layer. For a MAC layer protocol, this includes both Group and Functional addresses. Discontinuities in the value of this counter can occur at re-initialization of the management system, and at other times as indicated by the value of ifCounterDiscontinuityTime. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_NM Octet String Subtype: N/A AP Impact: re-init-device


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1.3.46.9 wmanBtsTransportCidsPeak OID: <optional> Type: Counter32 Description from Standards: The number of packets, delivered by this sub-layer to a higher (sub-)layer, which were addressed to a multicast address at this sub-layer. For a MAC layer protocol, this includes both Group and Functional addresses. Discontinuities in the value of this counter can occur at re-initialization of the management system, and at other times as indicated by the value of ifCounterDiscontinuityTime. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_NM Octet String Subtype: N/A AP Impact: re-init-device

1.3.46.10 wmanBtsCapcAddressType OID: <optional> Type: InetAddressType Description from Standards: The type of IP address used in the object wmanBtsCapcAddress MAXACCESS: read-write Range from Standards: InetAddressType WiMAX Release: WiMAX 1.0 Motorola Default Value: IPv4 Category: Configuration Network Element: BTS License Required: Not Required Task Allocation: ap_IMP Octet String Subtype: N/A AP Impact: re-init-device

1.3.46.11 wmanBtsCapcAddress OID: <optional> Type: InetAddress Motorola Implementation: This is the CAPC payload card address the BTS is to use. Description from Standards: This is the CAPC payload card address the BTS is to use. MAXACCESS: read-write Range from Standards: InetAddress WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per BTS Presentation Name: CAPC Address used by BTS Network Element: BTS License Required: Not Required


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Task Allocation: ap_IMP Octet String Subtype: ASCII AP Impact: re-init-device

1.3.46.12 wmanBtsTimeZoneName OID: <optional> Type: DisplayString Motorola Implementation: Name given to the time zone. For example, CST-NoDST, CST, EST, EST-NoDST, etc Description from Standards: Name given to the time zone. For example, CST-NoDST, CST, EST, EST-NoDST, etc MAXACCESS: read-write Range from Standards: DisplayString WiMAX Release: WiMAX 2.5 Category: Configuration Scope: Per BTS Presentation Name: Time Zone Name Network Element: BTS License Required: Not Required Task Allocation: ap_LMT Octet String Subtype: N/A AP Impact: re-init-device

1.3.46.13 wmanBtsUtcTzOffset OID: <optional> Type: INTEGER Motorola Implementation: Local time zone offset from UTC provided by the EMS operator to adjust Local Standard Time. Example: 0 = Greenwich, England Description from Standards: Local time zone offset from UTC provided by the EMS operator to adjust Local Standard Time. Example: 0 = Greenwich, England MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 2.5 Motorola Default Value: 0 Motorola Range: -48 ... +48 (increments of 15 mins) Category: Configuration Scope: Per BTS Presentation Name: Time Zone Offset Network Element: BTS License Required: Not Required Task Allocation: ap_LMT Octet String Subtype: N/A AP Impact: re-init-device

1.3.46.14 wmanBtsDstStartWeek OID: <optional> Type: INTEGER Motorola Implementation: The occurrence-in-month used to determine the absolute start date for Daylight Savings Time


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Description from Standards: The occurrence-in-month used to determine the absolute start date for Daylight Savings Time MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 2.5 Motorola Default Value: 1 Motorola Range: First = 1 | Second=2 | Third=3 | Fourth=4 | Last = 5 Category: Configuration Scope: Per BTS Presentation Name: DST Start Week Network Element: BTS License Required: Not Required Task Allocation: ap_LMT Octet String Subtype: N/A AP Impact: re-init-device

1.3.46.15 wmanBtsDstStartDay OID: <optional> Type: INTEGER Motorola Implementation: The day-of-week used to determine the absolute start date for Daylight Savings Time Description from Standards: The day-of-week used to determine the absolute start date for Daylight Savings Time MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 2.5 Motorola Default Value: 1 Motorola Range: Sunday=1 | Monday | Tuesday | Wednesday | Thursday | Friday | Saturday Category: Configuration Scope: Per BTS Presentation Name: DST Start Day Network Element: BTS License Required: Not Required Task Allocation: ap_LMT Octet String Subtype: N/A AP Impact: re-init-device

1.3.46.16 wmanBtsDstStartMonth OID: <optional> Type: INTEGER Motorola Implementation: The month-of-year used to determine the absolute start date for Daylight Savings Time Description from Standards: The month-of-year used to determine the absolute start date for Daylight Savings Time MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 2.5 Motorola Default Value: 1 Motorola Range: Jan=1 | Feb | Mar | Apr | May | Jun | Jul | Aug | Sep | Oct | Nov | Dec Category: Configuration Scope: Per BTS Presentation Name: DST Start Month


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Network Element: BTS License Required: Not Required Task Allocation: ap_LMT Octet String Subtype: N/A AP Impact: re-init-device

1.3.46.17 wmanBtsDstEndWeek OID: <optional> Type: INTEGER Motorola Implementation: The occurrence-in-month used to determine the absolute end date for Daylight Savings Time Description from Standards: The occurrence-in-month used to determine the absolute end date for Daylight Savings Time MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 2.5 Motorola Default Value: 1 Motorola Range: First = 1 | Second=2 | Third=3 | Fourth=4 | Last = 5 Category: Configuration Scope: Per BTS Presentation Name: DST Start Week Network Element: BTS License Required: Not Required Task Allocation: ap_LMT Octet String Subtype: N/A AP Impact: re-init-device

1.3.46.18 wmanBtsDstEndDay OID: <optional> Type: INTEGER Motorola Implementation: The day-of-week used to determine the absolute end date for Daylight Savings Time Description from Standards: The day-of-week used to determine the absolute end date for Daylight Savings Time MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 2.5 Motorola Default Value: 1 Motorola Range: Sunday=1 | Monday | Tuesday | Wednesday | Thursday | Friday | Saturday Category: Configuration Scope: Per BTS Presentation Name: DST Start Day Network Element: BTS License Required: Not Required Task Allocation: ap_LMT Octet String Subtype: N/A AP Impact: re-init-device

1.3.46.19 wmanBtsDstEndMonth OID: <optional>


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Type: INTEGER Motorola Implementation: The month-of-year used to determine the absolute end date for Daylight Savings Time Description from Standards: The month-of-year used to determine the absolute end date for Daylight Savings Time MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 2.5 Motorola Default Value: 1 Motorola Range: Jan=1 | Feb | Mar | Apr | May | Jun | Jul | Aug | Sep | Oct | Nov | Dec Category: Configuration Scope: Per BTS Presentation Name: DST Start Month Network Element: BTS License Required: Not Required Task Allocation: ap_LMT Octet String Subtype: N/A AP Impact: re-init-device

1.3.46.20 wmanBtsDstMidntOffset OID: <optional> Type: INTEGER Motorola Implementation: States how long after standard midnight before changing the local time Description from Standards: States how long after standard midnight before changing the local time MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 2.5 Motorola Default Value: 0 Motorola Range: 0..20 Units:15 minutes Category: Configuration Scope: Per BTS Presentation Name: Midnight Offset Network Element: BTS License Required: Not Required Task Allocation: ap_LMT Octet String Subtype: N/A AP Impact: re-init-device

1.3.46.21 wmanBtsDstMagnitude OID: <optional> Type: INTEGER Motorola Implementation: States by how much to shift local time for Daylight Savings Time. Description from Standards: States by how much to shift local time for Daylight Savings Time. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 2.5 Motorola Default Value: 0 Motorola Range: 0 .. 8 Units:15 minutes Category: Configuration Scope: Per BTS


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Presentation Name: DST Magnitude Network Element: BTS License Required: Not Required Task Allocation: ap_LMT Octet String Subtype: N/A AP Impact: re-init-device

1.3.46.22 wmanBtsModemMultiplexMode OID: <optional> Type: INTEGER Description from Standards: This parameter indicates the multiplex mode in which the BS modems operate. MAXACCESS: read-only Range from Standards: INTEGER { nonTrunked (1) | twoToOneTrunked(2) } WiMAX Release: WiMAX 2.5 Category: Inventory Scope: Per BTS Presentation Name: Modem Multiplex Mode Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.46.23 wmanBtsModemRedundancyMode OID: <optional> Type: INTEGER Description from Standards: This parameter indicates the modem redundancy mode for the BS. Three redundancy models can be supported: None, Soft-Fail, N+1. MAXACCESS: read-only Range from Standards: INTEGER { none(1), softFail(2), nPlusOne(3) } WiMAX Release: WiMAX 2.5 Category: Inventory Scope: Per BTS Presentation Name: Modem Redundancy Mode Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.47 wmanBtsFruTable Presentation Name: FRU OID: { wmanBtsPrivate 3 } Stereotype: MIBTable Description from Standards: This table contains BS physical FRU information. MAXACCESS: not-accessible REFERENCE: <optional>


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WiMAX Release: WiMAX 1.0 Network Element: BTS Task Allocation: <must provide task name>

1.3.47.1 wmanBtsFruType OID: <optional> Type: INTEGER Motorola Implementation: This is the FRU type. The following are the types supported in this table (with corresponding value) siteController(1), modemCard(2), alarmCard(4), syncGps(5) , powerSupply(6), fan(7) Stereotype: Index Description from Standards: This is the type of the FRU. MAXACCESS: read-only Range from Standards: INTEGER {siteController(1), modemCard(2), alarmCard(4), syncGps(5) , powerSupply(6), fan(7)} WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per BTS Presentation Name: FRU Type Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: N/A AP Impact: online

1.3.47.2 wmanBtsFruSlotNumber OID: <optional> Type: DisplayString Stereotype: Index Description from Standards: The physical slot number on which this FRU is located. 1. controller (1..2) 2. Modem card (1..4) 3. Power supply (1..3) ? or (1..2) 4. Fans (1..4) 5. RF head (1..3) 6. Alarm card (5) MAXACCESS: read-only Range from Standards: DisplayString (SIZE (1..3) ) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per BTS Presentation Name: Slot Number


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Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: N/A AP Impact: online

1.3.47.3 wmanBtsFruAdminStatus OID: <optional> Type: INTEGER Description from Standards: The desired state of the FRU. MAXACCESS: read-only Range from Standards: INTEGER { up(1), -- ready to pass packets down(2), testing(3) -- in some test mode } WiMAX Release: WiMAX 1.0 Category: State Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: N/A AP Impact: re-init-device

1.3.47.4 wmanBtsFruOperStatus OID: <optional> Type: INTEGER Description from Standards: The operational state of the FRU. MAXACCESS: read-only Range from Standards: INTEGER { up(1), down(2), testing(3), unknown(4),dormant(5),notPresent(6), lowerLayerDown(7)} WiMAX Release: WiMAX 1.0 Category: State Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: N/A AP Impact: re-init-device

1.3.47.5 wmanBtsFruEidBoardType OID: <optional> Type: DisplayString Motorola Implementation: This is the FRU board type contained in the EID information retrieved from the board Description from Standards: The EID board type of the FRU. MAXACCESS: read-only Range from Standards: DisplayString (SIZE(1..64))


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WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per BTS Presentation Name: EID FRU Board Type Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: N/A AP Impact: re-init-device

1.3.47.6 wmanBtsFruEidPartNumber OID: <optional> Type: DisplayString Motorola Implementation: This is the FRU part number contained in the EID information retrieved from the board Description from Standards: The EID part number of the FRU. MAXACCESS: read-only Range from Standards: DisplayString (SIZE(1..64)) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per BTS Presentation Name: EID FRU Part Number Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: N/A AP Impact: re-init-device

1.3.47.7 wmanBtsFruEidSerialNumber OID: <optional> Type: DisplayString Motorola Implementation: This is the FRU serial number contained in the EID information retrieved from the board Description from Standards: The EID serial number FRU. MAXACCESS: read-only Range from Standards: DisplayString (SIZE(1..64)) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per BTS Presentation Name: EID FRU Serial Number Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: N/A AP Impact: re-init-device

1.3.47.8 wmanBtsFruEidDescription OID: <optional> Type: DisplayString


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Motorola Implementation: This is the FRU description contained in the EID information retrieved from the board Description from Standards: The EID description of the FRU. MAXACCESS: read-only Range from Standards: DisplayString (SIZE(1..64)) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per BTS Presentation Name: EID FRU Description Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: N/A AP Impact: re-init-device

1.3.47.9 wmanBtsFruEidHalCompatibility OID: <optional> Type: DisplayString Motorola Implementation: This is the FRU HAL compatability contained in the board EID information Description from Standards: This is the FRU HAL compatability contained in the board EID information MAXACCESS: read-only Range from Standards: DisplayString (SIZE(1..64)) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per BTS Presentation Name: EID FRU HAL Compatability Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: N/A AP Impact: re-init-device

1.3.47.10 wmanBtsFruEidKitNumber OID: <optional> Type: DisplayString Motorola Implementation: This is the FRU kit number contained in the EID information retrieved from the board Description from Standards: The EID kit number of the FRU. MAXACCESS: read-only Range from Standards: DisplayString (SIZE(1..64)) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per BTS Presentation Name: EID FRU Kit Number Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: N/A AP Impact: re-init-device


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1.3.47.11 wmanBtsFruEidKitSerialNumber OID: <optional> Type: DisplayString Motorola Implementation: This is the FRU kit serial number contained in the EID information retrieved from the board Description from Standards: The EID serial kit number of the FRU. MAXACCESS: read-only Range from Standards: DisplayString (SIZE(1..64)) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per BTS Presentation Name: EID FRU Kit Serial Number Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: N/A AP Impact: re-init-device

1.3.47.12 wmanBtsFruEidMacAddress OID: <optional> Type: MacAddress Description from Standards: This is the MAC Address of this FRU. only apply to site controller and payload card MAXACCESS: read-only Range from Standards: MacAddress WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per BTS Presentation Name: EID FRU Mac Address Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: HEX AP Impact: re-init-device

1.3.47.13 wmanBtsFruEidHwCapability OID: <optional> Type: Integer32 Description from Standards: This is the hardware capability of this FRU. only apply to site controller and payload card MAXACCESS: read-only Range from Standards: Integer32 WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per BTS Presentation Name: EID FRU Hardware Compatibility Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: N/A


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1.3.47.14 wmanBtsFruFpgaVersion OID: <optional> Type: DisplayString Motorola Implementation: This is the FPGA version of the FRU Description from Standards: This is the FPGA version of the FRU MAXACCESS: read-only Range from Standards: DisplayString (SIZE(1..64)) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per BTS Presentation Name: FPGA Version Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: N/A AP Impact: re-init-device

1.3.47.15 wmanBtsPowerSupplyType OID: <optional> Type: DisplayString Motorola Implementation: This is the power supply type of the BTS Description from Standards: This is the power supply type of the BTS MAXACCESS: read-only Range from Standards: DisplayString (SIZE(1..64)) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per BTS Presentation Name: Power Supply Type Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: N/A AP Impact: re-init-device

1.3.47.16 wmanBtsPowerSupplyVendor OID: <optional> Type: DisplayString Motorola Implementation: This is the power supply vendor Description from Standards: This is the power supply vendor MAXACCESS: read-only Range from Standards: DisplayString (SIZE(1..64)) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per BTS Presentation Name: Power Supply Vendor Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: N/A


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1.3.47.17 wmanBtsFruCageId OID: <optional> Type: INTEGER Motorola Implementation: The cage ID of the site controller Description from Standards: The cage ID of the site controller MAXACCESS: read-only Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: N/A AP Impact: re-init-device

1.3.47.18 wmanBtsFruBoardId OID: <optional> Type: INTEGER Motorola Implementation: The board ID of the site controller Description from Standards: The board ID of the site controller MAXACCESS: read-only Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: N/A AP Impact: re-init-device

1.3.47.19 wmanBtsTcxoCal OID: <optional> Type: INTEGER Motorola Implementation: The TCXO callibration of the site controller Description from Standards: The TCXO callibration of the site controller MAXACCESS: read-only Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: N/A AP Impact: re-init-device


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1.3.48 wmanBtsEthernetConf Presentation Name: AP's Ethernet Configuration OID: { wmanBtsPrivate 6 } Stereotype: ObjectIdentifier Description from Standards: MAXACCESS: REFERENCE: WiMAX Release: WiMAX 1.0 Network Element: BTS Task Allocation: <must provide task name>

1.3.48.1 wmanBtsEthernetLinkSpeed OID: <optional> Type: INTEGER InitialValue: 100 Motorola Implementation: This represents the link speed of the ethernet ports on the site controller. This can only be changed if autonegotiate is set to false Default Value from Standards: 10 Description from Standards: The ethernet connection speed supported by the BTS MAXACCESS: read-write Range from Standards: INTEGER {ethernet(10),fastEthernet(100), gigabitEthernet(1000)} WiMAX Release: WiMAX 1.0 Motorola Default Value: 100 Motorola Range: 10, 100, 1000 Category: Inventory Scope: Per BTS Presentation Name: Ethernet Link Speed Network Element: BTS License Required: Not Required Access: Allow Access From LMT Only Task Allocation: ap_PLAT Octet String Subtype: N/A AP Impact: re-init-device

1.3.48.2 wmanBtsEthernetDuplex OID: <optional> Type: TruthValue InitialValue: true Motorola Implementation: This represents the duplex (half or full) of the ethernet ports on the site controller. This value can only be set if autonegotiate is set to false Default Value from Standards: true Description from Standards: The ethernet connection duplex setting supported by the BTS MAXACCESS: read-write Range from Standards: TruthValue WiMAX Release: WiMAX 1.0 Motorola Default Value: True Motorola Range: True,False Category: Inventory Scope: Per BTS


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Presentation Name: Ethernet Duplex Support Network Element: BTS License Required: Not Required Access: Allow Access From LMT Only Task Allocation: ap_PLAT Octet String Subtype: N/A AP Impact: re-init-device

1.3.48.3 wmanBtsEthernetAutonegotiate OID: <optional> Type: TruthValue InitialValue: true Motorola Implementation: Indicates if the BTS is to autonegotiate the ethernet link speeds Default Value from Standards: true Description from Standards: Indicates if the BTS ethernet ports should do autonegotiation. MAXACCESS: read-write Range from Standards: TruthValue WiMAX Release: WiMAX 1.0 Motorola Default Value: true Motorola Range: true, false Category: Inventory Scope: Per BTS Presentation Name: Ethernet Autonegotiate Network Element: BTS License Required: Not Required Access: Allow Access From LMT Only Task Allocation: ap_PLAT Octet String Subtype: N/A AP Impact: re-init-device

1.3.48.4 wmanBtsEthernetAutoMidiX OID: <optional> Type: TruthValue InitialValue: true Motorola Implementation: This represents the Auto MIDI-X configuration of the ethernet ports. This can only be changed if autonegotiate is set to false Default Value from Standards: true Description from Standards: This represents the Auto MIDI-X configuration of the ethernet ports. This can only be changed if autonegotiate is set to false MAXACCESS: read-write Range from Standards: TruthValue WiMAX Release: WiMAX 1.0 Motorola Default Value: true Motorola Range: true, false Category: Inventory Scope: Per BTS Presentation Name: Ethernet Auto MidiX Network Element: BTS License Required: Not Required Access: Allow Access From LMT Only Task Allocation: ap_PLAT Octet String Subtype: N/A


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1.3.49 wmanBtsLinkTable Presentation Name: Links OID: { wmanBtsPrivate 5 } This table contains the links from the BTS to external devices Stereotype: MIBTable Description from Standards: <must provide description> MAXACCESS: read-only REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Task Allocation: <must provide task name>

1.3.49.1 wmanBtsLinkType OID: <optional> Type: INTEGER Motorola Implementation: Link type: capc(1), fa(2), -- not supported in R1 router(3), -- not supported in R1 ems(4), -- not supported in R1 sc-sc(5) -- not supported in R1 sc-modem(6) Stereotype: Index Description from Standards: This is the type of the FRU. MAXACCESS: read-only Range from Standards: INTEGER { capc(1), fa(2), router(3), ems(4), sc-modem(6) } WiMAX Release: WiMAX 1.0 Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.49.2 wmanBtsLinkNumber OID: <optional> Type: INTEGER Stereotype: Index Description from Standards: The link number MAXACCESS: read-only Range from Standards: INTEGER (1..100) WiMAX Release: WiMAX 1.0 Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A


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AP Impact: online

1.3.49.3 wmanBtsLinkAdminStatus OID: <optional> Type: INTEGER Description from Standards: The desired state of the FRU. MAXACCESS: read-only Range from Standards: INTEGER { up(1), -- ready to pass packets down(2), testing(3) -- in some test mode } WiMAX Release: WiMAX 1.0 Category: State Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: N/A AP Impact: re-init-device

1.3.49.4 wmanBtsLinkOperStatus OID: <optional> Type: INTEGER Description from Standards: The operational state of the FRU. MAXACCESS: read-only Range from Standards: INTEGER { up(1), down(2), testing(3), unknown(4),dormant(5),notPresent(6), lowerLayerDown(7)} WiMAX Release: WiMAX 1.0 Category: State Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: N/A AP Impact: re-init-device

1.3.50 wmanBtsInternalDevTable Presentation Name: Internal Devices OID: { wmanBtsPrivate 4 } This table is for non-EMS visible devices managed by the BTS Stereotype: MIBTable Description from Standards: <must provide description> MAXACCESS: read-only REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Task Allocation: <must provide task name>


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1.3.50.1 wmanBtsDevType OID: <optional> Type: INTEGER Motorola Implementation: This is the device type. The following are the types supported in this table (with corresponding value) xcvr(8) iocard(9) gps(10) mso(11) ethernetport(12) mib(13) Stereotype: Index Description from Standards: This is the type of the FRU. MAXACCESS: read-only Range from Standards: INTEGER {xcvr(8), iocard(9), gps(10), mso(11), ethernetport(12), mib(13) } WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: N/A AP Impact: online

1.3.50.2 wmanBtsDevNumber OID: <optional> Type: INTEGER Stereotype: Index Description from Standards: The physical slot number on which this FRU is located. MAXACCESS: read-only Range from Standards: INTEGER (1..100) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: N/A AP Impact: online

1.3.50.3 ifIndex OID: <optional> Type: InterfaceIndex Stereotype: VirtualIndex Description from Standards: A unique value, greater than zero, for each interface. It


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is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.50.4 wmanBtsDevAdminStatus OID: <optional> Type: INTEGER Description from Standards: The desired state of the FRU. MAXACCESS: read-only Range from Standards: INTEGER { up(1), -- ready to pass packets down(2), testing(3) -- in some test mode } WiMAX Release: WiMAX 1.0 Category: State Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: N/A AP Impact: re-init-device

1.3.50.5 wmanBtsDevOperStatus OID: <optional> Type: INTEGER Description from Standards: The operational state of the FRU. MAXACCESS: read-only Range from Standards: INTEGER { up(1), down(2), testing(3), unknown(4),dormant(5),notPresent(6), lowerLayerDown(7)} WiMAX Release: WiMAX 1.0 Category: State Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: N/A AP Impact: re-init-device


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1.3.50.6 wmanBtsDevEidBoardType OID: <optional> Type: DisplayString Motorola Implementation: This is the FRU board type contained in the EID information retrieved from the board Description from Standards: The EID board type of the FRU. MAXACCESS: read-only Range from Standards: DisplayString (SIZE(64)) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: N/A AP Impact: re-init-device

1.3.50.7 wmanBtsDevEidPartNumber OID: <optional> Type: DisplayString Motorola Implementation: This is the FRU part number contained in the EID information retrieved from the board Description from Standards: The EID part number of the FRU. MAXACCESS: read-only Range from Standards: DisplayString (SIZE(64)) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: N/A AP Impact: re-init-device

1.3.50.8 wmanBtsDevSerialNumber OID: <optional> Type: DisplayString Motorola Implementation: This is the FRU serial number contained in the EID information retrieved from the board Description from Standards: The EID serial number FRU. MAXACCESS: read-only Range from Standards: DisplayString (SIZE(64)) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: N/A AP Impact: re-init-device


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1.3.50.9 wmanBtsDevEidDescription OID: <optional> Type: DisplayString Motorola Implementation: This is the FRU description contained in the EID information retrieved from the board Description from Standards: The EID description of the FRU. MAXACCESS: read-only Range from Standards: DisplayString (SIZE(64)) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: N/A AP Impact: re-init-device

1.3.50.10 wmanBtsDevEidHalCompatibility OID: <optional> Type: DisplayString Motorola Implementation: This is the FRU HAL compatability contained in the board EID information Description from Standards: This is the FRU HAL compatability contained in the board EID information MAXACCESS: read-only Range from Standards: DisplayString (SIZE(64)) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: N/A AP Impact: re-init-device

1.3.50.11 wmanBtsDevEidKitNumber OID: <optional> Type: DisplayString Motorola Implementation: This is the FRU kit number contained in the EID information retrieved from the board Description from Standards: The EID kit number of the FRU. MAXACCESS: read-only Range from Standards: DisplayString (SIZE(64)) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: N/A AP Impact: re-init-device


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1.3.50.12 wmanBtsDevEidKitSerialNumber OID: <optional> Type: DisplayString Motorola Implementation: This is the FRU kit serial number contained in the EID information retrieved from the board Description from Standards: The EID serial kit number of the FRU. MAXACCESS: read-only Range from Standards: DisplayString (SIZE(64)) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: N/A AP Impact: re-init-device

1.3.50.13 wmanBtsDevEidMacAddress OID: <optional> Type: MacAddress Description from Standards: This is the MAC Address of this FRU. only apply to site controller and payload card MAXACCESS: read-only Range from Standards: MacAddress WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: HEX AP Impact: re-init-device

1.3.50.14 wmanBtsDevEidHwCapability OID: <optional> Type: Integer32 Description from Standards: This is the hardware capability of this FRU. only apply to site controller and payload card MAXACCESS: read-only Range from Standards: Integer32 WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: N/A AP Impact: re-init-device


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1.3.50.15 wmanBtsDevFpgaVersion OID: <optional> Type: DisplayString Motorola Implementation: This is the FPGA version of the FRU Description from Standards: This is the FPGA version of the FRU MAXACCESS: read-only Range from Standards: DisplayString (SIZE(64)) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per BTS Presentation Name: FPGA Version Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: N/A AP Impact: re-init-device

1.3.50.16 wmanBtsDevRFType OID: <optional> Type: INTEGER Motorola Implementation: Supported RF type for XCVR Description from Standards: Supported RF type for XCVR MAXACCESS: read-only Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per BTS Presentation Name: FPGA Version Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: N/A AP Impact: re-init-device

1.3.50.17 wmanBtsDevSupChnlBW OID: <optional> Type: INTEGER Motorola Implementation: Supported channel bandwidth for the XCVR Description from Standards: Supported channel bandwidth for the XCVR MAXACCESS: read-only Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per BTS Presentation Name: FPGA Version Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: N/A AP Impact: re-init-device


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1.3.51 wmanBtsSectorConfigTable OID: { wmanBtsPrivate 9 } Stereotype: MIBTable Description from Standards: <must provide description> MAXACCESS: read-only REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Task Allocation: <must provide task name>

1.3.51.1 ifIndex OID: <optional> Type: InterfaceIndex Stereotype: VirtualIndex Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.51.2 wmanBtsSectorMacAddress OID: <optional> Type: WmanIfBsIdType Description from Standards: The interface's address at its protocol sub-layer. For example, for an 802.x interface, this object normally contains a MAC address. The interface's media-specific MIB must define the bit and byte ordering and the format of the value of this object. For interfaces which do not have such an address (e.g., a serial line), this object should contain an octet string of zero length. MAXACCESS: read-write Range from Standards: WmanIfBsIdType WiMAX Release: WiMAX 1.0 Category: Derived Value Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: ap_NSMT Octet String Subtype: HEX AP Impact: re-init-device


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1.3.51.3 wmanIfBtsSectorConfigRowStatus OID: <optional> Type: RowStatus Description from Standards: This object is used to create a new row or modify or delete an existing row in this table. If the implementator of this MIB has choosen not to implement 'dynamic assignment' of profiles, this object is not useful and should return noSuchName upon SNMP reque MAXACCESS: read-create Range from Standards: RowStatus WiMAX Release: WiMAX 2.0 Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.52 wmanBtsRadiusSharedSecretTable Presentation Name: Radius Shared Secret OID: { wmanBtsPrivate 10 } Stereotype: MIBTable Description from Standards: <must provide description> MAXACCESS: read-only REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Task Allocation: <must provide task name>

1.3.52.1 radiusAuthServerIndex OID: <optional> Type: Integer32 Stereotype: VirtualIndex Description from Standards: A number uniquely identifying each RADIUS Authentication server with which this client communicates. MAXACCESS: not-accessible Range from Standards: Integer32 (1..2147483647) WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: ap_SACM Octet String Subtype: N/A AP Impact: online

1.3.52.2 wmanBtsRadiusSharedSecret OID: <optional> Type: DisplayString Description from Standards: This is the shared secret used for the BTS to authenticate itself to the Radius server(AAA). MAXACCESS: read-write


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Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Advanced Configuration Scope: Per BTS Presentation Name: Radius Shared Secret used by AP Network Element: BTS License Required: Not Required Task Allocation: ap_LMT Octet String Subtype: N/A AP Impact: re-init-device

1.3.53 wmanBtsMeasurement Presentation Name: AP's Measurements OID: { wmanBtsPrivate 11 } This group contains all PM stats which are collected on a per BTS basis Stereotype: ObjectIdentifier Description from Standards: MAXACCESS: REFERENCE: WiMAX Release: WiMAX 1.0 Task Allocation: <must provide task name>

1.3.53.1 apDlBhUtil OID: <optional> Type: Counter32 Motorola Implementation: Average utilization of the Downlink backhaul bandwidth reserved for CBR and CIR service flows. Description from Standards: Average utilization of the Downlink backhaul bandwidth reserved for CBR and CIR service flows. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.53.2 apDlBhUtilThresh OID: <optional> Type: Counter32 Motorola Implementation: Number of intervals whereby the admitted (and therefore reserved) CBR plus CIR service flow Downlink bandwidth exceeded a recommended percentage (TBD) of the Configured Downlink bandwidth) for CBR plus CIR service flows via the Agg_DL_BackhaulBandwidth configuration parameter. Description from Standards: Number of intervals whereby the admitted (and therefore reserved) CBR plus CIR service flow Downlink bandwidth exceeded a recommended percentage (TBD) of the Configured


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Downlink bandwidth) for CBR plus CIR service flows via the Agg_DL_BackhaulBandwidth configuration parameter. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.53.3 apUlBhUtil OID: <optional> Type: Counter32 Motorola Implementation: Average utilization of the Uplink backhaul bandwidth reserved for CBR and CIR service flows Description from Standards: Average utilization of the Uplink backhaul bandwidth reserved for CBR and CIR service flows MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.53.4 apUlBhUtilThresh OID: <optional> Type: Counter32 Motorola Implementation: Number of intervals whereby the admitted (and therefore reserved) CBR plus CIR service flow Uplink bandwidth exceeded a recommended percentage (TBD) of the Configured Uplink bandwidth) for CBR plus CIR service flows via the Agg_UL_BackhaulBandwidth configuration parameter. Description from Standards: Number of intervals whereby the admitted (and therefore reserved) CBR plus CIR service flow Uplink bandwidth exceeded a recommended percentage (TBD) of the Configured Uplink bandwidth) for CBR plus CIR service flows via the Agg_UL_BackhaulBandwidth configuration parameter. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A


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1.3.53.5 apBhBw01 OID: <optional> Type: Counter32 Motorola Implementation: 1 second average backhaul bandwidth measurements. Histogram of size 16 representing 0 to 1Mbps Description from Standards: 1 second average backhaul bandwidth measurements. Histogram of size 16 representing 0 to 1Mbps MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.53.6 apBhBw02 OID: <optional> Type: Counter32 Motorola Implementation: 1 second average backhaul bandwidth measurements. >1Mbps to 1.5Mbps Description from Standards: 1 second average backhaul bandwidth measurements. >1Mbps to 1.5Mbps MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.53.7 apBhBw03 OID: <optional> Type: Counter32 Motorola Implementation: 1 second average backhaul bandwidth measurements. >1.5Mbps to 2.5Mbps Description from Standards: 1 second average backhaul bandwidth measurements. >1.5Mbps to 2.5Mbps MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A


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1.3.53.8 apBhBw04 OID: <optional> Type: Counter32 Motorola Implementation: 1 second average backhaul bandwidth measurements. >2.5Mbps to 4Mbps Description from Standards: 1 second average backhaul bandwidth measurements. >2.5Mbps to 4Mbps MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.53.9 apBhBw05 OID: <optional> Type: Counter32 Motorola Implementation: 1 second average backhaul bandwidth measurements.>4Mbps to 6.5 Mbps Description from Standards: 1 second average backhaul bandwidth measurements.>4Mbps to 6.5 Mbps MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.53.10 apBhBw06 OID: <optional> Type: Counter32 Motorola Implementation: 1 second average backhaul bandwidth measurements. >6.5Mbps to 10Mbps Description from Standards: 1 second average backhaul bandwidth measurements. >6.5Mbps to 10Mbps MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device


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1.3.53.11 apBhBw07 OID: <optional> Type: Counter32 Motorola Implementation: 1 second average backhaul bandwidth measurements. >10Mbps to 16Mbps, Description from Standards: 1 second average backhaul bandwidth measurements. >10Mbps to 16Mbps, MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.53.12 apBhBw08 OID: <optional> Type: Counter32 Motorola Implementation: 1 second average backhaul bandwidth measurements. >16Mbps to 25Mbps, Description from Standards: 1 second average backhaul bandwidth measurements. >16Mbps to 25Mbps, MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.53.13 apBhBw09 OID: <optional> Type: Counter32 Motorola Implementation: 1 second average backhaul bandwidth measurements. >25Mbps to 40Mbps Description from Standards: 1 second average backhaul bandwidth measurements. >25Mbps to 40Mbps MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.53.14 apBhBw10 OID: <optional>


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Type: Counter32 Motorola Implementation: 1 second average backhaul bandwidth measurements. >40M bps to 65 Mbps Description from Standards: 1 second average backhaul bandwidth measurements. >40M bps to 65 Mbps MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device



1.3.53.17 apBhBw13 OID: <optional> Type: Counter32 Motorola Implementation: 1 second average backhaul bandwidth measurements. >160Mbps to 250Mbps


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Description from Standards: 1 second average backhaul bandwidth measurements. >160Mbps to 250Mbps MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.53.18 apBhBw14 OID: <optional> Type: Counter32 Motorola Implementation: 1 second average backhaul bandwidth measurements. >250Mbps to 400 Mbps Description from Standards: 1 second average backhaul bandwidth measurements. >250Mbps to 400 Mbps MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.53.19 apBhBw15 OID: <optional> Type: Counter32 Motorola Implementation: 1 second average backhaul bandwidth measurements. >400 Mbps to 630 Mbps Description from Standards: 1 second average backhaul bandwidth measurements. >400 Mbps to 630 Mbps MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.53.20 apBhBw16 OID: <optional> Type: Counter32 Motorola Implementation: 1 second average backhaul bandwidth measurements. >630Mbps to 1000Mbps.


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Description from Standards: 1 second average backhaul bandwidth measurements. >630Mbps to 1000Mbps. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.53.21 apBhIngressPkt OID: <optional> Type: Counter32 Motorola Implementation: Number of ingress packets received. Description from Standards: Number of ingress packets received. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.53.22 apBhEgressPkt OID: <optional> Type: Counter32 Motorola Implementation: Number of egress packets sent. Description from Standards: Number of egress packets sent. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.53.23 apArpReqSnd OID: <optional> Type: Counter32 Motorola Implementation: Number of ARP request messages sent for manipulation of the bearer stream.


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Note: this statistic is not pegged for ARP table refreshes. Description from Standards: Number of ARP request messages sent for manipulation of the bearer stream. Note: this statistic is not pegged for ARP table refreshes. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.53.24 apArpReqRefreshSnd OID: <optional> Type: Counter32 Motorola Implementation: Number of ARP request messages sent for ARP table refreshes prior to their time-out. Description from Standards: Number of ARP request messages sent for ARP table refreshes prior to their time-out. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.53.25 apArpReSnd OID: <optional> Type: Counter32 Motorola Implementation: Number of ARP request messages re-sent due to failure of lack of response. Note: this statistic is pegged for all retries, including retries for apArpReqSnd and apArpReqRefreshSnd. If this statistic is has significant values, this implies that backhaul congestion may have been experienced. Description from Standards: Number of ARP request messages re-sent due to failure of lack of response. Note: this statistic is pegged for all retries, including retries for apArpReqSnd and apArpReqRefreshSnd. If this statistic is has significant values, this implies that backhaul congestion may have been experienced. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: SC


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1.3.53.26 apPmipReg OID: <optional> Type: Counter32 Motorola Implementation: Total number of PMIP Registration requests. Description from Standards: Total number of PMIP Registration requests. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.53.27 apPmipRegFail OID: <optional> Type: Counter32 Motorola Implementation: Total number of PMIP Registration failures, including time-outs. Description from Standards: Total number of PMIP Registration failures, including time-outs. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.53.28 apPmipRereg OID: <optional> Type: Counter32 Motorola Implementation: Total number of PMIP Re-Registration requests. Description from Standards: Total number of PMIP Re-Registration requests. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A


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1.3.53.29 apPmipReregFail OID: <optional> Type: Counter32 Motorola Implementation: Total number of PMIP Re-Registration failures, including time-outs. Description from Standards: Total number of PMIP Re-Registration failures, including time-outs. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.53.30 apPmipDereg OID: <optional> Type: Counter32 Motorola Implementation: Total number of PMIP De-Registration requests Description from Standards: Total number of PMIP De-Registration requests MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.53.31 apPmipDeregFail OID: <optional> Type: Counter32 Motorola Implementation: Total number of PMIP De-Registration failures, including time-outs. Description from Standards: Total number of PMIP De-Registration failures, including time-outs. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device


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1.3.53.32 apLinkContReq OID: <optional> Type: Counter32 Motorola Implementation: Number of AP Link Continuity Check Requests sent to all CAPCs. Description from Standards: Number of AP Link Continuity Check Requests sent to all CAPCs. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.53.33 apLinkContNoRsp OID: <optional> Type: Counter32 Motorola Implementation: Number of AP Link Continuity Check Responses not received in time from all CAPCs. Description from Standards: Number of AP Link Continuity Check Responses not received in time from all CAPCs. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.54 wmanBtsSectorMeasurementTable Presentation Name: AP's Sector Measurements OID: { wmanBtsPrivate 12 } This group contains all PM stats which are collected on a per sector basis Stereotype: MIBTable Description from Standards: <must provide description> MAXACCESS: read-only REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Task Allocation: <must provide task name>

1.3.54.1 ifIndex OID: <optional> Type: InterfaceIndex Stereotype: VirtualIndex


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Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.54.2 apUsersActSlp OID: <optional> Type: Counter32 Motorola Implementation: Average of maximum value for 1 minute sampling intervals over the collection interval where MSSs are concurrently in either the active pr sleep mode states Description from Standards: Average of maximum value for 1 minute sampling intervals over the collection interval where MSSs are concurrently in either the active pr sleep mode states MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.3 apUserActSleepThresh OID: <optional> Type: Counter32 Motorola Implementation: Number of times the peak number of MSSs concurrently in the active or sleep mode state exceeded a recommended percentage (TBD) of the allowed maximum supported value. Description from Standards: Number of times the peak number of MSSs concurrently in the active or sleep mode state exceeded a recommended percentage (TBD) of the allowed maximum supported value. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector


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Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.4 apUserActSleepPeak OID: <optional> Type: Counter32 Motorola Implementation: Peak number of MSSs in concurrently in either the active or sleep mode states. Description from Standards: Peak number of MSSs in concurrently in either the active or sleep mode states. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.5 apTransportCids OID: <optional> Type: Counter32 Motorola Implementation: Average of maximum value for 1 minute sampling intervals over the collection interval of concurrently utilized Transport CIDs. Description from Standards: Average of maximum value for 1 minute sampling intervals over the collection interval of concurrently utilized Transport CIDs. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.6 apTransportCidsThresh OID: <optional> Type: Counter32 Motorola Implementation: Number of times the peak number of concurrently active Transport CIDs exceeded a recommended percentage (TBD) of the allowed maximum supported


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value. Description from Standards: Number of times the peak number of concurrently active Transport CIDs exceeded a recommended percentage (TBD) of the allowed maximum supported value. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.7 apTransportCidsPeak OID: <optional> Type: Counter32 Motorola Implementation: Peak Transport CIDs utilized. Description from Standards: Peak Transport CIDs utilized. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.8 apMapSlotsUsed OID: <optional> Type: Counter32 Motorola Implementation: Number of Downlink slots used for the FCH and MAP. Description from Standards: Number of Downlink slots used for the FCH and MAP. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: OHP Octet String Subtype: N/A AP Impact: re-init-device


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1.3.54.9 apDlMacBroadcastSlotsUsed OID: <optional> Type: Counter32 Motorola Implementation: Number of Downlink slots used for the MAC Management Broadcast messages. Description from Standards: Number of Downlink slots used for the MAC Management Broadcast messages. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: OHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.10 apDlUnicastSlotsused OID: <optional> Type: Counter32 Motorola Implementation: Number of Downlink slots used for unicast messages. Description from Standards: Number of Downlink slots used for unicast messages. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: OHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.11 apTotalDlSlotsAvail OID: <optional> Type: Counter32 Motorola Implementation: Available Downlink slots are computed after omitting symbols for: Preamble, TTG, and RTG. Description from Standards: Available Downlink slots are computed after omitting symbols for: Preamble, TTG, and RTG. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: OHP Octet String Subtype: N/A


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1.3.54.12 apUlSlotsused OID: <optional> Type: Counter32 Motorola Implementation: Total number of Uplink slots used. Description from Standards: Total number of Uplink slots used. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: OHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.13 apTotalUlSlotsAvail OID: <optional> Type: Counter32 Motorola Implementation: Total number of Uplink slots available, after symbols reserved for ranging and sounding (if applicable). Description from Standards: Total number of Uplink slots available, after symbols reserved for ranging and sounding (if applicable). MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: OHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.14 apDlPagingSlotsUsed OID: <optional> Type: Counter32 Motorola Implementation: Total number of Downlink slots used for Broadcast paging. Description from Standards: Total number of Downlink slots used for Broadcast paging. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: OHP


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1.3.54.15 apDlRsrvSlotsCbrCir OID: <optional> Type: Counter32 Motorola Implementation: Reserved Downlink Unicast slots used for CBR plus CIR service flows. Description from Standards: Reserved Downlink Unicast slots used for CBR plus CIR service flows. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: OHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.16 apDlAvgMcsCbrCir OID: <optional> Type: Counter32 Motorola Implementation: Average Downlink MCS value used for CBR plus CIR service flows, reported as the average bits per slot. Description from Standards: Average Downlink MCS value used for CBR plus CIR service flows, reported as the average bits per slot. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: OHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.17 apDlCbrCirBwThresh OID: <optional> Type: Counter32 Motorola Implementation: Number of 1 minute intervals whereby the admitted (and therefore reserved) CBR plus CIR service flow Downlink slots multiplied by the average Downlink MCS value (measured as average bits per slot) for CBR plus CIR service flows (over that same interval 1 minute interval) exceeded a recommended


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percentage (TBD) of the 1 minute Downlink provisioned bandwidth (measured in slots and multiplied by the average Downlink bits per slot) for CBR plus CIR service flows. Description from Standards: Number of 1 minute intervals whereby the admitted (and therefore reserved) CBR plus CIR service flow Downlink slots multiplied by the average Downlink MCS value (measured as average bits per slot) for CBR plus CIR service flows (over that same interval 1 minute interval) exceeded a recommended percentage (TBD) of the 1 minute Downlink provisioned bandwidth (measured in slots and multiplied by the average Downlink bits per slot) for CBR plus CIR service flows. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: OHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.18 apUlRsrvSlotsCbrCir OID: <optional> Type: Counter32 Motorola Implementation: Reserved Uplink slots used for CBR plus CIR service flows. Description from Standards: Reserved Uplink slots used for CBR plus CIR service flows. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: OHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.19 apUlCbrCirBwThresh OID: <optional> Type: Counter32 Motorola Implementation: Number of 1 minute intervals whereby the admitted (and therefore reserved) CBR plus CIR service flow Uplink slots multiplied by the average Uplink MCS value (measured as average bits per slot) for CBR plus CIR service flows (over that same interval 1 minute interval) exceeded a recommended percentage (TBD) of the 1 minute Uplink provisioned bandwidth (measured in slots and multiplied by the average Uplink bits per slot) for CBR plus CIR service flows.


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Description from Standards: Number of 1 minute intervals whereby the admitted (and therefore reserved) CBR plus CIR service flow Uplink slots multiplied by the average Uplink MCS value (measured as average bits per slot) for CBR plus CIR service flows (over that same interval 1 minute interval) exceeded a recommended percentage (TBD) of the 1 minute Uplink provisioned bandwidth (measured in slots and multiplied by the average Uplink bits per slot) for CBR plus CIR service flows. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: OHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.20 apDlSlotsBe OID: <optional> Type: Counter32 Motorola Implementation: Number of Downlink Unicast slots used for Best Effort service flows. Description from Standards: Number of Downlink Unicast slots used for Best Effort service flows. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: OHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.21 apDIMcsBe OID: <optional> Type: Counter32 Motorola Implementation: Average Downlink MCS value used for Best Effort, reported as the average bits per slot. Description from Standards: Average Downlink MCS value used for Best Effort, reported as the average bits per slot. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: OHP Octet String Subtype: N/A AP Impact: re-init-device


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1.3.54.22 apUlSlotsBe OID: <optional> Type: Counter32 Motorola Implementation: Number of Uplink slots used for Best Effort service flows. Description from Standards: Number of Uplink slots used for Best Effort service flows. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: OHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.23 apDIPayloadKBCbr OID: <optional> Type: Counter32 Motorola Implementation: Downlink payload kilobytes for CBR service flows successfully delivered. Payload kilobytes include all bytes above the MAC layer. Description from Standards: Downlink payload kilobytes for CBR service flows successfully delivered. Payload kilobytes include all bytes above the MAC layer. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: BHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.24 apDIPayloadKBCir OID: <optional> Type: Counter32 Motorola Implementation: Downlink payload kilobytes for CIR service flows successfully delivered. Payload kilobytes include all bytes above the MAC layer. Description from Standards: Downlink payload kilobytes for CIR service flows successfully delivered. Payload kilobytes include all bytes above the MAC layer. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: BHP Octet String Subtype: N/A


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1.3.54.25 apDlPayloadKBBe OID: <optional> Type: Counter32 Motorola Implementation: Downlink payload kilobytes for BE service flows successfully delivered. Payload kilobytes include all bytes above the MAC layer. Description from Standards: Downlink payload kilobytes for BE service flows successfully delivered. Payload kilobytes include all bytes above the MAC layer. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: BHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.26 apUIPayloadKCbr OID: <optional> Type: Counter32 Motorola Implementation: Uplink payload kilobytes for CBR service flows successfully received. Payload kilobytes include all bytes above the MAC layer. Description from Standards: Uplink payload kilobytes for CBR service flows successfully received. Payload kilobytes include all bytes above the MAC layer. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: BHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.27 apUIPayloadKCir OID: <optional> Type: Counter32 Motorola Implementation: Uplink payload kilobytes for CIR service flows successfully received. Payload kilobytes include all bytes above the MAC layer. Description from Standards: Uplink payload kilobytes for CIR service flows successfully received. Payload kilobytes include all bytes above the MAC layer. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS


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License Required: Not Required Task Allocation: BHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.28 apUlPayloadKBBe OID: <optional> Type: Counter32 Motorola Implementation: Uplink payload kilobytes for BE service flows successfully received. Payload kilobytes include all bytes above the MAC layer. Description from Standards: Uplink payload kilobytes for BE service flows successfully received. Payload kilobytes include all bytes above the MAC layer. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: BHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.29 apPageCycles OID: <optional> Type: Counter32 Motorola Implementation: Number of paging cycles initiated. A paging cycle may consist of multiple page attempts within the same Paging Group. Description from Standards: Number of paging cycles initiated. A paging cycle may consist of multiple page attempts within the same Paging Group. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: BHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.30 apPageCycleTimeout OID: <optional> Type: Counter32 Motorola Implementation: Number of paging cycles that time out due to lack of page response. A paging cycle consists of the initial page attempt and any subsequent retries prior to page time-out. Description from Standards: Number of paging cycles that time out due to lack of page response. A paging cycle consists of the initial page attempt and any subsequent retries prior to page time-out. MAXACCESS: read-only Range from Standards: Counter32


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WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: BHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.31 apDropPageAp OID: <optional> Type: Counter32 Motorola Implementation: Number of times a page was dropped by the AP because it didn't fit into AP paging interval. Description from Standards: Number of times a page was dropped by the AP because it didn't fit into AP paging interval. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: BHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.32 apDropPagesMss OID: <optional> Type: Counter32 Motorola Implementation: Number of times a page was dropped by the AP because it didn't fit into the MSS paging listening interval. Description from Standards: Number of times a page was dropped by the AP because it didn't fit into the MSS paging listening interval. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: BHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.33 apFlowNotChgdAi OID: <optional> Type: Counter32 Motorola Implementation: Number of service flows that failed a change request due to air interface resources.


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Description from Standards: Number of service flows that failed a change request due to air interface resources. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: BHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.34 apFlowNotAdmAi OID: <optional> Type: Counter32 Motorola Implementation: Number of service flows not admitted due to air interface resources. Description from Standards: Number of service flows not admitted due to air interface resources. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: BHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.35 apFlowNotAdmMem OID: <optional> Type: Counter32 Motorola Implementation: Number of service flows not admitted due to memory resources (including the number of simulations MSSs or Transport CIDs in use). Description from Standards: Number of service flows not admitted due to memory resources (including the number of simulations MSSs or Transport CIDs in use). MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: BHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.36 apDlCbrBurstSuccTxSucc OID: <optional> Type: Counter32


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Motorola Implementation: Number of CBR Downlink bursts transmitted successfully. Description from Standards: Number of CBR Downlink bursts transmitted successfully. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: OHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.37 apDlCbrBurstTxAllFail OID: <optional> Type: Counter32 Motorola Implementation: Number of CBR Downlink bursts that failed both the initial and all re-transmissions. Description from Standards: Number of CBR Downlink bursts that failed both the initial and all re-transmissions. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: OHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.38 apUlCbrBurstSuccRxSucc OID: <optional> Type: Counter32 Motorola Implementation: Number of CBR Uplink Bursts received successfully. Description from Standards: Number of CBR Uplink Bursts received successfully. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: OHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.39 apUlCbrBurstRxOppAllFail OID: <optional> Type: Counter32


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Motorola Implementation: Number of CBR Uplink bursts opportunities that failed the initial and all retransmissions. Description from Standards: Number of CBR Uplink bursts opportunities that failed the initial and all retransmissions. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: OHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.40 apDlCirBurstTxSucc OID: <optional> Type: Counter32 Motorola Implementation: Number of CIR Downlink bursts transmitted successfully. Description from Standards: Number of CIR Downlink bursts transmitted successfully. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.41 apDlCirBurstTxAllFail OID: <optional> Type: Counter32 Motorola Implementation: Number of CIR Downlink bursts that failed both the initial and all re-transmissions. Description from Standards: Number of CIR Downlink bursts that failed both the initial and all re-transmissions. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: OHP Octet String Subtype: N/A AP Impact: re-init-device


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1.3.54.42 apUlCirBurstSuccRxSucc OID: <optional> Type: Counter32 Motorola Implementation: Number of CIR Uplink Bursts received successfully. Description from Standards: Number of CIR Uplink Bursts received successfully. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: OHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.43 apUlCirBurstRxOppAllFail OID: <optional> Type: Counter32 Motorola Implementation: Number of CIR Uplink bursts opportunities that failed both the initial and all re-transmissions Description from Standards: Number of CIR Uplink bursts opportunities that failed both the initial and all re-transmissions MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: OHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.44 apDIBeBurstTxSucc OID: <optional> Type: Counter32 Motorola Implementation: Number of Best Effort Downlink bursts transmitted successfully. Description from Standards: Number of Best Effort Downlink bursts transmitted successfully. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: OHP Octet String Subtype: N/A AP Impact: re-init-device


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1.3.54.45 apDIBeBurstTxAllFail OID: <optional> Type: Counter32 Motorola Implementation: Number of Best Effort bursts that failed both the initial and all re-transmissions. Description from Standards: Number of Best Effort bursts that failed both the initial and all re-transmissions. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: OHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.46 apUIBeBurstRxSucc OID: <optional> Type: Counter32 Motorola Implementation: Number of Best Effort Uplink Bursts received successfully. Description from Standards: Number of Best Effort Uplink Bursts received successfully. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: OHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.47 apUlBeBurstRxOppallFail OID: <optional> Type: Counter32 Motorola Implementation: Number of Best Effort bursts opportunities that failed both the initial and all re-transmissions Description from Standards: Number of Best Effort bursts opportunities that failed both the initial and all re-transmissions MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: OHP Octet String Subtype: N/A AP Impact: re-init-device


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1.3.54.48 apFlowNotAdmBh OID: <optional> Type: Counter32 Motorola Implementation: Number of service flows not admitted due to backhaul resources. Description from Standards: Number of service flows not admitted due to backhaul resources. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.49 apFlowNotChgdBh OID: <optional> Type: Counter32 Motorola Implementation: Number of service flows that failed a change request due to backhaul resources. Description from Standards: Number of service flows that failed a change request due to backhaul resources. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.50 apLocUpdPgChg OID: <optional> Type: Counter32 Motorola Implementation: Number of Location Updates received due to change in Paging Groups. Description from Standards: Number of Location Updates received due to change in Paging Groups. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device


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1.3.54.51 apPwrDn OID: <optional> Type: Counter32 Motorola Implementation: Number of Power Down Location Update requests received. Description from Standards: Number of Power Down Location Update requests received. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.52 apFullMobHoTime OID: <optional> Type: Counter32 Motorola Implementation: Total summed time for all successful full mobility handovers, measured by the target Base Station in milliseconds from receipt of the HandoverIndication from the serving Base Station to the transmission of a successful Ranging Response to the MSS. Description from Standards: Total summed time for all successful full mobility handovers, measured by the target Base Station in milliseconds from receipt of the HandoverIndication from the serving Base Station to the transmission of a successful Ranging Response to the MSS. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.53 apMobScnReqSnd OID: <optional> Type: Counter32 Motorola Implementation: Mobile scan requests (MOB_SCN-REQ) received, indicating the triggers TLVs defined in the DCD requires neighbor scanning. Description from Standards: Mobile scan requests (MOB_SCN-REQ) received, indicating the triggers TLVs defined in the DCD requires neighbor scanning. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name>


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1.3.54.54 apMobScnReptRcv OID: <optional> Type: Counter32 Motorola Implementation: Mobile scan reports (MOB_SCAN-REPORT) received, which indicates the trigger to initiate handover. Description from Standards: Mobile scan reports (MOB_SCAN-REPORT) received, which indicates the trigger to initiate handover. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.55 apMobHoIndRcv OID: <optional> Type: Counter32 Motorola Implementation: Mobile handover indication (MOB_HO-IND) messages received without cancel bit set, indicating the MSS will be handing out. Description from Standards: Mobile handover indication (MOB_HO-IND) messages received without cancel bit set, indicating the MSS will be handing out. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.56 apMobHoAbortRcv OID: <optional> Type: Counter32 Motorola Implementation: Mobile handover indication (MOB_HO-IND) messages received with the cancel bit set, indicating the MSS has aborted handout. Description from Standards: Mobile handover indication (MOB_HO-IND) messages received with the cancel bit set, indicating the MSS has aborted handout. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic


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Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.57 apMobHoAdvise OID: <optional> Type: Counter32 Motorola Implementation: Number of handover advise messages received at the target BS indicating the MSS has committed to handing in. Description from Standards: Number of handover advise messages received at the target BS indicating the MSS has committed to handing in. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.58 apHoRngReqRcv OID: <optional> Type: Counter32 Motorola Implementation: Number of expected Handover Ranging Requests received at target base station supporting the handin. This message is expected because a HO Advise message was received form the serving Base Station for this handover. Description from Standards: Number of expected Handover Ranging Requests received at target base station supporting the handin. This message is expected because a HO Advise message was received form the serving Base Station for this handover. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.59 apHoRngReqRcvUnexp OID: <optional> Type: Counter32 Motorola Implementation: Number of unexpected Handover Ranging Requests received at target Base Station (meaning that a HO Indication was not received for the MSS and Handover ID).


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Description from Standards: Number of unexpected Handover Ranging Requests received at target Base Station (meaning that a HO Indication was not received for the MSS and Handover ID). MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.60 apHoRngRspSucc OID: <optional> Type: Counter32 Motorola Implementation: Number of successful HO Ranging Responses sent, indicating a successful Handover. Description from Standards: Number of successful HO Ranging Responses sent, indicating a successful Handover. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.61 apInitialRangingReq OID: <optional> Type: Counter32 Motorola Implementation: Number of initial and ranging requests received. Description from Standards: Number of initial and ranging requests received. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: BHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.62 apInitialRangingReqFail OID: <optional> Type: Counter32


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Motorola Implementation: Number of initial and ranging requests that failed due to timing or power adjustment issues. Description from Standards: Number of initial and ranging requests that failed due to timing or power adjustment issues. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: BHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.63 apPeriodicRangingReq OID: <optional> Type: Counter32 Motorola Implementation: Number of periodic and ranging requests received. Description from Standards: Number of periodic and ranging requests received. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: BHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.64 apPeriodicRangingFail OID: <optional> Type: Counter32 Motorola Implementation: Number of periodic ranging requests that failed. Description from Standards: Number of periodic ranging requests that failed. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: BHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.65 apArqBlockTransUl OID: <optional> Type: Counter32


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Motorola Implementation: Number of uplink ARQ block transmissions. Description from Standards: Number of uplink ARQ block transmissions. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: BHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.66 apArqBlockFailUl OID: <optional> Type: Counter32 Motorola Implementation: Number of uplink ARQ blocks that failed all retransmissions. Description from Standards: Number of uplink ARQ blocks that failed all retransmissions. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: BHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.67 apArqBlockTransDl OID: <optional> Type: Counter32 Motorola Implementation: Number of downlink ARQ block transmissions. Description from Standards: Number of downlink ARQ block transmissions. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: BHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.68 apArqBlockFailDl OID: <optional> Type: Counter32 Motorola Implementation: Number of downlink ARQ blocks that failed all retransmissions. Description from Standards: Number of downlink ARQ blocks that failed all retransmissions.


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MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: BHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.69 apArqHybridTransDl OID: <optional> Type: Counter32 Motorola Implementation: Number of downlink hybrid ARQ transmissions. Description from Standards: Number of downlink hybrid ARQ transmissions. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: OHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.70 apArqHybridDlFail OID: <optional> Type: Counter32 Motorola Implementation: Number of downlink hybrid ARQ transmissions that failed all retransmissions. Description from Standards: Number of downlink hybrid ARQ transmissions that failed all retransmissions. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: OHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.71 apArqHybridTransUl OID: <optional> Type: Counter32 Motorola Implementation: Number of uplink hybrid ARQ transmissions. Description from Standards: Number of uplink hybrid ARQ transmissions. MAXACCESS: read-only


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Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: OHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.72 apArqHybridUlFail OID: <optional> Type: Counter32 Motorola Implementation: Number of uplink hybrid ARQ transmissions that failed all retransmissions. Description from Standards: Number of uplink hybrid ARQ transmissions that failed all retransmissions. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: OHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.73 apPktDlBe OID: <optional> Type: Counter32 Motorola Implementation: Total number of packets in the downlink direction for the BE QoS service type. Description from Standards: Total number of packets in the downlink direction for the BE QoS service type. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: BHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.74 apPktUlBe OID: <optional> Type: Counter32 Motorola Implementation: Total number of packets in the uplink direction for the BE QoS service type. Description from Standards: Total number of packets in the uplink direction for the BE QoS service type. MAXACCESS: read-only Range from Standards: Counter32


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WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: BHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.75 apPktDlQueueLatBe OID: <optional> Type: Counter32 Motorola Implementation: Average packet latency in the downlink direction for the BE QoS service type. Latency is measured from the time the SDU is received by the AP until the complete SDU is first transmitted over the air (without ARQ and/or HARQ retries). Description from Standards: Average packet latency in the downlink direction for the BE QoS service type. Latency is measured from the time the SDU is received by the AP until the complete SDU is first transmitted over the air (without ARQ and/or HARQ retries). MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: N/A Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.76 apPktUlQueueLatBe OID: <optional> Type: Counter32 Motorola Implementation: Average packet latency in the uplink direction for the BE QoS service type. Latency is measured from the bandwidth request for bytes with that CID to the time the opportunity is given for the last byte in that request. Description from Standards: Average packet latency in the uplink direction for the BE QoS service type. Latency is measured from the bandwidth request for bytes with that CID to the time the opportunity is given for the last byte in that request. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: N/A Octet String Subtype: N/A AP Impact: re-init-device


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1.3.54.77 apPktLossDlBeQueue OID: <optional> Type: Counter32 Motorola Implementation: Total number of packets discarded in the downlink direction for the BE QoS service type due to queue overflow. Description from Standards: Total number of packets discarded in the downlink direction for the BE QoS service type due to queue overflow. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: BHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.78 apPktLossDlBeRetry OID: <optional> Type: Counter32 Motorola Implementation: Total number of packets discarded in the downlink direction for the BE QoS service type due to retries exceeded. Description from Standards: Total number of packets discarded in the downlink direction for the BE QoS service type due to retries exceeded. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: N/A Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.79 apPktDlCir OID: <optional> Type: Counter32 Motorola Implementation: Total number of packets in the downlink direction for the CIR QoS service type. Description from Standards: Total number of packets in the downlink direction for the CIR QoS service type. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: BHP Octet String Subtype: N/A


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1.3.54.80 apPktUlCir OID: <optional> Type: Counter32 Motorola Implementation: Total number of packets in the uplink direction for the CIR QoS service type. Description from Standards: Total number of packets in the uplink direction for the CIR QoS service type. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: BHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.81 apPktDlQueueLatCir OID: <optional> Type: Counter32 Motorola Implementation: Number of packets in the downlink direction exceeding the flow's latency specification for the CIR QoS service type due to queueing/scheduling delays in the AP. Latency is measured from the time the SDU is received by the AP until the complete SDU is first transmitted over the air (without ARQ and/or HARQ retries). Count this packet if (T2-T1) > latency Description from Standards: Number of packets in the downlink direction exceeding the flow's latency specification for the CIR QoS service type due to queueing/scheduling delays in the AP. Latency is measured from the time the SDU is received by the AP until the complete SDU is first transmitted over the air (without ARQ and/or HARQ retries). Count this packet if (T2-T1) > latency MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: N/A Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.82 apPktDlAirLatCir OID: <optional> Type: Counter32 Motorola Implementation: Number of packets in the downlink direction exceeding the session's latency specification for the CIR QoS service type due to air interface retransmissions. Latency is measured from the time the SDU is received by the AP until the complete SDU is successfully transmitted over the air (including ARQ and/or HARQ retries). Count this packet if (T3-T1) > latency but (T2-T1) < latency


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Description from Standards: Number of packets in the downlink direction exceeding the session's latency specification for the CIR QoS service type due to air interface retransmissions. Latency is measured from the time the SDU is received by the AP until the complete SDU is successfully transmitted over the air (including ARQ and/or HARQ retries). Count this packet if (T3-T1) > latency but (T2-T1) < latency MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: N/A Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.83 apPktUlQueueLatCir OID: <optional> Type: Counter32 Motorola Implementation: Number of packets in the uplink direction exceeding the session's latency specification for the CIR QoS service type. Latency is measured from the time the first request for bandwidth is received by the AP until the complete SDU is sent by the AP (without ARQ and/or HARQ retries). Count this packet if (T2-T1) >latency Description from Standards: Number of packets in the uplink direction exceeding the session's latency specification for the CIR QoS service type. Latency is measured from the time the first request for bandwidth is received by the AP until the complete SDU is sent by the AP (without ARQ and/or HARQ retries). Count this packet if (T2-T1) >latency MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: N/A Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.84 apPktLossDlCirQueue OID: <optional> Type: Counter32 Motorola Implementation: Total number of packets discarded in the downlink direction for the CIR QoS service type due to queue overflow. Description from Standards: Total number of packets discarded in the downlink direction for the CIR QoS service type due to queue overflow. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector


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Network Element: BTS License Required: Not Required Task Allocation: BHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.85 apPktLossDlCirRetry OID: <optional> Type: Counter32 Motorola Implementation: Total number of packets discarded in the downlink direction for the CIR QoS service type due to retries exceeded. Description from Standards: Total number of packets discarded in the downlink direction for the CIR QoS service type due to retries exceeded. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: N/A Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.86 apPktDlCbr OID: <optional> Type: Counter32 Motorola Implementation: Total number of packets in the downlink direction for the CBR QoS service type. Description from Standards: Total number of packets in the downlink direction for the CBR QoS service type. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: BHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.87 apPktUlCbr OID: <optional> Type: Counter32 Motorola Implementation: Total number of packets in the uplink direction for the CBR QoS service type. Description from Standards: Total number of packets in the uplink direction for the CBR QoS service type. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0


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Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: BHP Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.88 apPktDlQueueLatCbr OID: <optional> Type: Counter32 Motorola Implementation: Number of packets in the downlink direction exceeding the flow's latency specification for the CBR QoS service type due to queueing/scheduling delays in the AP. Latency is measured from the time the SDU is received by the AP until the complete SDU is first transmitted over the air (without HARQ retries). Count this packet if (T2-T1) > latency Description from Standards: Number of packets in the downlink direction exceeding the flow's latency specification for the CBR QoS service type due to queueing/scheduling delays in the AP. Latency is measured from the time the SDU is received by the AP until the complete SDU is first transmitted over the air (without HARQ retries). Count this packet if (T2-T1) > latency MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: N/A Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.89 apPktDlAirLatCbr OID: <optional> Type: Counter32 Motorola Implementation: Number of packets in the downlink direction exceeding the session's latency specification for the CBR QoS service type due to air interface retransmissions. Latency is measured from the time the SDU is received by the AP until the complete SDU is successfully transmitted over the air (including ARQ and/or HARQ retries). Count this packet if (T3-T1) > latency but (T2-T1) < latency Description from Standards: Number of packets in the downlink direction exceeding the session's latency specification for the CBR QoS service type due to air interface retransmissions. Latency is measured from the time the SDU is received by the AP until the complete SDU is successfully transmitted over the air (including ARQ and/or HARQ retries). Count this packet if (T3-T1) > latency but (T2-T1) < latency MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required


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Task Allocation: N/A Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.90 apPktDlIntArrJit OID: <optional> Type: Counter32 Motorola Implementation: Statistical Variance in SDUs arriving at the AP for CBR flows. That is, measure the normalized mean and standard deviation of DL SDU arrivals for each CBR flow. Description from Standards: Statistical Variance in SDUs arriving at the AP for CBR flows. That is, measure the normalized mean and standard deviation of DL SDU arrivals for each CBR flow. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: N/A Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.91 apPktDLSchJit OID: <optional> Type: Counter32 Motorola Implementation: Statistical Variance in SDUs being scheduled for transmission over-the-air for CBR flows. That is, measure the normalized mean and standard deviation of scheduling DL SDUs for each CBR flow Description from Standards: Statistical Variance in SDUs being scheduled for transmission over-the-air for CBR flows. That is, measure the normalized mean and standard deviation of scheduling DL SDUs for each CBR flow MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: N/A Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.92 apPktULSchJit OID: <optional> Type: Counter32 Motorola Implementation: Statistical Variance in Grant opportunities being scheduled for uplink SDUs for CBR flows. That is, measure the normalized mean and standard deviation of scheduling uplink grants for each CBR flow.


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Description from Standards: Statistical Variance in Grant opportunities being scheduled for uplink SDUs for CBR flows. That is, measure the normalized mean and standard deviation of scheduling uplink grants for each CBR flow. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: N/A Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.93 apMissGrantUlCbr OID: <optional> Type: Counter32 Motorola Implementation: Total number of CBR grant opportunities in the uplink direction for which no data was received. Description from Standards: Total number of CBR grant opportunities in the uplink direction for which no data was received. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: N/A Octet String Subtype: N/A AP Impact: re-init-device

1.3.54.94 apPktLossDlCbrQueue OID: <optional> Type: Counter32 Motorola Implementation: Total number of packets discarded in the downlink direction for the CBR QoS service type due to queue overflow. Description from Standards: Total number of packets discarded in the downlink direction for the CBR QoS service type due to queue overflow. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: BHP Octet String Subtype: N/A AP Impact: re-init-device


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1.3.54.95 apPktLossDlCbrRetry OID: <optional> Type: Counter32 Motorola Implementation: Total number of packets discarded in the downlink direction for the CBR QoS service type due to retries exceeded. Description from Standards: Total number of packets discarded in the downlink direction for the CBR QoS service type due to retries exceeded. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Scope: Per Sector Network Element: BTS License Required: Not Required Task Allocation: N/A Octet String Subtype: N/A AP Impact: re-init-device

1.3.55 wmanBtsSecurityConfig OID: { wmanBtsPrivate 13 } This table contains security related information for the AP Stereotype: ObjectIdentifier Description from Standards: MAXACCESS: REFERENCE: WiMAX Release: WiMAX 1.0 Task Allocation: <must provide task name>

1.3.55.1 wmanBtsRadiusRetryTimeout OID: <optional> Type: INTEGER InitialValue: 10 Description from Standards: Retry timeout for RADIUS requests sent by the BTS to the AAA server. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 10 Category: Configuration Scope: Per BTS Presentation Name: BTS to AAA Retry Timeout for RADIUS Network Element: BTS License Required: Not Required Task Allocation: ap_LMT Octet String Subtype: N/A AP Impact: re-init-device

1.3.55.2 wmanBtsRadiusRetries OID: <optional> Type: INTEGER


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InitialValue: 3 Description from Standards: Number of retries for the RADIUS request sent by the BTS to the AAA server. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 3 Category: Configuration Scope: Per BTS Presentation Name: CAPC to AAA Retry Count for RADIUS Network Element: BTS License Required: Not Required Task Allocation: ap_LMT Octet String Subtype: N/A AP Impact: re-init-device

1.3.55.3 wmanBtsEapSessionTimeout OID: <optional> Type: INTEGER InitialValue: 300, 300, 300, 300 Description from Standards: This parameter is used as the guard timer for the EAP session during network entry from EAP_ID_Request till EAP_Complete. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 300 Category: Factory Configuration Scope: Per BTS Presentation Name: EAP Session Timeout Network Element: BTS License Required: Not Required Task Allocation: ap_SACM Octet String Subtype: N/A AP Impact: re-init-device

1.3.55.4 wmanBtsEnableAclFirewallRules OID: <optional> Type: TruthValue InitialValue: true Motorola Implementation: Indicates if the BTS is to enable ACL Frewall rules. Default Value from Standards: true Description from Standards: Indicates if the BTS is to enable ACL Firewall rules. MAXACCESS: read-write Range from Standards: TruthValue WiMAX Release: WiMAX 2.5 Category: Configuration Scope: Per BTS Presentation Name: Enable ACL Firewall Rules? Network Element: BTS License Required: Not Required Task Allocation: ap_SACM Octet String Subtype: N/A


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1.3.55.5 wmanBtsEnableIdsRules OID: <optional> Type: TruthValue InitialValue: true Motorola Implementation: Indicates if the BTS is to enable IDS rules. Default Value from Standards: true Description from Standards: Indicates if the BTS is to enable IDS rules. MAXACCESS: read-write Range from Standards: TruthValue WiMAX Release: WiMAX 2.5 Category: Configuration Scope: Per BTS Presentation Name: Enable IDS rules? Network Element: BTS License Required: Not Required Task Allocation: ap_SACM Octet String Subtype: N/A AP Impact: re-init-device

1.3.55.6 wmanBtsIPSecApplicationStatus OID: <optional> Type: INTEGER Motorola Implementation: Activation status of the IPSec policy file. notActivated (0) Successful (1) Failed (2) Description from Standards: Activation status of the IPSec policy file. notActivated (0) Successful (1) Failed (2) MAXACCESS: read-only Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_SACM Octet String Subtype: N/A AP Impact: re-init-device


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1.3.56 wmanBtsLmtOnly OID: { wmanBtsPrivate 2 } Stereotype: ObjectIdentifier Description from Standards: MAXACCESS: REFERENCE: WiMAX Release: WiMAX 1.0 Network Element: BTS Task Allocation: <must provide task name>

1.3.56.1 wmanBtsNodeAddressType OID: <optional> Type: InetAddressType Description from Standards: The type of IP address used in the object wmanBtsNodeAddress MAXACCESS: read-write Range from Standards: InetAddressType WiMAX Release: WiMAX 1.0 Motorola Default Value: IPv4 Network Element: BTS License Required: Not Required Access: Allow Access From LMT Only Task Allocation: ap_IMP Octet String Subtype: N/A AP Impact: re-init-device

1.3.56.2 wmanBtsNodeAddress OID: <optional> Type: InetAddress Motorola Implementation: This is the IP address for the BTS. This value can only be changed from the EMS if the UseDHCP flag is set to false. Otherwise, this value is populated from the DCHP response Description from Standards: This is the IP address for the BTS. This value can only be changed from the EMS is the UseDHCP flag is set to false. Otherwise, this value is populated from the DCHP response MAXACCESS: read-write Range from Standards: InetAddress WiMAX Release: WiMAX 1.0 Scope: Per BTS Presentation Name: BTS's IP Address Network Element: BTS License Required: Not Required Access: Allow Access From LMT Only Task Allocation: ap_IMP Octet String Subtype: ASCII AP Impact: re-init-device

1.3.56.3 wmanBtsNodeSubnetType OID: <optional> Type: InetAddressType Description from Standards: The type of IP address used in the object wmanBtsNodeSubnet


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MAXACCESS: read-write Range from Standards: InetAddressType WiMAX Release: WiMAX 1.0 Motorola Default Value: IPv4 Network Element: BTS License Required: Not Required Access: Allow Access From LMT Only Task Allocation: ap_IMP Octet String Subtype: N/A AP Impact: re-init-device

1.3.56.4 wmanBtsNodeSubnet OID: <optional> Type: InetAddress Motorola Implementation: This is the subnet mask for the BTS. This value can only be changed from the EMS is the UseDHCP flag is set to false. Otherwise, this value is populated from the DCHP response Description from Standards: This is the subnet mask for the BTS. This value can only be changed from the EMS is the UseDHCP flag is set to false. Otherwise, this value is populated from the DCHP response MAXACCESS: read-write Range from Standards: InetAddress WiMAX Release: WiMAX 1.0 Scope: Per BTS Presentation Name: BTS Subnet Network Element: BTS License Required: Not Required Access: Allow Access From LMT Only Task Allocation: ap_IMP Octet String Subtype: ASCII AP Impact: re-init-device

1.3.56.5 wmanBtsNodeDnsServerType OID: <optional> Type: InetAddressType Description from Standards: The type of IP address used in the object wmanBtsDnsServer MAXACCESS: read-write Range from Standards: InetAddressType WiMAX Release: WiMAX 1.0 Motorola Default Value: IPv4 Presentation Name: DNS Server Type Network Element: BTS License Required: Not Required Access: Allow Access From LMT Only Task Allocation: ap_IMP Octet String Subtype: N/A AP Impact: re-init-device

1.3.56.6 wmanBtsNodeDnsServer OID: <optional> Type: InetAddress


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Motorola Implementation: This is the DNS server the BTS is to use. This value can only be changed from the EMS is the UseDHCP flag is set to false. Otherwise, this value is populated from the DCHP response Description from Standards: This is the DNS server the BTS is to use. This value can only be changed from the EMS is the UseDHCP flag is set to false. Otherwise, this value is populated from the DCHP response MAXACCESS: read-write Range from Standards: InetAddress WiMAX Release: WiMAX 1.0 Scope: Per BTS Presentation Name: DNS Server IP Network Element: BTS License Required: Not Required Access: Allow Access From LMT Only Task Allocation: ap_IMP Octet String Subtype: ASCII AP Impact: re-init-device

1.3.56.7 wmanBtsNodeSecDnsServerType OID: <optional> Type: InetAddressType Description from Standards: The type of IP address used in the object wmanBtsDnsServer MAXACCESS: read-write Range from Standards: InetAddressType WiMAX Release: WiMAX 1.0 Motorola Default Value: IPv4 Presentation Name: DNS Server Type Network Element: BTS License Required: Not Required Access: Allow Access From LMT Only Task Allocation: ap_IMP Octet String Subtype: N/A AP Impact: re-init-device

1.3.56.8 wmanBtsNodeSecDnsServer OID: <optional> Type: InetAddress Motorola Implementation: This is the DNS server the BTS is to use. This value can only be changed from the EMS is the UseDHCP flag is set to false. Otherwise, this value is populated from the DCHP response Description from Standards: This is the DNS server the BTS is to use. This value can only be changed from the EMS is the UseDHCP flag is set to false. Otherwise, this value is populated from the DCHP response MAXACCESS: read-write Range from Standards: InetAddress WiMAX Release: WiMAX 1.0 Scope: Per BTS Presentation Name: DNS Server IP Network Element: BTS License Required: Not Required Access: Allow Access From LMT Only Task Allocation: ap_IMP Octet String Subtype: ASCII


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1.3.56.9 wmanBtsNodeGatewayType OID: <optional> Type: InetAddressType Description from Standards: The type of IP address used in the object wmanBtsNodeGateway MAXACCESS: read-write Range from Standards: InetAddressType WiMAX Release: WiMAX 1.0 Motorola Default Value: IPv4 Network Element: BTS License Required: Not Required Access: Allow Access From LMT Only Task Allocation: ap_IMP Octet String Subtype: N/A AP Impact: re-init-device

1.3.56.10 wmanBtsNodeGateway OID: <optional> Type: InetAddress Motorola Implementation: This is the gateway the BTS is to use. This value can only be changed from the EMS is the UseDHCP flag is set to false. Otherwise, this value is populated from the DCHP response Description from Standards: This is the gateway the BTS is to use. This value can only be changed from the EMS is the UseDHCP flag is set to false. Otherwise, this value is populated from the DCHP response MAXACCESS: read-write Range from Standards: InetAddress WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per BTS Network Element: BTS License Required: Not Required Access: Allow Access From LMT Only Task Allocation: ap_IMP Octet String Subtype: ASCII AP Impact: re-init-device

1.3.56.11 wmanBtsUseDHCP OID: <optional> Type: TruthValue InitialValue: true Motorola Implementation: Indicates if the BTS is to use DHCP to obtain is IP addressing information Default Value from Standards: true Description from Standards: Indicates if the BTS is to use DHCP to obtain is IP addressing information MAXACCESS: read-write Range from Standards: TruthValue WiMAX Release: WiMAX 1.0 Motorola Default Value: True Scope: Per BTS Presentation Name: BTS Uses DHCP to Obtain IP


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Network Element: BTS License Required: Not Required Access: Allow Access From LMT Only Task Allocation: ap_IMP Octet String Subtype: N/A AP Impact: re-init-device

1.3.56.12 wmanBtsNodeEmsAddressType OID: <optional> Type: InetAddressType Description from Standards: The type of IP address used in the object wmanBtsNodeEmsAddress MAXACCESS: read-write Range from Standards: InetAddressType WiMAX Release: WiMAX 1.0 Motorola Default Value: IPv4 Network Element: BTS License Required: Not Required Access: Allow Access From LMT Only Task Allocation: ap_boostrapping Octet String Subtype: N/A AP Impact: re-init-device

1.3.56.13 wmanBtsNodeEmsAddress OID: <optional> Type: InetAddress Motorola Implementation: This is the EMS IP Address the BTS is to use. This value can only be changed from the EMS is the UseDHCP flag is set to false. Otherwise, this value is populated from the DCHP response Description from Standards: This is the EMS IP Address the CAPC is to use. This value can only be changed from the EMS is the UseDHCP flag is set to false. Otherwise, this value is populated from the DCHP response MAXACCESS: read-write Range from Standards: InetAddress WiMAX Release: WiMAX 1.0 Scope: Per BTS Presentation Name: EMS's IP Address used by BTS Network Element: BTS License Required: Not Required Access: Allow Access From LMT Only Task Allocation: ap_bootstrapping Octet String Subtype: ASCII AP Impact: re-init-device

1.3.56.14 wmanBtsVlanNumber OID: <optional> Type: INTEGER InitialValue: 0 Motorola Implementation: Indicates vlan number the AP is to communicate on. Default Value from Standards: 0


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Description from Standards: Indicates vlan number the AP is to communicate on. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 0 Scope: Per BTS Presentation Name: BTS Uses DHCP to Obtain IP Network Element: BTS License Required: Not Required Access: Allow Access From LMT Only Task Allocation: ap_IMP,ap_SM Octet String Subtype: N/A AP Impact: re-init-device

1.3.56.15 wmanBtsNodeName OID: <optional> Type: DisplayString Motorola Implementation: This is the name for the AP that is used in the DHCP request. This initial value comes from site commissioning. Description from Standards: This is the name for the AP that is used in the DHCP request. This initial value comes from site commissioning. MAXACCESS: read-write Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Scope: Per BTS Presentation Name: BTS's IP Address Network Element: BTS License Required: Not Required Access: Allow Access From LMT Only Task Allocation: ap_IMP Octet String Subtype: ASCII AP Impact: re-init-device

1.3.56.16 wmanBtsBackhaulType OID: <optional> Type: INTEGER InitialValue: 2 Motorola Implementation: Indicates if the BTS is to use daisy chain or link aggregation for its backhaul Default Value from Standards: 2 Description from Standards: Indicates if the BTS is to use daisy chain or link aggregation for its backhaul MAXACCESS: read-write Range from Standards: INTEGER {daisychain(1), linkaggregation(2)} WiMAX Release: WiMAX 1.0 Motorola Default Value: 2 Category: Real-Time Status Scope: Per BTS Presentation Name: Backhaul Type Network Element: BTS License Required: Not Required Access: Allow Access From LMT Only Task Allocation: ap_NM


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1.3.57 wmanBtsDefaultAAAProfile OID: { wmanBtsPrivate 14 } Stereotype: ObjectIdentifier Description from Standards: MAXACCESS: REFERENCE: WiMAX Release: WiMAX 1.0 Task Allocation: <must provide task name>

1.3.57.1 wmanBtsHoSvcClass OID: <optional> Type: INTEGER InitialValue: 2 Motorola Implementation: The HO_SVC_Class attribute identifies the users provisioned handover performance classification. This is used by the system to enable different classes of handover performance and to enable a service provider to extract value from customers to enable it on a per user basis. Description from Standards: The HO_SVC_Class attribute identifies the users provisioned handover performance classification. This is used by the system to enable different classes of handover performance and to enable a service provider to extract value from customers to enable it on a per user basis. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 2 Category: Factory Configuration Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_SACM Octet String Subtype: N/A AP Impact: re-init-device

1.3.57.2 wmanBtsTotalMaxULBandwidth OID: <optional> Type: INTEGER InitialValue: 1000 Motorola Implementation: The maximum bandwidth permitted an MS. Description from Standards: The maximum bandwidth permitted an MS. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 1000 Category: Factory Configuration Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_SACM


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1.3.57.3 wmanBtsTotalMaxDLBandwidth OID: <optional> Type: INTEGER InitialValue: 1000 Motorola Implementation: The maximum bandwidth permitted an MS. Description from Standards: The maximum bandwidth permitted an MS. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 1000 Category: Factory Configuration Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_SACM Octet String Subtype: N/A AP Impact: re-init-device

1.3.57.4 wmanBtsTotalMaxCommitedBandwidthUL OID: <optional> Type: INTEGER InitialValue: 500 Motorola Implementation: The maximum committed bandwidth permitted an MS. Description from Standards: The maximum committed bandwidth permitted an MS. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 500 Category: Factory Configuration Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_SACM Octet String Subtype: N/A AP Impact: re-init-device

1.3.57.5 wmanBtsTotalMaxCommitedBandwidthDL OID: <optional> Type: INTEGER InitialValue: 500 Motorola Implementation: The maximum committed bandwidth permitted an MS. Description from Standards: The maximum committed bandwidth permitted an MS. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 500 Category: Factory Configuration


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Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_SACM Octet String Subtype: N/A AP Impact: re-init-device

1.3.57.6 wmanBtsUserPriority OID: <optional> Type: INTEGER InitialValue: 1 Motorola Implementation: The User Priority assigned to the MS. Priority ranges from the values 8 (Highest) to 1 (Lowest). Description from Standards: The User Priority assigned to the MS. Priority ranges from the values 8 (Highest) to 1 (Lowest). MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 1 Category: Factory Configuration Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_SACM Octet String Subtype: N/A AP Impact: re-init-device

1.3.57.7 wmanBtsCovergenceSublayer OID: <optional> Type: INTEGER InitialValue: 0 Motorola Implementation: The 802.16 Convergence Sublayer to be used by MS. Description from Standards: The 802.16 Convergence Sublayer to be used by MS. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 0 Category: Factory Configuration Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_SACM Octet String Subtype: N/A AP Impact: re-init-device

1.3.57.8 wmanBtsServiceFlow OID: <optional> Type: OCTET STRING InitialValue: "2|Default" Motorola Implementation: The 802.16 Service Flows Permitted to be created by an MS.


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Description from Standards: The 802.16 Service Flows Permitted to be created by an MS. MAXACCESS: read-write Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Motorola Default Value: "2|Default" Category: Factory Configuration Scope: Per BTS Presentation Name: Sector Mapping Network Element: BTS License Required: Not Required Task Allocation: ap_SACM Octet String Subtype: N/A AP Impact: re-init-device

1.3.58 wmanBtsArpParms OID: { wmanBtsPrivate 15 } Stereotype: ObjectIdentifier Description from Standards: MAXACCESS: REFERENCE: WiMAX Release: WiMAX 1.0 Task Allocation: <must provide task name>

1.3.58.1 wmanBtsArpRetryCount OID: <optional> Type: INTEGER InitialValue: 2 Motorola Implementation: The number of ARP retries Description from Standards: The HO_SVC_Class attribute identifies the users provisioned handover performance classification. This is used by the system to enable different classes of handover performance and to enable a service provider to extract value from customers to enable it on a per user basis. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 2 Category: Factory Configuration Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_SACM Octet String Subtype: N/A AP Impact: re-init-device

1.3.58.2 wmanBtsArpRetryTimer OID: <optional> Type: INTEGER InitialValue: 2 Motorola Implementation: The time between arp retries


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Description from Standards: The HO_SVC_Class attribute identifies the users provisioned handover performance classification. This is used by the system to enable different classes of handover performance and to enable a service provider to extract value from customers to enable it on a per user basis. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 2 Category: Factory Configuration Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_SACM Octet String Subtype: N/A AP Impact: re-init-device

1.3.58.3 wmanBtsArpRetryInterval OID: <optional> Type: INTEGER InitialValue: 2 Motorola Implementation: The arp retry interval Description from Standards: The HO_SVC_Class attribute identifies the users provisioned handover performance classification. This is used by the system to enable different classes of handover performance and to enable a service provider to extract value from customers to enable it on a per user basis. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 2 Category: Factory Configuration Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_SACM Octet String Subtype: N/A AP Impact: re-init-device

1.3.58.4 wmanBtsArpCacheTimer OID: <optional> Type: INTEGER InitialValue: 2 Motorola Implementation: The arp cache timer Description from Standards: The HO_SVC_Class attribute identifies the users provisioned handover performance classification. This is used by the system to enable different classes of handover performance and to enable a service provider to extract value from customers to enable it on a per user basis. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 2 Category: Factory Configuration Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_SACM


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1.3.58.5 wmanBtsArpPriorityTag OID: <optional> Type: INTEGER InitialValue: 2 Motorola Implementation: The arp priority tag Description from Standards: The HO_SVC_Class attribute identifies the users provisioned handover performance classification. This is used by the system to enable different classes of handover performance and to enable a service provider to extract value from customers to enable it on a per user basis. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 2 Category: Factory Configuration Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_SACM Octet String Subtype: N/A AP Impact: re-init-device

1.3.59 wmanBtsMisc OID: { wmanBtsPrivate 16 } Stereotype: ObjectIdentifier Description from Standards: MAXACCESS: REFERENCE: WiMAX Release: WiMAX 1.0 Task Allocation: <must provide task name>

1.3.59.1 wmanBtsSaChallengeTimer OID: <optional> Type: INTEGER InitialValue: 1000 Description from Standards: Security Association Challenge timer in milliseconds MAXACCESS: read-write Range from Standards: INTEGER (0 .. 5000) WiMAX Release: WiMAX 1.0 Motorola Default Value: 1000 Motorola Range: 0..5000 Category: Factory Configuration Network Element: BTS License Required: Not Required Task Allocation: ap_SACM Octet String Subtype: N/A AP Impact: re-init-device


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1.3.59.2 wmanBtsSaChallengeMaxResends OID: <optional> Type: INTEGER InitialValue: 3 Description from Standards: Security Association maximum resends. MAXACCESS: read-write Range from Standards: INTEGER (0 .. 255) WiMAX Release: WiMAX 1.0 Motorola Default Value: 3 Category: Factory Configuration Network Element: BTS License Required: Not Required Task Allocation: ap_SACM Octet String Subtype: N/A AP Impact: re-init-device

1.3.59.3 wmanBtsSaTekTimer OID: <optional> Type: INTEGER InitialValue: 43200 Description from Standards: Security Association Tek Timer. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 43200 Category: Factory Configuration Network Element: BTS License Required: Not Required Task Allocation: ap_SACM Octet String Subtype: N/A AP Impact: re-init-device

1.3.59.4 wmanBtsPmkLifetime OID: <optional> Type: INTEGER InitialValue: 10 Description from Standards: <must provide description> MAXACCESS: read-write Range from Standards: INTEGER (0 .. 255) WiMAX Release: WiMAX 1.0 Motorola Default Value: 10 Category: Factory Configuration Network Element: BTS License Required: Not Required Task Allocation: ap_SACM Octet String Subtype: N/A AP Impact: re-init-device

1.3.59.5 wmanBtsPrivateParm1 OID: <optional>


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Type: Unsigned32 InitialValue: 1 Description from Standards: AP INTERNAL USE ONLY MAXACCESS: read-write Range from Standards: Unsigned32 WiMAX Release: WiMAX 1.0 Motorola Default Value: 1 Category: Factory Configuration Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: ap_MAC Octet String Subtype: N/A AP Impact: re-init-device

1.3.60 wmanBtsTimers OID: { wmanBtsPrivate 17 } Stereotype: ObjectIdentifier Description from Standards: MAXACCESS: REFERENCE: WiMAX Release: WiMAX 2.5 Network Element: BTS Task Allocation: <must provide task name>

1.3.60.1 wmanBtsLVCReqTimer OID: <optional> Type: INTEGER InitialValue: 3 Default Value from Standards: 3 Description from Standards: <must provide description> MAXACCESS: read-write Range from Standards: INTEGER (0 .. 5000) WiMAX Release: WiMAX 2.5 Motorola Default Value: 3 Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.60.2 wmanBtsLVCRspTimer OID: <optional> Type: INTEGER InitialValue: 1 Description from Standards: <must provide description> MAXACCESS: read-write Range from Standards: INTEGER (0 .. 5000) WiMAX Release: WiMAX 2.5


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Motorola Default Value: 1 Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.60.3 wmanBtsLCCStartTimer OID: <optional> Type: INTEGER InitialValue: 3 Description from Standards: <must provide description> MAXACCESS: read-write Range from Standards: INTEGER (0 .. 5000) WiMAX Release: WiMAX 2.5 Motorola Default Value: 3 Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.60.4 wmanBtsLCCReqTimer OID: <optional> Type: INTEGER InitialValue: 6 Description from Standards: <must provide description> MAXACCESS: read-write Range from Standards: INTEGER (0 .. 5000) WiMAX Release: WiMAX 2.5 Motorola Default Value: 6 Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.60.5 wmanBtsLCCRspTimer OID: <optional> Type: INTEGER InitialValue: 1 Description from Standards: <must provide description> MAXACCESS: read-write Range from Standards: INTEGER (0 .. 5000) WiMAX Release: WiMAX 2.5 Motorola Default Value: 1 Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A


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AP Impact: online

1.3.60.6 wmanBtsTCPReconnMinTimer OID: <optional> Type: INTEGER InitialValue: 10 Description from Standards: <must provide description> MAXACCESS: read-write Range from Standards: INTEGER (0 .. 5000) WiMAX Release: WiMAX 2.5 Motorola Default Value: 10 Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.60.7 wmanBtsTCPReconnMaxTimer OID: <optional> Type: INTEGER InitialValue: 25 Description from Standards: <must provide description> MAXACCESS: read-write Range from Standards: INTEGER (0 .. 5000) WiMAX Release: WiMAX 2.5 Motorola Default Value: 25 Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.60.8 wmanBtsLVCRetryTimer OID: <optional> Type: INTEGER InitialValue: 60 Description from Standards: <must provide description> MAXACCESS: read-write Range from Standards: INTEGER (0 .. 5000) WiMAX Release: WiMAX 2.5 Motorola Default Value: 60 Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.60.9 wmanBtsSrvHoPrepareTimer OID: <optional>


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Type: INTEGER InitialValue: 200 Description from Standards: <must provide description> MAXACCESS: read-write Range from Standards: INTEGER (0 .. 5000) WiMAX Release: WiMAX 2.5 Motorola Default Value: 200 Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.60.10 wmanBtsTrgHoInitTimer OID: <optional> Type: INTEGER InitialValue: 200 Description from Standards: <must provide description> MAXACCESS: read-write Range from Standards: INTEGER (0 .. 5000) WiMAX Release: WiMAX 2.5 Motorola Default Value: 200 Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.60.11 wmanBtsSrvHoInitTimer OID: <optional> Type: INTEGER InitialValue: 200 Description from Standards: <must provide description> MAXACCESS: read-write Range from Standards: INTEGER (0 .. 5000) WiMAX Release: WiMAX 2.5 Motorola Default Value: 200 Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.60.12 wmanBtsHoLastPacketTimer OID: <optional> Type: INTEGER InitialValue: 30 Description from Standards: <must provide description> MAXACCESS: read-write Range from Standards: INTEGER (0 .. 5000)


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WiMAX Release: WiMAX 2.5 Motorola Default Value: 30 Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.60.13 wmanBtsIdleLastPacketTimer OID: <optional> Type: INTEGER InitialValue: 30 Description from Standards: <must provide description> MAXACCESS: read-write Range from Standards: INTEGER (0 .. 5000) WiMAX Release: WiMAX 2.5 Motorola Default Value: 30 Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.60.14 wmanBtsNeighborUpdateTimer OID: <optional> Type: INTEGER InitialValue: 60 Description from Standards: <must provide description> MAXACCESS: read-write Range from Standards: INTEGER (0 .. 5000) WiMAX Release: WiMAX 2.5 Motorola Default Value: 60 Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: online

1.3.61 wmanBtsVlanMeasurementTable Presentation Name: AP's Vlan measurement OID: { wmanBtsPrivate 18 } This group contains all PM stats which are collected on a per VLAN ID basis. Stereotype: MIBTable Description from Standards: MAXACCESS: REFERENCE: WiMAX Release: WiMAX 1.0 Task Allocation: <must provide task name>


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1.3.61.1 wmanIfBsNspVlanId OID: <optional> Type: Integer32 Stereotype: Index Description from Standards: This is the IEEE 802.1Q VLAN ID assigned to an NSP domain. Only the least significant12 bits of this objects value are valid. The operator can configure this table such that all the subscribers from the NSP/VAPs domain can be assigned the same VLAN ID. MAXACCESS: read-create Range from Standards: Integer32 (0..4095) WiMAX Release: WiMAX 1.0 Scope: Per BTS Network Element: BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A AP Impact: re-init-device

1.3.61.2 apVlanPacketDrop OID: <optional> Type: Counter32 Motorola Implementation: Number of packets that do not have the same VLAN ID on DL and UL traffic Description from Standards: Number of packets that do not have the same VLAN ID on DL and UL traffic MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.61.3 apVlanDlPackets OID: <optional> Type: Counter32 Motorola Implementation: Number of DL packets for a particular VLAN ID Description from Standards: Number of DL packets for a particular VLAN ID MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.3.61.4 apVlanUlPackets OID: <optional>


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Type: Counter32 Motorola Implementation: Number of UL packets for a particular VLAN ID Description from Standards: Number of UL packets for a particular VLAN ID MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: BTS License Required: Not Required Task Allocation: SC Octet String Subtype: N/A AP Impact: re-init-device

1.4 Name: CAPCConfiguration


1.4.1.1 wmanPriDeviceType OID: <optional> Type: DisplayString Description from Standards: This object indicates the type of the device. The allowed string values are 'CPE' | 'AP' | 'CAPC'. This object should match the value of <DeviceType> in the manifest file for software bundle. MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Device Type Network Element: All License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.1.2 wmanPriDeviceManufacturerId OID: <optional> Type: DisplayString


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Description from Standards: This object identifies the manufacturer of the device. The value should match the <ManufacturerId> tag in the manifest file of the software bundle. MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Motorola Default Value: Motorola Motorola Range: Motorola Category: Inventory Presentation Name: Manufacturer Id Network Element: All License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.1.3 wmanPriDeviceCarrierId OID: <optional> Type: DisplayString Description from Standards: This object identifies the service provider that owns and operates the device. The value should match the <CarrierId> tag contained in the manifest file of the software bundle. For AP/CAPC, the value should be set to 'any'. For CPE, this should be the same as the Network Service Provider ID (3 bytes). MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Carrier Id Network Element: All License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CAPC Impact: online

1.4.1.4 wmanPriDeviceHardwareId OID: <optional> Type: DisplayString Description from Standards: This object describes the specific hardware characteristics of the device. The value should match the <HardwareId> tag in the manifest file of the software bundle. For AP, there are currently three values supported: DAP, GAP and SAAP. DAP - Diversity Access Point. GAP - Ground-based Access Point. SAAP - Smart Antenna Access Point. For CAPC, this object usually indicates the specific platform type (Low-tier, High-tier, etc). For CPE, this object should be used to indicate the chipset vendor. MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Hardware Id Network Element: All License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A


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CAPC Impact: online

1.4.1.5 wmanPriDeviceModelNumber OID: <optional> Type: DisplayString Description from Standards: This object indicates the model number of the device. The value should match the <ModelNumber> tag in the manifest file of the software bundle. In general, the model number should only be used for CPEs. The EMS uses the model number to control upgrade policies applicable to a group of CPEs. MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Model Number Network Element: All License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online


1.4.2.1 ifIndex OID: <optional> Type: InterfaceIndex InitialValue: 1,2,3,4 Motorola Implementation: For BTS, sectors are always in front of the other interfaces. For CAPC, the ifIndex range for payload modules is 1..10. The redundancy pair ifIndex values are always consecutive (ifIndex 1&2 are a pair, 3&4, 5&6, etc.). Stereotype: Index Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re-


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initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: BTS-->Sector, Ethernet, RF Head CAPC-->Payload Card CPE/HPVM-->Device Network Element: All License Required: Not Required Task Allocation: capcNM,ap_NM Octet String Subtype: N/A CAPC Impact: online

1.4.2.2 ifDescr OID: <optional> Type: DisplayString InitialValue: ,,, Description from Standards: A textual string containing information about the interface. This string should include the name of the manufacturer, the product name and the version of the interface hardware/software. MAXACCESS: read-only Range from Standards: DisplayString (SIZE (0..255)) WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Interface Description Network Element: BTS & CAPC License Required: Not Required Task Allocation: capcNM,ap_NM Octet String Subtype: N/A CAPC Impact: online

1.4.2.3 ifType OID: <optional> Type: IANAifType InitialValue: ,,, Description from Standards: The type of interface. Additional values for ifType are assigned by the Internet Assigned Numbers Authority (IANA), through updating the syntax of the IANAifType textual convention. MAXACCESS: read-only Range from Standards: IANAifType WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Interface Type Network Element: BTS & CAPC License Required: Not Required Task Allocation: capcNM,ap_NM Octet String Subtype: N/A CAPC Impact: online


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1.4.2.4 ifSpeed OID: <optional> Type: Gauge32 InitialValue: ,,, Description from Standards: An estimate of the interface's current bandwidth in bits per second. For interfaces which do not vary in bandwidth or for those where no accurate estimation can be made, this object should contain the nominal bandwidth. If the bandwidth of the interface is greater than the maximum value reportable by this object then this object should report its maximum value (4,294,967,295) and ifHighSpeed must be used to report the interace's speed. For a sub-layer which has no concept of bandwidth, this object should be zero. MAXACCESS: read-only Range from Standards: Gauge32 WiMAX Release: WiMAX 1.0 Category: Inventory Network Element: BTS & CAPC License Required: Not Required Task Allocation: capcNM,ap_NM Octet String Subtype: N/A CAPC Impact: online

1.4.2.5 ifPhysAddress OID: <optional> Type: PhysAddress InitialValue: ,,, Motorola Implementation: BTS: For each of the sectors, the ifPhysAddress is the Sector Id as defined in 802.16 standards. The Sector Id is a 6 octets ANSI/IEEE Std 802 MAC address configured from the EMS. It is NOT the physical MAC address even if the sector has a physical MAC address. -A Base Station/Sector is identified by a logical IEEE 802 MAC address (6 octets). The most significant 3 octets are the IEEE assigned Organizationally Unique Identifier for the service provider. The next 2 octets are the Base Station number within the service provider’s domain. The least significant 1 octet is the Sector number within the Base Station. - A Base Station/Sector Id is stored in binary “canonical” order defined by IEEE 802.1a, i.e., as if it were transmitted least significant bit first. For example: AC-DE-48-00-08-01 is the logical MAC address for sector 1 of BS 8 operated by service provider AC-DE-48. The binary representation is: IEEE 802 MAC in Canonical Order Octet 1 Octet 2 Octet 3 Octet 4 Octet 5 Octet 6 0011 0101 0111 1011 0001 0010 0000 0000 0001 0000 1000 0000 C A E D 8 4 0 0 8 0 1 0 IEEE 802.16f also recommends the value of BS/Sector Id be displayed with 2 parts clearly separated by a colon e.g: ACDE48:000801. The most significant part represents the service provider id. After the BS/Sector Ids are entered, the EMS should ensure that there is no other BS/Sector in its management domain has the same id. Also the BS Id cannot be the same as any Paging Controller Id configured for CAPCs. If there is duplication, the EMS must inform the operator and request configuration modification.


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- CAPC: The operator provides the Paging Controller Id in the format of a logical MAC address via the EMS GUI. Based on the definition in 802.16 standards, the Paging Controller Id is defined in the same format as Base Station Id. The Sector Id part will be set to 0 for CAPC. After the Paging Controller Id is entered, the EMS should ensure that there is no duplication among all other Paging Controller Ids and BS Ids in its management domain. - CPE/HPVM: This represents the device's MAC Address. Description from Standards: The interface's address at its protocol sub-layer. For example, for an 802.x interface, this object normally contains a MAC address. The interface's media-specific MIB must define the bit and byte ordering and the format of the value of this object. For interfaces which do not have such an address (e.g., a serial line), this object should contain an octet string of zero length. MAXACCESS: read-only Range from Standards: PhysAddress WiMAX Release: WiMAX 1.0 Motorola Range: BTS: <IEEE Service Provider Id (3 octets)>:<Base Station Id (2 octets)><Sector number within Base Station (1 octet)> or <IEEE Service Provider Id><Base Station Id (1...65535)><ifIndex> IM Rule: Ensure that there is no duplication among all other Paging Controller Ids and BS Ids in its Management Domain. CAPC Paging Controller: <IEEE Service Provider Id (3 octets)>:<CAPC Id (1 or 2 octets)><0(2 or 1 octets based on CAPC Id)> The last 3 octets are split based on the number of paging groups. - If there is over 255 paging groups in a CAPC, then use 1 octet for CAPC Id. (small number of large CAPCs) - If there is less than 256 paging groups in a CAPC, then use 2 octets for CAPC Id. (large number of small CAPCs) IM Rule: Ensure no duplicate paging controller ids. CPE/HPVM: MAC Address Category: Inventory Network Element: All License Required: Not Required Task Allocation: capcNM,ap_NM Octet String Subtype: HEX CAPC Impact: online

1.4.2.6 ifAdminStatus OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: The desired state of the interface. The testing(3) state indicates that no operational packets can be passed. When a managed system initializes, all interfaces start with ifAdminStatus in the down(2) state. As a result of either explicit management action or per configuration information retained by the managed system, ifAdminStatus is then changed to either the up(1) or testing(3) states (or remains


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in the down(2) state). MAXACCESS: read-write Range from Standards: INTEGER { up(1), -- ready to pass packets down(2), testing(3) -- in some test mode } WiMAX Release: WiMAX 1.0 Category: State Network Element: BTS & CAPC License Required: Not Required Task Allocation: capcNM,ap_NM Octet String Subtype: N/A CAPC Impact: online

1.4.2.7 ifOperStatus OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: The current operational state of the interface. The testing(3) state indicates that no operational packets can be passed. If ifAdminStatus is down(2) then ifOperStatus should be down(2). If ifAdminStatus is changed to up(1) then ifOperStatus should change to up(1) if the interface is ready to transmit and receive network traffic; it should change to dormant(5) if the interface is waiting for external actions (such as a serial line waiting for an incoming connection); it should remain in the down(2) state if and only if there is a fault that prevents it from going to the up(1) state; it should remain in the notPresent(6) state if the interface has missing (typically, hardware) components. MAXACCESS: read-only Range from Standards: INTEGER { up(1), -- ready to pass packets down(2), testing(3), -- in some test mode unknown(4), -- status can not be determined -- for some reason. dormant(5), notPresent(6), -- some component is missing lowerLayerDown(7) -- down due to state of -- lower-layer interface(s) } WiMAX Release: WiMAX 1.0 Category: State Network Element: BTS & CAPC License Required: Not Required Task Allocation: capcNM,ap_NM Octet String Subtype: N/A CAPC Impact: online


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1.4.3 radiusAuthClient Presentation Name: RADIUS Authentication Client OID: { radiusAuthClientMIBObjects 1 } Stereotype: ObjectIdentifier Description from Standards: Information for entities implementing the client side of the RADIUS authentication protocol. In RADIUS authentication, clients send Access-Requests, and servers reply with Access-Accepts, Access-Rejects, and Access-Challenges. MAXACCESS: read-only REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) & CAPC Task Allocation: <must provide task name>

1.4.3.1 radiusAuthClientIdentifier OID: <optional> Type: SnmpAdminString InitialValue: ,,, Description from Standards: The NAS-Identifier of the RADIUS authentication client. This is not necessarily the same as sysName in MIB II. MAXACCESS: read-only Range from Standards: SnmpAdminString WiMAX Release: WiMAX 1.0 Category: Advanced Configuration Network Element: MSS(HPVM) & CAPC License Required: Not Required Task Allocation: capcAuth Octet String Subtype: HEX CAPC Impact: online


1.4.4.1 radiusAuthServerIndex OID: <optional> Type: Integer32 InitialValue: 1,2,3,4 Stereotype: Index Description from Standards: A number uniquely identifying each RADIUS


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Authentication server with which this client communicates. MAXACCESS: not-accessible Range from Standards: Integer32 (1..2147483647) WiMAX Release: WiMAX 1.0 Motorola Range: CAPC: 1-2, AP/HPVM: 0-1 License Required: Not Required Task Allocation: ap_LMT Octet String Subtype: N/A CAPC Impact: online

1.4.4.2 radiusAuthServerAddress OID: <optional> Type: IpAddress InitialValue: ,,, Motorola Implementation: For a CAPC, the EMS needs to provide this address for each AAA server which the CAPC communicates with. In current implementation, the CAPC is BTS's AAA proxy. So, for a BTS, if this address is not provided in the configuration file built by the EMS, the BTS would populate this address using the controlling CAPC's IP address. If this address is provided in the BTS's configuration file, then the BTS should use this address to locate AAA server (usually, this means the operator chooses to use other AAA server instead of the CAPC proxy.). MSS uses this information for connected hosts. Description from Standards: The IP address of the RADIUS authentication server referred to in this table entry. MAXACCESS: read-only Range from Standards: IpAddress WiMAX Release: WiMAX 1.0 Category: Advanced Configuration Scope: Per CAPC Presentation Name: AAA Server IP Address Network Element: BTS & CAPC & MSS License Required: Not Required Task Allocation: capcAuth,ap_LMT Octet String Subtype: HEX CAPC Impact: online

1.4.4.3 radiusAuthClientServerPortNumber OID: <optional> Type: Integer32 InitialValue: 1812 ,1812 ,1812 ,1812 Motorola Implementation: This should be provided in both CAPC and BTS configurations. MSS uses this information for connected hosts. For a CAPC, this is the destination port on the AAA to which the CAPC sends requests to. For an AP, this is the destination port on the CAPC to which the AP sends authentication messages. Description from Standards: The UDP port the client is using to send requests to this server. MAXACCESS: read-only Range from Standards: Integer32 (0..65535) WiMAX Release: WiMAX 1.0 Motorola Default Value: 1812 Category: Advanced Configuration Scope: Per CAPC


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Presentation Name: AAA Server Port Number Network Element: BTS & CAPC & MSS License Required: Not Required Task Allocation: capcAuth,ap_LMT Octet String Subtype: N/A CAPC Impact: online

1.4.5 wmanIfBsPagingGroupTable Presentation Name: Paging Group Information OID: { wmanIfIdleModeObjects 1 } The ifIndex for paging groups is populated differently in BTS than CAPC. For BTS, it is the sector ifIndex. In a CAPC, it is the payload card ifIndex. IM rules: The paging groups assigned to a payload card pair must belong to the same paging controller (have the same wmanIfBsPagingControllerId and wmanIfBsPagingControllerAddress). wmanIfBsPagingGroupId must be globally unique (EMS can only enforce this rule within a managment domain in current releases). Stereotype: MIBTable Description from Standards: This table provide paging group configuration for BTS and CAPC. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 2.0 Network Element: BTS & CAPC Task Allocation: capcMobility

1.4.5.1 ifIndex OID: <optional> Type: InterfaceIndex InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 1.0 Presentation Name: BTS-->Sector CAPC-->Paging Controller Network Element: BTS & CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.5.2 wmanIfBsPagingGroupIndex OID: <optional> Type: INTEGER


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InitialValue: 1,2,3,4 Stereotype: Index Description from Standards: Index of the paging group assigned to a BS or a Cellular Access Point. MAXACCESS: read-create Range from Standards: INTEGER (1..65536) WiMAX Release: WiMAX 2.0 Category: Configuration Scope: Per Paging Group Presentation Name: Paging Group Index Network Element: BTS & CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.5.3 wmanIfBsPagingGroupId OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: ID number of the paging group assigned to the BS and CAPC. MAXACCESS: read-create Range from Standards: INTEGER (0..65535) WiMAX Release: WiMAX 2.0 Category: Configuration Scope: Per Paging Group Presentation Name: Paging Group ID Network Element: BTS & CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.5.4 wmanIfBsPagingControllerId OID: <optional> Type: WmanIfBsIdType InitialValue: ,,, Motorola Implementation: The format of Paging Controller Id is similar to the format of Base Station Id defined in 802.16 standards. The left-most 3 bytes have to be the access service provider's id assigned by IEEE. The EMS can generate the right-most 3 bytes, but should also allow the operator to override them (in the case when inter-management domain paging group is supported). Description from Standards: Logical network identifier for the CAPC retaining MSS context information while MSS in Idle Mode. MAXACCESS: read-create Range from Standards: WmanIfBsIdType WiMAX Release: WiMAX 2.0 Motorola Range: CAPC Paging Controller: <IEEE Service Provider Id (3 octets)> + <3 octets controlled by operator>. Category: Configuration Scope: Per Paging Group Presentation Name: Paging Controller ID


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Network Element: BTS & CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: HEX CAPC Impact: online

1.4.5.5 wmanIfBsPagingBcastRetryCount OID: <optional> Type: INTEGER InitialValue: 3,3,3,3 Default Value from Standards: 3 Description from Standards: Broadcast paging limit MAXACCESS: read-create Range from Standards: INTEGER(0..16) WiMAX Release: WiMAX 2.0 Motorola Default Value: 3 Motorola Range: 0..16 Category: Configuration Scope: Per Paging Group Presentation Name: Broadcast Paging Retry Count Network Element: CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.5.6 wmanIfBsPagingControllerAddress OID: <optional> Type: InetAddress InitialValue: ,,, Description from Standards: This is the address of the paging controller. The value can either be FQDN or IP address depending on the wmanIfBsPagingControllerAddressType. MAXACCESS: read-create Range from Standards: InetAddress WiMAX Release: WiMAX 2.0 Category: Configuration Scope: Per BTS Presentation Name: Paging Controller Address Network Element: BTS & CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: ASCII CAPC Impact: online

1.4.5.7 wmanIfBsPagingControllerAddressType OID: <optional> Type: InetAddressType InitialValue: ,,,


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Description from Standards: This parameter indicates the type of value for wmanIfBsPagingControllerAddress. MAXACCESS: read-create Range from Standards: InetAddressType WiMAX Release: WiMAX 2.0 Category: Configuration Scope: Per BTS Presentation Name: Paging Controller Address Type Network Element: BTS & CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.5.8 wmanIfBsPagingGroupRowStatus OID: <optional> Type: RowStatus InitialValue: ,,, Motorola Implementation: Row status to support insert/delete operations to this table. Description from Standards: This object is used to create a new row or modify or delete an existing row in this table. If the implementator of this MIB has choosen not to implement 'dynamic assignment' of profiles, this object is not useful and should return noSuchName upon SNMP request. MAXACCESS: read-create Range from Standards: RowStatus WiMAX Release: WiMAX 2.0 License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.6 wmanIfIdleModeConfigurationTable Presentation Name: Idle Mode Configuration OID: { wmanIfIdleModeObjects 2 } Stereotype: MIBTable Description from Standards: This table provide Idle configuration. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: BTS & CAPC Task Allocation: capcMobility

1.4.6.1 ifIndex OID: <optional> Type: InterfaceIndex InitialValue: 1,2,3,4 Stereotype: VirtualIndex


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Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 1.0 Presentation Name: Sector License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.6.2 wmanIfBsSystemIdleModeTimer OID: <optional> Type: INTEGER InitialValue: 4096s,4096s,4096s,4096s Units: seconds Description from Standards: System Idle Mode timer value MAXACCESS: read-write Range from Standards: INTEGER(128..65536) WiMAX Release: WiMAX 2.0 Motorola Default Value: 4096s Motorola Range: 128 to 65535 seconds Category: Configuration Scope: Management Domain Presentation Name: System Idle Mode Timer (s) Network Element: BTS & CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.6.3 wmanIfIdleModeConfigurationRowStatus OID: <optional> Type: RowStatus InitialValue: ,,, Motorola Implementation: Row status to support insert/delete operations to this table. Description from Standards: This object is used to create a new row or modify or delete an existing row in this table. If the implementator of this MIB has choosen not to implement 'dynamic assignment' of profiles, this object is not useful and should return noSuchName upon SNMP request. MAXACCESS: read-create Range from Standards: RowStatus WiMAX Release: WiMAX 2.0 License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A


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CAPC Impact: online

1.4.7 wmanIfMobilityConfigurationTable Presentation Name: Mobile IP Configuration OID: { wmanIfMobilityObjects 1 } This table contains BTS attributes related to mobility. Stereotype: MIBTable Description from Standards: This table contains general information for mobility support. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 2.0 Task Allocation: capcMobility

1.4.7.1 ifIndex OID: <optional> Type: InterfaceIndex InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 1.0 Presentation Name: Sector License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.7.2 wmanIfBsMipRegistrationFlags OID: <optional> Type: RegistrationFlags InitialValue: By default, reverseTunnel(2) is set to 1. All other bits are set to 0.,By default, reverseTunnel(2) is set to 1. All other bits are set to 0.,By default, reverseTunnel(2) is set to 1. All other bits are set to 0.,By default, reverseTunnel(2) is set to 1. All other bits are set to 0. Motorola Implementation: The configuration here must be consistent with the Home Agent registration flags. If they are not the same, the HA will always reject the MIP request. The Home Agent configuration is not handled via EMS. The operator must ensure the registration flags are set correctly on the Home Agent. Description from Standards: Defines the registration flags for Mobile IP registration extension. This is a BITS parameter. A bit of this object is set to 1 if the feature indicated by that bit is supported, and 0 otherwise. reserved1(1) -- Reserved reverseTunnel(2) -- Request to support reverse tunneling reserved2(3) -- Reserved


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gre(4) -- Request to use GRE minEnc(5) -- Request to use minimal encapsulation decapsulationbyMN(6) -- Decapsulation by mobile node broadcastDatagram(7) -- Request to receive broadcasts simultaneousBindings(8) -- Request to retain prior binding(s) Note that BITS are encoded most significant bit first. MAXACCESS: read-create Range from Standards: RegistrationFlags WiMAX Release: WiMAX 2.0 Motorola Default Value: By default, reverseTunnel(2) is set to 1. All other bits are set to 0. Category: Configuration Scope: Management Domain Presentation Name: Mobile IP Registration Extension Flags Network Element: CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.7.3 wmanIfCapcMipIcmpAdvertFaMissLimit OID: <optional> Type: INTEGER InitialValue: TBD,TBD,TBD,TBD Description from Standards: # of missed ICMP Router Advertisement/MIP Agent Advertisement before declaring CAPC - Router/FA link failure MAXACCESS: read-create Range from Standards: INTEGER WiMAX Release: WiMAX 2.0 Motorola Default Value: TBD Motorola Range: TBD Category: Factory Configuration Scope: Management Domain Network Element: CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.7.4 wmanIfBsMaxRegLifetime OID: <optional> Type: Integer32 InitialValue: 7200 Units: seconds Description from Standards: This parameter globally sets the maximum registration lifetime for all FAs (lifetime requested will be the smaller of this value or the value advertised by individual FAs). MAXACCESS: read-create Range from Standards: Integer32 (0..65535) WiMAX Release: WiMAX 2.0 Motorola Default Value: 7200 seconds (2 hours) Motorola Range: 3600..64800 seconds (1..18 hours) Category: Advanced Configuration


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Scope: Management Domain Presentation Name: MIP Maximum Registration Lifetime Network Element: CAPC License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A CAPC Impact: online

1.4.7.5 wmanIfBsMnRegRetryTimer OID: <optional> Type: INTEGER InitialValue: 10 Units: seconds Motorola Implementation: MN Registration Retry timeout (BTS-CAPC ICD). Default Value from Standards: 10 Description from Standards: MN Registration Retry timeout MAXACCESS: read-create Range from Standards: Integer32 (0..65535) WiMAX Release: WiMAX 2.0 Motorola Default Value: 10 seconds Motorola Range: 7..120 seconds Category: Configuration Scope: Per CAPC Presentation Name: MN Registration Retry Timeout Network Element: CAPC License Required: Mobility Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.7.6 wmanIfBsMnRegRetryCount OID: <optional> Type: INTEGER InitialValue: 3 Motorola Implementation: MN Registration Retry Count (BTS-CAPC ICD). Default Value from Standards: 3 Description from Standards: This parameter determines how many times the MN Registration Retry will be performed by the MN. MAXACCESS: read-create Range from Standards: INTEGER (1..10) WiMAX Release: WiMAX 2.0 Motorola Default Value: 3 Motorola Range: 1..10 Category: Configuration Scope: Per CAPC Presentation Name: MN Registration Retries Network Element: CAPC License Required: Mobility Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online


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1.4.7.7 wmanIfBsPmnTriggerSolicitationTimer OID: <optional> Type: Integer32 InitialValue: 30 Units: seconds Default Value from Standards: 30 Description from Standards: This timer is used to trigger solicitation after initialization if an advertisement has not been received. MAXACCESS: read-create Range from Standards: Integer32 (3..1800) WiMAX Release: WiMAX 2.0 Motorola Default Value: 30 seconds Motorola Range: 3..1800 seconds Category: Configuration Scope: Per BTS Presentation Name: Proxy MN Trigger Solicitation Timer Network Element: BTS & CAPC License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A CAPC Impact: online

1.4.7.8 wmanIfBsMinSolicitationRetryTimer OID: <optional> Type: Integer32 InitialValue: 450 Units: seconds Default Value from Standards: 450 Description from Standards: Initially MN uses this timer to retry solicitation for 3 times. MAXACCESS: read-create Range from Standards: Integer32 (3..1800) WiMAX Release: WiMAX 2.0 Motorola Default Value: 450 seconds Motorola Range: 3..1800 seconds Category: Configuration Scope: Per BTS Presentation Name: MN Min Solicitation Timer Network Element: BTS & CAPC License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A CAPC Impact: online

1.4.7.9 wmanIfBsMaxSolicitationRetryTimer OID: <optional> Type: Integer32 InitialValue: 600 Units: seconds Default Value from Standards: 600 Description from Standards: In subsequent solicitation retries, this timer is used as an upper-bound for the retry interval calculated from the backoff algorithm.


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MAXACCESS: read-create Range from Standards: Integer32 (3..1800) WiMAX Release: WiMAX 2.0 Motorola Default Value: 600 seconds Motorola Range: 3..1800 seconds Category: Configuration Scope: Per BTS Presentation Name: MN Max Solicitation Timer Network Element: BTS & CAPC License Required: Mobility Task Allocation: <must provide task Name> Octet String Subtype: N/A CAPC Impact: online

1.4.7.10 wmanIfMobilityConfigurationRowStatus OID: <optional> Type: RowStatus InitialValue: ,,, Motorola Implementation: Row status to support insert/delete operations to this table. Description from Standards: This object is used to create a new row or modify or delete an existing row in this table. If the implementator of this MIB has choosen not to implement 'dynamic assignment' of profiles, this object is not useful and should return noSuchName upon SNMP request. MAXACCESS: read-create Range from Standards: RowStatus WiMAX Release: WiMAX 2.0 License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.8 wmanIfBsPagingGroupBsTable Presentation Name: Paging Group OID: { wmanIfIdleModeObjects 3 } This table defines each paging group's BSs. Stereotype: MIBTable Description from Standards: This table provides all BTSs belong to a paging group for CAPC MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 2.0 Network Element: CAPC Task Allocation: capcMobility



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InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 2.0 License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.8.2 wmanIfBsPagingGroupIndex OID: <optional> Type: INTEGER InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: Index of the paging group assigned to a BS or a Cellular Access Point. MAXACCESS: read-create Range from Standards: INTEGER (1..65536) WiMAX Release: WiMAX 2.0 Category: Derived Value Scope: Per Paging Group Network Element: CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.8.3 wmanIfBsPagingGroupMemberId OID: <optional> Type: WmanIfBsIdType Stereotype: Index Description from Standards: This is the BS ID defined in IEEE 802.16 specifications. The value of this parameter can be either a BS ID or a Sector ID. MAXACCESS: read-create Range from Standards: WmanIfBsIdType WiMAX Release: WiMAX 2.0 Category: Configuration Scope: Per BTS Presentation Name: Paging Group Member ID Network Element: CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: HEX CAPC Impact: online


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1.4.8.4 wmanIfBsPagingGroupPrimCapcPayloadAddressType OID: <optional> Type: InetAddressType InitialValue: ,,, Description from Standards: This parameter indicates the type of Internet address configured for wmanIfBsPagingGroupPrimCapcPayloadAddress. Note that the value of dns(16) indicates the wmanIfBsPagingGroupPrimCapcPayloadAddress actually contains a fully-qualified domain name (FQDN). MAXACCESS: read-create Range from Standards: InetAddressType WiMAX Release: WiMAX 2.0 Category: Derived Value Scope: Per CAPC Presentation Name: Payload Address Type Network Element: CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.8.5 wmanIfBsPagingGroupPrimCapcPayloadAddress OID: <optional> Type: InetAddress InitialValue: ,,, Description from Standards: This is the Internet address configured for the payload module to handle traffic from BTS's. If a fully-qualified domain name (FQDN) is configured instead of an IP address, the CAPC needs to resolve the FQDN into an actual address through the DNS server. As one CAPC has multiple payload IP addresses visible to the network, each payload module would need a separate FQDN provisioned in the DNS server. Some pre-defined naming convention should be followed. For example: if the FQDN for a CAPC is capc_chicago.besttel.com, then capc_chicago_10.besttel.com would indicate the payload module on slot 10 of the CAPC. MAXACCESS: read-create Range from Standards: InetAddress WiMAX Release: WiMAX 2.0 Category: Derived Value Scope: Per CAPC Presentation Name: Payload Address Network Element: CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: ASCII CAPC Impact: online

1.4.8.6 wmanIfBsPagingGroupBsRowStatus OID: <optional> Type: RowStatus InitialValue: ,,, Motorola Implementation: Row status to support insert/delete operations to this table.


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Description from Standards: This object is used to create a new row or modify or delete an existing row in this table. If the implementator of this MIB has choosen not to implement 'dynamic assignment' of profiles, this object is not useful and should return noSuchName upon SNMP request. MAXACCESS: read-create Range from Standards: RowStatus WiMAX Release: WiMAX 2.0 License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.9 wmanIfBsNetworkSignalingTrafficPriorityTable Presentation Name: Network Signaling Traffic Priority Relative to Bearer OID: { wmanIfextMibObjects 4 } Configuration for Network Signaling Plane Traffic In order to ensure that network signaling traffic(i.e., traffic that is not is part of a 802.16 service flows) can be tuned relative to bearer traffic, configurable parameters will be added to the CAPC, BTS, and NMS/DMS. It is currently expected that OAM traffic will be prioritized below other network traffic types. The user is expected to assign VLAN priority tags at the EMS for each of the three kinds of traffic: O&M Real Time Non Real Time Stereotype: MIBTable Description from Standards: MAXACCESS: REFERENCE: WiMAX Release: WiMAX 1.0 Network Element: BTS & CAPC Task Allocation: capcComm

1.4.9.1 ifIndex OID: <optional> Type: InterfaceIndex InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 1.0 Presentation Name: BTS-->Sector CAPC-->Paging Controller License Required: Not Required


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Task Allocation: <must provide task Name> Octet String Subtype: N/A CAPC Impact: online

1.4.9.2 wmanIfBsNetworkTrafficClassOAM OID: <optional> Type: INTEGER InitialValue: 0,0,0,0 Units: Default Value from Standards: 2 Description from Standards: OAM traffic(e.g config download, statistics etc). MAXACCESS: read-write Range from Standards: INTEGER (0..7) WiMAX Release: WiMAX 1.0 Motorola Default Value: 0 Category: Configuration Scope: Management Domain Network Element: BTS & CAPC License Required: Not Required Octet String Subtype: N/A CAPC Impact: online

1.4.9.3 wmanIfBsNetworkTrafficClassRt OID: <optional> Type: INTEGER InitialValue: ,,, Units: Default Value from Standards: 6 Description from Standards: High priority network traffic. MAXACCESS: read-write Range from Standards: INTEGER (0..7) WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Management Domain Network Element: BTS & CAPC License Required: Not Required Octet String Subtype: N/A CAPC Impact: online

1.4.9.4 wmanIfBsNetworkTrafficClassNrt OID: <optional> Type: INTEGER InitialValue: ,,, Units: Default Value from Standards: 4 Description from Standards: Low priority network traffic. MAXACCESS: read-write Range from Standards: INTEGER (0..7) WiMAX Release: WiMAX 1.0 Category: Configuration


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Scope: Management Domain Network Element: BTS & CAPC License Required: Not Required Octet String Subtype: N/A CAPC Impact: online

1.4.9.5 wmanIfBsNetworkTrafficClassRowStatus OID: <optional> Type: RowStatus InitialValue: ,,, Motorola Implementation: Row status to support insert/delete operations to this table. Description from Standards: This object is used to create a new row or modify or delete an existing row in this table. If the implementator of this MIB has choosen not to implement 'dynamic assignment' of profiles, this object is not useful and should return noSuchName upon SNMP request. MAXACCESS: read-create Range from Standards: RowStatus WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: ap_MNM,ap_CFG Octet String Subtype: N/A CAPC Impact: online

1.4.10 wmanCapcPhysical Presentation Name: Node Information OID: { wmanCapcPrivate 1} wmanCapcPhysical branch contains information about CAPC physical components. Stereotype: ObjectIdentifier Description from Standards: <must provide description> MAXACCESS: read-only REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: CAPC Task Allocation: capcNM, capcPlatform

1.4.10.1 wmanCapcSoftwareVersion OID: <optional> Type: DisplayString Motorola Implementation: This is the current version of the CAPC software. This attribute will be updated upon succesful activation of a software load. Description from Standards: The software bundle version of this CAPC. MAXACCESS: read-only Range from Standards: DisplayString (SIZE (1..16) ) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC


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License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.10.2 wmanCapcType OID: <optional> Type: INTEGER Description from Standards: The Capc Type. MAXACCESS: read-only Range from Standards: INTEGER { lowTier(1), highTier(2) } WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.10.3 wmanCapcChassisTypeIdentifier OID: <optional> Type: INTEGER Description from Standards: The CAPC chassis type identifier. MAXACCESS: read-only Range from Standards: INTEGER { Chassis1405(1), Chassis1406(2) } WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: re-init-device

1.4.10.4 wmanCapcNodeAdminStatus OID: <optional> Type: INTEGER Description from Standards: The desired state of the Node. MAXACCESS: read-write Range from Standards: INTEGER { up(1), -- ready to pass packets down(2), testing(3) -- in some test mode } WiMAX Release: WiMAX 1.0 Category: Action Scope: Per CAPC Network Element: CAPC


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License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.10.5 wmanCapcNodeOperStatus OID: <optional> Type: INTEGER Description from Standards: The operational state of the Node. MAXACCESS: read-only Range from Standards: INTEGER { up(1), -- ready to pass packets down(2), testing(3), -- in some test mode unknown(4), -- status can not be determined -- for some reason. dormant(5), notPresent(6), -- some component is missing lowerLayerDown(7) -- down due to state of -- lower-layer interface(s) } WiMAX Release: WiMAX 1.0 Category: State Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.10.6 wmanCapcNodePrimNtpServerType OID: <optional> Type: InetAddressType Description from Standards: This parameter indicates the type of Internet address configured for the CAPC Note that the value of dns(16) indicates the wmanCapcNodePrimNtpServer actually contains a fully-qualified domain name (FQDN). MAXACCESS: read-write Range from Standards: InetAddressType WiMAX Release: WiMAX 1.0 Motorola Default Value: IPv4 Category: Configuration Scope: Management Domain Presentation Name: Primary NTP Server Address Type Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online


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1.4.10.7 wmanCapcNodePrimNtpServer OID: <optional> Type: InetAddress Motorola Implementation: This is the Primary NTP server the CAPC is to use. Description from Standards: This is the Primary NTP server the CAPC is to use. MAXACCESS: read-write Range from Standards: InetAddress WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Management Domain Presentation Name: Primary NTP Server Address Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: ASCII CAPC Impact: online

1.4.10.8 wmanCapcNodeSecNtpServerType OID: <optional> Type: InetAddressType Description from Standards: This parameter indicates the type of Internet address configured for the CAPC Note that the value of dns(16) indicates the wmanCapcNodeSecNtpServer actually contains a fully-qualified domain name (FQDN). MAXACCESS: read-write Range from Standards: InetAddressType WiMAX Release: WiMAX 1.0 Motorola Default Value: IPv4 Category: Configuration Scope: Management Domain Presentation Name: Secondary NTP Server Address Type Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.10.9 wmanCapcNodeSecNtpServer OID: <optional> Type: InetAddress Motorola Implementation: This is the Secondary NTP server the CAPC is to use. Description from Standards: This is the Secondary NTP server the CAPC is to use. MAXACCESS: read-write Range from Standards: InetAddress WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Management Domain Presentation Name: Secondary NTP Server Address Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: ASCII


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CAPC Impact: online

1.4.10.10 wmanCapcAgentRefreshOp OID: <optional> Type: INTEGER Description from Standards: Perform the action of refreshing the CL Agent MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Category: Action Scope: Per CAPC Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.10.11 wmanCapcUpgradeTypeOp OID: <optional> Type: INTEGER Description from Standards: Perform the action of setting the sw upgade type. MAXACCESS: read-write Range from Standards: INTEGER { rollingUpgrade(1), fastSiteUpgrade(2) } WiMAX Release: WiMAX 1.0 Category: Action Scope: Per CAPC Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.11 wmanCapcFruTable Presentation Name: FRU OID: { wmanCapcPrivate 2} Stereotype: MIBTable Description from Standards: This table contains CAPC physical FRU information. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: CAPC Task Allocation: capcNM, capcPlatform

1.4.11.1 wmanCapcFruType OID: <optional> Type: INTEGER


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Motorola Implementation: This is the FRU type. The following are the types supported in this table (with corresponding value) System Controller (1) Payload Card (2) Shelf Manager (SAM) (3) Power Supply (PEM) (4) Fan Module (FTM) (5) Stereotype: Index Description from Standards: This is the type of the CAPC managable FRUs. MAXACCESS: read-only Range from Standards: INTEGER { systemController(1), payload(2), sam(3), pem(4), ftm(5)} WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.11.2 wmanCapcFruSlot OID: <optional> Type: INTEGER Motorola Implementation: The physical slot number number on which this FRU is located. Stereotype: Index Description from Standards: The physical slot number on which this FRU is located. MAXACCESS: read-only Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.11.3 wmanCapcFruBoardManufacturer OID: <optional> Type: DisplayString Description from Standards: This is board manufacturer of the FRU. When the FRU is not present, the value is NULL. MAXACCESS: read-only Range from Standards: DisplayString (SIZE (1..32) ) WiMAX Release: WiMAX 1.0 Category: Inventory


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Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.11.4 wmanCapcFruBoardProductName OID: <optional> Type: DisplayString Description from Standards: This is the board product name of the FRU. When the FRU is not present, the value is NULL. MAXACCESS: read-only Range from Standards: DisplayString (SIZE (1..32) ) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.11.5 wmanCapcFruBoardSerialNumber OID: <optional> Type: DisplayString Description from Standards: This is the board serial number of the FRU. When the FRU is not present, the value is NULL. MAXACCESS: read-only Range from Standards: DisplayString (SIZE (1..32) ) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.11.6 wmanCapcFruBoardPartNumber OID: <optional> Type: DisplayString Description from Standards: This is the board part number of the FRU. When the FRU is not present, the value is NULL. MAXACCESS: read-only Range from Standards: DisplayString (SIZE (1..32) ) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC


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License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.11.7 wmanCapcFruProductManufacturer OID: <optional> Type: DisplayString Description from Standards: This is the product manufacturer of the FRU. When the FRU is not present, the value is NULL. MAXACCESS: read-only Range from Standards: DisplayString (SIZE (1..32) ) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.11.8 wmanCapcFruProductPoductName OID: <optional> Type: DisplayString Description from Standards: This is the product product name of the FRU. When the FRU is not present, the value is NULL. MAXACCESS: read-only Range from Standards: DisplayString (SIZE (1..32) ) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.11.9 wmanCapcFruProductPartNumber OID: <optional> Type: DisplayString Description from Standards: This is the product part number of the FRU. When the FRU is not present, the value is NULL. MAXACCESS: read-only Range from Standards: DisplayString (SIZE (1..32) ) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcNM


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Octet String Subtype: N/A CAPC Impact: online

1.4.11.10 wmanCapcFruProductVersionNumber OID: <optional> Type: DisplayString Description from Standards: This is the board version number of the FRU. When the FRU is not present, the value is NULL. MAXACCESS: read-only Range from Standards: DisplayString (SIZE (1..32) ) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.11.11 wmanCapcFruProductSerialNumber OID: <optional> Type: DisplayString Description from Standards: This is the product serial number of the FRU. When the FRU is not present, the value is NULL. MAXACCESS: read-only Range from Standards: DisplayString (SIZE (1..32) ) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.11.12 wmanCapcFruProductInventoryAssetId OID: <optional> Type: DisplayString Description from Standards: This is the product inventory asseet id of the FRU. When the FRU is not present, the value is NULL. MAXACCESS: read-only Range from Standards: DisplayString (SIZE (1..32) ) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A


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CAPC Impact: online

1.4.11.13 wmanCapcFruFirmwareSoftwareVersion OID: <optional> Type: DisplayString Description from Standards: This is the software version of the FRU Firmware. Only apply to system controller, payload, SAM and PEM. When the FRU is not present, the value is NULL. MAXACCESS: read-only Range from Standards: DisplayString (SIZE (1..32) ) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.11.14 wmanCapcFruAppSoftwareVersion OID: <optional> Type: DisplayString Description from Standards: This is the software version of the FRU application. Only apply to system controller, and payload. When the FRU is not present, the value is NULL. MAXACCESS: read-only Range from Standards: DisplayString (SIZE (1..32) ) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.11.15 wmanCapcFruAdminStatus OID: <optional> Type: INTEGER Description from Standards: The desired state of the FRU, Apply only to system controller and payload. MAXACCESS: read-write Range from Standards: INTEGER { up(1), -- ready to pass packets down(2), testing(3) -- in some test mode } WiMAX Release: WiMAX 1.0 Category: Action Scope: Per CAPC


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Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.11.16 wmanCapcFruOperStatus OID: <optional> Type: INTEGER Description from Standards: The operational state of the FRU. MAXACCESS: read-only Range from Standards: INTEGER { up(1), -- ready to pass packets down(2), testing(3), -- in some test mode unknown(4), -- status can not be determined -- for some reason. dormant(5), notPresent(6), -- some component is missing lowerLayerDown(7) -- down due to state of -- lower-layer interface(s) } WiMAX Release: WiMAX 1.0 Category: State Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.11.17 wmanCapcMacAddress OID: <optional> Type: MacAddress Description from Standards: This is the MAC Address of this FRU. only apply to system controller, and payload card. When the FRU is not present, the value is NULL. MAXACCESS: read-only Range from Standards: MacAddress WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcPlatform Octet String Subtype: HEX CAPC Impact: online


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1.4.11.18 wmanCapcLogicalId OID: <optional> Type: INTEGER Motorola Implementation: This field indicates the logical id for redundant or pooled hardware. Description from Standards: This field indicates the logical id for redundant or pooled hardware. MAXACCESS: read-only Range from Standards: INTEGER (1..10) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.11.19 wmanCapcIfTableIndex OID: <optional> Type: INTEGER Motorola Implementation: This is a reference to the ifIndex that this FRU is assigned to. This only applies for payload FRUs. This will be set to zero for al other FRU types. Description from Standards: This is a reference to the ifIndex that this FRU is assigned to. This only applies for payload FRUs. This will be set to zero for al other FRU types. MAXACCESS: read-only Range from Standards: INTEGER (1..10) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.12 wmanCapcPayloadModuleConfigTable Presentation Name: Payload Module Information OID: { wmanCapcPrivate 5 } This table contains the IP configuration for a CAPC payload. The EMS will supply the the configuration to each physical payload independent of the redundancy configuration at the CAPC or layout of the GUI screens at the EMS. Stereotype: MIBTable Description from Standards: This table contains the IP address assigned to each payload module. MAXACCESS: not-accessible REFERENCE: <optional>


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WiMAX Release: WiMAX 1.0 Network Element: CAPC Task Allocation: capcComm

1.4.12.1 ifIndex OID: <optional> Type: InterfaceIndex Motorola Implementation: For BTS, sectors are always in front of the other interfaces. For CAPC, the ifIndex range for payload modules is 1..10. The redundancy pair ifIndex values are always consecutive (ifIndex 1&2 are a pair, 3&4, 5&6, etc.). Stereotype: VirtualIndex Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: BTS-->Sector, Ethernet, RF Head CAPC-->Payload Card CPE/HPVM-->Device Network Element: All License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.12.2 wmanCapcPayloadAddress OID: <optional> Type: InetAddress Motorola Implementation: This is the Internet address configured for the payload module. Description from Standards: This is the Internet address configured for the payload module to handle traffic from BTS's. If a fully-qualified domain name (FQDN) is configured instead of an IP address, the CAPC needs to resolve the FQDN into an actual address through the DNS server. As one CAPC has multiple payload IP addresses visible to the network, each payload module would need a separate FQDN provisioned in the DNS server. Some pre-defined naming convention should be followed. For example: if the FQDN for a CAPC is capc_chicago.besttel.com, then capc_chicago_10.besttel.com would indicate the payload module on slot 10 of the CAPC. MAXACCESS: read-create Range from Standards: InetAddress WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per pCAPC Presentation Name: Payload Address Network Element: CAPC License Required: Not Required Task Allocation: capcComm


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Octet String Subtype: ASCII CAPC Impact: online

1.4.12.3 wmanCapcPayloadAddressType OID: <optional> Type: InetAddressType Motorola Implementation: This parameter indicates the type of Internet address configured for wmanCapcPayloadAddress. Description from Standards: This parameter indicates the type of Internet address configured for wmanCapcPayloadAddress. Note that the value of dns(16) indicates the wmanCapcPayloadAddress actually contains a fully-qualified domain name (FQDN). MAXACCESS: read-create Range from Standards: InetAddressType WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per pCAPC Presentation Name: Payload Address Type Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.12.4 wmanCapcPayloadSubnet OID: <optional> Type: InetAddress Motorola Implementation: This is the subnet mask for the pCAPC. Description from Standards: This is the subnet mask for the pCAPC. MAXACCESS: read-create Range from Standards: InetAddress WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per pCAPC Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: ASCII CAPC Impact: online

1.4.12.5 wmanCapcPayloadSubnetType OID: <optional> Type: InetAddressType Motorola Implementation: This parameter indicates the type of Internet address configured for the wmanCapcPayloadSubnet Description from Standards: This parameter indicates the type of Internet address configured for the wmanCapcPayloadSubnet Note that the value of dns(16) indicates the wmanCapcPayloadSubnet actually contains a fully-qualified domain name (FQDN). MAXACCESS: read-create


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Range from Standards: InetAddressType WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per pCAPC Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.12.6 wmanCapcPayloadPrimDnsServer OID: <optional> Type: InetAddress Motorola Implementation: This is the DNS server the pCAPC is to use. Description from Standards: This is the DNS server the CAPC is to use. MAXACCESS: read-create Range from Standards: InetAddress WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: ASCII CAPC Impact: online

1.4.12.7 wmanCapcPayloadPrimDnsServerType OID: <optional> Type: InetAddressType Motorola Implementation: This parameter indicates the type of Internet address configured for the wmanCapcPayloadDnsServer Description from Standards: This parameter indicates the type of Internet address configured for the wmanCapcPayloadDnsServer Note that the value of dns(16) indicates the wmanCapcPayloadDnsServer actually contains a fully-qualified domain name (FQDN). MAXACCESS: read-create Range from Standards: InetAddressType WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.12.8 wmanCapcPayloadSecDnsServer OID: <optional> Type: InetAddress Motorola Implementation: This is the secondary DNS server the pCAPC is to use.


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Description from Standards: This is the DNS server the CAPC is to use. MAXACCESS: read-create Range from Standards: InetAddress WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: ASCII CAPC Impact: online

1.4.12.9 wmanCapcPayloadSecDnsServerType OID: <optional> Type: InetAddressType Motorola Implementation: This parameter indicates the type of Internet address configured for the wmanCapcPayloadSecDnsServer Description from Standards: This parameter indicates the type of Internet address configured for the wmanCapcPayloadSecDnsServer Note that the value of dns(16) indicates the wmanCapcPayloadDnsServer actually contains a fully-qualified domain name (FQDN). MAXACCESS: read-create Range from Standards: InetAddressType WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.12.10 wmanCapcPayloadGateway OID: <optional> Type: InetAddress Motorola Implementation: This is the gateway the CAPC is to use. Description from Standards: This is the gateway the pCAPC is to use. MAXACCESS: read-create Range from Standards: InetAddress WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per pCAPC Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: ASCII CAPC Impact: online

1.4.12.11 wmanCapcPayloadGatewayType OID: <optional>


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Type: InetAddressType Motorola Implementation: This parameter indicates the type of Internet address configured for the wmanCapcPayloadGateway Description from Standards: This parameter indicates the type of Internet address configured for the wmanCapcPayloadGateway Note that the value of dns(16) indicates the wmanCapcPayloadGateway actually contains a fully-qualified domain name (FQDN). MAXACCESS: read-create Range from Standards: InetAddressType WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per pCAPC Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.12.12 wmanCapcPayloadHostname OID: <optional> Type: DisplayString Motorola Implementation: This is the hostname the pCAPC is to use. Description from Standards: This is the hostname the pCAPC is to use. MAXACCESS: read-create Range from Standards: DisplayString (SIZE (1..32) ) WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per pCAPC Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.12.13 wmanCapcPayloadVlanId OID: <optional> Type: INTEGER InitialValue: 0 Motorola Implementation: Layer 3 payload vlan id. Default Value from Standards: 0 Description from Standards: A 12-bit VLAN ID used in the VLAN Tag header. Only the least significant 12 bits of this parameter's value are valid. A value 0 indicates the NULL VLAN. The NULL VLAN is used when the operator does not need a VLAN so that the 802.1p priority tag is still available. MAXACCESS: read-create Range from Standards: INTEGER (0..4094) WiMAX Release: WiMAX 1.0 Motorola Default Value: 0 Motorola Range: INTEGER (0..0xFFE) Scope: Per pCAPC


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Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.12.14 wmanCapcPayloadRowStatus OID: <optional> Type: RowStatus Description from Standards: This parameter is used to insert/delete rows to/from this table. MAXACCESS: read-create Range from Standards: RowStatus WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.13 wmanCapcBtsConfigTable Presentation Name: AP List used by CAPC OID: { wmanCapcPrivate 6 } This table contains the BTSs configured to a CAPC payload. The EMS will supply the the configuration to each physical payload independent of the redundancy configuration at the CAPC or layout of the GUI screens at the EMS. Stereotype: MIBTable Description from Standards: This table defines all BTSs controlled by this CAPC payload. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: CAPC Task Allocation: capcComm

1.4.13.1 ifIndex OID: <optional> Type: InterfaceIndex Motorola Implementation: For BTS, sectors are always in front of the other interfaces. For CAPC, the ifIndex range for payload modules is 1..10. The redundancy pair ifIndex values are always consecutive (ifIndex 1&2 are a pair, 3&4, 5&6, etc.). Stereotype: VirtualIndex Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex


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WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: BTS-->Sector, Ethernet, RF Head CAPC-->Payload Card CPE/HPVM-->Device Network Element: All License Required: Not Required Task Allocation: capcNM,ap_NM Octet String Subtype: N/A CAPC Impact: online

1.4.13.2 wmanCapcBtsId OID: <optional> Type: WmanIfBsIdType Stereotype: Index Description from Standards: The identifiers of the BS's that are assigned to the CAPC. MAXACCESS: not-accessible Range from Standards: WmanIfBsIdType WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.13.3 wmanCapcBtsAddressType OID: <optional> Type: InetAddressType Description from Standards: This parameter indicates the type of Internet address configured for the BTS. Note that the value of dns(16) indicates the wmanCapcBtsAddress actually contains a fully-qualified domain name (FQDN). MAXACCESS: read-create Range from Standards: InetAddressType WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per CAPC Presentation Name: AP Address Type Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.13.4 wmanCapcBtsAddress OID: <optional> Type: InetAddress Description from Standards: This is the Internet address configured for each BTS, it can be either an IP address on FQDN, depending on the address type. MAXACCESS: read-create Range from Standards: InetAddress


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WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per CAPC Presentation Name: AP Address used by CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: ASCII CAPC Impact: online

1.4.13.5 wmanCapcBtsVlanId OID: <optional> Type: INTEGER InitialValue: 0 Motorola Implementation: Layer 2 payload vlan id. Default Value from Standards: 0 Description from Standards: A 12-bit VLAN ID used in the VLAN Tag header. Only the least significant 12 bits of this parameter's value are valid. A value 0 indicates the NULL VLAN. The NULL VLAN is used when the operator does not need a VLAN so that the 802.1p priority tag is still available. VLAN Tags 0x900 through 0x97F are reserved for BS usage and are therefore not allowed to be configured by the operator. MAXACCESS: read-create Range from Standards: INTEGER (0..4094) WiMAX Release: WiMAX 1.0 Motorola Default Value: 0 Motorola Range: INTEGER (0..0x8FF | 0x980..0xFFE) Category: Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.13.6 wmanCapcBtsRowStatus OID: <optional> Type: RowStatus Description from Standards: This parameter is used to insert/delete rows to/from this table. MAXACCESS: read-create Range from Standards: RowStatus WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online


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1.4.14 wmanCapcConfig Presentation Name: CAPC Configuration Settings OID: { wmanCapcPrivate 8 } This table contains configuration that applies to the entire CAPC node. Stereotype: ObjectIdentifier Description from Standards: <must provide description> MAXACCESS: read-only REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: CAPC Task Allocation: capcComm, capcPlatform

1.4.14.1 wmanCapcL2UpdateRetryTimeout OID: <optional> Type: INTEGER InitialValue: 10 Units: ms Default Value from Standards: 10 Description from Standards: Layer 2 update refresh timeout. CAPC sends a refresh update when this timer expires. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 10 Motorola Range: 1..1000 Category: Configuration Scope: Per CAPC Presentation Name: L2 Update Retry Timeout (ms) Network Element: CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.14.2 wmanCapcL2UpdateRetries OID: <optional> Type: INTEGER InitialValue: 5 Default Value from Standards: 5 Description from Standards: Layer 2 update retries. Number of times CAPC will send a Layer 2 update if it doesn't get a response. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 5 Motorola Range: 1..10 Category: Configuration Scope: Per CAPC Presentation Name: L2 Update Retries


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Network Element: CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.14.3 wmanCapcL2UpdateCacheTimeout OID: <optional> Type: INTEGER InitialValue: 240 Units: minutes Default Value from Standards: 240 Description from Standards: Layer 2 Arp cache timeout. Timeout value for the ARP cache. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 240 Motorola Range: 1..3600 Category: Configuration Scope: Per CAPC Presentation Name: L2 Update Cache Timeout Network Element: CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.14.4 wmanCapcLeaseValidationCriteria OID: <optional> Type: INTEGER InitialValue: 0 Units: Default Value from Standards: 0 Description from Standards: Determines what type of lease validation should occur. MAXACCESS: read-write Range from Standards: INTEGER { neverValidate(0), validateEveryTrans(1), validateSecondTrans(2) } WiMAX Release: WiMAX 1.0 Motorola Default Value: 0 Motorola Range: 0..2 Category: Factory Configuration Scope: Per CAPC Presentation Name: Lease Validation Criteria Network Element: CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online


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1.4.14.5 wmanCapcCpuNormalizationFactor OID: <optional> Type: INTEGER InitialValue: 40 Motorola Implementation: To be used for normalization of CPU related statistics Default Value from Standards: 40 Description from Standards: To be used for normalization of CPU related statistics MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 40 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.14.6 wmanCapcIoNormalizationFactor OID: <optional> Type: INTEGER InitialValue: 30 Motorola Implementation: To be used for normalization of I/O related statistics Default Value from Standards: 30 Description from Standards: To be used for normalization of I/O related statistics MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 30 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.14.7 wmanCapcCmsPollingInterval OID: <optional> Type: INTEGER InitialValue: 5 Motorola Implementation: Frequency that CMS will poll for resource statistics Default Value from Standards: 5 Description from Standards: Frequency that CMS will poll for resource statistics MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 5


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Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.14.8 wmanCapcResourceLoggingRate OID: <optional> Type: INTEGER InitialValue: 15 Motorola Implementation: The number of seconds that CMS will wait before persistently logging resource related information (CPU stats, memory stats, etc) to disk Default Value from Standards: 15 Description from Standards: The number of seconds that CMS will wait before persistently logging resource related information (CPU stats, memory stats, etc) to disk MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 15 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.14.9 wmanCapcResourceLoggingPeriods OID: <optional> Type: INTEGER InitialValue: 5760 Motorola Implementation: The number of logging activities that will be stored onto disk. For example, using 15 seconds for the logging rate and a value of 20 for Logging Periods, CMS will ensure that 300 seconds worth of resource statistics history is stored onto disk. Default Value from Standards: 5760 Description from Standards: The number of logging activities that will be stored onto disk. For example, using 15 seconds for the logging rate and a value of 20 for Logging Periods, CMS will ensure that 300 seconds worth of resource statistics history is stored onto disk. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 5760 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcPlatform Octet String Subtype: N/A


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CAPC Impact: online

1.4.14.10 wmanCapcEnableLoadShed OID: <optional> Type: TruthValue InitialValue: false Motorola Implementation: If this is FALSE, load shedding will not be performed. Will be defaulted to TRUE in release 2 timeframe Default Value from Standards: false Description from Standards: To be used as a low water mark for level 5 load shedding algorithm MAXACCESS: read-write Range from Standards: TruthValue WiMAX Release: WiMAX 1.0 Motorola Default Value: false Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.14.11 wmanCapcCpuLoadShedHighLevel1 OID: <optional> Type: INTEGER InitialValue: 200 Motorola Implementation: To be used as a CPU utilization high water mark for level 1 load shedding algorithm Default Value from Standards: 200 Description from Standards: To be used as a CPU utilization high water mark for level 1 load shedding algorithm MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 200 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.14.12 wmanCapcCpuLoadShedLowLevel1 OID: <optional> Type: INTEGER InitialValue: 180


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Motorola Implementation: To be used as a CPU utilization low water mark for level 1 load shedding algorithm Default Value from Standards: 180 Description from Standards: To be used as a CPU utilization low water mark for level 1 load shedding algorithm MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 180 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online


1.4.14.14 wmanCapcCpuLoadShedLowLevel2 OID: <optional> Type: INTEGER InitialValue: 170 Motorola Implementation: To be used as a CPU utilization low water mark for level 2 load shedding algorithm Default Value from Standards: 170 Description from Standards: To be used as a CPU utilization low water mark for level 2 load shedding algorithm MAXACCESS: read-write Range from Standards: INTEGER


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WiMAX Release: WiMAX 1.0 Motorola Default Value: 170 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online


1.4.14.16 wmanCapcCpuLoadShedLowLevel3 OID: <optional> Type: INTEGER InitialValue: 160 Motorola Implementation: To be used as a CPU utilization low water mark for level 3 load shedding algorithm Default Value from Standards: 160 Description from Standards: To be used as a CPU utilization low water mark for level 3 load shedding algorithm MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 160 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required


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Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online


1.4.14.18 wmanCapcCpuLoadShedLowLevel4 OID: <optional> Type: INTEGER InitialValue: 150 Motorola Implementation: To be used as a CPU utilization low water mark for level 4 load shedding algorithm Default Value from Standards: 150 Description from Standards: To be used as a CPU utilization low water mark for level 4 load shedding algorithm MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 150 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online


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1.4.14.20 wmanCapcCpuLoadShedLowLevel5 OID: <optional> Type: INTEGER InitialValue: 110 Motorola Implementation: To be used as a CPU utilization low water mark for level 5 load shedding algorithm Default Value from Standards: 110 Description from Standards: To be used as a CPU utilization low water mark for level 5 load shedding algorithm MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 110 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.14.21 wmanCapcSsLoadShedHighLevel1 OID: <optional> Type: INTEGER InitialValue: 240


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Motorola Implementation: To be used as a managed SS high water mark for level 1 load shedding algorithm Default Value from Standards: 240 Description from Standards: To be used as a managed SS high water mark for level 1 load shedding algorithm MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 240 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.14.22 wmanCapcSsLoadShedLowLevel1 OID: <optional> Type: INTEGER InitialValue: 220 Motorola Implementation: To be used as a managed SS low water mark for level 1 load shedding algorithm Default Value from Standards: 220 Description from Standards: To be used as a managed SS low water mark for level 1 load shedding algorithm MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 220 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.14.23 wmanCapcSsLoadShedHighLevel2 OID: <optional> Type: INTEGER InitialValue: 220 Motorola Implementation: To be used as a managed SS high water mark for level 2 load shedding algorithm Default Value from Standards: 220 Description from Standards: To be used as a managed SS high water mark for level 2 load shedding algorithm MAXACCESS: read-write


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Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 220 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online


1.4.14.25 wmanCapcSsLoadShedHighLevel3 OID: <optional> Type: INTEGER InitialValue: 216 Motorola Implementation: To be used as a managed SS high water mark for level 3 load shedding algorithm Default Value from Standards: 216 Description from Standards: To be used as a managed SS high water mark for level 3 load shedding algorithm MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 216 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcAuth Octet String Subtype: N/A


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CAPC Impact: online


1.4.14.27 wmanCapcSsLoadShedHighLevel4 OID: <optional> Type: INTEGER InitialValue: 214 Motorola Implementation: To be used as a managed SS high water mark for level 4 load shedding algorithm Default Value from Standards: 214 Description from Standards: To be used as a managed SS high water mark for level 4 load shedding algorithm MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 214 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.14.28 wmanCapcSsLoadShedLowLevel4 OID: <optional> Type: INTEGER InitialValue: 212 Motorola Implementation: To be used as a managed SS low water mark for level 4 load shedding algorithm


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Default Value from Standards: 212 Description from Standards: To be used as a managed SS low water mark for level 4 load shedding algorithm MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 212 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.14.29 wmanCapcSsLoadShedHighLevel5 OID: <optional> Type: INTEGER InitialValue: 212 Motorola Implementation: To be used as a managed SS high water mark for level 5 load shedding algorithm Default Value from Standards: 212 Description from Standards: To be used as a managed SS high water mark for level 5 load shedding algorithm MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 212 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.14.30 wmanCapcSsLoadShedLowLevel5 OID: <optional> Type: INTEGER InitialValue: 210 Motorola Implementation: To be used as a managed SS low water mark for level 5 load shedding algorithm Default Value from Standards: 210 Description from Standards: To be used as a managed SS low water mark for level 5 load shedding algorithm MAXACCESS: read-write Range from Standards: INTEGER


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WiMAX Release: WiMAX 1.0 Motorola Default Value: 210 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.14.31 wmanCapcLogFileSize OID: <optional> Type: INTEGER InitialValue: 10 Motorola Implementation: Maximum size file before we create a new log. Expressed in MB. Used for dynamic log files. Default Value from Standards: 10 Description from Standards: Maximum size file before we create a new log. Expressed in MB. Used for dynamic log files. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 10 Motorola Range: 1..100 Scope: Per CAPC Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.14.32 wmanCapcLogDiskHighMark OID: <optional> Type: INTEGER InitialValue: 85 Motorola Implementation: High water mark for disk ultilization (%). Used for dynamic logging. Default Value from Standards: 85 Description from Standards: High water mark for disk ultilization. Used for dynamic logging. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 85 Motorola Range: 75..95 Scope: Per CAPC Network Element: CAPC License Required: Not Required


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Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.14.33 wmanCapcArpRetryInterval OID: <optional> Type: INTEGER InitialValue: 40 Units: ms Default Value from Standards: 40 Description from Standards: Time interval for ARP retries. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 40 Motorola Range: 1..1000 Category: Configuration Scope: Per CAPC Presentation Name: ARP Retry Timer Network Element: CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.14.34 wmanCapcArpRetries OID: <optional> Type: INTEGER InitialValue: 3 Default Value from Standards: 3 Description from Standards: Number of times CAPC will perform ARP retries if needed. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 3 Motorola Range: 1..10 Category: Configuration Scope: Per CAPC Presentation Name: ARP Retries Network Element: CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.15 wmanCapcInternalDevTable Presentation Name: Internal Devices


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OID: { wmanCapcPrivate 3} This table is for non-EMS state managed device by the CAPC. Currently only RTM. However, they are part of EMS inventory. When a RTM has problem, the alarm will be reported against on either system controller or Payload card depending on the slot. Additional text will explain the details. Stereotype: MIBTable Description from Standards: <must provide description> MAXACCESS: read-only REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: CAPC Task Allocation: capcNM, capcPlatform

1.4.15.1 wmanCapcFruType OID: <optional> Type: INTEGER Stereotype: VirtualIndex Description from Standards: This is the type of the CAPC managable FRUs. MAXACCESS: read-only Range from Standards: INTEGER {rtm(6)} WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.15.2 wmanCapcFruSlot OID: <optional> Type: INTEGER Motorola Implementation: The physical slot number number on which this FRU is located. Stereotype: VirtualIndex Description from Standards: The physical slot number on which this FRU is located. MAXACCESS: read-only Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcNm Octet String Subtype: N/A CAPC Impact: online

1.4.15.3 wmanCapcIntFruHardwareVersion OID: <optional> Type: DisplayString Description from Standards: This is the hardware version of the FRU.


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Usually includes information such as vendor, serial number, manufacture date, etc. When the FRU is not present, the value is NULL. MAXACCESS: read-only Range from Standards: DisplayString (SIZE (1..32) ) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.15.4 wmanCapcIntFruBoardManufacturer OID: <optional> Type: DisplayString Description from Standards: This is board manufacturer of the FRU. When the FRU is not present, the value is NULL. MAXACCESS: read-only Range from Standards: DisplayString (SIZE (1..32) ) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.15.5 wmanCapcIntFruBoardProductName OID: <optional> Type: DisplayString Description from Standards: This is the board product name of the FRU. When the FRU is not present, the value is NULL. MAXACCESS: read-only Range from Standards: DisplayString (SIZE (1..32) ) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.15.6 wmanCapcIntFruBoardSerialNumber OID: <optional> Type: DisplayString Description from Standards: This is the board serial number of the FRU. When the FRU is not present, the value is NULL.


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MAXACCESS: read-only Range from Standards: DisplayString (SIZE (1..32) ) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.15.7 wmanCapcIntFruBoardPartNumber OID: <optional> Type: DisplayString Description from Standards: This is the board part number of the FRU. When the FRU is not present, the value is NULL. MAXACCESS: read-only Range from Standards: DisplayString (SIZE (1..32) ) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.15.8 wmanCapcIntFruProductManufacturer OID: <optional> Type: DisplayString Description from Standards: This is the product manufacturer of the FRU. When the FRU is not present, the value is NULL. MAXACCESS: read-only Range from Standards: DisplayString (SIZE (1..32) ) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.15.9 wmanCapcIntFruProductPoductName OID: <optional> Type: DisplayString Description from Standards: This is the product product name of the FRU. When the FRU is not present, the value is NULL. MAXACCESS: read-only Range from Standards: DisplayString (SIZE (1..32) )


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WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.15.10 wmanCapcIntFruProductPartNumber OID: <optional> Type: DisplayString Description from Standards: This is the product part number of the FRU. When the FRU is not present, the value is NULL. MAXACCESS: read-only Range from Standards: DisplayString (SIZE (1..32) ) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.15.11 wmanCapcIntFruProductVersionNumber OID: <optional> Type: DisplayString Description from Standards: This is the board version number of the FRU. When the FRU is not present, the value is NULL. MAXACCESS: read-only Range from Standards: DisplayString (SIZE (1..32) ) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.15.12 wmanCapcIntFruProductSerialNumber OID: <optional> Type: DisplayString Description from Standards: This is the product serial number of the FRU. When the FRU is not present, the value is NULL. MAXACCESS: read-only Range from Standards: DisplayString (SIZE (1..32) ) WiMAX Release: WiMAX 1.0 Category: Inventory


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1.4.15.13 wmanCapcIntFruProductInventoryAssetId OID: <optional> Type: DisplayString Description from Standards: This is the product inventory asseet id of the FRU. When the FRU is not present, the value is NULL. MAXACCESS: read-only Range from Standards: DisplayString (SIZE (1..32) ) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.15.14 wmanCapcIntFruFirmwareSoftwareVersion OID: <optional> Type: DisplayString Description from Standards: This is the software version of the FRU Firmware. Only apply to system controller, payload, SAM and PEM. When the FRU is not present, the value is NULL. MAXACCESS: read-only Range from Standards: DisplayString (SIZE (1..32) ) WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.15.15 wmanCapcIntFruAppSoftwareVersion OID: <optional> Type: DisplayString Description from Standards: This is the software version of the FRU application. Only apply to system controller, and payload. When the FRU is not present, the value is NULL. MAXACCESS: read-only Range from Standards: DisplayString (SIZE (1..32) ) WiMAX Release: WiMAX 1.0 Category: Inventory


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1.4.15.16 wmanCapcIntMacAddress OID: <optional> Type: MacAddress Description from Standards: This is the MAC Address of this FRU. only apply to system controller, and payload card. When the FRU is not present, the value is NULL. MAXACCESS: read-only Range from Standards: MacAddress WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcPlatform Octet String Subtype: HEX CAPC Impact: online

1.4.16 wmanCapcLinkTable Presentation Name: Links OID: { wmanCapcPrivate 4} Stereotype: MIBTable Description from Standards: <must provide description> MAXACCESS: read-only REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: CAPC Task Allocation: capcComm

1.4.16.1 wmanCapcLinkType OID: <optional> Type: INTEGER Motorola Implementation: Link type: bts(1), pCAPC(2) Stereotype: Index Description from Standards: This is the type of the FRU. MAXACCESS: read-only Range from Standards: INTEGER { bts(1), pCAPC(2) } WiMAX Release: WiMAX 1.0 Category: Inventory


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Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.16.2 wmanCapcLinkId OID: <optional> Type: WmanIfBsIdType Motorola Implementation: The Id of the link. For CAPC-BTS links, this is the BTS Id. For CAPC-CAPC links, this is the pCAPC Id. Stereotype: Index Description from Standards: The Id of the link. For CAPC-BTS links, this is the BTS Id. MAXACCESS: read-only Range from Standards: WmanIfBsIdType WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: HEX CAPC Impact: online

1.4.16.3 wmanCapcLinkAdminStatus OID: <optional> Type: INTEGER Description from Standards: The desired state of the FRU. MAXACCESS: read-only Range from Standards: INTEGER { up(1), -- ready to pass packets down(2), testing(3) -- in some test mode } WiMAX Release: WiMAX 1.0 Category: State Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.16.4 wmanCapcLinkOperStatus OID: <optional> Type: INTEGER


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Description from Standards: The operational state of the FRU. MAXACCESS: read-only Range from Standards: INTEGER { up(1), down(2), testing(3), unknown(4),dormant(5),notPresent(6), lowerLayerDown(7)} WiMAX Release: WiMAX 1.0 Category: State Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.17 wmanCapcEthernetConfTable Presentation Name: Ethernet Configuration (used when no Auto-negotiation) OID: { wmanCapcPrivate 9} Ethernet configuration to be used when the autonegotiation flag is set to false. This table is supported for the system controllers and payload cards. Stereotype: MIBTable Description from Standards: <must provide description> MAXACCESS: read-only REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: CAPC Task Allocation: capcComm

1.4.17.1 wmanCapcFruType OID: <optional> Type: INTEGER Motorola Implementation: This is the FRU type. The following are the types supported in this table (with corresponding value) System Controller (1) Payload (2) Stereotype: VirtualIndex Description from Standards: This is the type of the CAPC managable FRUs. MAXACCESS: read-only Range from Standards: INTEGER { systemController(1), payload(2), sam(3), pem(4), ftm(5)} WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A


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CAPC Impact: online

1.4.17.2 wmanCapcFruSlot OID: <optional> Type: INTEGER Motorola Implementation: The physical slot number number on which this FRU is located. Stereotype: VirtualIndex Description from Standards: The physical slot number on which this FRU is located. MAXACCESS: read-only Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.17.3 wmanCapcEthernetLinkSpeed OID: <optional> Type: INTEGER InitialValue: 1000 Motorola Implementation: This representst the link speed of the ethernet ports on the system controller or payload card. This can only be changed if autonegotiate is set to false Default Value from Standards: 1000 Description from Standards: The ethernet connection speed supported by the card MAXACCESS: read-write Range from Standards: INTEGER {ethernet(10),fastEthernet(100), gigabitEthernet(1000)} WiMAX Release: WiMAX 1.0 Motorola Default Value: 1000 Motorola Range: 10, 100, 1000 Scope: Per CAPC Presentation Name: Enet Link Speed Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.17.4 wmanCapcEthernetDuplex OID: <optional> Type: INTEGER InitialValue: 2 Motorola Implementation: This represents the duplex (half or full) of the ethernet ports on the system controller or payload card. This value can only be set if autonegotiate is set to false


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Default Value from Standards: 2 Description from Standards: The ethernet connection duplex setting supported by the card MAXACCESS: read-write Range from Standards: INTEGER {half(1),full(2)} WiMAX Release: WiMAX 1.0 Motorola Default Value: 2 Motorola Range: 1,2 Scope: Per CAPC Presentation Name: Enet Duplex Setting Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.17.5 wmanCapcEthernetAutonegotiate OID: <optional> Type: TruthValue InitialValue: true Motorola Implementation: Indicates if the system controller or payload card is to autonegotiate the ethernet link speeds Default Value from Standards: true Description from Standards: Indicates if the card's ethernet ports should do autonegotiation. MAXACCESS: read-write Range from Standards: TruthValue WiMAX Release: WiMAX 1.0 Motorola Default Value: true Motorola Range: true, false Scope: Per CAPC Presentation Name: Enet Auto Negotiation Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.17.6 wmanCapcEthernetAutoMdiX OID: <optional> Type: TruthValue InitialValue: true Motorola Implementation: This represents the Auto MIDI-X configuration of the ethernet ports. This can only be changed if autonegotiate is set to false Default Value from Standards: true Description from Standards: This represents the Auto MIDI-X configuration of the ethernet ports. This can only be changed if autonegotiate is set to false MAXACCESS: read-write Range from Standards: TruthValue WiMAX Release: WiMAX 1.0 Motorola Default Value: true


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Motorola Range: true, false Scope: Per CAPC Presentation Name: Enet Auto MDI-X? Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.17.7 wmanCapcMtuSize OID: <optional> Type: INTEGER InitialValue: 1500 Motorola Implementation: This represents mtu size on the ethernet ports. This can only be changed if autonegotiate is set to false Default Value from Standards: 1500 Description from Standards: This represents the Auto MIDI-X configuration of the ethernet ports. This can only be changed if autonegotiate is set to false MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 1500 Scope: Per CAPC Presentation Name: MTU Size for Auto MIDI-X configuration Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.18 wmanCapcRadiusSharedSecretTable Presentation Name: Radius Shared Secret OID: { wmanCapcPrivate 10 } Stereotype: MIBTable Description from Standards: <must provide description> MAXACCESS: read-only REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: CAPC Task Allocation: capcAuth

1.4.18.1 radiusAuthServerIndex OID: <optional> Type: Integer32 Stereotype: VirtualIndex Description from Standards: A number uniquely identifying each RADIUS Authentication server with which this client


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communicates. MAXACCESS: not-accessible Range from Standards: Integer32 (1..2147483647) WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.18.2 wmanCapcRadiusSharedSecret OID: <optional> Type: DisplayString Description from Standards: This is the shared secret used for the CAPC-AAA authentication. MAXACCESS: read-write Range from Standards: DisplayString (SIZE (1..32) ) WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per CAPC Presentation Name: Radius Shared Secret used by CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.19 wmanCapcSecurityConfig Presentation Name: CAPC Security Configuration OID: { wmanCapcPrivate 11 } Stereotype: ObjectIdentifier Description from Standards: <must provide description> MAXACCESS: read-only REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: CAPC Task Allocation: capcAuth, capcPlatform

1.4.19.1 wmanCapcRadiusRetryTimeout OID: <optional> Type: INTEGER InitialValue: 10 Default Value from Standards: 10 Description from Standards: Retry timeout (in seconds) for RADIUS requests sent by the CAPC to the AAA server. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 10 Motorola Range: 1 to 30 Category: Configuration


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Scope: Per CAPC Presentation Name: Radius Retry Timeout (s) Network Element: CAPC License Required: Not Required Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.19.2 wmanCapcRadiusRetries OID: <optional> Type: INTEGER InitialValue: 3 Default Value from Standards: 3 Description from Standards: Number of retries for the RADIUS request sent bt the CAPC to the AAA server. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 3 Motorola Range: 1 to 10 Category: Configuration Scope: Per CAPC Presentation Name: Radius Retry Count Network Element: CAPC License Required: Not Required Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.19.3 wmanCapcEapSessionTimeout OID: <optional> Type: INTEGER InitialValue: 86400 Units: seconds Default Value from Standards: 86400 Description from Standards: After this timer expires, a full reauthentication with the MSS must occur. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 86400 Motorola Range: 60 to 86400 Category: Configuration Scope: Per CAPC Presentation Name: EAP Session Timeout (s) Network Element: CAPC License Required: Not Required Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online


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1.4.19.4 wmanCapcEapMaxSessionThreshold OID: <optional> Type: INTEGER InitialValue: 96 Default Value from Standards: 96 Description from Standards: This threshold defines the maximum number of outstanding EAP Sessions that are allowed on a given pCAPC - BTS pair. Once this limit has been reached, the pCAPC will not accept any additional EAP Authentication sessions for that BTS. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 96 Motorola Range: 1 to 300 Category: Configuration Scope: Per CAPC Presentation Name: EAP Max Session Threshold Network Element: CAPC License Required: Not Required Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.19.5 wmanCapcAuthenticationRealm OID: <optional> Type: DisplayString Description from Standards: Parameter for specifying a realm which may be added to authentication requests by the CAPC AAA Proxy. The realm is a string value that conforms to the realm specification for a Network Access Identifier as defined in RFC2486. MAXACCESS: read-write Range from Standards: DisplayString (SIZE (1..72) ) WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per CAPC Presentation Name: Authentication Realm Network Element: CAPC License Required: Not Required Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.19.6 wmanCapcCompCASStExeTime OID: <optional> Type: INTEGER InitialValue: 3 Default Value from Standards: 3 Description from Standards: Time at which the security scoring tool will execute within CAPC and generate a report.


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Military time 0:00 to 23:00 MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 3 Motorola Range: 0 to 23 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.19.7 wmanCapcStatSampleRateLow OID: <optional> Type: INTEGER InitialValue: 20 Motorola Implementation: The sampling rate at which the Authenticator will get a count of the number of SSs in the database. This will primarily be used for those statistics that are related to an average number of SSs. Default Value from Standards: 20 Description from Standards: The sampling rate at which the database will get a count of the number of SS in the database. This will primarily be used for those statistics that are related to an average number of SSs. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 2.0 Motorola Default Value: 20 Motorola Range: 1 to 60 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.19.8 wmanCapcStatSampleRateHigh OID: <optional> Type: INTEGER InitialValue: 1 Motorola Implementation: This is the sampling rate at which the Authenticator will get a count of the number of SSs. This is primarily used for those stats related to pegging a peak value during a statistic collection interval. Default Value from Standards: 1 Description from Standards: This is the sampling rate at which the Authenticator will get a count of the number of SSs. This is primarily used for those stats related to pegging a peak value during a statistic collection interval. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 2.0 Motorola Default Value: 1


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Motorola Range: 1 to 30 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.20 wmanCapcMeasurement OID: { wmanCapcPrivate 12 } This table contains all (EMS visible) PM stats which are collected on a per CAPC basis Stereotype: ObjectIdentifier Description from Standards: <must provide description> MAXACCESS: read-only REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: CAPC Task Allocation: capcPlatform

1.4.20.1 capcScIoUtilAvg OID: <optional> Type: Counter32 Motorola Implementation: CAPC switch card I/O interface average utilization. Description from Standards: CAPC switch card I/O interface average utilization. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.20.2 capcScIoUtilPeakThresh OID: <optional> Type: Counter32 Motorola Implementation: Number of times the CAPC switch card normalized I/O utilization exceeded a recommended threshold value (TBD). Description from Standards: Number of times the CAPC switch card normalized I/O utilization exceeded a recommended threshold value (TBD). MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC


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License Required: Not Required Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.21 wmanCapcPayloadMeasurementTable OID: { wmanCapcPrivate 14 } This group contains all (EMS visible) PM stats which are collected on a per pCAPC basis Stereotype: MIBTable Description from Standards: <must provide description> MAXACCESS: read-only REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: CAPC Task Allocation: capcAuth, capcMobility, capcPlatform

1.4.21.1 wmanCapcLogicalIdIndex OID: <optional> Type: InterfaceIndex Stereotype: Index Description from Standards: <must provide description> MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CAPC Impact: online

1.4.21.2 capcCpuAvg OID: <optional> Type: Counter32 Motorola Implementation: Average CAPC payload card normalized CPU utilization Description from Standards: Average CAPC payload card normalized CPU utilization MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.21.3 capcCpuPeakThresh OID: <optional> Type: Counter32 Motorola Implementation: Number of times the normalized peak CPU utilization


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exceeded a recommended threshold value Description from Standards: Number of times the normalized peak CPU utilization exceeded a recommended threshold value MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.21.4 capcPayLdIoAvg OID: <optional> Type: Counter32 Motorola Implementation: CAPC payload card I/O average utilization. Description from Standards: CAPC payload card I/O average utilization. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.21.5 capcPayLdIoPeakThresh OID: <optional> Type: Counter32 Motorola Implementation: Number of times the normalized peak payload card I/O utilization exceeded a recommended threshold value Description from Standards: Number of times the normalized peak payload card I/O utilization exceeded a recommended threshold value MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.21.6 capcMssMax OID: <optional> Type: Counter32


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Motorola Implementation: Maximum number of concurrent MSSs (Fixed and Mobile) per CAPC payload card. Description from Standards: Maximum number of concurrent MSSs (Fixed and Mobile) per CAPC payload card. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Task Allocation: cacpAuth Octet String Subtype: N/A CAPC Impact: online

1.4.21.7 capcEapMax OID: <optional> Type: Counter32 Motorola Implementation: Maximum number of concurrent EAP transactions. Description from Standards: Maximum number of concurrent EAP transactions. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.21.8 capcEapThrottle OID: <optional> Type: Counter32 Motorola Implementation: Number of times an EAP procedure was rejected (throttled) due to excessive EAP transactions. Description from Standards: Number of times an EAP procedure was rejected (throttled) due to excessive EAP transactions. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.21.9 capcInterCapcHo OID: <optional> Type: Counter32 Motorola Implementation: Number of inter-CAPC Handover attempts.


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Description from Standards: Number of inter-CAPC Handover attempts. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.5 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.21.10 capcInterCapcHoSucc OID: <optional> Type: Counter32 Motorola Implementation: Number of successful inter-CAPC shelf Handovers. Description from Standards: Number of successful inter-CAPC shelf Handovers. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.5 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.21.11 capcArpReqSnd OID: <optional> Type: Counter32 Motorola Implementation: Number of ARP request messages sent for manipulation of the bearer stream. Description from Standards: Number of ARP request messages sent for manipulation of the bearer stream. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.21.12 capcArpReqRefreshSnd OID: <optional> Type: Counter32 Motorola Implementation: Number of ARP request messages sent for manipulation of the bearer stream. Description from Standards: Number of ARP request messages sent for manipulation of the bearer stream.


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MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.21.13 capcArpReSnd OID: <optional> Type: Counter32 Motorola Implementation: Number of ARP request messages re-sent due to failure of lack of response. Description from Standards: Number of ARP request messages re-sent due to failure of lack of response. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.21.14 capcPmipReg OID: <optional> Type: Counter32 Motorola Implementation: Total number of PMIP Registration requests. Description from Standards: Total number of PMIP Registration requests. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.21.15 capcPmipRegFail OID: <optional> Type: Counter32 Motorola Implementation: Total number of PMIP Registration failures, including time-outs. Description from Standards: Total number of PMIP Registration failures, including time-outs. MAXACCESS: read-only


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Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.21.16 capcPmipRereg OID: <optional> Type: Counter32 Motorola Implementation: Total number of PMIP Re-Registration requests. Description from Standards: Total number of PMIP Re-Registration requests. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.21.17 capcPmipReregFail OID: <optional> Type: Counter32 Motorola Implementation: Total number of PMIP Re-Registration failures, including time-outs. Description from Standards: Total number of PMIP Re-Registration failures, including time-outs. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.21.18 capcPmipDereg OID: <optional> Type: Counter32 Motorola Implementation: Total number of PMIP De-Registration requests. Description from Standards: Total number of PMIP De-Registration requests. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic


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Network Element: CAPC License Required: Not Required Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.21.19 capcPmipDeregFail OID: <optional> Type: Counter32 Motorola Implementation: Total number of PMIP De-Registration failures, including time-outs. Description from Standards: Total number of PMIP De-Registration failures, including time-outs. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.22 wmanCapcPagingGroupMeasurementTable OID: { wmanCapcPrivate 13 } This group contains all (EMS visible) PM stats which are collected on a per paging group basis Stereotype: MIBTable Description from Standards: <must provide description> MAXACCESS: read-only REFERENCE: <optional> WiMAX Release: WiMAX 2.0 Network Element: CAPC Task Allocation: capcMobility

1.4.22.1 wmanCapcLogicalIdIndex OID: <optional> Type: InterfaceIndex Stereotype: VirtualIndex Description from Standards: <must provide description> MAXACCESS: read-only Range from Standards: <baseType | textualConvention | BITS> WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online


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1.4.22.2 wmanIfBsPagingGroupId OID: <optional> Type: INTEGER Stereotype: VirtualIndex Description from Standards: ID number of the paging group assigned to the BS and CAPC. MAXACCESS: read-create Range from Standards: INTEGER (0..65535) WiMAX Release: WiMAX 2.0 Category: Configuration Scope: Per Paging Group Presentation Name: Paging Group ID Network Element: CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.22.3 capcMssMaxPgGrp OID: <optional> Type: Counter32 Motorola Implementation: Maximum number of concurrent MSSs (Fixed and Mobile) per paging group. Description from Standards: Maximum number of concurrent MSSs (Fixed and Mobile) per paging group. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.22.4 capcInitPagesSent OID: <optional> Type: Counter32 Motorola Implementation: Total initial pages sent. Description from Standards: Total initial pages sent. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online


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1.4.22.5 capcPageRetrySent OID: <optional> Type: Counter32 Motorola Implementation: Total retried pages sent. Description from Standards: Total retried pages sent. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.22.6 capcIdleModeRlsReq OID: <optional> Type: Counter32 Motorola Implementation: Number of received requests to release the MSS from idle mode. Description from Standards: Number of received requests to release the MSS from idle mode. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.22.7 capcRlsLeaseReq OID: <optional> Type: Counter32 Motorola Implementation: Number of lease requests received. Description from Standards: Number of lease requests received. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.22.8 capcRevokeLeaseReq OID: <optional> Type: Counter32


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Motorola Implementation: Number of lease revocations sent. Description from Standards: Number of lease revocations sent. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.22.9 capcSecContextReq OID: <optional> Type: Counter32 Motorola Implementation: Number of security context requests received. Description from Standards: Number of security context requests received. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.22.10 capcObBearSnd OID: <optional> Type: Counter32 Motorola Implementation: Number of outbound bearer packets sent upon successful page response. Description from Standards: Number of outbound bearer packets sent upon successful page response. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.22.11 capcMobileMss OID: <optional> Type: Counter32 Motorola Implementation: Number of concurrent MSSs provisioned for Portable, Simple, or Full mobility per their HO_SVC_CLASS at the end of the collection


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interval Description from Standards: Number of concurrent MSSs provisioned for Portable, Simple, or Full mobility per their HO_SVC_CLASS at the end of the collection interval MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.23 wmanCapcRadiusSharedSecretProxyTable OID: { wmanCapcPrivate 15 } Stereotype: MIBTable Description from Standards: <must provide description> MAXACCESS: read-only REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: CAPC Task Allocation: capcAuth

1.4.23.1 ifIndex OID: <optional> Type: InterfaceIndex Motorola Implementation: For BTS, sectors are always in front of the other interfaces. For CAPC, the ifIndex range for payload modules is 1..10. The redundancy pair ifIndex values are always consecutive (ifIndex 1&2 are a pair, 3&4, 5&6, etc.). Stereotype: VirtualIndex Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: BTS-->Sector, Ethernet, RF Head CAPC-->Payload Card CPE/HPVM-->Device Network Element: All License Required: Not Required Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online


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1.4.23.2 wmanCapcBtsId OID: <optional> Type: WmanIfBsIdType Stereotype: VirtualIndex Description from Standards: The identifiers of the BS's that are assigned to the CAPC. MAXACCESS: not-accessible Range from Standards: WmanIfBsIdType WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: capcAuth Octet String Subtype: HEX CAPC Impact: online

1.4.23.3 wmanCapcRadiusSharedSecretAAAProxy OID: <optional> Type: DisplayString Description from Standards: This is the shared secret used for the CAPC-AAA Proxy authentication. This parameter value should match shared secret specified for the BTS AAA server shared secret parameter (wmanBtsRadiusSharedSecret). MAXACCESS: read-write Range from Standards: DisplayString (SIZE (1..32) ) WiMAX Release: WiMAX 1.0 Category: Configuration Scope: Per CAPC Presentation Name: Radius Shared Secret Proxy Authentication used by CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.23.4 wmanCapcRadiusSharedSecretProxyRowStatus OID: <optional> Type: RowStatus Description from Standards: This parameter is used to insert/delete rows to/from this table. MAXACCESS: read-create Range from Standards: RowStatus WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.24 wmanCapcNodeIpConfig OID: { wmanCapcPrivate 16 } Stereotype: ObjectIdentifier Description from Standards: <must provide description> MAXACCESS: read-only


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REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: CAPC Task Allocation: capcComm

1.4.24.1 wmanCapcNodeAddress OID: <optional> Type: InetAddress Motorola Implementation: This is the IP address for the CAPC. This value can only be changed from the LMT if the UseDHCP flag is set to false. Otherwise, this value is populated from the DCHP response Description from Standards: This is the IP address for the CAPC. This value can only be changed from the LM if the UseDHCP flag is set to false. Otherwise, this value is populated from the DCHP response MAXACCESS: read-write Range from Standards: InetAddress WiMAX Release: WiMAX 1.0 Scope: Per CAPC Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcComm Octet String Subtype: ASCII CAPC Impact: online

1.4.24.2 wmanCapcNodeAddressType OID: <optional> Type: InetAddressType Motorola Implementation: This parameter indicates the type of Internet address configured for the CAPC Description from Standards: This parameter indicates the type of Internet address configured for the CAPC Note that the value of dns(16) indicates the wmanCapcNodeAddress actually contains a fully-qualified domain name (FQDN). MAXACCESS: read-write Range from Standards: InetAddressType WiMAX Release: WiMAX 1.0 Scope: Per CAPC Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.24.3 wmanCapcNodeSubnet OID: <optional> Type: InetAddress Motorola Implementation: This is the subnet mask for the CAPC. This value can only be changed from the LMT if the UseDHCP flag is set to false. Otherwise, this value is populated from the DCHP response Description from Standards: This is the subnet mask for the CAPC. This value can only be changed from the LMT if the UseDHCP flag is set to false. Otherwise, this value is populated from the DCHP response MAXACCESS: read-write Range from Standards: InetAddress WiMAX Release: WiMAX 1.0


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Scope: Per CAPC Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcComm Octet String Subtype: ASCII CAPC Impact: online

1.4.24.4 wmanCapcNodeSubnetType OID: <optional> Type: InetAddressType Description from Standards: This parameter indicates the type of Internet address configured for the CAPC Note that the value of dns(16) indicates the wmanCapcNodeSubnet actually contains a fully-qualified domain name (FQDN). MAXACCESS: read-write Range from Standards: InetAddressType WiMAX Release: WiMAX 1.0 Scope: Per CAPC Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.24.5 wmanCapcNodePrimDnsServer OID: <optional> Type: InetAddress Motorola Implementation: This is the DNS server the CAPC is to use. This value can only be changed from the LMT if the UseDHCP flag is set to false. Otherwise, this value is populated from the DCHP response Description from Standards: This is the DNS server the CAPC is to use. This value can only be changed from the LMT if the UseDHCP flag is set to false. Otherwise, this value is populated from the DCHP response MAXACCESS: read-write Range from Standards: InetAddress WiMAX Release: WiMAX 1.0 Scope: Per CAPC Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcComm Octet String Subtype: ASCII CAPC Impact: online

1.4.24.6 wmanCapcNodePrimDnsServerType OID: <optional> Type: InetAddressType Description from Standards: This parameter indicates the type of Internet address configured for the CAPC


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Note that the value of dns(16) indicates the wmanCapcNodeDnsServer actually contains a fully-qualified domain name (FQDN). MAXACCESS: read-write Range from Standards: InetAddressType WiMAX Release: WiMAX 1.0 Scope: Per CAPC Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.24.7 wmanCapcNodeSecDnsServer OID: <optional> Type: InetAddress Motorola Implementation: This is the secondary DNS server the CAPC is to use. This value can only be changed from the LMT if the UseDHCP flag is set to false. Otherwise, this value is populated from the DCHP response Description from Standards: This is the DNS server the CAPC is to use. This value can only be changed from the LMT if the UseDHCP flag is set to false. Otherwise, this value is populated from the DCHP response MAXACCESS: read-write Range from Standards: InetAddress WiMAX Release: WiMAX 1.0 Scope: Per CAPC Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcComm Octet String Subtype: ASCII CAPC Impact: online

1.4.24.8 wmanCapcNodeSecDnsServerType OID: <optional> Type: InetAddressType Description from Standards: This parameter indicates the type of Internet address configured for the CAPC Note that the value of dns(16) indicates the wmanCapcNodeSecDnsServer actually contains a fully-qualified domain name (FQDN). MAXACCESS: read-write Range from Standards: InetAddressType WiMAX Release: WiMAX 1.0 Scope: Per CAPC Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online


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1.4.24.9 wmanCapcNodeGateway OID: <optional> Type: InetAddress Motorola Implementation: This is the gateway the CAPC is to use. This value can only be changed from the LMT if the UseDHCP flag is set to false. Otherwise, this value is populated from the DCHP response Description from Standards: This is the gateway the CAPC is to use. This value can only be changed from the LMT if the UseDHCP flag is set to false. Otherwise, this value is populated from the DCHP response MAXACCESS: read-write Range from Standards: InetAddress WiMAX Release: WiMAX 1.0 Scope: Per CAPC Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcComm Octet String Subtype: ASCII CAPC Impact: online

1.4.24.10 wmanCapcNodeGatewayType OID: <optional> Type: InetAddressType Description from Standards: This parameter indicates the type of Internet address configured for the CAPC Note that the value of dns(16) indicates the wmanCapcNodeGateway actually contains a fully-qualified domain name (FQDN). MAXACCESS: read-write Range from Standards: InetAddressType WiMAX Release: WiMAX 1.0 Scope: Per CAPC Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.24.11 wmanCapcNodeEmsAddress OID: <optional> Type: InetAddress Motorola Implementation: This is the EMS IP Address the CAPC is to use. This value can only be changed from the LMT if the UseDHCP flag is set to false. Otherwise, this value is populated from the DCHP response Description from Standards: This is the EMS IP Address the CAPC is to use. This value can only be changed from the LMT if the UseDHCP flag is set to false. Otherwise, this value is populated from the DCHP response MAXACCESS: read-write Range from Standards: InetAddress WiMAX Release: WiMAX 1.0 Scope: Per CAPC Network Element: CAPC License Required: Not Required


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Access: Allow Access From LMT Only Task Allocation: capcComm Octet String Subtype: ASCII CAPC Impact: online

1.4.24.12 wmanCapcNodeEmsAddressType OID: <optional> Type: InetAddressType Description from Standards: This parameter indicates the type of Internet address configured for the CAPC Note that the value of dns(16) indicates the wmanCapcNodeEmsAddress actually contains a fully-qualified domain name (FQDN). MAXACCESS: read-write Range from Standards: InetAddressType WiMAX Release: WiMAX 1.0 Scope: Per CAPC Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.24.13 wmanCapcNodeVlanId OID: <optional> Type: INTEGER InitialValue: 0 Motorola Implementation: Layer 3 node vlan id. Default Value from Standards: 0 Description from Standards: A 12-bit VLAN ID used in the VLAN Tag header. Only the least significant 12 bits of this parameter's value are valid. A value 0 indicates the NULL VLAN. The NULL VLAN is used when the operator does not need a VLAN so that the 802.1p priority tag is still available. MAXACCESS: read-write Range from Standards: INTEGER (0..4094) WiMAX Release: WiMAX 1.0 Motorola Default Value: 0 Motorola Range: INTEGER (0..0xFFE) Scope: Per CAPC Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.24.14 wmanCapcNodeUseDHCP OID: <optional> Type: TruthValue


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InitialValue: true Motorola Implementation: Indicates if the CAPC is to use DHCP to obtain is IP addressing information Default Value from Standards: true Description from Standards: Indicates if the CAPC is to use DHCP to obtain is IP addressing information MAXACCESS: read-write Range from Standards: TruthValue WiMAX Release: WiMAX 1.0 Motorola Default Value: TRUE Scope: Per CAPC Presentation Name: CAPC Uses DHCP to Obtain IP Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.24.15 wmanCapcNodeHostname OID: <optional> Type: DisplayString Motorola Implementation: This is the hostname to use in external DHCP requests. It is set during commissioning and is not expected to be modified. Description from Standards: This is the hostname to use in external DHCP requests. It is set during commissioning and is not expected to be modified. MAXACCESS: read-write Range from Standards: DisplayString (SIZE (1..32) ) WiMAX Release: WiMAX 1.0 Scope: Per CAPC Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.24.16 wmanCapcNodeDomainName OID: <optional> Type: DisplayString Motorola Implementation: This is the domain name to use in external DHCP requests. It is set during commissioning and is not expected to be modified. Description from Standards: This is the domain name to use in external DHCP requests. It is set during commissioning and is not expected to be modified. MAXACCESS: read-write Range from Standards: DisplayString (SIZE (1..32) ) WiMAX Release: WiMAX 1.0 Scope: Per CAPC Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcComm Octet String Subtype: N/A


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CAPC Impact: online

1.4.25 wmanCapcLinkManagerConfig OID: { wmanCapcPrivate 17 } This table contains internal Link Manager configuration. BTS-CAPC ICD Timers T_LCC_CONTROL_Req T_LVD_Start CAPC-CAPC ICD Timers T_LVC_Rsp T_LVC_Retry T_LCC_CONTROL_Rsp T_LCC_CONTROL_Start Stereotype: ObjectIdentifier Description from Standards: This table contains internal Link Manager configuration. MAXACCESS: read-only REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: CAPC Task Allocation: capcComm

1.4.25.1 wmanCapcControlListenPortTcp4Ap OID: <optional> Type: INTEGER InitialValue: 32901 Motorola Implementation: TCP listening port for message coming from AP Default Value from Standards: 32901 Description from Standards: TCP listening port for message coming from AP MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 32901 Motorola Range: 1..65535 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.25.2 wmanCapcListenPortUdp4Radius OID: <optional> Type: INTEGER


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InitialValue: 1812 Motorola Implementation: UDP listening port for RADIUS messages coming from AP Default Value from Standards: 1812 Description from Standards: UDP listening port for RADIUS messages coming from AP MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 1812 Motorola Range: 1..65535 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.25.3 wmanCapcNumThreadsIncomingTcp OID: <optional> Type: INTEGER InitialValue: 4 Motorola Implementation: Number of threads handling inbound messages from AP over TCP Default Value from Standards: 4 Description from Standards: Number of threads handling inbound messages from AP over TCP MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 4 Motorola Range: 1..10 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.25.4 wmanCapcNumThreadsIncomingUdp OID: <optional> Type: INTEGER InitialValue: 1 Motorola Implementation: Number of threads handling inbound messages from AP over UDP Default Value from Standards: 1 Description from Standards: Number of threads handling inbound messages from AP over UDP MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 1 Motorola Range: 1..5 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC


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License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.25.5 wmanCapcControlLccTimer OID: <optional> Type: INTEGER InitialValue: 9 Motorola Implementation: LCC Request timeout Default Value from Standards: 9 Description from Standards: LCC Request timeout MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 9 Motorola Range: 5..11 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.25.6 wmanCapcLvdStartTimer OID: <optional> Type: INTEGER InitialValue: 3 Motorola Implementation: Link Version Down timeout after link establishment Default Value from Standards: 3 Description from Standards: Link Version Down timeout after link establishment MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 3 Motorola Range: 3..10 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.25.7 wmanCapcTcpNoDelay OID: <optional> Type: INTEGER InitialValue: 0


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Motorola Implementation: TCP_NODELAY option; 0=Nagle Algorithm enabled, 1=Nagle Algorithm disabled Default : TcpNodeDelay = 0 = disabled Default Value from Standards: 0 Description from Standards: TCP_NODELAY option; 0=Nagle Algorithm enabled, 1=Nagle Algorithm disabled MAXACCESS: read-write Range from Standards: INTEGER { disabled(0), enabled(1)} WiMAX Release: WiMAX 1.0 Motorola Default Value: 0 Motorola Range: 0,1 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.25.8 wmanCapcLvcRspTimer OID: <optional> Type: INTEGER InitialValue: 1 Units: seconds Motorola Implementation: LVC Response timeout (CAPC-CAPC ICD) Default Value from Standards: 1 Description from Standards: LVC Response timeout MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 2.5 Motorola Default Value: 1 Motorola Range: 1..5 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.25.9 wmanCapcLvcRetryTimer OID: <optional> Type: INTEGER InitialValue: 60 Units: seconds Motorola Implementation: LVC Retry timeout (CAPC-CAPC ICD) Default Value from Standards: 60 Description from Standards: LVC Retry timeout MAXACCESS: read-write


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Range from Standards: INTEGER WiMAX Release: WiMAX 2.5 Motorola Default Value: 60 Motorola Range: 1..600 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.25.10 wmanCapcLccControlRspTimer OID: <optional> Type: INTEGER InitialValue: 1 Units: seconds Motorola Implementation: Lcc Control Response timeout (CAPC-CAPC ICD) Default Value from Standards: 1 Description from Standards: Lcc Control Response MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 2.5 Motorola Default Value: 1 Motorola Range: 1..3 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.25.11 wmanCapcLccControlStartTimer OID: <optional> Type: INTEGER InitialValue: 1 Units: seconds Motorola Implementation: Lcc Control Start timeout (CAPC-CAPC ICD) Default Value from Standards: 1 Description from Standards: Lcc Control Response MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 2.5 Motorola Default Value: 1 Motorola Range: 1..3 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A


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CAPC Impact: online

1.4.25.12 wmanCapcControlDscp OID: <optional> Type: INTEGER InitialValue: 26 Motorola Implementation: Differentiated service code point. Used by LM to tag packets with DS code points. Default Value from Standards: 26 Description from Standards: The DSCP value that CAPC will used to mark for control packet sourced from it. MAXACCESS: read-write Range from Standards: INTEGER (0..63) WiMAX Release: WiMAX 1.0 Motorola Default Value: 26 Motorola Range: 0..63 Category: Configuration Scope: Per CAPC Presentation Name: DSCP used by CAPC for Control Messages Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.25.13 wmanCapcControlUserPriority OID: <optional> Type: INTEGER InitialValue: 5 Default Value from Standards: 5 Description from Standards: User Priority used by CAPC to perform DSCP/User Priority translation for control messages. MAXACCESS: read-write Range from Standards: INTEGER (0..7) WiMAX Release: WiMAX 1.0 Motorola Default Value: 5 Motorola Range: 0..7 Category: Configuration Scope: Per CAPC Presentation Name: User Priority used by CAPC for Control Messages Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.25.14 wmanCapcRedirectedBearerDscp OID: <optional> Type: INTEGER InitialValue: 10


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Default Value from Standards: 10 Description from Standards: The DSCP value that CAPC will used to mark for data packet sourced from it. MAXACCESS: read-write Range from Standards: INTEGER (0..63) WiMAX Release: WiMAX 2.0 Motorola Default Value: 10 Motorola Range: 0..63 Category: Configuration Scope: Per CAPC Presentation Name: DSCP used by CAPC for Redirected Data Messages Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.26 wmanCapcSwUpgradeConfig OID: { wmanCapcPrivate 18 } This table contains internal Sw Upgrade Manager configuration. Stereotype: ObjectIdentifier Description from Standards: This table contains internal Sw Upgrade Manager configuration. MAXACCESS: read-only REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: CAPC Task Allocation: capcNM

1.4.26.1 wmanCapcPayloadStabilizationTimer OID: <optional> Type: INTEGER InitialValue: 30000 Motorola Implementation: Timer used during software upgrade for payload to stabilize before switching over to the partner. Range: 0-10 minutes in miiliseconds. Default Value from Standards: 30000 Description from Standards: Timer used during software upgrade for payload to stabilize before switching over to the partner. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 30000 Motorola Range: 0..600000 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online


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1.4.26.2 wmanCapcControllerStabilizationTimer OID: <optional> Type: INTEGER InitialValue: 30000 Motorola Implementation: Timer used during software upgrade for controller to stabilize before switching over to the partner. Range: 0-10 minutes in miiliseconds. Default Value from Standards: 30000 Description from Standards: Timer used during software upgrade for the controller to stabilize before switching over to the partner. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 30000 Motorola Range: 0..600000 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.26.3 wmanCapcInstallTimer OID: <optional> Type: INTEGER InitialValue: 30000 Motorola Implementation: Timer used during software upgrade for SSU to complete the install. Range: 0-10 minutes in miiliseconds. Default Value from Standards: 30000 Description from Standards: Timer used during software upgrade for SSU to complete the install. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 30000 Motorola Range: 0..600000 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.26.4 wmanCapcUpgradeStatusTimer OID: <optional> Type: INTEGER InitialValue: 300000


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Motorola Implementation: Timer used during software upgrade for board to come up on the new load after an upgrade. Range: 0-10 minutes in miiliseconds. Default Value from Standards: 300000 Description from Standards: Timer used during software upgrade for board to come up on the new load after an upgrade. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 300000 Motorola Range: 0..600000 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CAPC Impact: online

1.4.27 wmanCapcInternalPlatformPayloadMeasurementTable OID: { wmanCapcPrivate 25 } Non EMS managed statistics at the platform payload level. Stereotype: MIBTable Description from Standards: <must provide description> MAXACCESS: read-only REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: CAPC Access: Allow Access From LMT Only Task Allocation: capcNM, capcPlatform

1.4.27.1 wmanCapcFruSlot OID: <optional> Type: INTEGER Motorola Implementation: The physical slot number number on which this FRU is located. Stereotype: VirtualIndex Description from Standards: The physical slot number on which this FRU is located. MAXACCESS: read-only Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online


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1.4.27.2 capcPayloadNormCurrCpuUsage OID: <optional> Type: Counter32 Description from Standards: This value represents the current normalized CPU utilization for a single pCAPC. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.27.3 capcPayloadNormPeakCpuUsage OID: <optional> Type: Counter32 Description from Standards: This value represents the peak normalized CPU utilization for a single pCAPC across the current statistics interval. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.27.4 capcPayloadNormAvgCpuUsage OID: <optional> Type: Counter32 Description from Standards: This value represents the average normalized CPU utilization for a single pCAPC across the current statistics interval. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.27.5 capcPayloadNormCurrKernalCpu OID: <optional>


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Type: Counter32 Description from Standards: This value represents the current normalized CPU utilization taken by OS-related operations for a single pCAPC. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.27.6 capcPayloadNormPeakKernalCpu OID: <optional> Type: Counter32 Description from Standards: This value represents the peak normalized CPU utilization taken by OS-related operations for a single pCAPC across the current statistics interval. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.27.7 capcPayloadNormAvgKernalCpu OID: <optional> Type: Counter32 Description from Standards: This value represents the average normalized CPU utilization taken by OS-related operations for a single pCAPC across the current statistics interval. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.27.8 capcPayloadTotalPhyMem OID: <optional> Type: Counter32


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Description from Standards: This value represents the total amount of physical memory that exists on a single pCAPC. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.27.9 capcPayloadTotalUsedPhyMem OID: <optional> Type: Counter32 Description from Standards: This value represents the total amount of physical memory that is currently utilized on a single pCAPC. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.27.10 capcPayloadTotalNonUtilPhyMem OID: <optional> Type: Counter32 Description from Standards: This value represents the total amount of physical memory that is currently non-utilized on a single pCAPC. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.27.11 capcPayloadTotalUtilSwapSpace OID: <optional> Type: Counter32 Description from Standards: This value represents the total amount of utilized virtual memory that exists within a single pCAPC.


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MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.27.12 capcPayloadTotalFreeSwapSpace OID: <optional> Type: Counter32 Description from Standards: This value represents the total amount of non-utilized virtual memory that exists within a single pCAPC. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.27.13 capcPayloadTotalUsedPhyMemNonCapc OID: <optional> Type: Counter32 Description from Standards: This value represented the total amount of physical memory that is currently utilized on a single pCAPC by Non Capc specific functionality MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.27.14 capcPayloadCurrDbSize OID: <optional> Type: Counter32 Description from Standards: This stat represents the current size of the in-memory database (expressed in units of MB) on a single pCAPC MAXACCESS: read-only Range from Standards: Counter32


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WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcDB Octet String Subtype: N/A CAPC Impact: online

1.4.27.15 capcPayloadPeakDbSize OID: <optional> Type: Counter32 Description from Standards: This stat represents the peak size of the in-memory database (expressed in units of MB) on a single pCAPC across the current statistics interval. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcDB Octet String Subtype: N/A CAPC Impact: online

1.4.28 wmanCapcInternalPlatformAppPayloadMeasurementTable OID: { wmanCapcPrivate 23 } Non EMS managed statistics at the platform application payload level. Stereotype: MIBTable Description from Standards: <must provide description> MAXACCESS: read-only REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: CAPC Access: Allow Access From LMT Only Task Allocation: capcNM, capcPlatform

1.4.28.1 wmanCapcFruSlot OID: <optional> Type: INTEGER Motorola Implementation: The physical slot number number on which this FRU is located. Stereotype: VirtualIndex Description from Standards: The physical slot number on which this FRU is located. MAXACCESS: read-only Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC


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Network Element: CAPC License Required: Not Required Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.28.2 capcAppIndex OID: <optional> Type: INTEGER Motorola Implementation: The application index. Stereotype: VirtualIndex Description from Standards: The application index. MAXACCESS: read-only Range from Standards: INTEGER { LogTask(1), EvtAlmTask(2), TraceTask(3), CctTask(4), IpSecTask(5), DbAvlMgrTask(6), AuthTask(7), NmLsmTask(8), LmtProxyTask(9), LmTask(10) } WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.28.3 capcPayloadAppNormCurrCpuUsage OID: <optional> Type: Counter32 Description from Standards: This value represents the current normalized CPU utilizatation for a CAPC application. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.28.4 capcPayloadAppNormPeakCpuUsage OID: <optional> Type: Counter32 Description from Standards: This value represents the peak normalized CPU utilization for a CAPC application across the current statistics interval. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC


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License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.28.5 capcPayloadAppNormAvgCpuUsage OID: <optional> Type: Counter32 Description from Standards: This value represents the average normalized CPU utilization for a CAPC application across the current statistics interval. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.28.6 capcPayloadAppCurrPhyMem OID: <optional> Type: Counter32 Description from Standards: This value represents the current total amount of memory utilized by a CAPC application. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.28.7 capcPayloadAppPeakPhyMem OID: <optional> Type: Counter32 Description from Standards: This value represents the largest amount of memory utilized by a CAPC application within the statistics interval. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only


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1.4.28.8 capcPayloadAppAvgPhyMem OID: <optional> Type: Counter32 Description from Standards: This value represents the average amount of memory utilized by a CAPC application within the statistics interval. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.28.9 capcPayloadAppCurrCpalBuffMem OID: <optional> Type: Counter32 Description from Standards: This value represents the current total amount of memory utilized by a CAPC application that is managed by 3rd party middleware. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.28.10 capcPayloadAppPeakCpalBuffMem OID: <optional> Type: Counter32 Description from Standards: This value represents the largest amount of memory utilized by a CAPC application that is managed by 3rd party middleware within the statistics interval. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A


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CAPC Impact: online

1.4.28.11 capcPayloadAppAvgCpalBuffMem OID: <optional> Type: Counter32 Description from Standards: This value represents the average amount of memory utilized by a CAPC application that is managed by 3rd party middleware within the statistics interval. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.29 wmanCapcInternalPlatformMeasurementTable OID: { wmanCapcPrivate 24 } Non EMS managed statistics at the platform system controller level. Stereotype: MIBTable Description from Standards: Non EMS managed statistics at the platform system controller level. MAXACCESS: read-only REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: CAPC Access: Allow Access From LMT Only Task Allocation: capcNM, capcPlatform



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1.4.29.2 capcScNormCurrCpuUsage OID: <optional> Type: Counter32 Description from Standards: This value represents the current normalized CPU utilization for a single System Controller MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.29.3 capcScNormPeakCpuUsage OID: <optional> Type: Counter32 Description from Standards: This value represents the peak normalized CPU utilization for a single System Controller across the current statistics interval. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.29.4 capcScNormAvgCpuUsage OID: <optional> Type: Counter32 Description from Standards: This value represents the average normalized CPU utilization for a single System Controller across the current statistics interval. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.29.5 capcScNormCurrKernalCpu OID: <optional>


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Type: Counter32 Description from Standards: This value represents the current normalized CPU utilization taken by OS-related operations for a single System Controller. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.29.6 capcScNormPeakKernalCpu OID: <optional> Type: Counter32 Description from Standards: This value represents the peak normalized CPU utilization taken by OS-related operations for a single System Controller across the current statistics interval. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.29.7 capcScNormAvgKernalCpu OID: <optional> Type: Counter32 Description from Standards: This value represents the average normalized CPU utilization taken by OS-related operations for a single System Controller across the current statistics interval. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.29.8 capcScTotalPhyMem OID: <optional> Type: Counter32


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Description from Standards: This value represents the total amount of physical memory that exists on a single System Controller. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.29.9 capcScTotalUsedPhyMem OID: <optional> Type: Counter32 Description from Standards: This value represents the total amount of physical memory that is currently utilized on a single System Controller. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.29.10 capcScTotalNonUtilPhyMem OID: <optional> Type: Counter32 Description from Standards: This value represents the total amount of physical memory that is currently non-utilized on a single System Controller. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.29.11 capcScTotalUtilSwapSpace OID: <optional> Type: Counter32 Description from Standards: This value represents the total amount of utilized virtual memory that exists within a single System Controller


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MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.29.12 capcScTotalFreeSwapSpace OID: <optional> Type: Counter32 Description from Standards: This value represents the total amount of non-utilized virtual memory that exists within a single System Controller. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.29.13 capcScTotalUsedPhyMemNonCapc OID: <optional> Type: Counter32 Description from Standards: This value represented the total amount of physical memory that is currently utilized on a single System controller by Non Capc specific functionality MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.30 wmanCapcInternalPlatformAppMeasurementTable OID: { wmanCapcPrivate 22 } Non EMS managed statistics. Stereotype: MIBTable Description from Standards: <must provide description>


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MAXACCESS: read-only REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: CAPC Access: Allow Access From LMT Only Task Allocation: capcNM, capcPlatform


1.4.30.2 capcAppIndex OID: <optional> Type: INTEGER Motorola Implementation: The application index. Stereotype: Index Description from Standards: The application index. MAXACCESS: read-only Range from Standards: INTEGER { LogTask(1), EvtAlmTask(2), TraceTask(3), CctTask(4), IpSecTask(5), DbAvlMgrTask(6), AuthTask(7), NmLsmTask(8), LmtProxyTask(9), LmTask(10) } WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.30.3 capcScAppNormCurrCpuUsage OID: <optional> Type: Counter32 Description from Standards: This value represents the current normalized CPU utilizatation for a CAPC application. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0


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Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.30.4 capcScAppNormPeakCpuUsage OID: <optional> Type: Counter32 Description from Standards: This value represents the peak normalized CPU utilization for a CAPC application across the current statistics interval. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.30.5 capcScAppNormAvgCpuUsage OID: <optional> Type: Counter32 Description from Standards: This value represents the average normalized CPU utilization for a CAPC application across the current statistics interval. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.30.6 capcScAppCurrPhyMem OID: <optional> Type: Counter32 Description from Standards: This value represents the current total amount of memory utilized by a CAPC application. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC


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License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.30.7 capcScAppPeakPhyMem OID: <optional> Type: Counter32 Description from Standards: This value represents the largest amount of memory utilized by a CAPC application within the statistics interval. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.30.8 capcScAppAvgPhyMem OID: <optional> Type: Counter32 Description from Standards: This value represents the average amount of memory utilized by a CAPC application within the statistics interval. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.30.9 capcScAppCurrCpalBuffMem OID: <optional> Type: Counter32 Description from Standards: This value represents the current total amount of memory utilized by a CAPC application that is managed by 3rd party middleware. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only


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1.4.30.10 capcScAppPeakCpalBuffMem OID: <optional> Type: Counter32 Description from Standards: This value represents the largest amount of memory utilized by a CAPC application that is managed by 3rd party middleware within the statistics interval. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.30.11 capcScAppAvgCpalBuffMem OID: <optional> Type: Counter32 Description from Standards: This value represents the average amount of memory utilized by a CAPC application that is managed by 3rd party middleware within the statistics interval. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.31 wmanCapcInternalLmPayloadMeasurementTable OID: { wmanCapcPrivate 21 } Non EMS managed statistics at the Link Manager payload level. Stereotype: MIBTable Description from Standards: <must provide description> MAXACCESS: read-only REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: CAPC Access: Allow Access From LMT Only Task Allocation: capcNM, capcComm


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1.4.31.2 capcLmMsgSentAllAp OID: <optional> Type: Counter32 Description from Standards: Stat to track total number of messages transmitted to all connected AP's MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online

1.4.31.3 capcLmMsgRecAllAp OID: <optional> Type: Counter32 Description from Standards: Stat to track total number of messages received from all connected AP's MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online


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1.4.32 wmanCapcInternalAuthMeasurementTable OID: { wmanCapcPrivate 19 } Non EMS managed statistics at the Autheniticator chassis level. Stereotype: MIBTable Description from Standards: Non EMS managed statistics at the Autheniticator chassis level. MAXACCESS: read-only REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: CAPC Access: Allow Access From LMT Only Task Allocation: capcNM, capcAuth

1.4.32.1 capcGenericEvent4 OID: <optional> Type: Counter32 Description from Standards: Count the number of times generic event 4 has occurred. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.32.2 capcUserLogins OID: <optional> Type: Counter32 Description from Standards: Count the number of CAPC user logins MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.33 wmanCapcInternalAuthPayloadMeasurementTable OID: { wmanCapcPrivate 20 } Non EMS managed statistics at the Authenticator payload level. Stereotype: MIBTable Description from Standards: Non EMS managed statistics at the Authenticator payload level. MAXACCESS: read-only


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REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: CAPC Access: Allow Access From LMT Only Task Allocation: capcNM, capcAuth


1.4.33.2 capcInvalidMSecInitAuthMsgRec OID: <optional> Type: Counter32 Description from Standards: Count the number of M_SEC_INIT_AUTH msgs received with CmacPresent field set to CmacNotPresent for an SS that is currently being authenticated and the authentication process was initiated by an M_SEC_INIT_AUTH message with CmacPresent field set to CmacPresent MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.33.3 capcInvalidMSecEapRspMsgRec OID: <optional> Type: Counter32 Description from Standards: Count the number of M_SEC_EAP_RSP msgs received with an EAP identifier field that does not match the EAP identifier field in the corresponding M_SEC_EAP_REQ or that have a CmacPresent field with contents not matching the contents of the CmacPresent field in the M_SEC_INIT_AUTH message that initiated the authentication process MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth


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1.4.33.4 capcInvalidAAARspAuth OID: <optional> Type: Counter32 Description from Standards: Count the number of responses from the AAA with invalid Response Authenticator fields. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.33.5 capcRadiusAccessAcceptMsgRec OID: <optional> Type: Counter32 Description from Standards: Count the number of RADIUS Access Accept msgs received from the AAA. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.33.6 capcRadiusAccessChallengeMsgRec OID: <optional> Type: Counter32 Description from Standards: Count the number of RADIUS Access Challenge msgs received from the AAA. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online


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1.4.33.7 capcRadiusAccessRejMsgRec OID: <optional> Type: Counter32 Description from Standards: Count the number of RADIUS Access Reject msgs received from the AAA. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.33.8 capcAAARspInvalidEAPAuthFields OID: <optional> Type: Counter32 Description from Standards: Count the number of responses from the AAA having a Message-Authenticator attribute with contents not matching the calculated value MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.33.9 capcOutstandAuthContexts OID: <optional> Type: Counter32 Description from Standards: Number of Current Outstanding Authentication Contexts MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.33.10 capcNewedAuthContexts OID: <optional> Type: Counter32 Description from Standards: Count the number of Newed AuthenticationContexts


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MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.33.11 capcEAPRspTimerExp OID: <optional> Type: Counter32 Description from Standards: Count the number of times a EAP Response timer expires. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.33.12 capcAAARspTimerExp OID: <optional> Type: Counter32 Description from Standards: Count the number of times a AAA Response timer expires. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.33.13 capcAuthUpdateCfg OID: <optional> Type: Counter32 Description from Standards: Count the number of times Authenticator has been asked to update its configuration parameters. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic


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Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.33.14 capcMsgRecStandby OID: <optional> Type: Counter32 Description from Standards: Count the number of messages received while in the Standby state. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.33.15 capcOutstandAccReq OID: <optional> Type: Counter32 Description from Standards: Current Outstanding Access Requests MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.33.16 capcDBWriteFailMem OID: <optional> Type: Counter32 Description from Standards: Count the number of times a database write has failed due to lack of memory. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A


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CAPC Impact: online

1.4.33.17 capcDBWriteFailConn OID: <optional> Type: Counter32 Description from Standards: Count the number of times a database write has failed due to inability to establish a connection. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.33.18 capcDBWriteFailOther OID: <optional> Type: Counter32 Description from Standards: Count the number of times a database write has failed for reasons other than memory and connection issues. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.33.19 capcAPMsgRecNoAuthContext OID: <optional> Type: Counter32 Description from Standards: Number of times a message is received from the AP for which there is no AuthenticationContext. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online


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1.4.33.20 capcAAAMsgRecNoAuthContext OID: <optional> Type: Counter32 Description from Standards: Number of times a message is received from the AAA for which there is no AuthenticationContext. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.33.21 capcAuthRecMsgNotExpInCurrentState OID: <optional> Type: Counter32 Description from Standards: Count the number of times an AuthenticationContext receives a message not expected for the current state. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.33.22 capcAuthStateChg OID: <optional> Type: Counter32 Description from Standards: Count the number of times Authenticator has been requested to change its state. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.33.23 capcGenericEvent1 OID: <optional>


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Type: Counter32 Description from Standards: Count the number of times generic event 1 has occurred. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online



1.4.33.26 capcGenericEventCurrNum OID: <optional> Type: Counter32 Description from Standards: Current Number for a Generic Event MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0


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Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.33.27 capcRadiusAccReqAPProxied OID: <optional> Type: Counter32 Description from Standards: Count the number of RADIUS Access Requests from the AP that have been proxied. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.33.28 capcRadiusAuthAttemptForPrimaryAaa OID: <optional> Type: Counter32 Description from Standards: Count number of Radius authentication attempts for primary AAA. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.33.29 capcRadiusAuthAttemptForSecondaryAaa OID: <optional> Type: Counter32 Description from Standards: Count number of Radius authentication attempts for secondary AAA. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only


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Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.33.30 capcRadiusAuthReAttemptForPrimaryAaa OID: <optional> Type: Counter32 Description from Standards: Count number of RADIUS re-authentication attempts for primary AAA server. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.33.31 capcRadiusAuthReAttemptForSecondaryAaa OID: <optional> Type: Counter32 Description from Standards: Count number of RADIUS re-authentication attempts for secondary AAA server. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.33.32 capcRadiusAccAcceptForPrimaryAaa OID: <optional> Type: Counter32 Description from Standards: Count number of successful RADIUS authentication and re-authentications for primary AAA server MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A


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CAPC Impact: online

1.4.33.33 capcRadiusAccAcceptForSecondaryAaa OID: <optional> Type: Counter32 Description from Standards: Count number of successful RADIUS authentication and re-authentications for secondary AAA server MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.33.34 capcRadiusAccRejectForPrimaryAaa OID: <optional> Type: Counter32 Description from Standards: Count number of RADIUS authentication and re-authentications indicating failure for primary AAA server, excluding timeouts and late responses. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.33.35 capcRadiusAccRejectForSecondaryAaa OID: <optional> Type: Counter32 Description from Standards: Count number of RADIUS authentication and re-authentications indicating failure for secondary AAA server, excluding timeouts and late responses. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online


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1.4.33.36 capcRadiusInitialAccAcceptForPrimaryAaa OID: <optional> Type: Counter32 Description from Standards: Count number of successful RADIUS authorizations for primary AAA server, excluding re-authentication. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.33.37 capcRadiusInitialAccAcceptForSecondaryAaa OID: <optional> Type: Counter32 Description from Standards: Count number of successful RADIUS authorizations for secondary AAA server, excluding re-authentication. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.33.38 capcRadiusAccRequestRetransmittedForPrimaryAaa OID: <optional> Type: Counter32 Description from Standards: Count number of retransmitted RADIUS requests for primary AAA server. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.33.39 capcRadiusAccRequestRetransmittedForSecondaryAaa OID: <optional> Type: Counter32


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Description from Standards: Count number of retransmitted RADIUS requests for secondary AAA server. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.33.40 capcRadiusMsgSentToPrimaryAaa OID: <optional> Type: Counter32 Description from Standards: Count number of RADIUS messages transmitted to primary AAA server. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.33.41 capcRadiusMsgSentToSecondaryAaa OID: <optional> Type: Counter32 Description from Standards: Count number of RADIUS messages transmitted to secondary AAA server. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.33.42 capcRadiusMsgReceivedFromPrimaryAaa OID: <optional> Type: Counter32 Description from Standards: Count number of RADIUS messages received from primary AAA. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic


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Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.33.43 capcRadiusMsgReceivedFromSecondaryAaa OID: <optional> Type: Counter32 Description from Standards: Count number of RADIUS messages received from secondary AAA. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.33.44 capcInitialAccAcceptForFixed OID: <optional> Type: Counter32 Description from Standards: Count number of Initial Network Entry procedures for non-PMIP subscribers. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.33.45 capcMobileSSInitNtwrkEntry OID: <optional> Type: Counter32 Motorola Implementation: The total number of Initial Network Entry procedures for Mobile MSS. Description from Standards: The total number of Initial Network Entry procedures for Mobile MSS. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth


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1.4.33.46 capcAvgNumOfMobileSSs OID: <optional> Type: Counter32 Motorola Implementation: The average number of simultaneous PMIP Subscribers. Description from Standards: The average number of simultaneous PMIP Subscribers. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.33.47 capcMobileSSMax OID: <optional> Type: Counter32 Motorola Implementation: The maximum number of simultaneous PMIP Subscribers. Description from Standards: The maximum number of simultaneous PMIP Subscribers. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.33.48 capcFixedSSMax OID: <optional> Type: Counter32 Motorola Implementation: The maximum number of simultaneous non-PMIP subscribers. Description from Standards: The maximum number of simultaneous non-PMIP subscribers. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A


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CAPC Impact: online

1.4.33.49 capcAvgNumOfFixedSSs OID: <optional> Type: Counter32 Motorola Implementation: The average number of simultaneous non-PMIP Subscribers. Description from Standards: The average number of simultaneous non-PMIP Subscribers. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcAuth Octet String Subtype: N/A CAPC Impact: online

1.4.34 wmanCapcIpSecPolicyTable Presentation Name: CAPC IpSec Policy Data OID: { wmanCapcPrivate 26 } Stereotype: MIBTable Description from Standards: <must provide description> MAXACCESS: read-only REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: CAPC Task Allocation: capcComm

1.4.34.1 wmanCapcFruType OID: <optional> Type: INTEGER Motorola Implementation: This is the FRU type. The following are the types supported in this table (with corresponding value) System Controller (1) Payload (2) Stereotype: VirtualIndex Description from Standards: This is the type of the CAPC managable FRUs. MAXACCESS: read-only Range from Standards: INTEGER { systemController(1), payload(2), sam(3), pem(4), ftm(5)} WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC


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License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online


1.4.34.3 wmanCapcIpSecApplicationStatus OID: <optional> Type: INTEGER Motorola Implementation: Activation status of the IPSec policy file. notActivated (0) Successful (1) Failed (2) Description from Standards: Activation status of the IPSec policy file. notActivated (0) Successful (1) Failed (2) MAXACCESS: read-only Range from Standards: INTEGER { notActivated(0), successful(1), failed(3)} WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online


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1.4.35 wmanCapcMobilityConfig OID: { wmanCapcPrivate 27 } Stereotype: ObjectIdentifier Description from Standards: MAXACCESS: REFERENCE: WiMAX Release: WiMAX 2.5 Task Allocation: <must provide task name>

1.4.35.1 wmanCapcLeaseXfrTimer OID: <optional> Type: INTEGER InitialValue: 1000 Units: milliseconds Motorola Implementation: Lease Transfer timeout (CAPC-CAPC ICD) Default Value from Standards: 1000 Description from Standards: Lease Transfer timeout MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 2.5 Motorola Default Value: 1000 Motorola Range: 100..5000 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.35.2 wmanCapcCntxtXfrTimer OID: <optional> Type: INTEGER InitialValue: 2000 Units: milliseconds Motorola Implementation: Context Transfer timeout (CAPC-CAPC ICD) Default Value from Standards: 2000 Description from Standards: Context Transfer timeout MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 2.5 Motorola Default Value: 2000 Motorola Range: 500..10000 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A


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CAPC Impact: online

1.4.35.3 wmanCapcCntxtLifeTimer OID: <optional> Type: INTEGER InitialValue: 2000 Units: milliseconds Motorola Implementation: Context Life timeout (CAPC-CAPC ICD) Default Value from Standards: 20000 Description from Standards: Context Life timeout MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 2.5 Motorola Default Value: 20000 Motorola Range: 1000..60000 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.35.4 wmanCapcLocUpdateConfirmTimer OID: <optional> Type: INTEGER InitialValue: 3 Units: milliseconds Motorola Implementation: Location Update Confirm timeout (BTS-CAPC ICD) This timer has no range, so why is this being added to the IM? Default Value from Standards: 3 Description from Standards: Location Update Confirm timeout MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 2.5 Motorola Default Value: 3 Motorola Range: 3..3 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.35.5 wmanCapcHoInitTimer OID: <optional> Type: INTEGER InitialValue: 100 Units: milliseconds


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Motorola Implementation: Handoff Init timeout (BTS-CAPC ICD) Default Value from Standards: 100 Description from Standards: Handoff Init timeout MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 2.5 Motorola Default Value: 100 Motorola Range: 50..500 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.35.6 wmanCapcBearerFrwrdIntervalTimer OID: <optional> Type: INTEGER InitialValue: 30 Units: seconds Motorola Implementation: Bearer Forwarding Interval timeout (BTS-CAPC ICD) ISSUE: This timer has no range, so why do we have it in the IM? Default Value from Standards: 30 Description from Standards: Bearer Forwarding Interval timeout MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 2.5 Motorola Default Value: 30 Motorola Range: 30..30 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.35.7 wmanCapcLeaseDurationTimer OID: <optional> Type: INTEGER InitialValue: 144 Units: seconds Motorola Implementation: Lease Duration timeout (BTS-CAPC ICD) Default Value from Standards: 144 Description from Standards: Lease Duration timeout MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 2.5 Motorola Default Value: 144 Motorola Range: 72..4320 Category: Factory Configuration


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Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.35.8 wmanCapcLeaseRevokeRspTimer OID: <optional> Type: INTEGER InitialValue: 60 Units: milliseconds Motorola Implementation: Lease Revoke Response timeout (BTS-CAPC ICD) Default Value from Standards: 60 Description from Standards: Lease Revoke Response timeout MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 2.5 Motorola Default Value: 60 Motorola Range: 30..60 Category: Factory Configuration Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.36 wmanCapcInternalMeasurement OID: { wmanCapcPrivate 28 } Non EMS managed statistics which are collected on a per CAPC basis Stereotype: ObjectIdentifier Description from Standards: MAXACCESS: REFERENCE: WiMAX Release: WiMAX 2.5 Task Allocation: <must provide task name>

1.4.36.1 capcPs1AvgPowerCurrent OID: <optional> Type: Counter32 Description from Standards: This value represents the average power current for Power Supply 1 over the statistics interval MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.5 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required


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Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.36.2 capcPs1AvgPowerVoltage OID: <optional> Type: Counter32 Description from Standards: This value represents the average power voltage for Power Supply 1 over the statistics interval MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.5 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.36.3 capcPs1PeakPowerCurrent OID: <optional> Type: Counter32 Description from Standards: This value represents the peak power current for Power Supply 1 over the statistics interval MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.5 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.36.4 capcPs1PeakPowerVoltage OID: <optional> Type: Counter32 Description from Standards: This value represents the peak power voltage for Power Supply 1 over the statistics interval MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.5 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform


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1.4.36.5 capcPs1CurrPowerCurrent OID: <optional> Type: Counter32 Description from Standards: This value represents the current power current for Power Supply 1 over the statistics interval MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.5 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.36.6 capcPs1CurrPowerVoltage OID: <optional> Type: Counter32 Description from Standards: This value represents the current power voltage for Power Supply 1 over the statistics interval MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.5 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.36.7 capcPs2AvgPowerCurrent OID: <optional> Type: Counter32 Description from Standards: This value represents the average power current for Power Supply 2 over the statistics interval MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.5 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A


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CAPC Impact: online

1.4.36.8 capcPs2AvgPowerVoltage OID: <optional> Type: Counter32 Description from Standards: This value represents the average power voltage for Power Supply 2 over the statistics interval MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.5 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.36.9 capcPs2PeakPowerCurrent OID: <optional> Type: Counter32 Description from Standards: This value represents the peak power current for Power Supply 2 over the statistics interval MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.5 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.36.10 capcPs2PeakPowerVoltage OID: <optional> Type: Counter32 Description from Standards: This value represents the peak power voltage for Power Supply 2 over the statistics interval MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.5 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online


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1.4.36.11 capcPs2CurrPowerCurrent OID: <optional> Type: Counter32 Description from Standards: This value represents the current power current for Power Supply 2 over the statistics interval MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.5 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.36.12 capcPs2CurrPowerVoltage OID: <optional> Type: Counter32 Description from Standards: This value represents the current power voltage for Power Supply 2 over the statistics interval MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.5 Category: Real-Time Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.37 wmanCapcModuleConfigTable OID: { wmanCapcPrivate 29 } This table contains configuration that applies to individual cards wihtin the CAPC. Stereotype: MIBTable Description from Standards: MAXACCESS: REFERENCE: WiMAX Release: WiMAX 1.0 Network Element: CAPC Task Allocation: capcPlatform

1.4.37.1 wmanCapcFruType OID: <optional> Type: INTEGER Motorola Implementation: This is the FRU type. The following are the types supported in this table (with corresponding value)


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System Controller (1) Payload (2) Stereotype: VirtualIndex Description from Standards: This is the type of the CAPC managable FRUs. MAXACCESS: read-only Range from Standards: INTEGER { systemController(1), payload(2), sam(3), pem(4), ftm(5)} WiMAX Release: WiMAX 1.0 Category: Inventory Scope: Per CAPC Network Element: CAPC License Required: Not Required Task Allocation: capcComm Octet String Subtype: N/A CAPC Impact: online


1.4.37.3 wmanCapcSystemLogFileSize OID: <optional> Type: INTEGER InitialValue: 50 Motorola Implementation: Maximum size file before we create a new log. Expressed in MB. Used for platform system log files. Default Value from Standards: 50 Description from Standards: Maximum size file before we create a new log. Expressed in MB. Used for platform system log files. MAXACCESS: read-write Range from Standards: INTEGER WiMAX Release: WiMAX 1.0


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Motorola Default Value: 50 Motorola Range: 1 .. 180 Scope: Per CAPC Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcPlatform Octet String Subtype: N/A CAPC Impact: online

1.4.38 wmanCapcInternalMobPayloadMeasurementTable OID: { wmanCapcPrivate 30 } Non EMS managed statistics at the Database payload level. Stereotype: MIBTable Description from Standards: MAXACCESS: REFERENCE: WiMAX Release: WiMAX 2.0 Network Element: CAPC Access: Allow Access From LMT Only Task Allocation: capcMobility


1.4.38.2 capcTotalLLCUpdatesSent OID: <optional> Type: Counter32 Motorola Implementation: Total number of LLC updates sent. Description from Standards: Total number of LLC updates sent. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcMobility Octet String Subtype: N/A


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CAPC Impact: online

1.4.38.3 capcTotalApPowerDowns OID: <optional> Type: Counter32 Motorola Implementation: The total number of Power Down procedures initiated by the AP. Description from Standards: The total number of Power Down procedures initiated by the AP. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.38.4 capcTotalInitSessionsNoResp OID: <optional> Type: Counter32 Motorola Implementation: The total number of CAPC initiated sessions without response (CAPC tries to page an SS and it never responds after X number of retries). Description from Standards: The total number of CAPC initiated sessions without response (CAPC tries to page an SS and it never responds after X number of retries). MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.38.5 capcTotalIdleModeInterPgGrpLU OID: <optional> Type: Counter32 Motorola Implementation: The total number of Inter Paging Group Location Update procedures in Idle mode. Description from Standards: The total number of Inter Paging Group Location Update procedures in Idle mode. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only


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Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.38.6 capcTotalIdleLUWithoutPgGrpChanges OID: <optional> Type: Counter32 Motorola Implementation: Tracks per pCAPC and per paging group the total number of Idle Location Update procedures without Paging Group Changes. Description from Standards: Tracks per pCAPC and per paging group the total number of Idle Location Update procedures without Paging Group Changes. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.38.7 capcAvgIdleBufferUtil OID: <optional> Type: Counter32 Motorola Implementation: Average IDLE buffer utilization which will be averaged over a period of the EMS-defined statistics interval. Description from Standards: Average IDLE buffer utilization which will be averaged over a period of the EMS-defined statistics interval. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.38.8 capcPeakIdleBufferUtil OID: <optional> Type: Counter32 Motorola Implementation: Peak IDLE buffer utilization which will be normalized over the EMS-defined statistics interval. Description from Standards: Peak IDLE buffer utilization which will be normalized over the EMS-defined statistics interval. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0


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Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.4.38.9 capcCurrentIdleBufferUtil OID: <optional> Type: Counter32 Motorola Implementation: Monitor current IDLE buffer utilization. Description from Standards: Monitor current IDLE buffer utilization. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Periodically Collected Statistic Network Element: CAPC License Required: Not Required Access: Allow Access From LMT Only Task Allocation: capcMobility Octet String Subtype: N/A CAPC Impact: online

1.5 Name: CPEConfiguration

1.5.1 wmanIfSsConfigurationTable OID: { wmanIfSsCps 1 } wmanIfSsConfigurationTable contains global parameters for SS Stereotype: MIBTable Description from Standards: This table contains one row for the SS system parameters. MAXACCESS: not-accessible REFERENCE: Subclause 10.1 in IEEE 802.16-2004 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM Task Allocation: <must provide task name>

1.5.1.1 ifIndex OID: <optional> Type: InterfaceIndex InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer


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must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 2.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.1.2 wmanIfSsLostDLMapInterval OID: <optional> Type: INTEGER InitialValue: 600,600,600,600 Units: milliseconds Description from Standards: Time since last received DL-MAP message before downlink synchronization is considered lost in ms. MAXACCESS: read-write Range from Standards: INTEGER (0..600) WiMAX Release: WiMAX 2.0 Motorola Default Value: 600 Category: Factory Configuration Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.1.3 wmanIfSsLostULMapInterval OID: <optional> Type: INTEGER InitialValue: 600,600,600,600 Units: milliseconds Description from Standards: Time since last received UL-MAP message before downlink synchronization is considered lost in ms. MAXACCESS: read-write Range from Standards: INTEGER (0..600) WiMAX Release: WiMAX 2.0 Motorola Default Value: 600 Category: Factory Configuration Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.1.4 wmanIfSsContentionRangRetries OID: <optional> Type: INTEGER


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InitialValue: 5,5,5,5 Description from Standards: Number of retries on contention Ranging Requests. MAXACCESS: read-write Range from Standards: INTEGER (16..65535) WiMAX Release: WiMAX 2.0 Motorola Default Value: 5 Category: Factory Configuration Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.1.5 wmanIfSsRequestRetries OID: <optional> Type: INTEGER InitialValue: 5,5,5,5 Description from Standards: Number of retries on bandwidth allocation requests. MAXACCESS: read-write Range from Standards: INTEGER (16..65535) WiMAX Release: WiMAX 2.0 Motorola Default Value: 5 Category: Factory Configuration Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.1.6 wmanIfSsRegRequestRetries OID: <optional> Type: INTEGER InitialValue: 5,5,5,5 Description from Standards: Number of retries on registration requests. MAXACCESS: read-write Range from Standards: INTEGER (3..65535) WiMAX Release: WiMAX 2.0 Motorola Default Value: 5 Category: Factory Configuration Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.1.7 wmanIfSsT1Timeout OID: <optional> Type: INTEGER InitialValue: 50000,50000,50000,50000 Units: milliseconds


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Description from Standards: Wait for DCD timeout in ms. MAXACCESS: read-write Range from Standards: INTEGER (0..50000) WiMAX Release: WiMAX 2.0 Motorola Default Value: 50000 Category: Factory Configuration Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.1.8 wmanIfSsT2Timeout OID: <optional> Type: INTEGER InitialValue: 10000,10000,10000,10000 Units: milliseconds Description from Standards: Wait for broadcast ranging timeout in ms. MAXACCESS: read-write Range from Standards: INTEGER (0..10000) WiMAX Release: WiMAX 2.0 Motorola Default Value: 10000 Category: Factory Configuration Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.1.9 wmanIfSsT3Timeout OID: <optional> Type: INTEGER InitialValue: 50,50,50,50 Units: milliseconds Description from Standards: Ranging Response reception timeout following the transmission of a Ranging Request in ms. MAXACCESS: read-write Range from Standards: INTEGER (0..200) WiMAX Release: WiMAX 2.0 Motorola Default Value: 50 Category: Factory Configuration Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.1.10 wmanIfSsT4Timeout OID: <optional> Type: INTEGER


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InitialValue: 10 s,10 s,10 s,10 s Units: seconds Description from Standards: Wait for unicast ranging opportunity. If the pending until complete field was used earlier by this SS, then the value of that field shall be added to this interval in second. MAXACCESS: read-write Range from Standards: INTEGER (30..35) WiMAX Release: WiMAX 2.0 Motorola Default Value: 10 s Category: Factory Configuration Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.1.11 wmanIfSsT6Timeout OID: <optional> Type: INTEGER InitialValue: 500,500,500,500 Units: milliseconds Description from Standards: Wait for registration response in ms. MAXACCESS: read-write Range from Standards: INTEGER (0..3000) WiMAX Release: WiMAX 2.0 Motorola Default Value: 500 Category: Factory Configuration Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.1.12 wmanIfSsT12Timeout OID: <optional> Type: INTEGER InitialValue: 50000,50000,50000,50000 Units: milliseconds Description from Standards: Wait for UCD descriptor in ms. MAXACCESS: read-write Range from Standards: INTEGER (0..50000) WiMAX Release: WiMAX 2.0 Motorola Default Value: 50000 Category: Factory Configuration Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device


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1.5.1.13 wmanIfSsT14Timeout OID: <optional> Type: INTEGER InitialValue: 50,50,50,50 Units: milliseconds Description from Standards: Wait for DSX-RVD Timeout in ms. MAXACCESS: read-write Range from Standards: INTEGER (0..200) WiMAX Release: WiMAX 2.0 Motorola Default Value: 50 Category: Factory Configuration Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.1.14 wmanIfSsT18Timeout OID: <optional> Type: INTEGER InitialValue: 50,50,50,50 Units: milliseconds Description from Standards: wait for SBC-RSP timeout in ms. MAXACCESS: read-write Range from Standards: INTEGER (0..65535) WiMAX Release: WiMAX 2.0 Motorola Default Value: 50 Category: Factory Configuration Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.1.15 wmanIfSsT20Timeout OID: <optional> Type: INTEGER InitialValue: 10,10,10,10 Units: milliseconds Description from Standards: Time SS searches for preambles on a given channel in ms. MAXACCESS: read-write Range from Standards: INTEGER (0..65535) WiMAX Release: WiMAX 2.0 Motorola Default Value: 10 Category: Factory Configuration Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device


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1.5.1.16 wmanIfSsT21Timeout OID: <optional> Type: INTEGER InitialValue: 100,100,100,100 Units: milliseconds Description from Standards: Time SS searches for DL-MAP on a given channel in ms. MAXACCESS: read-write Range from Standards: INTEGER (0..10000) WiMAX Release: WiMAX 2.0 Motorola Default Value: 100 Category: Factory Configuration Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.1.17 wmanIfSsSBCRequestRetries OID: <optional> Type: INTEGER InitialValue: 5,5,5,5 Description from Standards: Number of retries on SBC Request. MAXACCESS: read-write Range from Standards: INTEGER (3..16) WiMAX Release: WiMAX 2.0 Motorola Default Value: 5 Category: Factory Configuration Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.2 wmanIfSsChannelMeasurementTable OID: { wmanIfSsCps 2 } Useful for debugging purposes. Stereotype: MIBTable Description from Standards: This table contains downlink channel measurement information for each SS. MAXACCESS: not-accessible REFERENCE: 6.3.2.3.33 in IEEE 802.16-2004 WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM Access: Allow Access From LMT Only Task Allocation: <must provide task name>



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InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.2.2 wmanIfSsHistogramIndex OID: <optional> Type: Unsigned32 InitialValue: 1,2,3,4 Stereotype: Index Description from Standards: wmanIfSsHistogramIndex identifies the histogram samples in the table for each subscriber station. MAXACCESS: not-accessible Range from Standards: Unsigned32 (1 .. 4294967295) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.2.3 wmanIfSsChannelNumber OID: <optional> Type: WmanIfChannelNumber InitialValue: ,,, Description from Standards: Physical channel number to be reported on. MAXACCESS: read-only Range from Standards: WmanIfChannelNumber WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.2.4 wmanIfSsStartFrame OID: <optional>


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Type: INTEGER InitialValue: ,,, Description from Standards: Frame number in which measurement for this channel started. MAXACCESS: read-only Range from Standards: INTEGER (0 .. 65535) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.2.5 wmanIfSsDuration OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: Cumulative measurement duration on the channel in multiples of Ts. For any value exceeding 0xFFFFFF, report 0xFFFFFF. MAXACCESS: read-only Range from Standards: INTEGER (0..16777215) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.2.6 wmanIfSsBasicReport OID: <optional> Type: BITS InitialValue: ,,, Description from Standards: Bit #0: WirelessHUMAN detected on the channel Bit #1: Unknown transmissions detected on the channel Bit #2: Primary User detected on the channel Bit #3: Unmeasured. Channel not measured MAXACCESS: read-only Range from Standards: BITS {wirelessHuman(0), unknownTransmission(1), primaryUser(2), channelNotMeasured(3)} WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device


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1.5.2.7 wmanIfSsMeanCinrReport OID: <optional> Type: INTEGER InitialValue: ,,, Units: dB Description from Standards: Mean CINR report. MAXACCESS: read-only Range from Standards: INTEGER (0 .. 41) WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.2.8 wmanIfSsStdDeviationCinrReport OID: <optional> Type: INTEGER InitialValue: ,,, Units: dB Description from Standards: Standard deviation CINR report. MAXACCESS: read-only Range from Standards: INTEGER (0 .. 41) WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.2.9 wmanIfSsMeanRssiReport OID: <optional> Type: INTEGER InitialValue: ,,, Units: dBm Description from Standards: Mean RSSI report. MAXACCESS: read-only Range from Standards: INTEGER (0 .. 83) WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.2.10 wmanIfSsStdDeviationRssiReport OID: <optional>


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Type: INTEGER InitialValue: ,,, Units: dB Description from Standards: Standard deviation RSSI report. MAXACCESS: read-only Range from Standards: INTEGER (0 .. 83) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.3 wmanIfSsPkmAuthTable OID: { wmanIfSsPkmObjects 1 } Table wmanIfSsPkmAuthTable Stereotype: MIBTable Description from Standards: This table describes the PKM attributes related to the authorization for each SS wireless interface. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM Access: Allow Access From LMT Only Task Allocation: <must provide task name>

1.5.3.1 ifIndex OID: <optional> Type: InterfaceIndex InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 2.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.3.2 wmanIfSsPkmAuthState OID: <optional>


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Type: INTEGER InitialValue: ,,, Description from Standards: The value of this object is the state of the SS authorization FSM. The start state indicates that FSM is in its initial state. MAXACCESS: read-only Range from Standards: INTEGER {start(1), authWait(2), authorized(3), reauthWait(4), authRejectWait(5), silent(6)} WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.3.3 wmanIfSsPkmAuthKeySequenceNumber OID: <optional> Type: Integer32 InitialValue: ,,, Description from Standards: The value of this object is the most recent authorization key sequence number for this FSM. MAXACCESS: read-only Range from Standards: Integer32 (0..15) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.3.4 wmanIfSsPkmAuthExpiresOld OID: <optional> Type: DateAndTime Description from Standards: The value of this object is the actual clock time for expiration of the immediate predecessor of the most recent authorization key for this FSM. If this FSM has only one authorization key, then the value is the time of activation of this FSM. MAXACCESS: read-only Range from Standards: DateAndTime WiMAX Release: WiMAX 2.0 Scope: Management Domain Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name>


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Octet String Subtype: ASCII CPE Impact: re-init-device

1.5.3.5 wmanIfSsPkmAuthExpiresNew OID: <optional> Type: DateAndTime Description from Standards: The value of this object is the actual clock time for expiration of the most recent authorization key for this FSM. MAXACCESS: read-only Range from Standards: DateAndTime WiMAX Release: WiMAX 2.0 Scope: Management Domain Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: ASCII CPE Impact: re-init-device

1.5.3.6 wmanIfSsPkmAuthReset OID: <optional> Type: TruthValue InitialValue: ,,, Description from Standards: Setting this object to TRUE generates a Reauthorize event in the authorization FSM. Reading this object always returns FALSE. MAXACCESS: read-write Range from Standards: TruthValue WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.3.7 wmanIfSsPkmAuthentInfos OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The value of this object is the count of times the SS has transmitted an Authentication Information message. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name>


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Octet String Subtype: N/A CPE Impact: re-init-device

1.5.3.8 wmanIfSsPkmAuthRequests OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The value of this object is the count of times the SS has transmitted an Authorization Request message. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.3.9 wmanIfSsPkmAuthReplies OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The value of this object is the count of times the SS has received an Authorization Reply message. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.3.10 wmanIfSsPkmAuthRejects OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The value of this object is the count of times the SS has received an Authorization Reject message. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A


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CPE Impact: re-init-device

1.5.3.11 wmanIfSsPkmAuthInvalids OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The value of this object is the count of times the SS has received an Authorization Invalid message. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.3.12 wmanIfSsPkmAuthRejectErrorCode OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: The value of this object is the enumerated description of the Error-Code in most recent Authorization Reject message received by the SS. This has value unknown(2) if the last Error-Code value was 0, and none(1) if no Authorization Reject message has been received since reboot. MAXACCESS: read-only Range from Standards: INTEGER {none(1), unknown(2), unauthorizedSs(3), unauthorizedSaid(4), permanentAuthorizationFailure(8), timeOfDayNotAcquired(11)} WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.3.13 wmanIfSsPkmAuthRejectErrorString OID: <optional> Type: SnmpAdminString InitialValue: ,,, Description from Standards: The value of this object is the Display-String in most recent Authorization Reject message received by the SS. This is a zero length string if no Authorization Reject message has been received since reboot. MAXACCESS: read-only


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Range from Standards: SnmpAdminString (SIZE (0..128)) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: ASCII CPE Impact: re-init-device

1.5.3.14 wmanIfSsPkmAuthInvalidErrorCode OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: The value of this object is the enumerated description of the Error-Code in most recent Authorization Invalid message received by the SS. This has value unknown(2) if the last Error-Code value was 0, and none(1) if no Authorization Invalid message has been received since reboot. MAXACCESS: read-only Range from Standards: INTEGER {none(1), unknown(2), unauthorizedSs(3), unsolicited(5), invalidKeySequence(6), keyRequestAuthenticationFailure(7)} WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.3.15 wmanIfSsPkmAuthInvalidErrorString OID: <optional> Type: SnmpAdminString InitialValue: ,,, Description from Standards: The value of this object is the Display-String in most recent Authorization Invalid message received by the SS. This is a zero length string if no Authorization Invalid message has been received since reboot. MAXACCESS: read-only Range from Standards: SnmpAdminString (SIZE (0..128)) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: ASCII CPE Impact: re-init-device


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1.5.3.16 wmanIfSsPkmAuthGraceTime OID: <optional> Type: Integer32 InitialValue: 600 Units: seconds Default Value from Standards: 600 Description from Standards: The value of this object is the grace time for an authorization key. A SS is expected to start trying to get a new authorization key beginning AuthGraceTime seconds before the authorization key actually expires. MAXACCESS: read-only Range from Standards: Integer32 (60..299 | 300..3024000) WiMAX Release: WiMAX 2.0 Scope: Management Domain Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.3.17 wmanIfSsPkmTekGraceTime OID: <optional> Type: Integer32 InitialValue: 3600 Units: seconds Default Value from Standards: 3600 Description from Standards: The value of this object is the grace time for the TEK in seconds. The SS is expected to start trying to acquire a new TEK beginning TEK GraceTime seconds before the expiration of the most recent TEK. MAXACCESS: read-only Range from Standards: Integer32 (60..299 | 300..302400) WiMAX Release: WiMAX 2.0 Scope: Management Domain Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.3.18 wmanIfSsPkmAuthWaitTimeout OID: <optional> Type: Integer32 InitialValue: 10 Units: seconds Default Value from Standards: 10 Description from Standards: The value of this object is the Authorize Wait Timeout. MAXACCESS: read-only Range from Standards: Integer32 (2..30)


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WiMAX Release: WiMAX 2.0 Scope: Management Domain Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.3.19 wmanIfSsPkmReauthWaitTimeout OID: <optional> Type: Integer32 InitialValue: 10 Units: seconds Default Value from Standards: 10 Description from Standards: The value of this object is the Reauthorize Wait Timeout in seconds. MAXACCESS: read-only Range from Standards: Integer32 (2..30) WiMAX Release: WiMAX 2.0 Scope: Management Domain Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.3.20 wmanIfSsPkmOpWaitTimeout OID: <optional> Type: Integer32 InitialValue: 1 Units: seconds Default Value from Standards: 1 Description from Standards: The value of this object is the Operational Wait Timeout in seconds. MAXACCESS: read-only Range from Standards: Integer32 (1..10) WiMAX Release: WiMAX 2.0 Scope: Management Domain Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.3.21 wmanIfSsPkmRekeyWaitTimeout OID: <optional> Type: Integer32


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InitialValue: 1 Units: seconds Default Value from Standards: 1 Description from Standards: The value of this object is the Rekey Wait Timeout in seconds. MAXACCESS: read-only Range from Standards: Integer32 (1..10) WiMAX Release: WiMAX 2.0 Scope: Management Domain Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.3.22 wmanIfSsPkmAuthRejectWaitTimeout OID: <optional> Type: Integer32 InitialValue: 60 Units: seconds Default Value from Standards: 60 Description from Standards: The value of this object is the Authorization Reject Wait Timeout in seconds. MAXACCESS: read-only Range from Standards: Integer32 (10..600) WiMAX Release: WiMAX 2.0 Scope: Management Domain Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.4 wmanIfSsPkmTekTable OID: { wmanIfSsPkmObjects 2 } Table wmanIfSsPkmTekTable Stereotype: MIBTable Description from Standards: This table describes the attributes of each SS Traffic Encryption Key(TEK) association. The SS maintains (no more than) one TEK association per SAID per SS wireless interface. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM Access: Allow Access From LMT Only Task Allocation: <must provide task name>


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1.5.4.2 wmanIfSsPkmTekSAId OID: <optional> Type: INTEGER InitialValue: 1,2,3,4 Stereotype: Index Description from Standards: The value of this object is the Security Association ID (SAID). MAXACCESS: not-accessible Range from Standards: INTEGER (0..65535) WiMAX Release: WiMAX 2.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.4.3 wmanIfSsPkmTekSAType OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: The value of this object is the type of security association. MAXACCESS: read-only Range from Standards: INTEGER {primarySA(0), staticSA(1), dynamicSA(2)} WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A


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1.5.4.4 wmanIfSsPkmTekDataEncryptAlg OID: <optional> Type: WmanIfDataEncryptAlgId InitialValue: ,,, Description from Standards: The value of this object is the data encryption algorithm being utilized. MAXACCESS: read-only Range from Standards: WmanIfDataEncryptAlgId WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.4.5 wmanIfSsPkmTekDataAuthentAlg OID: <optional> Type: WmanIfDataAuthAlgId InitialValue: ,,, Description from Standards: The value of this object is the data authentication algorithm being utilized. MAXACCESS: read-only Range from Standards: WmanIfDataAuthAlgId WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.4.6 wmanIfSsPkmTekEncryptAlg OID: <optional> Type: WmanIfTekEncryptAlgId InitialValue: ,,, Description from Standards: The value of this object is the TEK key encryption algorithm for this cryptographic suite capability. MAXACCESS: read-only Range from Standards: WmanIfTekEncryptAlgId WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device


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1.5.4.7 wmanIfSsPkmTekState OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: The value of this object is the state of the indicated TEK FSM. The start(1) state indicates that FSM is in its initial state. MAXACCESS: read-only Range from Standards: INTEGER {start(1), opWait(2), opReauthWait(3), operational(4), rekeyWait(5), rekeyReauthWait(6)} WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.4.8 wmanIfSsPkmTekKeySequenceNumber OID: <optional> Type: Integer32 InitialValue: ,,, Description from Standards: The value of this object is the most recent TEK key sequence number for this TEK FSM. MAXACCESS: read-only Range from Standards: Integer32 (0..3) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.4.9 wmanIfSsPkmTekExpiresOld OID: <optional> Type: DateAndTime Description from Standards: The value of this object is the actual clock time for expiration of the immediate predecessor of the most recent TEK for this FSM. If this FSM has only one TEK, then the value is the time of activation of this FSM. MAXACCESS: read-only Range from Standards: DateAndTime WiMAX Release: WiMAX 2.0 Scope: Management Domain Network Element: CPE/HPVM License Required: Not Required


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Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: ASCII CPE Impact: re-init-device

1.5.4.10 wmanIfSsPkmTekExpiresNew OID: <optional> Type: DateAndTime Description from Standards: The value of this object is the actual clock time for expiration of the most recent TEK for this FSM. MAXACCESS: read-only Range from Standards: DateAndTime WiMAX Release: WiMAX 2.0 Scope: Management Domain Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: ASCII CPE Impact: re-init-device

1.5.4.11 wmanIfSsPkmTekKeyRequests OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The value of this object is the count of times the SS has transmitted a Key Request message. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.4.12 wmanIfSsPkmTekKeyReplies OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The value of this object is the count of times the SS has received a Key Reply message, including a message whose authentication failed. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only


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Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.4.13 wmanIfSsPkmTekKeyRejects OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The value of this object is the count of times the SS has received a Key Reject message, including a message whose authentication failed. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.4.14 wmanIfSsPkmTekInvalids OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The value of this object is the count of times the SS has received a TEK Invalid message, including a message whose authentication failed. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.4.15 wmanIfSsPkmTekAuthPends OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The value of this object is the count of times an Authorization Pending (Auth Pend) event occurred in this FSM. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required


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Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.4.16 wmanIfSsPkmTekKeyRejectErrorCode OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: The value of this object is the enumerated description of the Error-Code in most recent Key Reject message received by the SS. This has value unknown(2) if the last Error-Code value was 0, and none(1) if no Key Reject message has been received since reboot. MAXACCESS: read-only Range from Standards: INTEGER {none(1), unknown(2), unauthorizedSaid(4)} WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.4.17 wmanIfSsPkmTekKeyRejectErrorString OID: <optional> Type: SnmpAdminString InitialValue: ,,, Description from Standards: The value of this object is the Display-String in most recent Key Reject message received by the SS. This is a zero length string if no Key Reject message has been received since reboot. MAXACCESS: read-only Range from Standards: SnmpAdminString (SIZE (0..128)) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.4.18 wmanIfSsPkmTekInvalidErrorCode OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: The value of this object is the enumerated description of the Error-Code in most recent TEK Invalid message received


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by the SS. This has value unknown(2) if the last Error-Code value was 0, and none(1) if no TEK Invalid message has been received since reboot. MAXACCESS: read-only Range from Standards: INTEGER {none(1), unknown(2), invalidKeySequence(6)} WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.4.19 wmanIfSsPkmTekInvalidErrorString OID: <optional> Type: SnmpAdminString InitialValue: ,,, Description from Standards: The value of this object is the Display-String in most recent TEK Invalid message received by the SS. This is a zero length string if no TEK Invalid message has been received since reboot. MAXACCESS: read-only Range from Standards: SnmpAdminString (SIZE (0..128)) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: ASCII CPE Impact: re-init-device

1.5.5 wmanIfSsDeviceCertTable OID: { wmanIfSsPkmObjects 3 } Stereotype: MIBTable Description from Standards: This table describes the PKM device certificates for each SS wireless interface. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM Access: Allow Access From LMT Only Task Allocation: <must provide task name>

1.5.5.1 ifIndex OID: <optional> Type: InterfaceIndex InitialValue: 1,2,3,4


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Stereotype: VirtualIndex Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.5.2 wmanIfSsDeviceCert OID: <optional> Type: OCTET STRING InitialValue: ,,, Description from Standards: The X509 DER-encoded subscriber station certificate. MAXACCESS: read-only Range from Standards: OCTET STRING WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: HEX CPE Impact: re-init-device

1.5.5.3 wmanIfSsDeviceManufCert OID: <optional> Type: OCTET STRING InitialValue: ,,, Description from Standards: The X509 DER-encoded manufacturer certificate which is signed by the CA root authority certificate. MAXACCESS: read-only Range from Standards: OCTET STRING WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: HEX CPE Impact: re-init-device

1.5.6 wmanIfSsOfdmaUplinkChannelTable OID: { wmanIfSsOfdmaPhy 1 }


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Stereotype: MIBTable Description from Standards: This table contains UCD channel attributes, defining the transmission characteristics of uplink channels MAXACCESS: not-accessible REFERENCE: Subclause 11.3.1, table 349 and 353, in IEEE 802.16-2004 WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM Access: Allow Access From LMT Only Task Allocation: <must provide task name>


1.5.6.2 wmanIfSsOfdmaCtBasedResvTimeout OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: The number of UL-MAPs to receive before contention-based reservation is attempted again for the same connection. MAXACCESS: read-only Range from Standards: INTEGER (1..255) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.6.3 wmanIfSsOfdmaUplinkCenterFreq OID: <optional> Type: Unsigned32 InitialValue: ,,, Units: kHz Description from Standards: Uplink center frequency (kHz)


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MAXACCESS: read-only Range from Standards: Unsigned32 WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.6.4 wmanIfSsOfdmaInitRngCodes OID: <optional> Type: INTEGER InitialValue: ,,, Default Value from Standards: 30 Description from Standards: Number of initial ranging CDMA codes. Possible values are 0..255. The total number of wmanIfSsOfdmaInitRngCodes, wmanIfSsOfdmaPeriodicRngCodes and wmanIfSsOfdmaBWReqCodes shall be equal or less than 256. MAXACCESS: read-only Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.6.5 wmanIfSsOfdmaPeriodicRngCodes OID: <optional> Type: INTEGER InitialValue: ,,, Default Value from Standards: 30 Description from Standards: Number of periodic ranging CDMA codes. Possible values are 0..255. The total number of wmanIfSsOfdmaInitRngCodes, wmanIfSsOfdmaPeriodicRngCodes and wmanIfSsOfdmaBWReqCodes shall be equal or less than 256. MAXACCESS: read-only Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.6.6 wmanIfSsOfdmaBWReqCodes OID: <optional>


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Type: INTEGER InitialValue: ,,, Default Value from Standards: 30 Description from Standards: Number of bandwidth request codes. Possible values are 0..255. The total number of wmanIfSsOfdmaInitRngCodes, wmanIfSsOfdmaPeriodicRngCodes and wmanIfSsOfdmaBWReqCodes shall be equal or less than 256. MAXACCESS: read-only Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.6.7 wmanIfSsOfdmaPerRngBackoffStart OID: <optional> Type: INTEGER InitialValue: ,,, Default Value from Standards: 0 Description from Standards: Initial backoff window size for periodic ranging contention, expressed as a power of 2. MAXACCESS: read-only Range from Standards: INTEGER (0..15) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.6.8 wmanIfSsOfdmaPerRngBackoffEnd OID: <optional> Type: INTEGER InitialValue: ,,, Default Value from Standards: 15 Description from Standards: Final backoff window size for periodic ranging contention, expressed as a power of 2. MAXACCESS: read-only Range from Standards: INTEGER (0 .. 15) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device


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1.5.6.9 wmanIfSsOfdmaStartOfRngCodes OID: <optional> Type: INTEGER InitialValue: ,,, Default Value from Standards: 0 Description from Standards: Indicates the starting number, S, of the group of codes used for this uplink.All the ranging codes used on this uplink will be between S and ((S+N+M+L) mod 256). Where, N is the number of initial-ranging codes M is the number of periodic-ranging codes L is the number of bandwidth-request codes The range of values is 0 <= S <= 255 MAXACCESS: read-only Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.6.10 wmanIfSsOfdmaPermutationBase OID: <optional> Type: INTEGER InitialValue: ,,, Default Value from Standards: 0 Description from Standards: Determines the UL_IDcell parameter for the subcarrier permutation to be used on this uplink channel MAXACCESS: read-only Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.6.11 wmanIfSsOfdmaBinStatRepMAXPeriod OID: <optional> Type: INTEGER Units: Frame Description from Standards: This object defines the OFDMA bin status reporting maximum period. MAXACCESS: read-only Range from Standards: INTEGER (0 .. 255) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name>


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1.5.6.12 wmanIfSsOfdmaSafetyChaRetryTimer OID: <optional> Type: INTEGER InitialValue: ,,, Units: Frame Description from Standards: This object defines the OFDMA safety channel retry timer. MAXACCESS: read-only Range from Standards: INTEGER (0 .. 255) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.6.13 wmanIfSsOfdmaHARQAackDelayULBurst OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: This object defines the OFDMA H-ARQ ACK delay for UL burst. 1 = one frame offset 2 = two frames offset 3 = three frames offset MAXACCESS: read-only Range from Standards: INTEGER {oneframeoffset(1), twoframesoffset(2), threeframesoffset(3)} WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.7 wmanIfSsOfdmaDownlinkChannelTable OID: { wmanIfSsOfdmaPhy 2 } Stereotype: MIBTable Description from Standards: This table contains DCD channel attributes, defining the transmission characteristics of downlink channels MAXACCESS: not-accessible REFERENCE: Subclause 11.4.1, Table 358, in IEEE 802.16-2004 WiMAX Release: WiMAX 1.0


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Network Element: CPE/HPVM Access: Allow Access From LMT Only Task Allocation: <must provide task name>


1.5.7.2 wmanIfSsOfdmaBsEIRP OID: <optional> Type: INTEGER InitialValue: ,,, Units: dBm Description from Standards: The EIRP is the equivalent isotropic radiated power of the base station, which is computed for a simple single-antenna transmitter. MAXACCESS: read-only Range from Standards: INTEGER (0..65535) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.7.3 wmanIfSsOfdmaTTG OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: Transmit / Receive Transition Gap. MAXACCESS: read-only Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required


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Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.7.4 wmanIfSsOfdmaRTG OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: Receive / Transmit Transition Gap. MAXACCESS: read-only Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.7.5 wmanIfSsOfdmaInitRngMaxRSS OID: <optional> Type: INTEGER InitialValue: ,,, Units: dBm Description from Standards: Initial Ranging Max. Received Signal Strength at BS Signed in units of 1 dBm. MAXACCESS: read-only Range from Standards: INTEGER (0..65535) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.7.6 wmanIfSsOfdmaDownlinkCenterFreq OID: <optional> Type: Unsigned32 InitialValue: ,,, Units: kHz Description from Standards: Downlink center frequency (kHz). MAXACCESS: read-only Range from Standards: Unsigned32 WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name>


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1.5.7.7 wmanIfSsOfdmaBsId OID: <optional> Type: WmanIfBsIdType InitialValue: ,,, Description from Standards: Base station ID. MAXACCESS: read-only Range from Standards: WmanIfBsIdType WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.7.8 wmanIfSsOfdmaMacVersion OID: <optional> Type: WmanIfMacVersion InitialValue: ,,, Description from Standards: This parameter specifies the version of 802.16 to which the message originator conforms. MAXACCESS: read-only Range from Standards: WmanIfMacVersion WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.7.9 wmanIfSsOfdmaFrameDurationCode OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: The duration of the frame. The frame duration code values are specified in Table 272. MAXACCESS: read-only Range from Standards: INTEGER {aASGap(0), duration2ms(1), duration2dot5ms(2), duration4ms(3), duration5ms(4), duration8ms(5), duration10ms(6), duration12dot5ms(7), duration20ms(8)}


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WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.7.10 wmanIfSsOfdmaSizeCqichIdField OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: This object defines the size of CQICH ID field. 0 = Reserved 1 = 3 bits 2 = 4 bits 3 = 5 bits 4 = 6 bits 5 = 7 bits 6 = 8 bits 7 = 9 bits 8...255 = Reserved MAXACCESS: read-only Range from Standards: INTEGER {threebits(1), fourbits(2), fivebits(3), sixbits(4), sevenbits(5), eightbits(6), ninebits(7)} WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.7.11 wmanIfSsOfdmaHARQAackDelayBurst OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: This object defines the OFDMA H-ARQ ACK delay for DL burst. 1 = one frame offset 2 = two frames offset 3 = three frames offset MAXACCESS: read-only Range from Standards: INTEGER {oneframeoffset(1), twoframesoffset(2), threeframesoffset(3)} WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM


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License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.8 wmanIfCmnClassifierRuleTable OID: { wmanIfCmnPacketCs 1 } Stereotype: MIBTable Description from Standards: This table contains packet classifier rules associated with service flows. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM Access: Allow Access From LMT Only Task Allocation: <must provide task name>


1.5.8.2 wmanIfCmnCpsSfId OID: <optional> Type: Unsigned32 InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: A 32 bit quantity that uniquely identifies a service flow to both the subscriber station and base station (BS). MAXACCESS: read-only Range from Standards: Unsigned32 ( 1 .. 4294967295) WiMAX Release: WiMAX 2.0 License Required: Not Required Task Allocation: <must provide task Name>


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Octet String Subtype: N/A CPE Impact: online

1.5.8.3 wmanIfCmnClassifierRuleIndex OID: <optional> Type: Unsigned32 InitialValue: 1,2,3,4 Stereotype: Index Description from Standards: An index is assigned to each classifier in the classifiers table MAXACCESS: not-accessible Range from Standards: Unsigned32 (1..4294967295) WiMAX Release: WiMAX 2.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.8.4 wmanIfCmnClassifierRulePriority OID: <optional> Type: INTEGER InitialValue: ,,, Default Value from Standards: 0 Description from Standards: The value specifies the order of evaluation of the classifiers. The higher the value the higher the priority. The value of 0 is used as default in provisioned service flows classifiers. The default value of 64 is used for dynamic service flow classifiers. If the referenced parameter is not present in a classifier , this object reports the default value as defined above MAXACCESS: read-only Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: - Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.8.5 wmanIfCmnClassifierRuleIpTosLow OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: The low value of a range of TOS byte values. If the referenced parameter is not present in a classifier, this object reports the value of 0. MAXACCESS: read-only Range from Standards: INTEGER (0 .. 255) WiMAX Release: WiMAX 2.0


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Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.8.6 wmanIfCmnClassifierRuleIpTosHigh OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: The 8-bit high value of a range of TOS byte values. If the referenced parameter is not present in a classifier , this object reports the value of 0. MAXACCESS: read-only Range from Standards: INTEGER (0 .. 255) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.8.7 wmanIfCmnClassifierRuleIpTosMask OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: The mask value is bitwise ANDed with TOS byte in an IP packet and this value is used for the range checking of TosLow and TosHigh. If the referenced parameter is not present in a classifier, this object reports the value of 0. MAXACCESS: read-only Range from Standards: INTEGER (0 .. 255) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.8.8 wmanIfCmnClassifierRuleIpProtocol OID: <optional> Type: Integer32 InitialValue: ,,, Description from Standards: This object indicates the value of the IP Protocol field required for IP packets to match this rule. If the referenced parameter is not present in a classifier, this


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object reports the value of 0. MAXACCESS: read-only Range from Standards: Integer32 (0..255) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.8.9 wmanIfCmnClassifierRuleIpSourceAddr OID: <optional> Type: InetAddress InitialValue: ,,, Description from Standards: This object specifies the value of the IP Source Address required for packets to match this rule. An IP packet matches the rule when the packet ip source address bitwise ANDed with the wmanIfCmnClassifierRuleIpSourceMask value equals the wmanIfCmnClassifierRuleIpSourceAddr value. If the referenced parameter is not present in a classifier , this object reports the value of 0.0.0.0. MAXACCESS: read-only Range from Standards: InetAddress WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: ASCII CPE Impact: online

1.5.8.10 wmanIfCmnClassifierRuleIpSourceMask OID: <optional> Type: InetAddress InitialValue: ,,, Description from Standards: This object specifies which bits of a packet's IP Source Address that are compared to match this rule. An IP packet matches the rule when the packet source address bitwise ANDed with the wmanIfCmnClassifierRuleIpSourceMask value equals the wmanIfCmnClassifierRuleIpSourceAddr value. If the referenced parameter is not present in a classifier , this object reports the value of 0.0.0.0. MAXACCESS: read-only Range from Standards: InetAddress WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: ASCII CPE Impact: online


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1.5.8.11 wmanIfCmnClassifierRuleIpDestAddr OID: <optional> Type: InetAddress InitialValue: ,,, Description from Standards: This object specifies the value of the IP Destination Address required for packets to match this rule. An IP packet matches the rule when the packet IP destination address bitwise ANDed with the wmanIfCmnClassifierRuleIpDestMask value equals the wmanIfCmnClassifierRuleIpDestAddr value. If the referenced parameter is not present in a classifier, this object reports the value of 0.0.0.0. MAXACCESS: read-only Range from Standards: InetAddress WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: ASCII CPE Impact: online

1.5.8.12 wmanIfCmnClassifierRuleIpDestMask OID: <optional> Type: InetAddress InitialValue: ,,, Description from Standards: This object specifies which bits of a packet's IP Destination Address that are compared to match this rule. An IP packet matches the rule when the packet destination address bitwise ANDed with the wmanIfCmnClassifierRuleIpDestMask value equals the wmanIfCmnClassifierRuleIpDestAddr value. If the referenced parameter is not present in a classifier , this object reports the value of 0.0.0.0. MAXACCESS: read-only Range from Standards: InetAddress WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: ASCII CPE Impact: online

1.5.8.13 wmanIfCmnClassifierRuleSourcePortStart OID: <optional> Type: Integer32 InitialValue: ,,, Description from Standards: This object specifies the low end inclusive range of TCP/UDP source port numbers to which a packet is compared . This object is irrelevant for non-TCP/UDP IP packets. If the referenced parameter is not present in a classifier, this object reports the value of 0.


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MAXACCESS: read-only Range from Standards: Integer32 (0..65535) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.8.14 wmanIfCmnClassifierRuleSourcePortEnd OID: <optional> Type: Integer32 InitialValue: ,,, Description from Standards: This object specifies the high end inclusive range of TCP/UDP source port numbers to which a packet is compared. This object is irrelevant for non-TCP/UDP IP packets. If the referenced parameter is not present in a classifier, this object reports the value of 65535. MAXACCESS: read-only Range from Standards: Integer32 (0..65535) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.8.15 wmanIfCmnClassifierRuleDestPortStart OID: <optional> Type: Integer32 InitialValue: ,,, Description from Standards: This object specifies the low end inclusive range of TCP/UDP destination port numbers to which a packet is compared. If the referenced parameter is not present in a classifier, this object reports the value of 0. MAXACCESS: read-only Range from Standards: Integer32 (0..65535) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.8.16 wmanIfCmnClassifierRuleDestPortEnd OID: <optional> Type: Integer32 InitialValue: ,,, Description from Standards: This object specifies the high end inclusive range of TCP/UDP destination port numbers to which a packet is


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compared. If the referenced parameter is not present in a classifier, this object reports the value of 65535. MAXACCESS: read-only Range from Standards: Integer32 (0..65535) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.9 wmanIfCmnPhsRuleTable OID: { wmanIfCmnPacketCs 2 } Need help to identify if we need to support PHS. Stereotype: MIBTable Description from Standards: This table contains PHS rule dictionary entries. Each entry contains the data of the header to be suppressed along with its identification - PHSI. The classifier uniquely maps packets to its associated PHS Rule. The receiving entity uses the CID and the PHSI to restore the PHSF. Once a PHSF has been assigned to a PHSI, it shall not be changed. To change the value of a PHSF on a service flow, a new PHS rule shall be defined, the old rule is removed from the service flow, and the new rule is added. When a classifier is deleted, any associated PHS rule shall also be deleted. MAXACCESS: not-accessible REFERENCE: Subclause 5.2.3 in IEEE 802.16-2004 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM Access: Allow Access From LMT Only Task Allocation: <must provide task name>

1.5.9.1 ifIndex OID: <optional> Type: InterfaceIndex InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 2.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A


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CPE Impact: online

1.5.9.2 wmanIfCmnCpsSfId OID: <optional> Type: Unsigned32 InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: A 32 bit quantity that uniquely identifies a service flow to both the subscriber station and base station (BS). MAXACCESS: read-only Range from Standards: Unsigned32 ( 1 .. 4294967295) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.9.3 wmanIfCmnPhsRulePhsIndex OID: <optional> Type: INTEGER InitialValue: 1,2,3,4 Stereotype: Index Description from Standards: The PHSI (PHS Index) has a value between 1 and 255, which uniquely references the suppressed byte string. The index is unique per service flow. The uplink and downlink PHSI values are independent of each other. MAXACCESS: not-accessible Range from Standards: INTEGER (1..255) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.9.4 wmanIfCmnPhsRulePhsField OID: <optional> Type: OCTET STRING InitialValue: ,,, Description from Standards: The PHSF (PHS Field) is a string of bytes containing the header information to be suppressed by the sending CS and reconstructed by the receiving CS. The most significant byte of the string corresponds to the first byte of the CS-SDU. MAXACCESS: read-only Range from Standards: OCTET STRING (SIZE(0..65535)) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required


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Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: HEX CPE Impact: re-init-device

1.5.9.5 wmanIfCmnPhsRulePhsMask OID: <optional> Type: OCTET STRING InitialValue: ,,, Description from Standards: The PHSM An 8-bit mask that indicates which bytes in the PHS Field (PHSF) to suppress and which bytes to not suppress. The PHSM allows fields, such as sequence numbers or checksums (which vary in value), to be excluded from suppression with the constant bytes around them suppressed. It is encodded as follows: bit 0: 0 = don't suppress the 1st byte of the suppression field 1 = suppress first byte of the suppression field bit 1: 0 = don't suppress the 2nd byte of the suppression field 1 = suppress second byte of the suppression field bit x: 0 = don't suppress the (x+1) byte of the suppression field 1 = suppress (x+1) byte of the suppression field where the length of the octet string is ceiling (wmanIfCmnPhsRulePhsSize/8). MAXACCESS: read-only Range from Standards: OCTET STRING (SIZE(0..65535)) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: HEX CPE Impact: re-init-device

1.5.9.6 wmanIfCmnPhsRulePhsSize OID: <optional> Type: Integer32 InitialValue: ,,, Units: byte Default Value from Standards: 0 Description from Standards: The value of this field - PHSS is the total number of bytes in the header to be suppressed and then restored in a service flow that uses PHS. MAXACCESS: read-only Range from Standards: Integer32 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only


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Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.9.7 wmanIfCmnPhsRulePhsVerify OID: <optional> Type: WmanIfPhsRuleVerify InitialValue: ,,, Description from Standards: The value of this field indicates to the sending entity whether or not the packet header contents are to be verified prior to performing suppression. MAXACCESS: read-only Range from Standards: WmanIfPhsRuleVerify WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.10 wmanIfCmnCpsServiceFlowTable OID: { wmanIfCmnCps 1 } Stereotype: MIBTable Description from Standards: This table contains Service Flow managed objects that are common in BS and SS. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM Access: Allow Access From LMT Only Task Allocation: <must provide task name>

1.5.10.1 ifIndex OID: <optional> Type: InterfaceIndex InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 2.0 License Required: Not Required Task Allocation: <must provide task Name>


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1.5.10.2 wmanIfCmnCpsSfMacAddress OID: <optional> Type: MacAddress InitialValue: 1,2,3,4 Stereotype: Index Description from Standards: When this table is implemented on the basestation, this object contains the SS Mac address, the reported service flow was created for. On the SS, the value returned is the SS's own Mac address. MAXACCESS: not-accessible Range from Standards: MacAddress WiMAX Release: WiMAX 2.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.10.3 wmanIfCmnCpsSfId OID: <optional> Type: Unsigned32 InitialValue: 1,2,3,4 Stereotype: Index Description from Standards: A 32 bit quantity that uniquely identifies a service flow to both the subscriber station and base station (BS). MAXACCESS: read-only Range from Standards: Unsigned32 ( 1 .. 4294967295) WiMAX Release: WiMAX 2.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.10.4 wmanIfCmnCpsSfCid OID: <optional> Type: WmanIfCidType InitialValue: ,,, Description from Standards: A 16 bit channel identifier to identify the connection being created by DSA. MAXACCESS: read-only Range from Standards: WmanIfCidType WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A


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1.5.10.5 wmanIfCmnCpsSfDirection OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: An attribute indicating the service flow is downstream or upstream. MAXACCESS: read-only Range from Standards: INTEGER {downstream(1), upstream(2)} WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.10.6 wmanIfCmnCpsSfState OID: <optional> Type: WmanIfSfState InitialValue: ,,, Description from Standards: wmanIfCmnCpsSfState indicates the service flow state: Authorized (1), Admitted (2), and Active (3) service flow state. MAXACCESS: read-only Range from Standards: WmanIfSfState WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.10.7 wmanIfCmnCpsTrafficPriority OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: The value of this parameter specifies the priority assigned to a service flow. For uplink service flows, the BS should use this parameter when determining precedence in request service and grant generation, and the SS shall preferentially select contention Request opportunities for Priority Request CIDs based on this priority MAXACCESS: read-only Range from Standards: INTEGER (0 .. 7) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM


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1.5.10.8 wmanIfCmnCpsMaxSustainedRate OID: <optional> Type: Unsigned32 InitialValue: ,,, Description from Standards: This parameter defines the peak information rate of the service. The rate is expressed in bits per second and pertains to the SDUs at the input to the system. MAXACCESS: read-only Range from Standards: Unsigned32 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.10.9 wmanIfCmnCpsMaxTrafficBurst OID: <optional> Type: Unsigned32 InitialValue: ,,, Units: byte Description from Standards: This parameter defines the maximum burst size that must be accommodated for the service. MAXACCESS: read-only Range from Standards: Unsigned32 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.10.10 wmanIfCmnCpsMinReservedRate OID: <optional> Type: Unsigned32 InitialValue: ,,, Units: byte Description from Standards: This parameter specifies the minimum rate reserved for this service flow. MAXACCESS: read-only Range from Standards: Unsigned32


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1.5.10.11 wmanIfCmnCpsToleratedJitter OID: <optional> Type: Unsigned32 InitialValue: ,,, Units: millisecond Description from Standards: This parameter defines the Maximum delay variation (jitter) for the connection. MAXACCESS: read-only Range from Standards: Unsigned32 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.10.12 wmanIfCmnCpsMaxLatency OID: <optional> Type: Unsigned32 InitialValue: ,,, Units: millisecond Description from Standards: The value of this parameter specifies the maximum latency between the reception of a packet by the BS or SS on its network interface and the forwarding of the packet to its RF Interface. MAXACCESS: read-only Range from Standards: Unsigned32 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.10.13 wmanIfCmnCpsFixedVsVariableSduInd OID: <optional> Type: INTEGER InitialValue: ,,, Default Value from Standards: variableLength Description from Standards: The value of this parameter specifies whether the SDUs


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on the service flow are variable-length (0) or fixed-length (1). The parameter is used only if packing is on for the service flow. The default value is 0, i.e.,variable-length SDUs. MAXACCESS: read-only Range from Standards: INTEGER {variableLength(0), fixedLength(1)} WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.10.14 wmanIfCmnCpsSduSize OID: <optional> Type: Unsigned32 InitialValue: ,,, Units: byte Default Value from Standards: 49 Description from Standards: The value of this parameter specifies the length of the SDU for a fixed-length SDU service flow. This parameter is used only if packing is on and the service flow is indicated as carrying fixed-length SDUs. The default value is 49 bytes, i.e., VC-switched ATM cells with PHS. The parameter is relevant for both ATM and Packet Convergence Sublayers. MAXACCESS: read-only Range from Standards: Unsigned32 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.10.15 wmanIfCmnCpsSfSchedulingType OID: <optional> Type: WmanIfSfSchedulingType InitialValue: ,,, Default Value from Standards: bestEffort Description from Standards: Specifies the upstream scheduling service used for upstream service flow. If the referenced parameter is not present in the corresponding 802.16 QOS Parameter Set of an upstream service flow, the default value of this object is bestEffort(2). MAXACCESS: read-only Range from Standards: WmanIfSfSchedulingType WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM


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1.5.10.16 wmanIfCmnCpsArqEnable OID: <optional> Type: TruthValue InitialValue: ,,, Description from Standards: True(1) ARQ enabling is requested for the connection. MAXACCESS: read-only Range from Standards: TruthValue WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.10.17 wmanIfCmnCpsArqWindowSize OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: Indicates the maximum number of unacknowledged fragments at any time. MAXACCESS: read-only Range from Standards: INTEGER (1..1024) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.10.18 wmanIfCmnCpsArqBlockLifetime OID: <optional> Type: INTEGER InitialValue: ,,, Units: 10 us Description from Standards: The maximum time interval an ARQ fragment will be managed by the transmitter ARQ machine, once initial transmission of the fragment has occured. If transmission or retransmission of the fragment is not acknowledged by the receiver before the time limit is reached, the fragment is discarded. A value of 0 means Infinite. MAXACCESS: read-only


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Range from Standards: INTEGER (0 .. 65535) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.10.19 wmanIfCmnCpsArqSyncLossTimeout OID: <optional> Type: INTEGER InitialValue: ,,, Units: 10 us Description from Standards: The maximum interval before declaring a loss of synchronization of the sender and receiver state machines. A value of 0 means Infinite. MAXACCESS: read-only Range from Standards: INTEGER (0 .. 65535 ) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.10.20 wmanIfCmnCpsArqDeliverInOrder OID: <optional> Type: TruthValue InitialValue: ,,, Description from Standards: Indicates whether or not data is to be delivered by the receiving MAC to its client application in the order in which data was handed off to the originating MAC. MAXACCESS: read-only Range from Standards: TruthValue WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.10.21 wmanIfCmnCpsArqRxPurgeTimeout OID: <optional> Type: INTEGER InitialValue: ,,, Units: 10 us


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Description from Standards: Indicates the time interval the ARQ window is advanced after a fragment is received. A value of 0 means Infinite. MAXACCESS: read-only Range from Standards: INTEGER (0 .. 65535) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.10.22 wmanIfCmnCpsArqBlockSize OID: <optional> Type: INTEGER InitialValue: ,,, Units: byte Description from Standards: This value of this parameter specifies the size of an ARQ block. This parameter shall be established by negotiation during the connection creation dialog. MAXACCESS: read-only Range from Standards: INTEGER (1..2040) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.10.23 wmanIfCmnCpsMinRsvdTolerableRate OID: <optional> Type: Unsigned32 InitialValue: ,,, Units: b/s Description from Standards: Minimum Tolerable Traffic Rate = R (bits/sec) with time base T(sec) means the following. Let S denote additional demand accumulated at the MAC SAP of the transmitter during an arbitrary time interval of the length T. Then the amount of data forwarded at the receiver to CS (in bits) during this interval should be not less than min {S, R * T}. MAXACCESS: read-only Range from Standards: Unsigned32 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A


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1.5.10.24 wmanIfCmnCpsReqTxPolicy OID: <optional> Type: BITS InitialValue: ,,, Description from Standards: The value of this parameter provides the capability to specify certain attributes for the associated service flow. An attribute is enabled by setting the corresponding bit position to 1. MAXACCESS: read-only Range from Standards: BITS {noBroadcastBwReq(0), reserved1(1), noPiggybackReq(2), noFragmentData(3), noPHS(4), noSduPacking(5), noCrc(6), reserved2(7)} WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.10.25 wmanIfCmnSfCsSpecification OID: <optional> Type: WmanIfCsSpecification InitialValue: ,,, Description from Standards: This parameter specifies the convergence sublayer encapsulation mode. MAXACCESS: read-only Range from Standards: WmanIfCsSpecification WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.10.26 wmanIfCmnCpsTargetSaid OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: The target SAID parameter indicates the SAID onto which the service flow being set up shall be mapped. MAXACCESS: read-only Range from Standards: INTEGER (0 .. 65535)


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1.5.11 wmanDevSsConfigFileEncodingTable OID: { wmanDevSsObjects 1 } SS object group – containing tables and objects to be implemented in the Subscriber station Stereotype: MIBTable Description from Standards: This table contains configuration file encoding information of the SS. MAXACCESS: not-accessible REFERENCE: Section 11.2 in IEEE 802.16-2004 WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM Task Allocation: <must provide task name>

1.5.11.1 wmanDevSsDeviceIndex OID: <optional> Type: INTEGER InitialValue: 1,2,3,4 Stereotype: Index Description from Standards: An arbitrary index. Must have value of 1. MAXACCESS: not-accessible Range from Standards: INTEGER (1..1) WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.11.2 wmanDevSsVendorId OID: <optional> Type: OCTET STRING InitialValue: ,,, Description from Standards: This value identifies the managed SS vendor to which the software upgrade is to be applied. MAXACCESS: read-only Range from Standards: OCTET STRING (SIZE(3)) WiMAX Release: WiMAX 1.0 Category: Inventory Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: ASCII


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1.5.11.3 wmanDevSsHwId OID: <optional> Type: OCTET STRING InitialValue: ,,, Description from Standards: This value identifies the hardware version to which the software upgrade is to be applied. MAXACCESS: read-only Range from Standards: OCTET STRING WiMAX Release: WiMAX 1.0 Category: Inventory Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: ASCII CPE Impact: re-init-device

1.5.11.4 wmanDevSsSwVersion OID: <optional> Type: OCTET STRING InitialValue: ,,, Description from Standards: This value identifies the software version of the software upgrade file. The value is administered by the vendor identifed in the Vendor ID field. It should be defined by the vendor to be unique with respect to a given hardware ID. MAXACCESS: read-only Range from Standards: OCTET STRING WiMAX Release: WiMAX 1.0 Category: Inventory Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: ASCII CPE Impact: re-init-device



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1.5.12.1 wmanDevCmnResetDevice OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: This object should be implemented as follows: - When set to actionsResetDevice value, instructs device to reset itself - When set to value different than actionsResetDevice it should be ignored - When read it should return actionsResetDeviceNoAction MAXACCESS: read-write Range from Standards: INTEGER {actionResetDeviceNoAction(0), actionResetDevice(1)} WiMAX Release: WiMAX 1.0 Category: Action Scope: Per BTS Network Element: CPE/HPVM & BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device


1.5.13.1 wmanPriDeviceType OID: <optional> Type: DisplayString Description from Standards: This object indicates the type of the device. The allowed string values are 'CPE' | 'AP' | 'CAPC'. This object should match the value of <DeviceType> in the manifest file for software bundle. MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Device Type Network Element: All License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CPE Impact: online


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1.5.13.2 wmanPriDeviceManufacturerId OID: <optional> Type: DisplayString Description from Standards: This object identifies the manufacturer of the device. The value should match the <ManufacturerId> tag in the manifest file of the software bundle. MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Motorola Default Value: Motorola Motorola Range: Motorola Category: Inventory Presentation Name: Manufacturer Id Network Element: All License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CPE Impact: online

1.5.13.3 wmanPriDeviceCarrierId OID: <optional> Type: DisplayString Description from Standards: This object identifies the service provider that owns and operates the device. The value should match the <CarrierId> tag contained in the manifest file of the software bundle. For AP/CAPC, the value should be set to 'any'. For CPE, this should be the same as the Network Service Provider ID (3 bytes). MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Carrier Id Network Element: All License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.13.4 wmanPriDeviceHardwareId OID: <optional> Type: DisplayString Description from Standards: This object describes the specific hardware characteristics of the device. The value should match the <HardwareId> tag in the manifest file of the software bundle. For AP, there are currently three values supported: DAP, GAP and SAAP. DAP - Diversity Access Point. GAP - Ground-based Access Point. SAAP - Smart Antenna Access Point. For CAPC, this object usually indicates the specific platform type (Low-tier, High-tier, etc). For CPE, this object should be used to indicate the chipset vendor. MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Hardware Id Network Element: All


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License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CPE Impact: online

1.5.13.5 wmanPriDeviceModelNumber OID: <optional> Type: DisplayString Description from Standards: This object indicates the model number of the device. The value should match the <ModelNumber> tag in the manifest file of the software bundle. In general, the model number should only be used for CPEs. The EMS uses the model number to control upgrade policies applicable to a group of CPEs. MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Model Number Network Element: All License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A CPE Impact: online


1.5.14.1 ifIndex OID: <optional> Type: InterfaceIndex InitialValue: 1,2,3,4 Motorola Implementation: For BTS, sectors are always in front of the other interfaces. For CAPC, the ifIndex range for payload modules is 1..10. The redundancy pair ifIndex values are always consecutive (ifIndex 1&2 are a pair, 3&4, 5&6, etc.). Stereotype: Index Description from Standards: A unique value, greater than zero, for each interface. It


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is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: BTS-->Sector, Ethernet, RF Head CAPC-->Payload Card CPE/HPVM-->Device Network Element: All License Required: Not Required Task Allocation: capcNM,ap_NM Octet String Subtype: N/A CPE Impact: online

1.5.14.2 ifPhysAddress OID: <optional> Type: PhysAddress InitialValue: ,,, Motorola Implementation: BTS: For each of the sectors, the ifPhysAddress is the Sector Id as defined in 802.16 standards. The Sector Id is a 6 octets ANSI/IEEE Std 802 MAC address configured from the EMS. It is NOT the physical MAC address even if the sector has a physical MAC address. -A Base Station/Sector is identified by a logical IEEE 802 MAC address (6 octets). The most significant 3 octets are the IEEE assigned Organizationally Unique Identifier for the service provider. The next 2 octets are the Base Station number within the service provider’s domain. The least significant 1 octet is the Sector number within the Base Station. - A Base Station/Sector Id is stored in binary “canonical” order defined by IEEE 802.1a, i.e., as if it were transmitted least significant bit first. For example: AC-DE-48-00-08-01 is the logical MAC address for sector 1 of BS 8 operated by service provider AC-DE-48. The binary representation is: IEEE 802 MAC in Canonical Order Octet 1 Octet 2 Octet 3 Octet 4 Octet 5 Octet 6 0011 0101 0111 1011 0001 0010 0000 0000 0001 0000 1000 0000 C A E D 8 4 0 0 8 0 1 0 IEEE 802.16f also recommends the value of BS/Sector Id be displayed with 2 parts clearly separated by a colon e.g: ACDE48:000801. The most significant part represents the service provider id. After the BS/Sector Ids are entered, the EMS should ensure that there is no other BS/Sector in its management domain has the same id. Also the BS Id cannot be the same as any Paging Controller Id configured for CAPCs. If there is duplication, the EMS must inform the operator and request configuration modification. - CAPC: The operator provides the Paging Controller Id in the format of a logical MAC address via the EMS GUI. Based on the definition in 802.16 standards, the Paging Controller Id is defined in the same format as Base Station Id. The Sector Id part will be set to 0 for CAPC. After the Paging Controller Id is entered, the EMS should ensure that there is no duplication among all other Paging Controller Ids and BS Ids in its management domain. - CPE/HPVM: This represents the device's MAC Address.


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Description from Standards: The interface's address at its protocol sub-layer. For example, for an 802.x interface, this object normally contains a MAC address. The interface's media-specific MIB must define the bit and byte ordering and the format of the value of this object. For interfaces which do not have such an address (e.g., a serial line), this object should contain an octet string of zero length. MAXACCESS: read-only Range from Standards: PhysAddress WiMAX Release: WiMAX 1.0 Motorola Range: BTS: <IEEE Service Provider Id (3 octets)>:<Base Station Id (2 octets)><Sector number within Base Station (1 octet)> or <IEEE Service Provider Id><Base Station Id (1...65535)><ifIndex> IM Rule: Ensure that there is no duplication among all other Paging Controller Ids and BS Ids in its Management Domain. CAPC Paging Controller: <IEEE Service Provider Id (3 octets)>:<CAPC Id (1 or 2 octets)><0(2 or 1 octets based on CAPC Id)> The last 3 octets are split based on the number of paging groups. - If there is over 255 paging groups in a CAPC, then use 1 octet for CAPC Id. (small number of large CAPCs) - If there is less than 256 paging groups in a CAPC, then use 2 octets for CAPC Id. (large number of small CAPCs) IM Rule: Ensure no duplicate paging controller ids. CPE/HPVM: MAC Address Category: Inventory Network Element: All License Required: Not Required Task Allocation: capcNM,ap_NM Octet String Subtype: HEX CPE Impact: re-init-device

1.5.15 wmanMssFreqConfigTable OID: { wmanMssPrivate 1 } The table defines the MSS's Chan Frequency Bandwidth supported. Stereotype: MIBTable Description from Standards: <must provide description> MAXACCESS: read-only REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM Task Allocation: <must provide task name>

1.5.15.1 wmanMssFreqConfigIndex OID: <optional> Type: INTEGER Stereotype: Index


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Description from Standards: <must provide description> MAXACCESS: read-only Range from Standards: INTEGER (1 .. 1000) WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.15.2 wmanMssFreqConfigBand OID: <optional> Type: INTEGER Description from Standards: Frequency band a device is configured to use. A device model may support a couple of frequency bands. MAXACCESS: read-create Range from Standards: INTEGER (0 .. 3) WiMAX Release: WiMAX 1.0 Motorola Default Value: Default load in FAC Motorola Range: 700MHz(0), 2.3GHz(1), 2.5GHz(2), 3.5GHz(3) Category: Factory Configuration Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.15.3 wmanMssFreqConfigChannelBw OID: <optional> Type: INTEGER Description from Standards: Bandwidth of the frequency band. MAXACCESS: read-create Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 4, Load in FAC Motorola Range: 1 = 3.5 MHz 2 = 5 MHz 3 = 7 MHz 4 = 10 MHz Category: Factory Configuration Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.15.4 wmanMssFreqConfigRowStatus OID: <optional>


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Type: RowStatus Description from Standards: This parameter is used to insert/delete rows to/from this table. MAXACCESS: read-create Range from Standards: RowStatus WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.16 wmanMssSpFreqTable OID: { wmanMssPrivate 3} This table defines the preferred frequency list that the MSS should scan during network entry. The frequency list will be service provider specific. This table will always be loaded in factory. It is not a mandatory configuration from the EMS. The operator can change it if needed. Stereotype: MIBTable Description from Standards: <must provide description> MAXACCESS: read-only REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM Task Allocation: <must provide task name>

1.5.16.1 wmanMssSpFreqIndex OID: <optional> Type: INTEGER Stereotype: Index Description from Standards: <must provide description> MAXACCESS: read-only Range from Standards: INTEGER (1 .. 50) WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.16.2 wmanMssSpFrequency OID: <optional> Type: Unsigned32 Units: kHz Motorola Implementation: Preferred scan frequency (kHz) in multiples of 250. For 2.3 GHz RF Band, the range must be in 2302500 to 2397500 inclusive. For 2.5 GHz RF Band, the range must be in 2497500 to 2687500 inclusive. For 3.5 GHz RF Band, the range must be in 3402500 to 3597500 inclusive.


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Description from Standards: The frequencies the MSS shall scan through. Loaded in factory, but may be turned per service provider. MAXACCESS: read-create Range from Standards: Unsigned32 WiMAX Release: WiMAX 1.0 Motorola Default Value: Load in FAC. Category: Configuration Scope: Management Domain Presentation Name: Frequency Scan List Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.16.3 wmanMssSpFreqRowStatus OID: <optional> Type: RowStatus Description from Standards: This parameter is used to insert/delete rows to/from this table. MAXACCESS: read-create Range from Standards: RowStatus WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.17 wmanMssNapNspTable Presentation Name: Network Access Provider To Network Service Provider Mapping OID: {wmanMssPrivate 4} This tables defines the NAPs that the MSS should attach to along with the NSPs mapping to the NAPs. Stereotype: MIBTable Description from Standards: <must provide description> MAXACCESS: read-only REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM Task Allocation: <must provide task name>

1.5.17.1 wmanMssNapNspIndex OID: <optional> Type: INTEGER Stereotype: Index Description from Standards: <must provide description> MAXACCESS: read-only Range from Standards: INTEGER (1 .. 1000) WiMAX Release: WiMAX 1.0 License Required: Not Required


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Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.17.2 wmanMssNap OID: <optional> Type: OCTET STRING Description from Standards: Network Access Provider ID - Follow the model of service provider tuned in the factory. NAP ID is a globally unique identifier of WiMax access network provider. The upper 24 bits of BS ID (called also Operator ID in 802.16-2004) is set to NAP ID. This attribute is used to match the NAP ID that is found in the BS ID of the DL_MAP. MAXACCESS: read-create Range from Standards: OCTET STRING (SIZE(3)) WiMAX Release: WiMAX 1.0 Motorola Default Value: n/a (this is ASN dependent. Unless this is a fixed CPE there is no default data.) Category: Configuration Presentation Name: NAP ID Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: HEX CPE Impact: re-init-device

1.5.17.3 wmanMssNspId OID: <optional> Type: OCTET STRING Description from Standards: Network Service Provider ID - Follow the model of svc provider tuned in the factory. NSP ID is a globally unique identifier of a WiMax network service provider. This is the 24-bit operator ID. MAXACCESS: read-create Range from Standards: OCTET STRING (SIZE(3)) WiMAX Release: WiMAX 1.0 Motorola Default Value: n/a (this is service provider dependent and may be configured as a part of factory pre-provisioning) Category: Configuration Presentation Name: NSP ID Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: HEX CPE Impact: re-init-device

1.5.17.4 wmanMssNspRealm OID: <optional>


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Type: DisplayString Description from Standards: This is the NSP realm. MAXACCESS: read-create Range from Standards: DisplayString (SIZE(64)) WiMAX Release: WiMAX 1.0 Motorola Default Value: n/a (this is service provider dependent and may be configured as a part of factory pre-provisioning) Category: Configuration Presentation Name: NSP Realm Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: ASCII CPE Impact: re-init-device

1.5.17.5 wmanMssNapNspRowStatus OID: <optional> Type: RowStatus Description from Standards: This parameter is used to insert/delete rows to/from this table. MAXACCESS: read-create Range from Standards: RowStatus WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.18 wmanMssInfo Presentation Name: Device Information OID: { wmanMssPrivate 5} Stereotype: ObjectIdentifier Description from Standards: <must provide description> MAXACCESS: read-only REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM Task Allocation: <must provide task name>

1.5.18.1 wmanMssInfoNai OID: <optional> Type: DisplayString Motorola Implementation: This is the NAI of the address. The format is [email protected]. Description from Standards: Network Access Identifier of the device. MAXACCESS: read-only Range from Standards: DisplayString


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WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Network Access Identifier Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.18.2 wmanMssInfoModelNum OID: <optional> Type: DisplayString Description from Standards: Device model number used to track different tiers and features of the device as the whole. MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Model Number Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.18.3 wmanMssInfoManufacturer OID: <optional> Type: DisplayString Description from Standards: Manufacturer of the CPE. MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Manufacturer Network Element: CPE License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.18.4 wmanMssInfoSerialNum OID: <optional> Type: DisplayString Description from Standards: Device serial number. MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory


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Presentation Name: Serial Number Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.18.5 wmanMssInfoHwRev OID: <optional> Type: DisplayString Description from Standards: Hardware Identifier used for the revision number of the host board and radio board. MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Hardware Id Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.18.6 wmanMssInfoSwVersion OID: <optional> Type: DisplayString Description from Standards: Software Version. MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Software Version Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.18.7 wmanMssInfoConfigVerNum OID: <optional> Type: DisplayString Description from Standards: Configuration Version Number of the CPE. MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Configuration Version Number Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name>


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1.5.18.8 wmanMssInfoMacAddress OID: <optional> Type: OCTET STRING Description from Standards: MAC Address MAXACCESS: read-only Range from Standards: OCTET STRING WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: MAC Address Network Element: CPE License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: HEX CPE Impact: re-init-device

1.5.18.9 wmanMssInfoDomainName OID: <optional> Type: DisplayString Description from Standards: Service Provider's Domain Name MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Service Provider's Domain Name Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.18.10 wmanMssInfoUserName OID: <optional> Type: DisplayString Motorola Implementation: CPE Customer's user name. Description from Standards: <must provide description> MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: CPE Customer's user name Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device


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1.5.18.11 wmanMssInfoVendorId OID: <optional> Type: DisplayString Description from Standards: Vendor Id. MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Vendor Id Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device

1.5.18.12 wmanMssSnmpV3KeyLifetime OID: <optional> Type: INTEGER Motorola Implementation: Action variable initiated by the EMS to reset the SNMPv3 key expiration time on the CPE/HPVM with a SNMP operation. Description from Standards: The value shall be derived by the model. MAXACCESS: read-only Range from Standards: INTEGER {No(0), Yes(1)} WiMAX Release: WiMAX 2.0 Category: Action Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.18.13 wmanMssInfoBootVersion OID: <optional> Type: DisplayString Description from Standards: Bootloader Version Number MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Bootloader Version Network Element: CPE License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: re-init-device


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1.5.19 wmanMssStatistics Presentation Name: MSS Statistics OID: { wmanMssPrivate 6 } This object defines the stats for support for MSS Call Center Operation defined by the WiMAX 1.0 stats ICD Stereotype: ObjectIdentifier Description from Standards: MSS stats for support for Call Center operation MAXACCESS: read-only REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM Access: Allow Access From LMT Only Task Allocation: <must provide task name>

1.5.19.1 wmanMssRssiDnlink OID: <optional> Type: INTEGER Units: dB Motorola Implementation: Measurement of downlink RSSI (received signal strength indicator) in dBm Description from Standards: Measurement of downlink RSSI (received signal strength indicator) in dB. MAXACCESS: read-only Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.19.2 wmanMssHarqRetrySnd OID: <optional> Type: Counter32 Motorola Implementation: Number of HARQ retries transmitted by the MSS. Description from Standards: Number of HARQ retries transmitted by the MSS. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online


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1.5.19.3 wmanMssHarqRetryRcv OID: <optional> Type: Counter32 Motorola Implementation: Number of HARQ retries received by the MSS. Description from Standards: Number of HARQ retries received by the MSS. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.19.4 wmanMssHarqRetryExceeded OID: <optional> Type: Counter32 Motorola Implementation: Number of HARQ sub-bursts that have been attempted the maximum number of times with failure each time. Description from Standards: Number of HARQ sub-bursts that have been attempted the maximum number of times with failure each time. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.19.5 wmanMssArqRetrySnd OID: <optional> Type: Counter32 Motorola Implementation: Number of ARQ retries transmitted by the MSS. Description from Standards: Number of ARQ retries transmitted by the MSS. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A


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CPE Impact: online

1.5.19.6 wmanMssArqRetryRcv OID: <optional> Type: Counter32 Motorola Implementation: Number of ARQ retries received by the MSS. Description from Standards: Number of ARQ retries received by the MSS. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.19.7 wmanMssArqRetryExceeded OID: <optional> Type: Counter32 Motorola Implementation: Number of ARQ sub-bursts that have been attempted the maximum number of times with failure each time. Description from Standards: Number of ARQ sub-bursts that have been attempted the maximum number of times with failure each time. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.19.8 wmanMssPduSndQpsk12 OID: <optional> Type: Counter32 Motorola Implementation: Number of PDUs transmitted from MSS to AP at MCS coded with QPSK 1/2. Description from Standards: Number of PDUs transmitted from MSS to AP at MCS coded with QPSK 1/2. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required


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Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.19.9 wmanMssPduSndQpsk34 OID: <optional> Type: Counter32 Motorola Implementation: Number of PDUs transmitted from MSS to AP at MCS coded with QPSK 3/4. Description from Standards: Number of PDUs transmitted from MSS to AP at MCS coded with QPSK 3/4. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.19.10 wmanMssPduSnd16Qam12 OID: <optional> Type: Counter32 Motorola Implementation: Number of PDUs transmitted from MSS to AP at MCS coded with 16 QAM 1/2. Description from Standards: Number of PDUs transmitted from MSS to AP at MCS coded with 16 QAM 1/2. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.19.11 wmanMssPduSnd16Qam34 OID: <optional> Type: Counter32 Motorola Implementation: Number of PDUs transmitted from MSS to AP at MCS coded with 16 QAM 3/4 Description from Standards: Number of PDUs transmitted from MSS to AP at MCS coded with 16 QAM 3/4 MAXACCESS: read-only Range from Standards: Counter32


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WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.19.12 wmanMssPduRcvQpsk12 OID: <optional> Type: Counter32 Motorola Implementation: Number of PDUs received by MSS from AP at MCS coded with QPSK 1/2. Description from Standards: Number of PDUs received by MSS from AP at MCS coded with QPSK 1/2. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.19.13 wmanMssPduRcvQpsk34 OID: <optional> Type: Counter32 Motorola Implementation: Number of PDUs received by MSS from AP at MCS coded with QPSK 3/4. Description from Standards: Number of PDUs received by MSS from AP at MCS coded with QPSK 3/4. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.19.14 wmanMssPduRcv16Qam12 OID: <optional> Type: Counter32 Motorola Implementation: Number of PDUs received by MSS from AP at MCS coded with 16 QAM 1/2.


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Description from Standards: Number of PDUs received by MSS from AP at MCS coded with 16 QAM 1/2. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.19.15 wmanMssPduRcv16Qam34 OID: <optional> Type: Counter32 Motorola Implementation: Number of PDUs received by MSS from AP at MCS coded with 16 QAM 3/4. Description from Standards: Number of PDUs received by MSS from AP at MCS coded with 16 QAM 3/4. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online



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1.5.19.17 wmanMssPduRcv64Qam23 OID: <optional> Type: Counter32 Motorola Implementation: Number of PDUs received by MSS from AP at MCS coded with 64 QAM 2/3. Description from Standards: Number of PDUs received by MSS from AP at MCS coded with 64 QAM 2/3 MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online


1.5.19.19 wmanMssPduRcv64Qam56 OID: <optional> Type: Counter32 Motorola Implementation: Number of PDUs received by MSS from AP at MCS coded with 64 QAM 5/6. Description from Standards: Number of PDUs received by MSS from AP at MCS coded with 64 QAM 5/6 MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name>


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1.5.19.20 wmanMssInitRangingFail OID: <optional> Type: Counter32 Motorola Implementation: Number of initial ranging failures Description from Standards: Number of initial ranging failures MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.19.21 wmanMssPeriodicRangingFail OID: <optional> Type: Counter32 Motorola Implementation: Number of periodic ranging failures Description from Standards: Number of periodic ranging failures MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.19.22 wmanMssBandwidthRangingFail OID: <optional> Type: Counter32 Motorola Implementation: Number of bandwidth ranging failures Description from Standards: Number of bandwidth ranging failures MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A


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CPE Impact: online

1.5.20 wmanCpeRemoteLoginAccess Presentation Name: Techinical Support Remote Login Information OID: { wmanCpePrivate 1} This object allows/disallows the EMS to remotely log into the CPE. Stereotype: ObjectIdentifier Description from Standards: This object allows/disallows the EMS to remotely log into the CPE. MAXACCESS: read-only REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: CPE Task Allocation: <must provide task name>

1.5.20.1 wmanCpeRemoteLoginEnabled OID: <optional> Type: TruthValue Motorola Implementation: A flag to enable or disable a remote host to log into the CPE. The EMS shall implement it as an action variable. Default Value from Standards: FALSE Description from Standards: Indicates allowing or not allowing the manager to remotely login to the CPE. MAXACCESS: read-write Range from Standards: TruthValue WiMAX Release: WiMAX 1.0 Category: Action Network Element: CPE License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.5.20.2 wmanCpeRemoteLoginPassword OID: <optional> Type: OCTET STRING Motorola Implementation: This is the CPE's remote login password for use by Techinical Support log in. This password will be displayed in clear text for users with Advanced Configuration security access. The login name can not be changed. It is always set as "Tech". Description from Standards: Password of the remotely logged in user. MAXACCESS: read-write Range from Standards: OCTET STRING (SIZE(32)) WiMAX Release: WiMAX 1.0 Category: Action Presentation Name: Remote login password Network Element: CPE License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: ASCII CPE Impact: online


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1.5.20.3 wmanCpeRemoteLoginIPAddr OID: <optional> Type: InetAddress Motorola Implementation: The IP address of the remote host, which is used to remotely log into the CPE. (Must be a valid IP address) Description from Standards: IP address of the host used to log into the CPE MAXACCESS: read-write Range from Standards: InetAddress WiMAX Release: WiMAX 1.0 Category: Action Presentation Name: IP address of the host to remotely log into the CPE Network Element: CPE License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: ASCII CPE Impact: online

1.5.20.4 wmanCpeRemoteLoginNetmask OID: <optional> Type: InetAddress Motorola Implementation: The netmask of the multiple hosts used to remotely login into the CPE (default value is: 255.255.255.0). Note: the netmask here is not necessary to be set same netmask as host/EMS. The netmask here is used to allow multiple hosts sharing the same "network" to log into a CPE remotely. If the EMS wants to have only one host to log into the CPE (the most secure way), the netmask should be set to 255.255.255.254 Default Value from Standards: "ffffff00" Description from Standards: Netmask of the host used to log into the CPE MAXACCESS: read-write Range from Standards: InetAddress WiMAX Release: WiMAX 1.0 Motorola Default Value: "ffffff00" Category: Action Presentation Name: Netmask of the hosts to remotely log into the CPE Network Element: CPE License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: ASCII CPE Impact: online

1.5.20.5 wmanCpeRemoteLoginPortNum OID: <optional> Type: Unsigned32 InitialValue: 8080 Motorola Implementation: The http port number that the CPE will open for the remote login access. (e.g http://<cpeip>:8080) Default Value from Standards: 8080 Description from Standards: The http port number that the CPE should open for remote login access. (e.g http://cpeip:8080) MAXACCESS: read-write Range from Standards: Unsigned32 WiMAX Release: WiMAX 1.0


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Motorola Default Value: 8080 Category: Action Presentation Name: The http port number that the CPE should open for remote login access. Network Element: CPE License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A CPE Impact: online

1.6 Name: HPVMConfiguration

1.6.1 wmanIfSsConfigurationTable OID: { wmanIfSsCps 1 } wmanIfSsConfigurationTable contains global parameters for SS Stereotype: MIBTable Description from Standards: This table contains one row for the SS system parameters. MAXACCESS: not-accessible REFERENCE: Subclause 10.1 in IEEE 802.16-2004 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM Task Allocation: <must provide task name>

1.6.1.1 ifIndex OID: <optional> Type: InterfaceIndex InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 2.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.1.2 wmanIfSsLostDLMapInterval OID: <optional> Type: INTEGER InitialValue: 600,600,600,600


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Units: milliseconds Description from Standards: Time since last received DL-MAP message before downlink synchronization is considered lost in ms. MAXACCESS: read-write Range from Standards: INTEGER (0..600) WiMAX Release: WiMAX 2.0 Motorola Default Value: 600 Category: Factory Configuration Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.1.3 wmanIfSsLostULMapInterval OID: <optional> Type: INTEGER InitialValue: 600,600,600,600 Units: milliseconds Description from Standards: Time since last received UL-MAP message before downlink synchronization is considered lost in ms. MAXACCESS: read-write Range from Standards: INTEGER (0..600) WiMAX Release: WiMAX 2.0 Motorola Default Value: 600 Category: Factory Configuration Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.1.4 wmanIfSsContentionRangRetries OID: <optional> Type: INTEGER InitialValue: 5,5,5,5 Description from Standards: Number of retries on contention Ranging Requests. MAXACCESS: read-write Range from Standards: INTEGER (16..65535) WiMAX Release: WiMAX 2.0 Motorola Default Value: 5 Category: Factory Configuration Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.1.5 wmanIfSsRequestRetries OID: <optional>


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Type: INTEGER InitialValue: 5,5,5,5 Description from Standards: Number of retries on bandwidth allocation requests. MAXACCESS: read-write Range from Standards: INTEGER (16..65535) WiMAX Release: WiMAX 2.0 Motorola Default Value: 5 Category: Factory Configuration Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.1.6 wmanIfSsRegRequestRetries OID: <optional> Type: INTEGER InitialValue: 5,5,5,5 Description from Standards: Number of retries on registration requests. MAXACCESS: read-write Range from Standards: INTEGER (3..65535) WiMAX Release: WiMAX 2.0 Motorola Default Value: 5 Category: Factory Configuration Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.1.7 wmanIfSsT1Timeout OID: <optional> Type: INTEGER InitialValue: 50000,50000,50000,50000 Units: milliseconds Description from Standards: Wait for DCD timeout in ms. MAXACCESS: read-write Range from Standards: INTEGER (0..50000) WiMAX Release: WiMAX 2.0 Motorola Default Value: 50000 Category: Factory Configuration Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.1.8 wmanIfSsT2Timeout OID: <optional> Type: INTEGER


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InitialValue: 10000,10000,10000,10000 Units: milliseconds Description from Standards: Wait for broadcast ranging timeout in ms. MAXACCESS: read-write Range from Standards: INTEGER (0..10000) WiMAX Release: WiMAX 2.0 Motorola Default Value: 10000 Category: Factory Configuration Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.1.9 wmanIfSsT3Timeout OID: <optional> Type: INTEGER InitialValue: 50,50,50,50 Units: milliseconds Description from Standards: Ranging Response reception timeout following the transmission of a Ranging Request in ms. MAXACCESS: read-write Range from Standards: INTEGER (0..200) WiMAX Release: WiMAX 2.0 Motorola Default Value: 50 Category: Factory Configuration Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.1.10 wmanIfSsT4Timeout OID: <optional> Type: INTEGER InitialValue: 10 s,10 s,10 s,10 s Units: seconds Description from Standards: Wait for unicast ranging opportunity. If the pending until complete field was used earlier by this SS, then the value of that field shall be added to this interval in second. MAXACCESS: read-write Range from Standards: INTEGER (30..35) WiMAX Release: WiMAX 2.0 Motorola Default Value: 10 s Category: Factory Configuration Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online


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1.6.1.11 wmanIfSsT6Timeout OID: <optional> Type: INTEGER InitialValue: 500,500,500,500 Units: milliseconds Description from Standards: Wait for registration response in ms. MAXACCESS: read-write Range from Standards: INTEGER (0..3000) WiMAX Release: WiMAX 2.0 Motorola Default Value: 500 Category: Factory Configuration Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.1.12 wmanIfSsT12Timeout OID: <optional> Type: INTEGER InitialValue: 50000,50000,50000,50000 Units: milliseconds Description from Standards: Wait for UCD descriptor in ms. MAXACCESS: read-write Range from Standards: INTEGER (0..50000) WiMAX Release: WiMAX 2.0 Motorola Default Value: 50000 Category: Factory Configuration Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.1.13 wmanIfSsT14Timeout OID: <optional> Type: INTEGER InitialValue: 50,50,50,50 Units: milliseconds Description from Standards: Wait for DSX-RVD Timeout in ms. MAXACCESS: read-write Range from Standards: INTEGER (0..200) WiMAX Release: WiMAX 2.0 Motorola Default Value: 50 Category: Factory Configuration Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online


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1.6.1.14 wmanIfSsT18Timeout OID: <optional> Type: INTEGER InitialValue: 50,50,50,50 Units: milliseconds Description from Standards: wait for SBC-RSP timeout in ms. MAXACCESS: read-write Range from Standards: INTEGER (0..65535) WiMAX Release: WiMAX 2.0 Motorola Default Value: 50 Category: Factory Configuration Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.1.15 wmanIfSsT20Timeout OID: <optional> Type: INTEGER InitialValue: 10,10,10,10 Units: milliseconds Description from Standards: Time SS searches for preambles on a given channel in ms. MAXACCESS: read-write Range from Standards: INTEGER (0..65535) WiMAX Release: WiMAX 2.0 Motorola Default Value: 10 Category: Factory Configuration Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.1.16 wmanIfSsT21Timeout OID: <optional> Type: INTEGER InitialValue: 100,100,100,100 Units: milliseconds Description from Standards: Time SS searches for DL-MAP on a given channel in ms. MAXACCESS: read-write Range from Standards: INTEGER (0..10000) WiMAX Release: WiMAX 2.0 Motorola Default Value: 100 Category: Factory Configuration Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online


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1.6.1.17 wmanIfSsSBCRequestRetries OID: <optional> Type: INTEGER InitialValue: 5,5,5,5 Description from Standards: Number of retries on SBC Request. MAXACCESS: read-write Range from Standards: INTEGER (3..16) WiMAX Release: WiMAX 2.0 Motorola Default Value: 5 Category: Factory Configuration Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.2 wmanIfSsChannelMeasurementTable OID: { wmanIfSsCps 2 } Useful for debugging purposes. Stereotype: MIBTable Description from Standards: This table contains downlink channel measurement information for each SS. MAXACCESS: not-accessible REFERENCE: 6.3.2.3.33 in IEEE 802.16-2004 WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM Access: Allow Access From LMT Only Task Allocation: <must provide task name>



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1.6.2.2 wmanIfSsHistogramIndex OID: <optional> Type: Unsigned32 InitialValue: 1,2,3,4 Stereotype: Index Description from Standards: wmanIfSsHistogramIndex identifies the histogram samples in the table for each subscriber station. MAXACCESS: not-accessible Range from Standards: Unsigned32 (1 .. 4294967295) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.2.3 wmanIfSsChannelNumber OID: <optional> Type: WmanIfChannelNumber InitialValue: ,,, Description from Standards: Physical channel number to be reported on. MAXACCESS: read-only Range from Standards: WmanIfChannelNumber WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.2.4 wmanIfSsStartFrame OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: Frame number in which measurement for this channel started. MAXACCESS: read-only Range from Standards: INTEGER (0 .. 65535) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.2.5 wmanIfSsDuration OID: <optional>


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Type: INTEGER InitialValue: ,,, Description from Standards: Cumulative measurement duration on the channel in multiples of Ts. For any value exceeding 0xFFFFFF, report 0xFFFFFF. MAXACCESS: read-only Range from Standards: INTEGER (0..16777215) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.2.6 wmanIfSsBasicReport OID: <optional> Type: BITS InitialValue: ,,, Description from Standards: Bit #0: WirelessHUMAN detected on the channel Bit #1: Unknown transmissions detected on the channel Bit #2: Primary User detected on the channel Bit #3: Unmeasured. Channel not measured MAXACCESS: read-only Range from Standards: BITS {wirelessHuman(0), unknownTransmission(1), primaryUser(2), channelNotMeasured(3)} WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.2.7 wmanIfSsMeanCinrReport OID: <optional> Type: INTEGER InitialValue: ,,, Units: dB Description from Standards: Mean CINR report. MAXACCESS: read-only Range from Standards: INTEGER (0 .. 41) WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online


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1.6.2.8 wmanIfSsStdDeviationCinrReport OID: <optional> Type: INTEGER InitialValue: ,,, Units: dB Description from Standards: Standard deviation CINR report. MAXACCESS: read-only Range from Standards: INTEGER (0 .. 41) WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.2.9 wmanIfSsMeanRssiReport OID: <optional> Type: INTEGER InitialValue: ,,, Units: dBm Description from Standards: Mean RSSI report. MAXACCESS: read-only Range from Standards: INTEGER (0 .. 83) WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.2.10 wmanIfSsStdDeviationRssiReport OID: <optional> Type: INTEGER InitialValue: ,,, Units: dB Description from Standards: Standard deviation RSSI report. MAXACCESS: read-only Range from Standards: INTEGER (0 .. 83) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online


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1.6.3 wmanIfSsPkmAuthTable OID: { wmanIfSsPkmObjects 1 } Table wmanIfSsPkmAuthTable Stereotype: MIBTable Description from Standards: This table describes the PKM attributes related to the authorization for each SS wireless interface. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM Access: Allow Access From LMT Only Task Allocation: <must provide task name>


1.6.3.2 wmanIfSsPkmAuthState OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: The value of this object is the state of the SS authorization FSM. The start state indicates that FSM is in its initial state. MAXACCESS: read-only Range from Standards: INTEGER {start(1), authWait(2), authorized(3), reauthWait(4), authRejectWait(5), silent(6)} WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only


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Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.3.3 wmanIfSsPkmAuthKeySequenceNumber OID: <optional> Type: Integer32 InitialValue: ,,, Description from Standards: The value of this object is the most recent authorization key sequence number for this FSM. MAXACCESS: read-only Range from Standards: Integer32 (0..15) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.3.4 wmanIfSsPkmAuthExpiresOld OID: <optional> Type: DateAndTime Description from Standards: The value of this object is the actual clock time for expiration of the immediate predecessor of the most recent authorization key for this FSM. If this FSM has only one authorization key, then the value is the time of activation of this FSM. MAXACCESS: read-only Range from Standards: DateAndTime WiMAX Release: WiMAX 2.0 Scope: Management Domain Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: ASCII HPVM Impact: online

1.6.3.5 wmanIfSsPkmAuthExpiresNew OID: <optional> Type: DateAndTime Description from Standards: The value of this object is the actual clock time for expiration of the most recent authorization key for this FSM. MAXACCESS: read-only Range from Standards: DateAndTime WiMAX Release: WiMAX 2.0 Scope: Management Domain Network Element: CPE/HPVM


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License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: ASCII HPVM Impact: online

1.6.3.6 wmanIfSsPkmAuthReset OID: <optional> Type: TruthValue InitialValue: ,,, Description from Standards: Setting this object to TRUE generates a Reauthorize event in the authorization FSM. Reading this object always returns FALSE. MAXACCESS: read-write Range from Standards: TruthValue WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.3.7 wmanIfSsPkmAuthentInfos OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The value of this object is the count of times the SS has transmitted an Authentication Information message. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.3.8 wmanIfSsPkmAuthRequests OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The value of this object is the count of times the SS has transmitted an Authorization Request message. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required


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Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.3.9 wmanIfSsPkmAuthReplies OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The value of this object is the count of times the SS has received an Authorization Reply message. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.3.10 wmanIfSsPkmAuthRejects OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The value of this object is the count of times the SS has received an Authorization Reject message. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.3.11 wmanIfSsPkmAuthInvalids OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The value of this object is the count of times the SS has received an Authorization Invalid message. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name>


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Octet String Subtype: N/A HPVM Impact: online

1.6.3.12 wmanIfSsPkmAuthRejectErrorCode OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: The value of this object is the enumerated description of the Error-Code in most recent Authorization Reject message received by the SS. This has value unknown(2) if the last Error-Code value was 0, and none(1) if no Authorization Reject message has been received since reboot. MAXACCESS: read-only Range from Standards: INTEGER {none(1), unknown(2), unauthorizedSs(3), unauthorizedSaid(4), permanentAuthorizationFailure(8), timeOfDayNotAcquired(11)} WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.3.13 wmanIfSsPkmAuthRejectErrorString OID: <optional> Type: SnmpAdminString InitialValue: ,,, Description from Standards: The value of this object is the Display-String in most recent Authorization Reject message received by the SS. This is a zero length string if no Authorization Reject message has been received since reboot. MAXACCESS: read-only Range from Standards: SnmpAdminString (SIZE (0..128)) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: ASCII HPVM Impact: online

1.6.3.14 wmanIfSsPkmAuthInvalidErrorCode OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: The value of this object is the enumerated description of


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the Error-Code in most recent Authorization Invalid message received by the SS. This has value unknown(2) if the last Error-Code value was 0, and none(1) if no Authorization Invalid message has been received since reboot. MAXACCESS: read-only Range from Standards: INTEGER {none(1), unknown(2), unauthorizedSs(3), unsolicited(5), invalidKeySequence(6), keyRequestAuthenticationFailure(7)} WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.3.15 wmanIfSsPkmAuthInvalidErrorString OID: <optional> Type: SnmpAdminString InitialValue: ,,, Description from Standards: The value of this object is the Display-String in most recent Authorization Invalid message received by the SS. This is a zero length string if no Authorization Invalid message has been received since reboot. MAXACCESS: read-only Range from Standards: SnmpAdminString (SIZE (0..128)) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: ASCII HPVM Impact: online

1.6.3.16 wmanIfSsPkmAuthGraceTime OID: <optional> Type: Integer32 InitialValue: 600 Units: seconds Default Value from Standards: 600 Description from Standards: The value of this object is the grace time for an authorization key. A SS is expected to start trying to get a new authorization key beginning AuthGraceTime seconds before the authorization key actually expires. MAXACCESS: read-only Range from Standards: Integer32 (60..299 | 300..3024000) WiMAX Release: WiMAX 2.0 Scope: Management Domain Network Element: CPE/HPVM


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License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.3.17 wmanIfSsPkmTekGraceTime OID: <optional> Type: Integer32 InitialValue: 3600 Units: seconds Default Value from Standards: 3600 Description from Standards: The value of this object is the grace time for the TEK in seconds. The SS is expected to start trying to acquire a new TEK beginning TEK GraceTime seconds before the expiration of the most recent TEK. MAXACCESS: read-only Range from Standards: Integer32 (60..299 | 300..302400) WiMAX Release: WiMAX 2.0 Scope: Management Domain Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.3.18 wmanIfSsPkmAuthWaitTimeout OID: <optional> Type: Integer32 InitialValue: 10 Units: seconds Default Value from Standards: 10 Description from Standards: The value of this object is the Authorize Wait Timeout. MAXACCESS: read-only Range from Standards: Integer32 (2..30) WiMAX Release: WiMAX 2.0 Scope: Management Domain Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.3.19 wmanIfSsPkmReauthWaitTimeout OID: <optional> Type: Integer32 InitialValue: 10 Units: seconds


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Default Value from Standards: 10 Description from Standards: The value of this object is the Reauthorize Wait Timeout in seconds. MAXACCESS: read-only Range from Standards: Integer32 (2..30) WiMAX Release: WiMAX 2.0 Scope: Management Domain Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.3.20 wmanIfSsPkmOpWaitTimeout OID: <optional> Type: Integer32 InitialValue: 1 Units: seconds Default Value from Standards: 1 Description from Standards: The value of this object is the Operational Wait Timeout in seconds. MAXACCESS: read-only Range from Standards: Integer32 (1..10) WiMAX Release: WiMAX 2.0 Scope: Management Domain Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.3.21 wmanIfSsPkmRekeyWaitTimeout OID: <optional> Type: Integer32 InitialValue: 1 Units: seconds Default Value from Standards: 1 Description from Standards: The value of this object is the Rekey Wait Timeout in seconds. MAXACCESS: read-only Range from Standards: Integer32 (1..10) WiMAX Release: WiMAX 2.0 Scope: Management Domain Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online


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1.6.3.22 wmanIfSsPkmAuthRejectWaitTimeout OID: <optional> Type: Integer32 InitialValue: 60 Units: seconds Default Value from Standards: 60 Description from Standards: The value of this object is the Authorization Reject Wait Timeout in seconds. MAXACCESS: read-only Range from Standards: Integer32 (10..600) WiMAX Release: WiMAX 2.0 Scope: Management Domain Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.4 wmanIfSsPkmTekTable OID: { wmanIfSsPkmObjects 2 } Table wmanIfSsPkmTekTable Stereotype: MIBTable Description from Standards: This table describes the attributes of each SS Traffic Encryption Key(TEK) association. The SS maintains (no more than) one TEK association per SAID per SS wireless interface. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM Access: Allow Access From LMT Only Task Allocation: <must provide task name>



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1.6.4.2 wmanIfSsPkmTekSAId OID: <optional> Type: INTEGER InitialValue: 1,2,3,4 Stereotype: Index Description from Standards: The value of this object is the Security Association ID (SAID). MAXACCESS: not-accessible Range from Standards: INTEGER (0..65535) WiMAX Release: WiMAX 2.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.4.3 wmanIfSsPkmTekSAType OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: The value of this object is the type of security association. MAXACCESS: read-only Range from Standards: INTEGER {primarySA(0), staticSA(1), dynamicSA(2)} WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.4.4 wmanIfSsPkmTekDataEncryptAlg OID: <optional> Type: WmanIfDataEncryptAlgId InitialValue: ,,, Description from Standards: The value of this object is the data encryption algorithm being utilized. MAXACCESS: read-only Range from Standards: WmanIfDataEncryptAlgId WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A


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HPVM Impact: online

1.6.4.5 wmanIfSsPkmTekDataAuthentAlg OID: <optional> Type: WmanIfDataAuthAlgId InitialValue: ,,, Description from Standards: The value of this object is the data authentication algorithm being utilized. MAXACCESS: read-only Range from Standards: WmanIfDataAuthAlgId WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.4.6 wmanIfSsPkmTekEncryptAlg OID: <optional> Type: WmanIfTekEncryptAlgId InitialValue: ,,, Description from Standards: The value of this object is the TEK key encryption algorithm for this cryptographic suite capability. MAXACCESS: read-only Range from Standards: WmanIfTekEncryptAlgId WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.4.7 wmanIfSsPkmTekState OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: The value of this object is the state of the indicated TEK FSM. The start(1) state indicates that FSM is in its initial state. MAXACCESS: read-only Range from Standards: INTEGER {start(1), opWait(2), opReauthWait(3), operational(4), rekeyWait(5), rekeyReauthWait(6)} WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM


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1.6.4.8 wmanIfSsPkmTekKeySequenceNumber OID: <optional> Type: Integer32 InitialValue: ,,, Description from Standards: The value of this object is the most recent TEK key sequence number for this TEK FSM. MAXACCESS: read-only Range from Standards: Integer32 (0..3) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.4.9 wmanIfSsPkmTekExpiresOld OID: <optional> Type: DateAndTime Description from Standards: The value of this object is the actual clock time for expiration of the immediate predecessor of the most recent TEK for this FSM. If this FSM has only one TEK, then the value is the time of activation of this FSM. MAXACCESS: read-only Range from Standards: DateAndTime WiMAX Release: WiMAX 2.0 Scope: Management Domain Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: ASCII HPVM Impact: online

1.6.4.10 wmanIfSsPkmTekExpiresNew OID: <optional> Type: DateAndTime Description from Standards: The value of this object is the actual clock time for expiration of the most recent TEK for this FSM. MAXACCESS: read-only Range from Standards: DateAndTime WiMAX Release: WiMAX 2.0 Scope: Management Domain Network Element: CPE/HPVM


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License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: ASCII HPVM Impact: online

1.6.4.11 wmanIfSsPkmTekKeyRequests OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The value of this object is the count of times the SS has transmitted a Key Request message. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.4.12 wmanIfSsPkmTekKeyReplies OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The value of this object is the count of times the SS has received a Key Reply message, including a message whose authentication failed. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.4.13 wmanIfSsPkmTekKeyRejects OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The value of this object is the count of times the SS has received a Key Reject message, including a message whose authentication failed. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM


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1.6.4.14 wmanIfSsPkmTekInvalids OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The value of this object is the count of times the SS has received a TEK Invalid message, including a message whose authentication failed. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.4.15 wmanIfSsPkmTekAuthPends OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The value of this object is the count of times an Authorization Pending (Auth Pend) event occurred in this FSM. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.4.16 wmanIfSsPkmTekKeyRejectErrorCode OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: The value of this object is the enumerated description of the Error-Code in most recent Key Reject message received by the SS. This has value unknown(2) if the last Error-Code value was 0, and none(1) if no Key Reject message has been received since reboot. MAXACCESS: read-only


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Range from Standards: INTEGER {none(1), unknown(2), unauthorizedSaid(4)} WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.4.17 wmanIfSsPkmTekKeyRejectErrorString OID: <optional> Type: SnmpAdminString InitialValue: ,,, Description from Standards: The value of this object is the Display-String in most recent Key Reject message received by the SS. This is a zero length string if no Key Reject message has been received since reboot. MAXACCESS: read-only Range from Standards: SnmpAdminString (SIZE (0..128)) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.4.18 wmanIfSsPkmTekInvalidErrorCode OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: The value of this object is the enumerated description of the Error-Code in most recent TEK Invalid message received by the SS. This has value unknown(2) if the last Error-Code value was 0, and none(1) if no TEK Invalid message has been received since reboot. MAXACCESS: read-only Range from Standards: INTEGER {none(1), unknown(2), invalidKeySequence(6)} WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online


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1.6.4.19 wmanIfSsPkmTekInvalidErrorString OID: <optional> Type: SnmpAdminString InitialValue: ,,, Description from Standards: The value of this object is the Display-String in most recent TEK Invalid message received by the SS. This is a zero length string if no TEK Invalid message has been received since reboot. MAXACCESS: read-only Range from Standards: SnmpAdminString (SIZE (0..128)) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: ASCII HPVM Impact: online

1.6.5 wmanIfSsDeviceCertTable OID: { wmanIfSsPkmObjects 3 } Stereotype: MIBTable Description from Standards: This table describes the PKM device certificates for each SS wireless interface. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM Access: Allow Access From LMT Only Task Allocation: <must provide task name>



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1.6.5.2 wmanIfSsDeviceCert OID: <optional> Type: OCTET STRING InitialValue: ,,, Description from Standards: The X509 DER-encoded subscriber station certificate. MAXACCESS: read-only Range from Standards: OCTET STRING WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: HEX HPVM Impact: online

1.6.5.3 wmanIfSsDeviceManufCert OID: <optional> Type: OCTET STRING InitialValue: ,,, Description from Standards: The X509 DER-encoded manufacturer certificate which is signed by the CA root authority certificate. MAXACCESS: read-only Range from Standards: OCTET STRING WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: HEX HPVM Impact: online

1.6.6 wmanIfSsNotificationObjectsTable OID: { wmanIfSsTrapDefinitions 1 } Stereotype: MIBTable Description from Standards: This table contains SS notification objects that have been reported by the trap. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) Task Allocation: <must provide task name>

1.6.6.1 ifIndex OID: <optional> Type: InterfaceIndex InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously


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starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.6.2 wmanIfSsMacAddress OID: <optional> Type: MacAddress InitialValue: ,,, Description from Standards: The MAC address of the SS generating the trap. MAXACCESS: read-only Range from Standards: MacAddress WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.6.3 wmanIfSsUnknownTlv OID: <optional> Type: OCTET STRING InitialValue: ,,, Description from Standards: Indicating the value of the unknown TLV. MAXACCESS: read-only Range from Standards: OCTET STRING WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.6.4 wmanIfSsDynamicServiceType OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: This object indicates the dynamic service flow creation command type. MAXACCESS: read-only Range from Standards: INTEGER {ssSfCreationReq(1),


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ssSfCreationRsp(2), ssSfCreationAck(3)} WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.6.5 wmanIfSsDynamicServiceFailReason OID: <optional> Type: OCTET STRING InitialValue: ,,, Description from Standards: This object indicates the reason why the service flow creation has failed. MAXACCESS: read-only Range from Standards: OCTET STRING WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.6.6 wmanIfSsRssiStatus OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: A RSSI alarm is generated if the RSSI is lower than wmanIfSsRssiLowThreshold, or above wmanIfSsRssiHighThreshold after alarm is restored. MAXACCESS: read-only Range from Standards: INTEGER {ssRssiAlarm(1), ssRssiNoAlarm(2)} WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.6.7 wmanIfSsRssiStatusInfo OID: <optional> Type: OCTET STRING InitialValue: ,,, Description from Standards: This object provides additional information about RSSI alarm. It is implementation specific


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MAXACCESS: read-only Range from Standards: OCTET STRING WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.7 wmanIfSsOfdmaUplinkChannelTable OID: { wmanIfSsOfdmaPhy 1 } Stereotype: MIBTable Description from Standards: This table contains UCD channel attributes, defining the transmission characteristics of uplink channels MAXACCESS: not-accessible REFERENCE: Subclause 11.3.1, table 349 and 353, in IEEE 802.16-2004 WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM Access: Allow Access From LMT Only Task Allocation: <must provide task name>


1.6.7.2 wmanIfSsOfdmaCtBasedResvTimeout OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: The number of UL-MAPs to receive before contention-based reservation is attempted again for the same connection. MAXACCESS: read-only Range from Standards: INTEGER (1..255)


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WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.7.3 wmanIfSsOfdmaUplinkCenterFreq OID: <optional> Type: Unsigned32 InitialValue: ,,, Units: kHz Description from Standards: Uplink center frequency (kHz) MAXACCESS: read-only Range from Standards: Unsigned32 WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.7.4 wmanIfSsOfdmaInitRngCodes OID: <optional> Type: INTEGER InitialValue: ,,, Default Value from Standards: 30 Description from Standards: Number of initial ranging CDMA codes. Possible values are 0..255. The total number of wmanIfSsOfdmaInitRngCodes, wmanIfSsOfdmaPeriodicRngCodes and wmanIfSsOfdmaBWReqCodes shall be equal or less than 256. MAXACCESS: read-only Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.7.5 wmanIfSsOfdmaPeriodicRngCodes OID: <optional> Type: INTEGER InitialValue: ,,, Default Value from Standards: 30 Description from Standards: Number of periodic ranging CDMA codes. Possible values are 0..255. The total number of wmanIfSsOfdmaInitRngCodes,


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wmanIfSsOfdmaPeriodicRngCodes and wmanIfSsOfdmaBWReqCodes shall be equal or less than 256. MAXACCESS: read-only Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.7.6 wmanIfSsOfdmaBWReqCodes OID: <optional> Type: INTEGER InitialValue: ,,, Default Value from Standards: 30 Description from Standards: Number of bandwidth request codes. Possible values are 0..255. The total number of wmanIfSsOfdmaInitRngCodes, wmanIfSsOfdmaPeriodicRngCodes and wmanIfSsOfdmaBWReqCodes shall be equal or less than 256. MAXACCESS: read-only Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.7.7 wmanIfSsOfdmaPerRngBackoffStart OID: <optional> Type: INTEGER InitialValue: ,,, Default Value from Standards: 0 Description from Standards: Initial backoff window size for periodic ranging contention, expressed as a power of 2. MAXACCESS: read-only Range from Standards: INTEGER (0..15) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.7.8 wmanIfSsOfdmaPerRngBackoffEnd OID: <optional>


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Type: INTEGER InitialValue: ,,, Default Value from Standards: 15 Description from Standards: Final backoff window size for periodic ranging contention, expressed as a power of 2. MAXACCESS: read-only Range from Standards: INTEGER (0 .. 15) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.7.9 wmanIfSsOfdmaStartOfRngCodes OID: <optional> Type: INTEGER InitialValue: ,,, Default Value from Standards: 0 Description from Standards: Indicates the starting number, S, of the group of codes used for this uplink.All the ranging codes used on this uplink will be between S and ((S+N+M+L) mod 256). Where, N is the number of initial-ranging codes M is the number of periodic-ranging codes L is the number of bandwidth-request codes The range of values is 0 <= S <= 255 MAXACCESS: read-only Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.7.10 wmanIfSsOfdmaPermutationBase OID: <optional> Type: INTEGER InitialValue: ,,, Default Value from Standards: 0 Description from Standards: Determines the UL_IDcell parameter for the subcarrier permutation to be used on this uplink channel MAXACCESS: read-only Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A


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HPVM Impact: online

1.6.7.11 wmanIfSsOfdmaBinStatRepMAXPeriod OID: <optional> Type: INTEGER Units: Frame Description from Standards: This object defines the OFDMA bin status reporting maximum period. MAXACCESS: read-only Range from Standards: INTEGER (0 .. 255) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.7.12 wmanIfSsOfdmaSafetyChaRetryTimer OID: <optional> Type: INTEGER InitialValue: ,,, Units: Frame Description from Standards: This object defines the OFDMA safety channel retry timer. MAXACCESS: read-only Range from Standards: INTEGER (0 .. 255) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.7.13 wmanIfSsOfdmaHARQAackDelayULBurst OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: This object defines the OFDMA H-ARQ ACK delay for UL burst. 1 = one frame offset 2 = two frames offset 3 = three frames offset MAXACCESS: read-only Range from Standards: INTEGER {oneframeoffset(1), twoframesoffset(2), threeframesoffset(3)} WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only


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1.6.8 wmanIfSsOfdmaDownlinkChannelTable OID: { wmanIfSsOfdmaPhy 2 } Stereotype: MIBTable Description from Standards: This table contains DCD channel attributes, defining the transmission characteristics of downlink channels MAXACCESS: not-accessible REFERENCE: Subclause 11.4.1, Table 358, in IEEE 802.16-2004 WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM Access: Allow Access From LMT Only Task Allocation: <must provide task name>


1.6.8.2 wmanIfSsOfdmaBsEIRP OID: <optional> Type: INTEGER InitialValue: ,,, Units: dBm Description from Standards: The EIRP is the equivalent isotropic radiated power of the base station, which is computed for a simple single-antenna transmitter. MAXACCESS: read-only Range from Standards: INTEGER (0..65535) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only


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1.6.8.3 wmanIfSsOfdmaTTG OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: Transmit / Receive Transition Gap. MAXACCESS: read-only Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.8.4 wmanIfSsOfdmaRTG OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: Receive / Transmit Transition Gap. MAXACCESS: read-only Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.8.5 wmanIfSsOfdmaInitRngMaxRSS OID: <optional> Type: INTEGER InitialValue: ,,, Units: dBm Description from Standards: Initial Ranging Max. Received Signal Strength at BS Signed in units of 1 dBm. MAXACCESS: read-only Range from Standards: INTEGER (0..65535) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A


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HPVM Impact: online

1.6.8.6 wmanIfSsOfdmaDownlinkCenterFreq OID: <optional> Type: Unsigned32 InitialValue: ,,, Units: kHz Description from Standards: Downlink center frequency (kHz). MAXACCESS: read-only Range from Standards: Unsigned32 WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.8.7 wmanIfSsOfdmaBsId OID: <optional> Type: WmanIfBsIdType InitialValue: ,,, Description from Standards: Base station ID. MAXACCESS: read-only Range from Standards: WmanIfBsIdType WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.8.8 wmanIfSsOfdmaMacVersion OID: <optional> Type: WmanIfMacVersion InitialValue: ,,, Description from Standards: This parameter specifies the version of 802.16 to which the message originator conforms. MAXACCESS: read-only Range from Standards: WmanIfMacVersion WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online


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1.6.8.9 wmanIfSsOfdmaFrameDurationCode OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: The duration of the frame. The frame duration code values are specified in Table 272. MAXACCESS: read-only Range from Standards: INTEGER {aASGap(0), duration2ms(1), duration2dot5ms(2), duration4ms(3), duration5ms(4), duration8ms(5), duration10ms(6), duration12dot5ms(7), duration20ms(8)} WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.8.10 wmanIfSsOfdmaSizeCqichIdField OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: This object defines the size of CQICH ID field. 0 = Reserved 1 = 3 bits 2 = 4 bits 3 = 5 bits 4 = 6 bits 5 = 7 bits 6 = 8 bits 7 = 9 bits 8...255 = Reserved MAXACCESS: read-only Range from Standards: INTEGER {threebits(1), fourbits(2), fivebits(3), sixbits(4), sevenbits(5), eightbits(6), ninebits(7)} WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A


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HPVM Impact: online

1.6.8.11 wmanIfSsOfdmaHARQAackDelayBurst OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: This object defines the OFDMA H-ARQ ACK delay for DL burst. 1 = one frame offset 2 = two frames offset 3 = three frames offset MAXACCESS: read-only Range from Standards: INTEGER {oneframeoffset(1), twoframesoffset(2), threeframesoffset(3)} WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.9 wmanIfCmnClassifierRuleTable OID: { wmanIfCmnPacketCs 1 } Stereotype: MIBTable Description from Standards: This table contains packet classifier rules associated with service flows. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM Access: Allow Access From LMT Only Task Allocation: <must provide task name>



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1.6.9.2 wmanIfCmnCpsSfId OID: <optional> Type: Unsigned32 InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: A 32 bit quantity that uniquely identifies a service flow to both the subscriber station and base station (BS). MAXACCESS: read-only Range from Standards: Unsigned32 ( 1 .. 4294967295) WiMAX Release: WiMAX 2.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.9.3 wmanIfCmnClassifierRuleIndex OID: <optional> Type: Unsigned32 InitialValue: 1,2,3,4 Stereotype: Index Description from Standards: An index is assigned to each classifier in the classifiers table MAXACCESS: not-accessible Range from Standards: Unsigned32 (1..4294967295) WiMAX Release: WiMAX 2.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.9.4 wmanIfCmnClassifierRulePriority OID: <optional> Type: INTEGER InitialValue: ,,, Default Value from Standards: 0 Description from Standards: The value specifies the order of evaluation of the classifiers. The higher the value the higher the priority. The value of 0 is used as default in provisioned service flows classifiers. The default value of 64 is used for dynamic service flow classifiers. If the referenced parameter is not present in a classifier , this object reports the default value as defined above MAXACCESS: read-only Range from Standards: INTEGER (0..255) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required


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Access: - Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.9.5 wmanIfCmnClassifierRuleIpTosLow OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: The low value of a range of TOS byte values. If the referenced parameter is not present in a classifier, this object reports the value of 0. MAXACCESS: read-only Range from Standards: INTEGER (0 .. 255) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.9.6 wmanIfCmnClassifierRuleIpTosHigh OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: The 8-bit high value of a range of TOS byte values. If the referenced parameter is not present in a classifier , this object reports the value of 0. MAXACCESS: read-only Range from Standards: INTEGER (0 .. 255) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.9.7 wmanIfCmnClassifierRuleIpTosMask OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: The mask value is bitwise ANDed with TOS byte in an IP packet and this value is used for the range checking of TosLow and TosHigh. If the referenced parameter is not present in a classifier, this object reports the value of 0. MAXACCESS: read-only Range from Standards: INTEGER (0 .. 255)


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1.6.9.8 wmanIfCmnClassifierRuleIpProtocol OID: <optional> Type: Integer32 InitialValue: ,,, Description from Standards: This object indicates the value of the IP Protocol field required for IP packets to match this rule. If the referenced parameter is not present in a classifier, this object reports the value of 0. MAXACCESS: read-only Range from Standards: Integer32 (0..255) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.9.9 wmanIfCmnClassifierRuleIpSourceAddr OID: <optional> Type: InetAddress InitialValue: ,,, Description from Standards: This object specifies the value of the IP Source Address required for packets to match this rule. An IP packet matches the rule when the packet ip source address bitwise ANDed with the wmanIfCmnClassifierRuleIpSourceMask value equals the wmanIfCmnClassifierRuleIpSourceAddr value. If the referenced parameter is not present in a classifier , this object reports the value of 0.0.0.0. MAXACCESS: read-only Range from Standards: InetAddress WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: ASCII HPVM Impact: online

1.6.9.10 wmanIfCmnClassifierRuleIpSourceMask OID: <optional> Type: InetAddress InitialValue: ,,, Description from Standards: This object specifies which bits of a packet's IP Source


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Address that are compared to match this rule. An IP packet matches the rule when the packet source address bitwise ANDed with the wmanIfCmnClassifierRuleIpSourceMask value equals the wmanIfCmnClassifierRuleIpSourceAddr value. If the referenced parameter is not present in a classifier , this object reports the value of 0.0.0.0. MAXACCESS: read-only Range from Standards: InetAddress WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: ASCII HPVM Impact: online

1.6.9.11 wmanIfCmnClassifierRuleIpDestAddr OID: <optional> Type: InetAddress InitialValue: ,,, Description from Standards: This object specifies the value of the IP Destination Address required for packets to match this rule. An IP packet matches the rule when the packet IP destination address bitwise ANDed with the wmanIfCmnClassifierRuleIpDestMask value equals the wmanIfCmnClassifierRuleIpDestAddr value. If the referenced parameter is not present in a classifier, this object reports the value of 0.0.0.0. MAXACCESS: read-only Range from Standards: InetAddress WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: ASCII HPVM Impact: online

1.6.9.12 wmanIfCmnClassifierRuleIpDestMask OID: <optional> Type: InetAddress InitialValue: ,,, Description from Standards: This object specifies which bits of a packet's IP Destination Address that are compared to match this rule. An IP packet matches the rule when the packet destination address bitwise ANDed with the wmanIfCmnClassifierRuleIpDestMask value equals the wmanIfCmnClassifierRuleIpDestAddr value. If the referenced parameter is not present in a classifier , this object reports the value of 0.0.0.0. MAXACCESS: read-only Range from Standards: InetAddress WiMAX Release: WiMAX 2.0


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Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: ASCII HPVM Impact: online

1.6.9.13 wmanIfCmnClassifierRuleSourcePortStart OID: <optional> Type: Integer32 InitialValue: ,,, Description from Standards: This object specifies the low end inclusive range of TCP/UDP source port numbers to which a packet is compared . This object is irrelevant for non-TCP/UDP IP packets. If the referenced parameter is not present in a classifier, this object reports the value of 0. MAXACCESS: read-only Range from Standards: Integer32 (0..65535) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.9.14 wmanIfCmnClassifierRuleSourcePortEnd OID: <optional> Type: Integer32 InitialValue: ,,, Description from Standards: This object specifies the high end inclusive range of TCP/UDP source port numbers to which a packet is compared. This object is irrelevant for non-TCP/UDP IP packets. If the referenced parameter is not present in a classifier, this object reports the value of 65535. MAXACCESS: read-only Range from Standards: Integer32 (0..65535) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.9.15 wmanIfCmnClassifierRuleDestPortStart OID: <optional> Type: Integer32 InitialValue: ,,, Description from Standards: This object specifies the low end inclusive range of TCP/UDP destination port numbers to which a packet is compared. If the referenced parameter is not present in a classifier, this object reports the value of 0.


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MAXACCESS: read-only Range from Standards: Integer32 (0..65535) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.9.16 wmanIfCmnClassifierRuleDestPortEnd OID: <optional> Type: Integer32 InitialValue: ,,, Description from Standards: This object specifies the high end inclusive range of TCP/UDP destination port numbers to which a packet is compared. If the referenced parameter is not present in a classifier, this object reports the value of 65535. MAXACCESS: read-only Range from Standards: Integer32 (0..65535) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.10 wmanIfCmnPhsRuleTable OID: { wmanIfCmnPacketCs 2 } Need help to identify if we need to support PHS. Stereotype: MIBTable Description from Standards: This table contains PHS rule dictionary entries. Each entry contains the data of the header to be suppressed along with its identification - PHSI. The classifier uniquely maps packets to its associated PHS Rule. The receiving entity uses the CID and the PHSI to restore the PHSF. Once a PHSF has been assigned to a PHSI, it shall not be changed. To change the value of a PHSF on a service flow, a new PHS rule shall be defined, the old rule is removed from the service flow, and the new rule is added. When a classifier is deleted, any associated PHS rule shall also be deleted. MAXACCESS: not-accessible REFERENCE: Subclause 5.2.3 in IEEE 802.16-2004 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM Access: Allow Access From LMT Only Task Allocation: <must provide task name>


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1.6.10.2 wmanIfCmnCpsSfId OID: <optional> Type: Unsigned32 InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: A 32 bit quantity that uniquely identifies a service flow to both the subscriber station and base station (BS). MAXACCESS: read-only Range from Standards: Unsigned32 ( 1 .. 4294967295) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.10.3 wmanIfCmnPhsRulePhsIndex OID: <optional> Type: INTEGER InitialValue: 1,2,3,4 Stereotype: Index Description from Standards: The PHSI (PHS Index) has a value between 1 and 255, which uniquely references the suppressed byte string. The index is unique per service flow. The uplink and downlink PHSI values are independent of each other. MAXACCESS: not-accessible Range from Standards: INTEGER (1..255) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A


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HPVM Impact: online

1.6.10.4 wmanIfCmnPhsRulePhsField OID: <optional> Type: OCTET STRING InitialValue: ,,, Description from Standards: The PHSF (PHS Field) is a string of bytes containing the header information to be suppressed by the sending CS and reconstructed by the receiving CS. The most significant byte of the string corresponds to the first byte of the CS-SDU. MAXACCESS: read-only Range from Standards: OCTET STRING (SIZE(0..65535)) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: HEX HPVM Impact: online

1.6.10.5 wmanIfCmnPhsRulePhsMask OID: <optional> Type: OCTET STRING InitialValue: ,,, Description from Standards: The PHSM An 8-bit mask that indicates which bytes in the PHS Field (PHSF) to suppress and which bytes to not suppress. The PHSM allows fields, such as sequence numbers or checksums (which vary in value), to be excluded from suppression with the constant bytes around them suppressed. It is encodded as follows: bit 0: 0 = don't suppress the 1st byte of the suppression field 1 = suppress first byte of the suppression field bit 1: 0 = don't suppress the 2nd byte of the suppression field 1 = suppress second byte of the suppression field bit x: 0 = don't suppress the (x+1) byte of the suppression field 1 = suppress (x+1) byte of the suppression field where the length of the octet string is ceiling (wmanIfCmnPhsRulePhsSize/8). MAXACCESS: read-only Range from Standards: OCTET STRING (SIZE(0..65535)) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: HEX


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HPVM Impact: online

1.6.10.6 wmanIfCmnPhsRulePhsSize OID: <optional> Type: Integer32 InitialValue: ,,, Units: byte Default Value from Standards: 0 Description from Standards: The value of this field - PHSS is the total number of bytes in the header to be suppressed and then restored in a service flow that uses PHS. MAXACCESS: read-only Range from Standards: Integer32 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.10.7 wmanIfCmnPhsRulePhsVerify OID: <optional> Type: WmanIfPhsRuleVerify InitialValue: ,,, Description from Standards: The value of this field indicates to the sending entity whether or not the packet header contents are to be verified prior to performing suppression. MAXACCESS: read-only Range from Standards: WmanIfPhsRuleVerify WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.11 wmanIfCmnCpsServiceFlowTable OID: { wmanIfCmnCps 1 } Stereotype: MIBTable Description from Standards: This table contains Service Flow managed objects that are common in BS and SS. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM Access: Allow Access From LMT Only Task Allocation: <must provide task name>


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1.6.11.2 wmanIfCmnCpsSfMacAddress OID: <optional> Type: MacAddress InitialValue: 1,2,3,4 Stereotype: Index Description from Standards: When this table is implemented on the basestation, this object contains the SS Mac address, the reported service flow was created for. On the SS, the value returned is the SS's own Mac address. MAXACCESS: not-accessible Range from Standards: MacAddress WiMAX Release: WiMAX 2.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.11.3 wmanIfCmnCpsSfId OID: <optional> Type: Unsigned32 InitialValue: 1,2,3,4 Stereotype: Index Description from Standards: A 32 bit quantity that uniquely identifies a service flow to both the subscriber station and base station (BS). MAXACCESS: read-only Range from Standards: Unsigned32 ( 1 .. 4294967295) WiMAX Release: WiMAX 2.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online


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1.6.11.4 wmanIfCmnCpsSfCid OID: <optional> Type: WmanIfCidType InitialValue: ,,, Description from Standards: A 16 bit channel identifier to identify the connection being created by DSA. MAXACCESS: read-only Range from Standards: WmanIfCidType WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.11.5 wmanIfCmnCpsSfDirection OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: An attribute indicating the service flow is downstream or upstream. MAXACCESS: read-only Range from Standards: INTEGER {downstream(1), upstream(2)} WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.11.6 wmanIfCmnCpsSfState OID: <optional> Type: WmanIfSfState InitialValue: ,,, Description from Standards: wmanIfCmnCpsSfState indicates the service flow state: Authorized (1), Admitted (2), and Active (3) service flow state. MAXACCESS: read-only Range from Standards: WmanIfSfState WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online


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1.6.11.7 wmanIfCmnCpsTrafficPriority OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: The value of this parameter specifies the priority assigned to a service flow. For uplink service flows, the BS should use this parameter when determining precedence in request service and grant generation, and the SS shall preferentially select contention Request opportunities for Priority Request CIDs based on this priority MAXACCESS: read-only Range from Standards: INTEGER (0 .. 7) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.11.8 wmanIfCmnCpsMaxSustainedRate OID: <optional> Type: Unsigned32 InitialValue: ,,, Description from Standards: This parameter defines the peak information rate of the service. The rate is expressed in bits per second and pertains to the SDUs at the input to the system. MAXACCESS: read-only Range from Standards: Unsigned32 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.11.9 wmanIfCmnCpsMaxTrafficBurst OID: <optional> Type: Unsigned32 InitialValue: ,,, Units: byte Description from Standards: This parameter defines the maximum burst size that must be accommodated for the service. MAXACCESS: read-only Range from Standards: Unsigned32 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required


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1.6.11.10 wmanIfCmnCpsMinReservedRate OID: <optional> Type: Unsigned32 InitialValue: ,,, Units: byte Description from Standards: This parameter specifies the minimum rate reserved for this service flow. MAXACCESS: read-only Range from Standards: Unsigned32 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.11.11 wmanIfCmnCpsToleratedJitter OID: <optional> Type: Unsigned32 InitialValue: ,,, Units: millisecond Description from Standards: This parameter defines the Maximum delay variation (jitter) for the connection. MAXACCESS: read-only Range from Standards: Unsigned32 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.11.12 wmanIfCmnCpsMaxLatency OID: <optional> Type: Unsigned32 InitialValue: ,,, Units: millisecond Description from Standards: The value of this parameter specifies the maximum latency between the reception of a packet by the BS or SS on its network interface and the forwarding of the packet to its RF Interface. MAXACCESS: read-only Range from Standards: Unsigned32


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1.6.11.13 wmanIfCmnCpsFixedVsVariableSduInd OID: <optional> Type: INTEGER InitialValue: ,,, Default Value from Standards: variableLength Description from Standards: The value of this parameter specifies whether the SDUs on the service flow are variable-length (0) or fixed-length (1). The parameter is used only if packing is on for the service flow. The default value is 0, i.e.,variable-length SDUs. MAXACCESS: read-only Range from Standards: INTEGER {variableLength(0), fixedLength(1)} WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.11.14 wmanIfCmnCpsSduSize OID: <optional> Type: Unsigned32 InitialValue: ,,, Units: byte Default Value from Standards: 49 Description from Standards: The value of this parameter specifies the length of the SDU for a fixed-length SDU service flow. This parameter is used only if packing is on and the service flow is indicated as carrying fixed-length SDUs. The default value is 49 bytes, i.e., VC-switched ATM cells with PHS. The parameter is relevant for both ATM and Packet Convergence Sublayers. MAXACCESS: read-only Range from Standards: Unsigned32 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online


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1.6.11.15 wmanIfCmnCpsSfSchedulingType OID: <optional> Type: WmanIfSfSchedulingType InitialValue: ,,, Default Value from Standards: bestEffort Description from Standards: Specifies the upstream scheduling service used for upstream service flow. If the referenced parameter is not present in the corresponding 802.16 QOS Parameter Set of an upstream service flow, the default value of this object is bestEffort(2). MAXACCESS: read-only Range from Standards: WmanIfSfSchedulingType WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.11.16 wmanIfCmnCpsArqEnable OID: <optional> Type: TruthValue InitialValue: ,,, Description from Standards: True(1) ARQ enabling is requested for the connection. MAXACCESS: read-only Range from Standards: TruthValue WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.11.17 wmanIfCmnCpsArqWindowSize OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: Indicates the maximum number of unacknowledged fragments at any time. MAXACCESS: read-only Range from Standards: INTEGER (1..1024) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online


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1.6.11.18 wmanIfCmnCpsArqBlockLifetime OID: <optional> Type: INTEGER InitialValue: ,,, Units: 10 us Description from Standards: The maximum time interval an ARQ fragment will be managed by the transmitter ARQ machine, once initial transmission of the fragment has occured. If transmission or retransmission of the fragment is not acknowledged by the receiver before the time limit is reached, the fragment is discarded. A value of 0 means Infinite. MAXACCESS: read-only Range from Standards: INTEGER (0 .. 65535) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.11.19 wmanIfCmnCpsArqSyncLossTimeout OID: <optional> Type: INTEGER InitialValue: ,,, Units: 10 us Description from Standards: The maximum interval before declaring a loss of synchronization of the sender and receiver state machines. A value of 0 means Infinite. MAXACCESS: read-only Range from Standards: INTEGER (0 .. 65535 ) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.11.20 wmanIfCmnCpsArqDeliverInOrder OID: <optional> Type: TruthValue InitialValue: ,,, Description from Standards: Indicates whether or not data is to be delivered by the receiving MAC to its client application in the order in which data was handed off to the originating MAC. MAXACCESS: read-only Range from Standards: TruthValue WiMAX Release: WiMAX 2.0


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Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.11.21 wmanIfCmnCpsArqRxPurgeTimeout OID: <optional> Type: INTEGER InitialValue: ,,, Units: 10 us Description from Standards: Indicates the time interval the ARQ window is advanced after a fragment is received. A value of 0 means Infinite. MAXACCESS: read-only Range from Standards: INTEGER (0 .. 65535) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.11.22 wmanIfCmnCpsArqBlockSize OID: <optional> Type: INTEGER InitialValue: ,,, Units: byte Description from Standards: This value of this parameter specifies the size of an ARQ block. This parameter shall be established by negotiation during the connection creation dialog. MAXACCESS: read-only Range from Standards: INTEGER (1..2040) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.11.23 wmanIfCmnCpsMinRsvdTolerableRate OID: <optional> Type: Unsigned32 InitialValue: ,,, Units: b/s Description from Standards: Minimum Tolerable Traffic Rate = R (bits/sec) with time base T(sec) means the following. Let S denote


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additional demand accumulated at the MAC SAP of the transmitter during an arbitrary time interval of the length T. Then the amount of data forwarded at the receiver to CS (in bits) during this interval should be not less than min {S, R * T}. MAXACCESS: read-only Range from Standards: Unsigned32 WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.11.24 wmanIfCmnCpsReqTxPolicy OID: <optional> Type: BITS InitialValue: ,,, Description from Standards: The value of this parameter provides the capability to specify certain attributes for the associated service flow. An attribute is enabled by setting the corresponding bit position to 1. MAXACCESS: read-only Range from Standards: BITS {noBroadcastBwReq(0), reserved1(1), noPiggybackReq(2), noFragmentData(3), noPHS(4), noSduPacking(5), noCrc(6), reserved2(7)} WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.11.25 wmanIfCmnSfCsSpecification OID: <optional> Type: WmanIfCsSpecification InitialValue: ,,, Description from Standards: This parameter specifies the convergence sublayer encapsulation mode. MAXACCESS: read-only Range from Standards: WmanIfCsSpecification WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only


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1.6.11.26 wmanIfCmnCpsTargetSaid OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: The target SAID parameter indicates the SAID onto which the service flow being set up shall be mapped. MAXACCESS: read-only Range from Standards: INTEGER (0 .. 65535) WiMAX Release: WiMAX 2.0 Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.12 wmanDevSsConfigFileEncodingTable OID: { wmanDevSsObjects 1 } SS object group – containing tables and objects to be implemented in the Subscriber station Stereotype: MIBTable Description from Standards: This table contains configuration file encoding information of the SS. MAXACCESS: not-accessible REFERENCE: Section 11.2 in IEEE 802.16-2004 WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM Task Allocation: <must provide task name>

1.6.12.1 wmanDevSsDeviceIndex OID: <optional> Type: INTEGER InitialValue: 1,2,3,4 Stereotype: Index Description from Standards: An arbitrary index. Must have value of 1. MAXACCESS: not-accessible Range from Standards: INTEGER (1..1) WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online


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1.6.12.2 wmanDevSsVendorId OID: <optional> Type: OCTET STRING InitialValue: ,,, Description from Standards: This value identifies the managed SS vendor to which the software upgrade is to be applied. MAXACCESS: read-only Range from Standards: OCTET STRING (SIZE(3)) WiMAX Release: WiMAX 1.0 Category: Inventory Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: ASCII HPVM Impact: online

1.6.12.3 wmanDevSsHwId OID: <optional> Type: OCTET STRING InitialValue: ,,, Description from Standards: This value identifies the hardware version to which the software upgrade is to be applied. MAXACCESS: read-only Range from Standards: OCTET STRING WiMAX Release: WiMAX 1.0 Category: Inventory Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: ASCII HPVM Impact: online

1.6.12.4 wmanDevSsSwVersion OID: <optional> Type: OCTET STRING InitialValue: ,,, Description from Standards: This value identifies the software version of the software upgrade file. The value is administered by the vendor identifed in the Vendor ID field. It should be defined by the vendor to be unique with respect to a given hardware ID. MAXACCESS: read-only Range from Standards: OCTET STRING WiMAX Release: WiMAX 1.0 Category: Inventory Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: ASCII HPVM Impact: online


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1.6.13.1 wmanDevCmnResetDevice OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: This object should be implemented as follows: - When set to actionsResetDevice value, instructs device to reset itself - When set to value different than actionsResetDevice it should be ignored - When read it should return actionsResetDeviceNoAction MAXACCESS: read-write Range from Standards: INTEGER {actionResetDeviceNoAction(0), actionResetDevice(1)} WiMAX Release: WiMAX 1.0 Category: Action Scope: Per BTS Network Element: CPE/HPVM & BTS License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online


1.6.14.1 wmanPriDeviceType OID: <optional> Type: DisplayString


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Description from Standards: This object indicates the type of the device. The allowed string values are 'CPE' | 'AP' | 'CAPC'. This object should match the value of <DeviceType> in the manifest file for software bundle. MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Device Type Network Element: All License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A HPVM Impact: online

1.6.14.2 wmanPriDeviceManufacturerId OID: <optional> Type: DisplayString Description from Standards: This object identifies the manufacturer of the device. The value should match the <ManufacturerId> tag in the manifest file of the software bundle. MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Motorola Default Value: Motorola Motorola Range: Motorola Category: Inventory Presentation Name: Manufacturer Id Network Element: All License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A HPVM Impact: online

1.6.14.3 wmanPriDeviceCarrierId OID: <optional> Type: DisplayString Description from Standards: This object identifies the service provider that owns and operates the device. The value should match the <CarrierId> tag contained in the manifest file of the software bundle. For AP/CAPC, the value should be set to 'any'. For CPE, this should be the same as the Network Service Provider ID (3 bytes). MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Carrier Id Network Element: All License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online


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1.6.14.4 wmanPriDeviceHardwareId OID: <optional> Type: DisplayString Description from Standards: This object describes the specific hardware characteristics of the device. The value should match the <HardwareId> tag in the manifest file of the software bundle. For AP, there are currently three values supported: DAP, GAP and SAAP. DAP - Diversity Access Point. GAP - Ground-based Access Point. SAAP - Smart Antenna Access Point. For CAPC, this object usually indicates the specific platform type (Low-tier, High-tier, etc). For CPE, this object should be used to indicate the chipset vendor. MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Hardware Id Network Element: All License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A HPVM Impact: online

1.6.14.5 wmanPriDeviceModelNumber OID: <optional> Type: DisplayString Description from Standards: This object indicates the model number of the device. The value should match the <ModelNumber> tag in the manifest file of the software bundle. In general, the model number should only be used for CPEs. The EMS uses the model number to control upgrade policies applicable to a group of CPEs. MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Model Number Network Element: All License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A HPVM Impact: online

1.6.15 ifTable Presentation Name: Interfaces OID: { interfaces 2 } the Interfaces table The Interfaces table contains information on the entity's interfaces. Each sub-layer below the internetwork-layer of a network interface is considered to be an interface. Stereotype: MIBTable Description from Standards: A list of interface entries. The number of entries is given by the value of ifNumber.


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MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: All Task Allocation: capcNM

1.6.15.1 ifIndex OID: <optional> Type: InterfaceIndex InitialValue: 1,2,3,4 Motorola Implementation: For BTS, sectors are always in front of the other interfaces. For CAPC, the ifIndex range for payload modules is 1..10. The redundancy pair ifIndex values are always consecutive (ifIndex 1&2 are a pair, 3&4, 5&6, etc.). Stereotype: Index Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: BTS-->Sector, Ethernet, RF Head CAPC-->Payload Card CPE/HPVM-->Device Network Element: All License Required: Not Required Task Allocation: capcNM,ap_NM Octet String Subtype: N/A HPVM Impact: online

1.6.15.2 ifPhysAddress OID: <optional> Type: PhysAddress InitialValue: ,,, Motorola Implementation: BTS: For each of the sectors, the ifPhysAddress is the Sector Id as defined in 802.16 standards. The Sector Id is a 6 octets ANSI/IEEE Std 802 MAC address configured from the EMS. It is NOT the physical MAC address even if the sector has a physical MAC address. -A Base Station/Sector is identified by a logical IEEE 802 MAC address (6 octets). The most significant 3 octets are the IEEE assigned Organizationally Unique Identifier for the service provider. The next 2 octets are the Base Station number within the service provider’s domain. The least significant 1 octet is the Sector number within the Base Station. - A Base Station/Sector Id is stored in binary “canonical” order defined by IEEE 802.1a, i.e., as if it were transmitted least significant bit first. For example: AC-DE-48-00-08-01 is the logical MAC address for sector 1 of BS 8 operated by service provider AC-DE-48. The binary representation is: IEEE 802 MAC in Canonical Order Octet 1 Octet 2 Octet 3 Octet 4 Octet 5 Octet 6 0011 0101 0111 1011 0001 0010 0000 0000 0001 0000 1000 0000


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C A E D 8 4 0 0 8 0 1 0 IEEE 802.16f also recommends the value of BS/Sector Id be displayed with 2 parts clearly separated by a colon e.g: ACDE48:000801. The most significant part represents the service provider id. After the BS/Sector Ids are entered, the EMS should ensure that there is no other BS/Sector in its management domain has the same id. Also the BS Id cannot be the same as any Paging Controller Id configured for CAPCs. If there is duplication, the EMS must inform the operator and request configuration modification. - CAPC: The operator provides the Paging Controller Id in the format of a logical MAC address via the EMS GUI. Based on the definition in 802.16 standards, the Paging Controller Id is defined in the same format as Base Station Id. The Sector Id part will be set to 0 for CAPC. After the Paging Controller Id is entered, the EMS should ensure that there is no duplication among all other Paging Controller Ids and BS Ids in its management domain. - CPE/HPVM: This represents the device's MAC Address. Description from Standards: The interface's address at its protocol sub-layer. For example, for an 802.x interface, this object normally contains a MAC address. The interface's media-specific MIB must define the bit and byte ordering and the format of the value of this object. For interfaces which do not have such an address (e.g., a serial line), this object should contain an octet string of zero length. MAXACCESS: read-only Range from Standards: PhysAddress WiMAX Release: WiMAX 1.0 Motorola Range: BTS: <IEEE Service Provider Id (3 octets)>:<Base Station Id (2 octets)><Sector number within Base Station (1 octet)> or <IEEE Service Provider Id><Base Station Id (1...65535)><ifIndex> IM Rule: Ensure that there is no duplication among all other Paging Controller Ids and BS Ids in its Management Domain. CAPC Paging Controller: <IEEE Service Provider Id (3 octets)>:<CAPC Id (1 or 2 octets)><0(2 or 1 octets based on CAPC Id)> The last 3 octets are split based on the number of paging groups. - If there is over 255 paging groups in a CAPC, then use 1 octet for CAPC Id. (small number of large CAPCs) - If there is less than 256 paging groups in a CAPC, then use 2 octets for CAPC Id. (large number of small CAPCs) IM Rule: Ensure no duplicate paging controller ids. CPE/HPVM: MAC Address Category: Inventory Network Element: All License Required: Not Required Task Allocation: capcNM,ap_NM Octet String Subtype: HEX HPVM Impact: online


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1.6.16.1 radiusAuthClientInvalidServerAddresses OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The number of RADIUS Access-Response packets received from unknown addresses. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.16.2 radiusAuthClientIdentifier OID: <optional> Type: SnmpAdminString InitialValue: ,,, Description from Standards: The NAS-Identifier of the RADIUS authentication client. This is not necessarily the same as sysName in MIB II. MAXACCESS: read-only Range from Standards: SnmpAdminString WiMAX Release: WiMAX 1.0 Category: Advanced Configuration Network Element: MSS(HPVM) & CAPC License Required: Not Required Task Allocation: capcAuth Octet String Subtype: HEX HPVM Impact: online

1.6.17 radiusAuthServerTable


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Presentation Name: RADIUS Authentication Server OID: { radiusAuthClient 3 } Stereotype: MIBTable Description from Standards: The (conceptual) table listing the RADIUS authentication servers with which the client shares a secret. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: BTS & CAPC & MSS Task Allocation: capcAuth

1.6.17.1 radiusAuthServerIndex OID: <optional> Type: Integer32 InitialValue: 1,2,3,4 Stereotype: Index Description from Standards: A number uniquely identifying each RADIUS Authentication server with which this client communicates. MAXACCESS: not-accessible Range from Standards: Integer32 (1..2147483647) WiMAX Release: WiMAX 1.0 Motorola Range: CAPC: 1-2, AP/HPVM: 0-1 License Required: Not Required Task Allocation: ap_LMT Octet String Subtype: N/A HPVM Impact: online

1.6.17.2 radiusAuthClientRoundTripTime OID: <optional> Type: TimeTicks InitialValue: ,,, Description from Standards: The time interval (in hundredths of a second) between the most recent Access-Reply/Access-Challenge and the Access-Request that matched it from this RADIUS authentication server. MAXACCESS: read-only Range from Standards: TimeTicks WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.17.3 radiusAuthClientAccessRequests OID: <optional> Type: Counter32 InitialValue: ,,, Motorola Implementation: Request/Response statistics


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TotalIncomingPackets = Accepts + Rejects + Challenges + UnknownTypes TotalIncomingPackets - MalformedResponses - BadAuthenticators - UnknownTypes - PacketsDropped = Successfully received AccessRequests + PendingRequests + ClientTimeouts = Successfully Received Description from Standards: The number of RADIUS Access-Request packets sent to this server. This does not include retransmissions. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.17.4 radiusAuthClientAccessRetransmissions OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The number of RADIUS Access-Request packets retransmitted to this RADIUS authentication server. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.17.5 radiusAuthClientAccessAccepts OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The number of RADIUS Access-Accept packets (valid or invalid) received from this server. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online


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1.6.17.6 radiusAuthClientAccessRejects OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The number of RADIUS Access-Reject packets (valid or invalid) received from this server. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.17.7 radiusAuthClientAccessChallenges OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The number of RADIUS Access-Challenge packets (valid or invalid) received from this server. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.17.8 radiusAuthClientMalformedAccessResponses OID: <optional> Type: Counter32 InitialValue: ,,, Motorola Implementation: "Access-Response" includes an Access-Accept, Access-Challenge or Access-Reject Description from Standards: The number of malformed RADIUS Access-Response packets received from this server. Malformed packets include packets with an invalid length. Bad authenticators or Signature attributes or unknown types are not included as malformed access responses. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name>


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1.6.17.9 radiusAuthClientBadAuthenticators OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The number of RADIUS Access-Response packets containing invalid authenticators or Signature attributes received from this server. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.17.10 radiusAuthClientPendingRequests OID: <optional> Type: Gauge32 InitialValue: ,,, Description from Standards: The number of RADIUS Access-Request packets destined for this server that have not yet timed out or received a response. This variable is incremented when an Access-Request is sent and decremented due to receipt of an Acess-Accept, Access-Reject or Access-Challenge, a timeout or retransmission. MAXACCESS: read-only Range from Standards: Gauge32 WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.17.11 radiusAuthClientTimeouts OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The number of authentication timeouts to this server. After a timeout the client may retry to the same server, send to a different server, or give up. A retry to the same server is counted as a retransmit as well as a timeout. A send to a different server is counted as a Request as well as a timeout.


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MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.17.12 radiusAuthClientUnknownTypes OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The number of RADIUS packets of unknown type which were received from this server on the authentication port. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.17.13 radiusAuthClientPacketsDropped OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The number of RADIUS packets of which were received from this server on the authentication port and dropped for some other reason. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.18 wmanMssFreqConfigTable OID: { wmanMssPrivate 1 } The table defines the MSS's Chan Frequency Bandwidth supported. Stereotype: MIBTable Description from Standards: <must provide description>


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MAXACCESS: read-only REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM Task Allocation: <must provide task name>

1.6.18.1 wmanMssFreqConfigIndex OID: <optional> Type: INTEGER Stereotype: Index Description from Standards: <must provide description> MAXACCESS: read-only Range from Standards: INTEGER (1 .. 1000) WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.18.2 wmanMssFreqConfigBand OID: <optional> Type: INTEGER Description from Standards: Frequency band a device is configured to use. A device model may support a couple of frequency bands. MAXACCESS: read-create Range from Standards: INTEGER (0 .. 3) WiMAX Release: WiMAX 1.0 Motorola Default Value: Default load in FAC Motorola Range: 700MHz(0), 2.3GHz(1), 2.5GHz(2), 3.5GHz(3) Category: Factory Configuration Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.18.3 wmanMssFreqConfigChannelBw OID: <optional> Type: INTEGER Description from Standards: Bandwidth of the frequency band. MAXACCESS: read-create Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Motorola Default Value: 4, Load in FAC Motorola Range: 1 = 3.5 MHz 2 = 5 MHz 3 = 7 MHz 4 = 10 MHz


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Category: Factory Configuration Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.18.4 wmanMssFreqConfigRowStatus OID: <optional> Type: RowStatus Description from Standards: This parameter is used to insert/delete rows to/from this table. MAXACCESS: read-create Range from Standards: RowStatus WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.19 wmanMssSpFreqTable OID: { wmanMssPrivate 3} This table defines the preferred frequency list that the MSS should scan during network entry. The frequency list will be service provider specific. This table will always be loaded in factory. It is not a mandatory configuration from the EMS. The operator can change it if needed. Stereotype: MIBTable Description from Standards: <must provide description> MAXACCESS: read-only REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM Task Allocation: <must provide task name>

1.6.19.1 wmanMssSpFreqIndex OID: <optional> Type: INTEGER Stereotype: Index Description from Standards: <must provide description> MAXACCESS: read-only Range from Standards: INTEGER (1 .. 50) WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.19.2 wmanMssSpFrequency OID: <optional>


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Type: Unsigned32 Units: kHz Motorola Implementation: Preferred scan frequency (kHz) in multiples of 250. For 2.3 GHz RF Band, the range must be in 2302500 to 2397500 inclusive. For 2.5 GHz RF Band, the range must be in 2497500 to 2687500 inclusive. For 3.5 GHz RF Band, the range must be in 3402500 to 3597500 inclusive. Description from Standards: The frequencies the MSS shall scan through. Loaded in factory, but may be turned per service provider. MAXACCESS: read-create Range from Standards: Unsigned32 WiMAX Release: WiMAX 1.0 Motorola Default Value: Load in FAC. Category: Configuration Scope: Management Domain Presentation Name: Frequency Scan List Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.19.3 wmanMssSpFreqRowStatus OID: <optional> Type: RowStatus Description from Standards: This parameter is used to insert/delete rows to/from this table. MAXACCESS: read-create Range from Standards: RowStatus WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.20 wmanMssNapNspTable Presentation Name: Network Access Provider To Network Service Provider Mapping OID: {wmanMssPrivate 4} This tables defines the NAPs that the MSS should attach to along with the NSPs mapping to the NAPs. Stereotype: MIBTable Description from Standards: <must provide description> MAXACCESS: read-only REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM Task Allocation: <must provide task name>


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1.6.20.1 wmanMssNapNspIndex OID: <optional> Type: INTEGER Stereotype: Index Description from Standards: <must provide description> MAXACCESS: read-only Range from Standards: INTEGER (1 .. 1000) WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.20.2 wmanMssNap OID: <optional> Type: OCTET STRING Description from Standards: Network Access Provider ID - Follow the model of service provider tuned in the factory. NAP ID is a globally unique identifier of WiMax access network provider. The upper 24 bits of BS ID (called also Operator ID in 802.16-2004) is set to NAP ID. This attribute is used to match the NAP ID that is found in the BS ID of the DL_MAP. MAXACCESS: read-create Range from Standards: OCTET STRING (SIZE(3)) WiMAX Release: WiMAX 1.0 Motorola Default Value: n/a (this is ASN dependent. Unless this is a fixed CPE there is no default data.) Category: Configuration Presentation Name: NAP ID Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: HEX HPVM Impact: online

1.6.20.3 wmanMssNspId OID: <optional> Type: OCTET STRING Description from Standards: Network Service Provider ID - Follow the model of svc provider tuned in the factory. NSP ID is a globally unique identifier of a WiMax network service provider. This is the 24-bit operator ID. MAXACCESS: read-create Range from Standards: OCTET STRING (SIZE(3)) WiMAX Release: WiMAX 1.0 Motorola Default Value: n/a (this is service provider dependent and may be configured as a part of factory pre-provisioning) Category: Configuration Presentation Name: NSP ID


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Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: HEX HPVM Impact: online

1.6.20.4 wmanMssNspRealm OID: <optional> Type: DisplayString Description from Standards: This is the NSP realm. MAXACCESS: read-create Range from Standards: DisplayString (SIZE(64)) WiMAX Release: WiMAX 1.0 Motorola Default Value: n/a (this is service provider dependent and may be configured as a part of factory pre-provisioning) Category: Configuration Presentation Name: NSP Realm Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: ASCII HPVM Impact: online

1.6.20.5 wmanMssNapNspRowStatus OID: <optional> Type: RowStatus Description from Standards: This parameter is used to insert/delete rows to/from this table. MAXACCESS: read-create Range from Standards: RowStatus WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.21 wmanMssInfo Presentation Name: Device Information OID: { wmanMssPrivate 5} Stereotype: ObjectIdentifier Description from Standards: <must provide description> MAXACCESS: read-only REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: CPE/HPVM Task Allocation: <must provide task name>


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1.6.21.1 wmanMssInfoNai OID: <optional> Type: DisplayString Motorola Implementation: This is the NAI of the address. The format is [email protected]. Description from Standards: Network Access Identifier of the device. MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Network Access Identifier Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.21.2 wmanMssInfoModelNum OID: <optional> Type: DisplayString Description from Standards: Device model number used to track different tiers and features of the device as the whole. MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Model Number Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.21.3 wmanMssInfoSerialNum OID: <optional> Type: DisplayString Description from Standards: Device serial number. MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Serial Number Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online


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1.6.21.4 wmanMssInfoHwRev OID: <optional> Type: DisplayString Description from Standards: Hardware Identifier used for the revision number of the host board and radio board. MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Hardware Id Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.21.5 wmanMssInfoSwVersion OID: <optional> Type: DisplayString Description from Standards: Software Version. MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Software Version Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.21.6 wmanMssInfoConfigVerNum OID: <optional> Type: DisplayString Description from Standards: Configuration Version Number of the CPE. MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Configuration Version Number Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.21.7 wmanMssInfoDomainName OID: <optional> Type: DisplayString Description from Standards: Service Provider's Domain Name


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MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Service Provider's Domain Name Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.21.8 wmanMssInfoUserName OID: <optional> Type: DisplayString Motorola Implementation: CPE Customer's user name. Description from Standards: <must provide description> MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: CPE Customer's user name Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.21.9 wmanMssInfoVendorId OID: <optional> Type: DisplayString Description from Standards: Vendor Id. MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Vendor Id Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.21.10 wmanMssSnmpV3KeyLifetime OID: <optional> Type: INTEGER Motorola Implementation: Action variable initiated by the EMS to reset the SNMPv3 key expiration time on the CPE/HPVM with a SNMP operation.


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Description from Standards: The value shall be derived by the model. MAXACCESS: read-only Range from Standards: INTEGER {No(0), Yes(1)} WiMAX Release: WiMAX 2.0 Category: Action Network Element: CPE/HPVM License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online


1.6.22.1 wmanMssRssiDnlink OID: <optional> Type: INTEGER Units: dB Motorola Implementation: Measurement of downlink RSSI (received signal strength indicator) in dBm Description from Standards: Measurement of downlink RSSI (received signal strength indicator) in dB. MAXACCESS: read-only Range from Standards: INTEGER WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.22.2 wmanMssHarqRetrySnd OID: <optional> Type: Counter32


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Motorola Implementation: Number of HARQ retries transmitted by the MSS. Description from Standards: Number of HARQ retries transmitted by the MSS. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.22.3 wmanMssHarqRetryRcv OID: <optional> Type: Counter32 Motorola Implementation: Number of HARQ retries received by the MSS. Description from Standards: Number of HARQ retries received by the MSS. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.22.4 wmanMssHarqRetryExceeded OID: <optional> Type: Counter32 Motorola Implementation: Number of HARQ sub-bursts that have been attempted the maximum number of times with failure each time. Description from Standards: Number of HARQ sub-bursts that have been attempted the maximum number of times with failure each time. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online


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1.6.22.5 wmanMssArqRetrySnd OID: <optional> Type: Counter32 Motorola Implementation: Number of ARQ retries transmitted by the MSS. Description from Standards: Number of ARQ retries transmitted by the MSS. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.22.6 wmanMssArqRetryRcv OID: <optional> Type: Counter32 Motorola Implementation: Number of ARQ retries received by the MSS. Description from Standards: Number of ARQ retries received by the MSS. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.22.7 wmanMssArqRetryExceeded OID: <optional> Type: Counter32 Motorola Implementation: Number of ARQ sub-bursts that have been attempted the maximum number of times with failure each time. Description from Standards: Number of ARQ sub-bursts that have been attempted the maximum number of times with failure each time. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A


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HPVM Impact: online

1.6.22.8 wmanMssPduSndQpsk12 OID: <optional> Type: Counter32 Motorola Implementation: Number of PDUs transmitted from MSS to AP at MCS coded with QPSK 1/2. Description from Standards: Number of PDUs transmitted from MSS to AP at MCS coded with QPSK 1/2. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.22.9 wmanMssPduSndQpsk34 OID: <optional> Type: Counter32 Motorola Implementation: Number of PDUs transmitted from MSS to AP at MCS coded with QPSK 3/4. Description from Standards: Number of PDUs transmitted from MSS to AP at MCS coded with QPSK 3/4. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.22.10 wmanMssPduSnd16Qam12 OID: <optional> Type: Counter32 Motorola Implementation: Number of PDUs transmitted from MSS to AP at MCS coded with 16 QAM 1/2. Description from Standards: Number of PDUs transmitted from MSS to AP at MCS coded with 16 QAM 1/2. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required


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1.6.22.11 wmanMssPduSnd16Qam34 OID: <optional> Type: Counter32 Motorola Implementation: Number of PDUs transmitted from MSS to AP at MCS coded with 16 QAM 3/4 Description from Standards: Number of PDUs transmitted from MSS to AP at MCS coded with 16 QAM 3/4 MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.22.12 wmanMssPduRcvQpsk12 OID: <optional> Type: Counter32 Motorola Implementation: Number of PDUs received by MSS from AP at MCS coded with QPSK 1/2. Description from Standards: Number of PDUs received by MSS from AP at MCS coded with QPSK 1/2. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.22.13 wmanMssPduRcvQpsk34 OID: <optional> Type: Counter32 Motorola Implementation: Number of PDUs received by MSS from AP at MCS coded with QPSK 3/4. Description from Standards: Number of PDUs received by MSS from AP at MCS coded with QPSK 3/4. MAXACCESS: read-only Range from Standards: Counter32


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WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.22.14 wmanMssPduRcv16Qam12 OID: <optional> Type: Counter32 Motorola Implementation: Number of PDUs received by MSS from AP at MCS coded with 16 QAM 1/2. Description from Standards: Number of PDUs received by MSS from AP at MCS coded with 16 QAM 1/2. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online


1.6.22.16 wmanMssPduRcv64Qam12 OID: <optional> Type: Counter32 Motorola Implementation: Number of PDUs received by MSS from AP at MCS coded with 64 QAM 1/2.


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Description from Standards: Number of PDUs received by MSS from AP at MCS coded with 64 QAM 1/2. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.22.17 wmanMssPduRcv64Qam23 OID: <optional> Type: Counter32 Motorola Implementation: Number of PDUs received by MSS from AP at MCS coded with 64 QAM 2/3. Description from Standards: Number of PDUs received by MSS from AP at MCS coded with 64 QAM 2/3 MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online



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1.6.22.19 wmanMssPduRcv64Qam56 OID: <optional> Type: Counter32 Motorola Implementation: Number of PDUs received by MSS from AP at MCS coded with 64 QAM 5/6. Description from Standards: Number of PDUs received by MSS from AP at MCS coded with 64 QAM 5/6 MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.22.20 wmanMssInitRangingFail OID: <optional> Type: Counter32 Motorola Implementation: Number of initial ranging failures Description from Standards: Number of initial ranging failures MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.22.21 wmanMssPeriodicRangingFail OID: <optional> Type: Counter32 Motorola Implementation: Number of periodic ranging failures Description from Standards: Number of periodic ranging failures MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online


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1.6.22.22 wmanMssBandwidthRangingFail OID: <optional> Type: Counter32 Motorola Implementation: Number of bandwidth ranging failures Description from Standards: Number of bandwidth ranging failures MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Category: Real-Time Statistic Network Element: CPE/HPVM License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.6.22.23 wmanMssHoRangingFail OID: <optional> Type: Counter32 Motorola Implementation: Number of Handover ranging failures Description from Standards: Number of Handover ranging failures MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Real-Time Statistic Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A HPVM Impact: online

1.7 Name: MSSConfiguration

1.7.1 wmanIfSsNotificationObjectsTable OID: { wmanIfSsTrapDefinitions 1 } Stereotype: MIBTable Description from Standards: This table contains SS notification objects that have been reported by the trap. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) Task Allocation: <must provide task name>


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1.7.1.1 ifIndex OID: <optional> Type: InterfaceIndex InitialValue: 1,2,3,4 Stereotype: VirtualIndex Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 1.0 License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A

1.7.1.2 wmanIfSsMacAddress OID: <optional> Type: MacAddress InitialValue: ,,, Description from Standards: The MAC address of the SS generating the trap. MAXACCESS: read-only Range from Standards: MacAddress WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A

1.7.1.3 wmanIfSsUnknownTlv OID: <optional> Type: OCTET STRING InitialValue: ,,, Description from Standards: Indicating the value of the unknown TLV. MAXACCESS: read-only Range from Standards: OCTET STRING WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A

1.7.1.4 wmanIfSsDynamicServiceType OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: This object indicates the dynamic service flow creation command type. MAXACCESS: read-only


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Range from Standards: INTEGER {ssSfCreationReq(1), ssSfCreationRsp(2), ssSfCreationAck(3)} WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A

1.7.1.5 wmanIfSsDynamicServiceFailReason OID: <optional> Type: OCTET STRING InitialValue: ,,, Description from Standards: This object indicates the reason why the service flow creation has failed. MAXACCESS: read-only Range from Standards: OCTET STRING WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A

1.7.1.6 wmanIfSsRssiStatus OID: <optional> Type: INTEGER InitialValue: ,,, Description from Standards: A RSSI alarm is generated if the RSSI is lower than wmanIfSsRssiLowThreshold, or above wmanIfSsRssiHighThreshold after alarm is restored. MAXACCESS: read-only Range from Standards: INTEGER {ssRssiAlarm(1), ssRssiNoAlarm(2)} WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A

1.7.1.7 wmanIfSsRssiStatusInfo OID: <optional> Type: OCTET STRING InitialValue: ,,, Description from Standards: This object provides additional information about RSSI alarm. It is implementation specific MAXACCESS: read-only Range from Standards: OCTET STRING WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required


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Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A


1.7.2.1 wmanPriDeviceType OID: <optional> Type: DisplayString Description from Standards: This object indicates the type of the device. The allowed string values are 'CPE' | 'AP' | 'CAPC'. This object should match the value of <DeviceType> in the manifest file for software bundle. MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Device Type Network Element: All License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A

1.7.2.2 wmanPriDeviceManufacturerId OID: <optional> Type: DisplayString Description from Standards: This object identifies the manufacturer of the device. The value should match the <ManufacturerId> tag in the manifest file of the software bundle. MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Motorola Default Value: Motorola Motorola Range: Motorola Category: Inventory Presentation Name: Manufacturer Id Network Element: All License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A

1.7.2.3 wmanPriDeviceCarrierId OID: <optional> Type: DisplayString


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Description from Standards: This object identifies the service provider that owns and operates the device. The value should match the <CarrierId> tag contained in the manifest file of the software bundle. For AP/CAPC, the value should be set to 'any'. For CPE, this should be the same as the Network Service Provider ID (3 bytes). MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Carrier Id Network Element: All License Required: Not Required Task Allocation: <must provide task Name> Octet String Subtype: N/A

1.7.2.4 wmanPriDeviceHardwareId OID: <optional> Type: DisplayString Description from Standards: This object describes the specific hardware characteristics of the device. The value should match the <HardwareId> tag in the manifest file of the software bundle. For AP, there are currently three values supported: DAP, GAP and SAAP. DAP - Diversity Access Point. GAP - Ground-based Access Point. SAAP - Smart Antenna Access Point. For CAPC, this object usually indicates the specific platform type (Low-tier, High-tier, etc). For CPE, this object should be used to indicate the chipset vendor. MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Hardware Id Network Element: All License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A

1.7.2.5 wmanPriDeviceModelNumber OID: <optional> Type: DisplayString Description from Standards: This object indicates the model number of the device. The value should match the <ModelNumber> tag in the manifest file of the software bundle. In general, the model number should only be used for CPEs. The EMS uses the model number to control upgrade policies applicable to a group of CPEs. MAXACCESS: read-only Range from Standards: DisplayString WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: Model Number Network Element: All License Required: Not Required Task Allocation: capcNM Octet String Subtype: N/A

1.7.3 ifTable


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Presentation Name: Interfaces OID: { interfaces 2 } the Interfaces table The Interfaces table contains information on the entity's interfaces. Each sub-layer below the internetwork-layer of a network interface is considered to be an interface. Stereotype: MIBTable Description from Standards: A list of interface entries. The number of entries is given by the value of ifNumber. MAXACCESS: not-accessible REFERENCE: <optional> WiMAX Release: WiMAX 1.0 Network Element: All Task Allocation: capcNM

1.7.3.1 ifIndex OID: <optional> Type: InterfaceIndex InitialValue: 1,2,3,4 Motorola Implementation: For BTS, sectors are always in front of the other interfaces. For CAPC, the ifIndex range for payload modules is 1..10. The redundancy pair ifIndex values are always consecutive (ifIndex 1&2 are a pair, 3&4, 5&6, etc.). Stereotype: Index Description from Standards: A unique value, greater than zero, for each interface. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re- initialization. MAXACCESS: read-only Range from Standards: InterfaceIndex WiMAX Release: WiMAX 1.0 Category: Inventory Presentation Name: BTS-->Sector, Ethernet, RF Head CAPC-->Payload Card CPE/HPVM-->Device Network Element: All License Required: Not Required Task Allocation: capcNM,ap_NM Octet String Subtype: N/A

1.7.3.2 ifPhysAddress OID: <optional> Type: PhysAddress InitialValue: ,,, Motorola Implementation: BTS: For each of the sectors, the ifPhysAddress is the Sector Id as defined in 802.16 standards. The Sector Id is a 6 octets ANSI/IEEE Std 802 MAC address configured from the EMS. It is NOT the physical MAC address even if the sector has a physical MAC address. -A Base Station/Sector is identified by a logical IEEE 802 MAC address (6 octets). The most significant 3 octets are the IEEE assigned Organizationally Unique Identifier for the service provider. The next 2 octets are the Base Station number within the service provider’s domain. The least significant 1 octet is the Sector number within the Base Station.


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- A Base Station/Sector Id is stored in binary “canonical” order defined by IEEE 802.1a, i.e., as if it were transmitted least significant bit first. For example: AC-DE-48-00-08-01 is the logical MAC address for sector 1 of BS 8 operated by service provider AC-DE-48. The binary representation is: IEEE 802 MAC in Canonical Order Octet 1 Octet 2 Octet 3 Octet 4 Octet 5 Octet 6 0011 0101 0111 1011 0001 0010 0000 0000 0001 0000 1000 0000 C A E D 8 4 0 0 8 0 1 0 IEEE 802.16f also recommends the value of BS/Sector Id be displayed with 2 parts clearly separated by a colon e.g: ACDE48:000801. The most significant part represents the service provider id. After the BS/Sector Ids are entered, the EMS should ensure that there is no other BS/Sector in its management domain has the same id. Also the BS Id cannot be the same as any Paging Controller Id configured for CAPCs. If there is duplication, the EMS must inform the operator and request configuration modification. - CAPC: The operator provides the Paging Controller Id in the format of a logical MAC address via the EMS GUI. Based on the definition in 802.16 standards, the Paging Controller Id is defined in the same format as Base Station Id. The Sector Id part will be set to 0 for CAPC. After the Paging Controller Id is entered, the EMS should ensure that there is no duplication among all other Paging Controller Ids and BS Ids in its management domain. - CPE/HPVM: This represents the device's MAC Address. Description from Standards: The interface's address at its protocol sub-layer. For example, for an 802.x interface, this object normally contains a MAC address. The interface's media-specific MIB must define the bit and byte ordering and the format of the value of this object. For interfaces which do not have such an address (e.g., a serial line), this object should contain an octet string of zero length. MAXACCESS: read-only Range from Standards: PhysAddress WiMAX Release: WiMAX 1.0 Motorola Range: BTS: <IEEE Service Provider Id (3 octets)>:<Base Station Id (2 octets)><Sector number within Base Station (1 octet)> or <IEEE Service Provider Id><Base Station Id (1...65535)><ifIndex> IM Rule: Ensure that there is no duplication among all other Paging Controller Ids and BS Ids in its Management Domain. CAPC Paging Controller: <IEEE Service Provider Id (3 octets)>:<CAPC Id (1 or 2 octets)><0(2 or 1 octets based on CAPC Id)> The last 3 octets are split based on the number of paging groups. - If there is over 255 paging groups in a CAPC, then use 1 octet for CAPC Id. (small number of large CAPCs) - If there is less than 256 paging groups in a CAPC, then use 2 octets for CAPC Id. (large number of small CAPCs) IM Rule: Ensure no duplicate paging controller ids. CPE/HPVM: MAC Address Category: Inventory Network Element: All


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License Required: Not Required Task Allocation: capcNM,ap_NM Octet String Subtype: HEX


1.7.4.1 radiusAuthClientInvalidServerAddresses OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The number of RADIUS Access-Response packets received from unknown addresses. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A

1.7.4.2 radiusAuthClientIdentifier OID: <optional> Type: SnmpAdminString InitialValue: ,,, Description from Standards: The NAS-Identifier of the RADIUS authentication client. This is not necessarily the same as sysName in MIB II. MAXACCESS: read-only Range from Standards: SnmpAdminString WiMAX Release: WiMAX 1.0 Category: Advanced Configuration Network Element: MSS(HPVM) & CAPC License Required: Not Required Task Allocation: capcAuth Octet String Subtype: HEX


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1.7.5.1 radiusAuthServerIndex OID: <optional> Type: Integer32 InitialValue: 1,2,3,4 Stereotype: Index Description from Standards: A number uniquely identifying each RADIUS Authentication server with which this client communicates. MAXACCESS: not-accessible Range from Standards: Integer32 (1..2147483647) WiMAX Release: WiMAX 1.0 Motorola Range: CAPC: 1-2, AP/HPVM: 0-1 License Required: Not Required Task Allocation: ap_LMT Octet String Subtype: N/A

1.7.5.2 radiusAuthServerAddress OID: <optional> Type: IpAddress InitialValue: ,,, Motorola Implementation: For a CAPC, the EMS needs to provide this address for each AAA server which the CAPC communicates with. In current implementation, the CAPC is BTS's AAA proxy. So, for a BTS, if this address is not provided in the configuration file built by the EMS, the BTS would populate this address using the controlling CAPC's IP address. If this address is provided in the BTS's configuration file, then the BTS should use this address to locate AAA server (usually, this means the operator chooses to use other AAA server instead of the CAPC proxy.). MSS uses this information for connected hosts. Description from Standards: The IP address of the RADIUS authentication server referred to in this table entry. MAXACCESS: read-only Range from Standards: IpAddress WiMAX Release: WiMAX 1.0 Category: Advanced Configuration Scope: Per CAPC Presentation Name: AAA Server IP Address Network Element: BTS & CAPC & MSS License Required: Not Required Task Allocation: capcAuth,ap_LMT Octet String Subtype: HEX


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1.7.5.3 radiusAuthClientServerPortNumber OID: <optional> Type: Integer32 InitialValue: 1812 ,1812 ,1812 ,1812 Motorola Implementation: This should be provided in both CAPC and BTS configurations. MSS uses this information for connected hosts. For a CAPC, this is the destination port on the AAA to which the CAPC sends requests to. For an AP, this is the destination port on the CAPC to which the AP sends authentication messages. Description from Standards: The UDP port the client is using to send requests to this server. MAXACCESS: read-only Range from Standards: Integer32 (0..65535) WiMAX Release: WiMAX 1.0 Motorola Default Value: 1812 Category: Advanced Configuration Scope: Per CAPC Presentation Name: AAA Server Port Number Network Element: BTS & CAPC & MSS License Required: Not Required Task Allocation: capcAuth,ap_LMT Octet String Subtype: N/A

1.7.5.4 radiusAuthClientRoundTripTime OID: <optional> Type: TimeTicks InitialValue: ,,, Description from Standards: The time interval (in hundredths of a second) between the most recent Access-Reply/Access-Challenge and the Access-Request that matched it from this RADIUS authentication server. MAXACCESS: read-only Range from Standards: TimeTicks WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A

1.7.5.5 radiusAuthClientAccessRequests OID: <optional> Type: Counter32 InitialValue: ,,, Motorola Implementation: Request/Response statistics TotalIncomingPackets = Accepts + Rejects + Challenges + UnknownTypes TotalIncomingPackets - MalformedResponses - BadAuthenticators - UnknownTypes - PacketsDropped = Successfully received AccessRequests + PendingRequests + ClientTimeouts = Successfully Received Description from Standards: The number of RADIUS Access-Request packets sent to this server. This does not include retransmissions.


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MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A

1.7.5.6 radiusAuthClientAccessRetransmissions OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The number of RADIUS Access-Request packets retransmitted to this RADIUS authentication server. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A

1.7.5.7 radiusAuthClientAccessAccepts OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The number of RADIUS Access-Accept packets (valid or invalid) received from this server. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A

1.7.5.8 radiusAuthClientAccessRejects OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The number of RADIUS Access-Reject packets (valid or invalid) received from this server. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A


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1.7.5.9 radiusAuthClientAccessChallenges OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The number of RADIUS Access-Challenge packets (valid or invalid) received from this server. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A

1.7.5.10 radiusAuthClientMalformedAccessResponses OID: <optional> Type: Counter32 InitialValue: ,,, Motorola Implementation: "Access-Response" includes an Access-Accept, Access-Challenge or Access-Reject Description from Standards: The number of malformed RADIUS Access-Response packets received from this server. Malformed packets include packets with an invalid length. Bad authenticators or Signature attributes or unknown types are not included as malformed access responses. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A

1.7.5.11 radiusAuthClientBadAuthenticators OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The number of RADIUS Access-Response packets containing invalid authenticators or Signature attributes received from this server. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A


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1.7.5.12 radiusAuthClientPendingRequests OID: <optional> Type: Gauge32 InitialValue: ,,, Description from Standards: The number of RADIUS Access-Request packets destined for this server that have not yet timed out or received a response. This variable is incremented when an Access-Request is sent and decremented due to receipt of an Acess-Accept, Access-Reject or Access-Challenge, a timeout or retransmission. MAXACCESS: read-only Range from Standards: Gauge32 WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A

1.7.5.13 radiusAuthClientTimeouts OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The number of authentication timeouts to this server. After a timeout the client may retry to the same server, send to a different server, or give up. A retry to the same server is counted as a retransmit as well as a timeout. A send to a different server is counted as a Request as well as a timeout. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A

1.7.5.14 radiusAuthClientUnknownTypes OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The number of RADIUS packets of unknown type which were received from this server on the authentication port. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A


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1.7.5.15 radiusAuthClientPacketsDropped OID: <optional> Type: Counter32 InitialValue: ,,, Description from Standards: The number of RADIUS packets of which were received from this server on the authentication port and dropped for some other reason. MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 1.0 Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A


1.7.6.1 wmanMssHoRangingFail OID: <optional> Type: Counter32 Motorola Implementation: Number of Handover ranging failures Description from Standards: Number of Handover ranging failures MAXACCESS: read-only Range from Standards: Counter32 WiMAX Release: WiMAX 2.0 Category: Real-Time Statistic Network Element: MSS(HPVM) License Required: Not Required Access: Allow Access From LMT Only Task Allocation: <must provide task Name> Octet String Subtype: N/A

1.8 Appendix: Textual Convention Definition The following table shows the Textual Conventions used as base MIB types on many attributes throughout the information model. A Textual Convention is a way in SNMP to create new data-type-like definitions.


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Textual Conventions allow for the definition of additional restrictions to be specified for an existing ASN.1 type without creating a new tag (data type). 1 Please note that Textual Conventions specify a full range of allowable values and that the range defined for the MIB attribute must be used when available.

1 http://www3.ietf.org


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Textual Convention

Description Status Motorola Interpretation

Reference Hint Type

AutonomousType

Represents an independently extensible type identification value. It may, for example, indicate a particular sub-tree with further MIB definitions, or define a particular type of protocol or hardware.

current TEXTUAL-CONVENTION

<optional> <optional> OBJECT IDENTIFIER

DateAndTime

A date-time specification. field octets contents range ----- ------ -------- ----- 1 1-2 year* 0..65536 2 3 month 1..12 3 4 day 1..31 4 5 hour 0..23 5 6 minutes 0..59 6 7 seconds 0..60 (use 60 for leap-second) 7 8 deci-seconds 0..9 8 9 direction from UTC '+' / '-' 9 10 hours from UTC* 0..13 10 11 minutes from UTC 0..59 * Notes: - the value of year is in network-byte order - daylight saving time in New Zealand is +13 For example, Tuesday May 26, 1992 at 1:30:15 PM EDT would be


<optional> 2d-1d-1d,1d:1d:1d.1d,1a1d:1d

OCTET STRING (SIZE (8 | 11))


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displayed as: 1992-5-26,13:30:15.0,-4:0

DHKeyChange

Upon initialization, or upon creation of a row containing an object of this type, and after any successful SET of this value, a GET of this value returns 'y' where y = g^xa MOD p, and where g is the base from usmDHParameters, p is the prime from usmDHParameters, and xa is a new random integer selected by the agent in the interval 2^(l-1) <= xa < 2^l < p-1. 'l' is the optional privateValueLength from usmDHParameters in bits. If 'l' is omitted, then xa (and xr below) is selected in the interval 0 <= xa < p-1. y is expressed as an OCTET STRING 'PV' of length 'k' which satisfies k y = SUM 2^(8(k-i)) PV'i i=1 where PV1,...,PVk are the octets of PV from first to last, and where PV1 <> 0. A successful SET consists of the value 'y' expressed as an OCTET STRING as above concatenated with the value 'z'(expressed as an

current -- Diffie-Hellman Key-Agreement Standard, PKCS #3; RSA Laboratories, November 1993

<optional> OCTET STRING


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OCTET STRING in the same manner as y) where z = g^xr MOD p, where g, p and l are as above, and where xr is a new random integer selected by the manager in the interval 2^(l-1) <= xr < 2^l < p-1. A SET to an object of this type will fail with the error wrongValue if the current 'y' does not match the 'y' portion of the value of the varbind for the object. (E.g. GET yout, SET concat(yin, z), yout <> yin). Note that the private values xa and xr are never transmitted from manager to device or vice versa, only the values y and z. Obviously, these values must be retained until a successful SET on the associated object. The shared secret 'sk' is calculated at the agent as sk = z^xa MOD p, and at the manager as sk = y^xr MOD p. Each object definition of this type MUST describe how to map from the shared secret 'sk' to the operational key value used by the protocols and operations related to the object. In general, if n bits of key are required, the author suggests using the n right-most bits of the shared secret as the operational key


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value. DisplayString

Represents textual information taken from the NVT ASCII character set, as defined in pages 4, 10-11 of RFC 854. To summarize RFC 854, the NVT ASCII repertoire specifies: - the use of character codes 0-127 (decimal) - the graphics characters (32-126) are interpreted as US ASCII - NUL, LF, CR, BEL, BS, HT, VT and FF have the special meanings specified in RFC 854 - the other 25 codes have no standard interpretation - the sequence 'CR LF' means newline - the sequence 'CR NUL' means carriage-return - an 'LF' not preceded by a 'CR' means moving to the same column on the next line. - the sequence 'CR x' for any x other than LF or NUL is illegal. (Note that this also means that a string may end with either 'CR LF' or 'CR NUL', but not with CR.) Any object defined using this syntax may not exceed 255 characters in length.


<optional> 255a OCTET STRING (SIZE (0..255))

IANAifType

This data type is used as the syntax of the ifType object in the (updated) definition of MIB-II's ifTable. The definition of this textual convention with the

current <optional> INTEGER { other(1), -- none of the following regular1822(2), hdh1822(3), ddnX25(4), rfc877x25(5), ethernetCsmacd(6),


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addition of newly assigned values is published periodically by the IANA, in either the Assigned Numbers RFC, or some derivative of it specific to Internet Network Management number assignments. (The latest arrangements can be obtained by contacting the IANA.) Requests for new values should be made to IANA via email ([email protected]). The relationship between the assignment of ifType values and of OIDs to particular media-specific MIBs is solely the purview of IANA and is subject to change without notice. Quite often, a media-specific MIB's OID-subtree assignment within MIB-II's 'transmission' subtree will be the same as its ifType value. However, in some circumstances this will not be the case, and implementors must not pre-assume any specific relationship between ifType values and transmission subtree OIDs.

-- for all ethernet-like interfaces, -- regardless of speed, as per RFC3635 iso88023Csmacd(7), -- Deprecated via RFC-draft-ietf-hubmib-etherif-mib-v3 ethernetCsmacd (6) should be used instead iso88024TokenBus(8), iso88025TokenRing(9), iso88026Man(10), starLan(11), -- Deprecated via RFC-draft-ietf-hubmib-etherif-mib-v3 ethernetCsmacd (6) should be used instead proteon10Mbit(12), proteon80Mbit(13), hyperchannel(14), fddi(15), lapb(16), sdlc(17), ds1(18), -- DS1-MIB e1(19), -- Obsolete see DS1-MIB basicISDN(20), primaryISDN(21), propPointToPointSerial(22), -- proprietary serial ppp(23), softwareLoopback(24), eon(25),


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-- CLNP over IP ethernet3Mbit(26), nsip(27), -- XNS over IP slip(28), -- generic SLIP ultra(29), -- ULTRA technologies ds3(30), -- DS3-MIB sip(31), -- SMDS, coffee frameRelay(32), -- DTE only. rs232(33), para(34), -- parallel-port arcnet(35), -- arcnet arcnetPlus(36), -- arcnet plus atm(37), -- ATM cells miox25(38), sonet(39), -- SONET or SDH x25ple(40), iso88022llc(41), localTalk(42), smdsDxi(43), frameRelayService(44), -- FRNETSERV-MIB v35(45), hssi(46), hippi(47), modem(48), -- Generic modem aal5(49), -- AAL5 over ATM sonetPath(50),


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sonetVT(51), smdsIcip(52), -- SMDS InterCarrier Interface propVirtual(53), -- proprietary virtual/internal propMultiplexor(54),-- proprietary multiplexing ieee80212(55), -- 100BaseVG fibreChannel(56), -- Fibre Channel hippiInterface(57), -- HIPPI interfaces frameRelayInterconnect(58), -- Obsolete use either -- frameRelay(32) or -- frameRelayService(44). aflane8023(59), -- ATM Emulated LAN for 802.3 aflane8025(60), -- ATM Emulated LAN for 802.5 cctEmul(61), -- ATM Emulated circuit fastEther(62), -- Obsoleted via RFC-draft-ietf-hubmib-etherif-mib-v3 ethernetCsmacd (6) should be used instead isdn(63), -- ISDN and X.25 v11(64),


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-- CCITT V.11/X.21 v36(65), -- CCITT V.36 g703at64k(66), -- CCITT G703 at 64Kbps g703at2mb(67), -- Obsolete see DS1-MIB qllc(68), -- SNA QLLC fastEtherFX(69), -- Obsoleted via RFC-draft-ietf-hubmib-etherif-mib-v3 ethernetCsmacd (6) should be used instead channel(70), -- channel ieee80211(71), -- radio spread spectrum ibm370parChan(72), -- IBM System 360/370 OEMI Channel escon(73), -- IBM Enterprise Systems Connection dlsw(74), -- Data Link Switching isdns(75), -- ISDN S/T interface isdnu(76), -- ISDN U interface lapd(77), -- Link Access Protocol D ipSwitch(78), -- IP Switching Objects rsrb(79), -- Remote Source Route Bridging atmLogical(80), -- ATM Logical Port


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ds0(81), -- Digital Signal Level 0 ds0Bundle(82), -- group of ds0s on the same ds1 bsc(83), -- Bisynchronous Protocol async(84), -- Asynchronous Protocol cnr(85), -- Combat Net Radio iso88025Dtr(86), -- ISO 802.5r DTR eplrs(87), -- Ext Pos Loc Report Sys arap(88), -- Appletalk Remote Access Protocol propCnls(89), -- Proprietary Connectionless Protocol hostPad(90), -- CCITT-ITU X.29 PAD Protocol termPad(91), -- CCITT-ITU X.3 PAD Facility frameRelayMPI(92), -- Multiproto Interconnect over FR x213(93), -- CCITT-ITU X213 adsl(94), -- Asymmetric Digital Subscriber Loop radsl(95), -- Rate-Adapt. Digital Subscriber Loop sdsl(96), -- Symmetric Digital


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Subscriber Loop vdsl(97), -- Very H-Speed Digital Subscrib. Loop iso88025CRFPInt(98), -- ISO 802.5 CRFP myrinet(99), -- Myricom Myrinet voiceEM(100), -- voice recEive and transMit voiceFXO(101), -- voice Foreign Exchange Office voiceFXS(102), -- voice Foreign Exchange Station voiceEncap(103), -- voice encapsulation voiceOverIp(104), -- voice over IP encapsulation atmDxi(105), -- ATM DXI atmFuni(106), -- ATM FUNI atmIma (107), -- ATM IMA pppMultilinkBundle(108), -- PPP Multilink Bundle ipOverCdlc (109), -- IBM ipOverCdlc ipOverClaw (110), -- IBM Common Link Access to Workstn stackToStack (111), -- IBM stackToStack virtualIpAddress (112), -- IBM VIPA


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mpc (113), -- IBM multi-protocol channel support ipOverAtm (114), -- IBM ipOverAtm iso88025Fiber (115), -- ISO 802.5j Fiber Token Ring tdlc (116), -- IBM twinaxial data link control gigabitEthernet (117), -- Obsoleted via RFC-draft-ietf-hubmib-etherif-mib-v3 ethernetCsmacd (6) should be used instead hdlc (118), -- HDLC lapf (119), -- LAP F v37 (120), -- V.37 x25mlp (121), -- Multi-Link Protocol x25huntGroup (122), -- X25 Hunt Group trasnpHdlc (123), -- Transp HDLC interleave (124), -- Interleave channel fast (125), -- Fast channel ip (126), -- IP (for APPN HPR in IP networks) docsCableMaclayer (127), -- CATV Mac Layer docsCableDownstream (128), -- CATV Downstream


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interface docsCableUpstream (129), -- CATV Upstream interface a12MppSwitch (130), -- Avalon Parallel Processor tunnel (131), -- Encapsulation interface coffee (132), -- coffee pot ces (133), -- Circuit Emulation Service atmSubInterface (134), -- ATM Sub Interface l2vlan (135), -- Layer 2 Virtual LAN using 802.1Q l3ipvlan (136), -- Layer 3 Virtual LAN using IP l3ipxvlan (137), -- Layer 3 Virtual LAN using IPX digitalPowerline (138), -- IP over Power Lines mediaMailOverIp (139), -- Multimedia Mail over IP dtm (140), -- Dynamic syncronous Transfer Mode dcn (141), -- Data Communications Network ipForward (142),


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-- IP Forwarding Interface msdsl (143), -- Multi-rate Symmetric DSL ieee1394 (144), -- IEEE1394 High Performance Serial Bus if-gsn (145), -- HIPPI-6400 dvbRccMacLayer (146), -- DVB-RCC MAC Layer dvbRccDownstream (147), -- DVB-RCC Downstream Channel dvbRccUpstream (148), -- DVB-RCC Upstream Channel atmVirtual (149), -- ATM Virtual Interface mplsTunnel (150), -- MPLS Tunnel Virtual Interface srp (151), -- Spatial Reuse Protocol voiceOverAtm (152), -- Voice Over ATM voiceOverFrameRelay (153), -- Voice Over Frame Relay idsl (154), -- Digital Subscriber Loop over ISDN compositeLink (155), -- Avici Composite Link Interface ss7SigLink (156), -- SS7 Signaling Link propWirelessP2P


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(157), -- Prop. P2P wireless interface frForward (158), -- Frame Forward Interface rfc1483 (159), -- Multiprotocol over ATM AAL5 usb (160), -- USB Interface ieee8023adLag (161), -- IEEE 802.3ad Link Aggregate bgppolicyaccounting (162), -- BGP Policy Accounting frf16MfrBundle (163), -- FRF .16 Multilink Frame Relay h323Gatekeeper (164), -- H323 Gatekeeper h323Proxy (165), -- H323 Voice and Video Proxy mpls (166), -- MPLS mfSigLink (167), -- Multi-frequency signaling link hdsl2 (168), -- High Bit-Rate DSL - 2nd generation shdsl (169), -- Multirate HDSL2 ds1FDL (170), -- Facility Data Link 4Kbps on a DS1 pos (171), -- Packet over SONET/SDH Interface dvbAsiIn (172), --


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DVB-ASI Input dvbAsiOut (173), -- DVB-ASI Output plc (174), -- Power Line Communtications nfas (175), -- Non Facility Associated Signaling tr008 (176), -- TR008 gr303RDT (177), -- Remote Digital Terminal gr303IDT (178), -- Integrated Digital Terminal isup (179), -- ISUP propDocsWirelessMaclayer (180), -- Cisco proprietary Maclayer propDocsWirelessDownstream (181), -- Cisco proprietary Downstream propDocsWirelessUpstream (182), -- Cisco proprietary Upstream hiperlan2 (183), -- HIPERLAN Type 2 Radio Interface propBWAp2Mp (184), -- PropBroadbandWirelessAccesspt2multipt sonetOverheadChannel (185), -- SONET Overhead Channel digitalWrapperOverheadChannel (186), -- Digital Wrapper aal2 (187), -- ATM adaptation layer 2


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radioMAC (188), -- MAC layer over radio links atmRadio (189), -- ATM over radio links imt (190), -- Inter Machine Trunks mvl (191), -- Multiple Virtual Lines DSL reachDSL (192), -- Long Reach DSL frDlciEndPt (193), -- Frame Relay DLCI End Point atmVciEndPt (194), -- ATM VCI End Point opticalChannel (195), -- Optical Channel opticalTransport (196), -- Optical Transport propAtm (197), -- Proprietary ATM voiceOverCable (198), -- Voice Over Cable Interface infiniband (199), -- Infiniband teLink (200), -- TE Link q2931 (201), -- Q.2931 virtualTg (202), -- Virtual Trunk Group sipTg (203), -- SIP Trunk Group sipSig (204), -- SIP Signaling docsCableUpstreamCh


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annel (205), -- CATV Upstream Channel econet (206), -- Acorn Econet pon155 (207), -- FSAN 155Mb Symetrical PON interface pon622 (208), -- FSAN622Mb Symetrical PON interface bridge (209), -- Transparent bridge interface linegroup (210), -- Interface common to multiple lines voiceEMFGD (211), -- voice E&M Feature Group D voiceFGDEANA (212), -- voice FGD Exchange Access North American voiceDID (213), -- voice Direct Inward Dialing mpegTransport (214), -- MPEG transport interface sixToFour (215), -- 6to4 interface (DEPRECATED) gtp (216), -- GTP (GPRS Tunneling Protocol) pdnEtherLoop1 (217), -- Paradyne EtherLoop 1 pdnEtherLoop2 (218), -- Paradyne EtherLoop 2 opticalChannelGroup


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(219), -- Optical Channel Group homepna (220), -- HomePNA ITU-T G.989 gfp (221), -- Generic Framing Procedure (GFP) ciscoISLvlan (222), -- Layer 2 Virtual LAN using Cisco ISL actelisMetaLOOP (223), -- Acteleis proprietary MetaLOOP High Speed Link fcipLink (224), -- FCIP Link rpr (225), -- Resilient Packet Ring Interface Type qam (226), -- RF Qam Interface lmp (227), -- Link Management Protocol cblVectaStar (228) -- Cambridge Broadband Limited VectaStar }

IANAtunnelType

The encapsulation method used by a tunnel. The value direct indicates that a packet is encapsulated directly within a normal IP header, with no intermediate header, and unicast to the remote tunnel endpoint (e.g., an RFC 2003 IP-in-IP tunnel, or an RFC 1933 IPv6-in-IPv4 tunnel). The value minimal indicates that a Minimal Forwarding Header

current <optional> INTEGER { other(1), -- none of the following direct(2), -- no intermediate header gre(3), -- GRE encapsulation minimal(4), -- Minimal encapsulation l2tp(5), -- L2TP encapsulation pptp(6), -- PPTP encapsulation


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(RFC 2004) is inserted between the outer header and the payload packet. The value UDP indicates that the payload packet is encapsulated within a normal UDP packet (e.g., RFC 1234). The values sixToFour, sixOverFour, and isatap indicates that an IPv6 packet is encapsulated directly within an IPv4 header, with no intermediate header, and unicast to the destination determined by the 6to4, 6over4, or ISATAP protocol. The remaining protocol-specific values indicate that a header of the protocol of that name is inserted between the outer header and the payload header. The assignment policy for IANAtunnelType values is identical to the policy for assigning IANAifType values.

l2f(7), -- L2F encapsulation udp(8), -- UDP encapsulation atmp(9), -- ATMP encapsulation msdp(10), -- MSDP encapsulation sixToFour(11), -- 6to4 encapsulation sixOverFour(12), -- 6over4 encapsulation isatap(13), -- ISATAP encapsulation teredo(14) -- Teredo encapsulation }

InetAddress

Denotes a generic Internet address. An InetAddress value is always interpreted within the context of an InetAddressType value. Every usage of the InetAddress textual convention is required to specify the InetAddressType

current <optional> OCTET STRING (SIZE (0..255))


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object which provides the context. It is suggested that the InetAddressType object is logically registered before the object(s) which use the InetAddress textual convention if they appear in the same logical row. The value of an InetAddress object must always be consistent with the value of the associated InetAddressType object. Attempts to set an InetAddress object to a value which is inconsistent with the associated InetAddressType must fail with an inconsistentValue error. When this textual convention is used as the syntax of an index object, there may be issues with the limit of 128 sub-identifiers specified in SMIv2, STD 58. In this case, the object definition MUST include a 'SIZE' clause to limit the number of potential instance sub-identifiers.

InetAddressIPv4

Represents an IPv4 network address: octets contents encoding 1-4 IPv4 address network-byte order The corresponding InetAddressType

current <optional> 1d.1d.1d.1d

OCTET STRING (SIZE (4))


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value is ipv4(1). This textual convention SHOULD NOT be used directly in object definitions since it restricts addresses to a specific format. However, if it is used, it MAY be used either on its own or in conjunction with InetAddressType as a pair.

InetAddressType

A value that represents a type of Internet address. unknown(0) An unknown address type. This value MUST be used if the value of the corresponding InetAddress object is a zero-length string. It may also be used to indicate an IP address which is not in one of the formats defined below. ipv4(1) An IPv4 address as defined by the InetAddressIPv4 textual convention. ipv6(2) A global IPv6 address as defined by the InetAddressIPv6 textual convention. ipv4z(3) A non-global IPv4 address including a zone index as defined by the InetAddressIPv4z textual convention.

current <optional> INTEGER { unknown(0), ipv4(1), ipv6(2), ipv4z(3), ipv6z(4), dns(16) }


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ipv6z(4) A non-global IPv6 address including a zone index as defined by the InetAddressIPv6z textual convention. dns(16) A DNS domain name as defined by the InetAddressDNS textual convention. Each definition of a concrete InetAddressType value must be accompanied by a definition of a textual convention for use with that InetAddressType. To support future extensions, the InetAddressType textual convention SHOULD NOT be sub-typed in object type definitions. It MAY be sub-typed in compliance statements in order to require only a subset of these address types for a compliant implementation. Implementations must ensure that InetAddressType objects and any dependent objects (e.g. InetAddress objects) are consistent. An inconsistentValue error must be generated if an attempt to change an InetAddressType object would, for example, lead to an undefined InetAddress value. In particular, InetAddressType/InetAddress pairs


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must be changed together if the address type changes (e.g. from ipv6(2) to ipv4(1)).

InterfaceIndex

A unique value, greater than zero, for each interface or interface sub-layer in the managed system. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub-layer must remain constant at least from one re-initialization of the entity's network management system to the next re-initialization.

current InterfaceIndex contains the semantics of ifIndex and should be used for any objects defined in other MIB modules that need these semantics.

<optional> d Integer32 (1..2147483647)

InterfaceIndexOrZero

This textual convention is an extension of the InterfaceIndex convention. The latter defines a greater than zero value used to identify an interface or interface sub-layer in the managed system. This extension permits the additional value of zero. the value zero is object-specific and must therefore be defined as part of the description of any object which uses this syntax. Examples of the usage of zero might include situations where interface was unknown, or when none or all interfaces need to be referenced.

current <optional> d Integer32 (0..2147483647)

Every definition of an object current Textual <optional> <optional> OCTET STRING


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KeyChange

with this syntax must identify a protocol P, a secret key K, and a hash algorithm H that produces output of L octets. The object's value is a manager-generated, partially-random value which, when modified, causes the value of the secret key K, to be modified via a one-way function. The value of an instance of this object is the concatenation of two components: first a 'random' component and then a 'delta' component. The lengths of the random and delta components are given by the corresponding value of the protocol P; if P requires K to be a fixed length, the length of both the random and delta components is that fixed length; if P allows the length of K to be variable up to a particular maximum length, the length of the random component is that maximum length and the length of the delta component is any length less than or equal to that maximum length. For example, usmHMACMD5AuthProtocol requires K to be a fixed length of 16 octets and L - of 16 octets. usmHMACSHAAuthProtocol requires K

Conventions


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to be a fixed length of 20 octets and L - of 20 octets. Other protocols may define other sizes, as deemed appropriate. When a requester wants to change the old key K to a new key keyNew on a remote entity, the 'random' component is obtained from either a true random generator, or from a pseudorandom generator, and the 'delta' component is computed as follows: - a temporary variable is initialized to the existing value of K; - if the length of the keyNew is greater than L octets, then: - the random component is appended to the value of the temporary variable, and the result is input to the the hash algorithm H to produce a digest value, and the temporary variable is set to this digest value; - the value of the temporary variable is XOR-ed with the first (next) L-octets (16 octets in case of MD5) of the keyNew to produce the first (next) L-octets (16 octets in case of MD5) of the 'delta' component. - the above two steps are repeated until the unused


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portion of the keyNew component is L octets or less, - the random component is appended to the value of the temporary variable, and the result is input to the hash algorithm H to produce a digest value; - this digest value, truncated if necessary to be the same length as the unused portion of the keyNew, is XOR-ed with the unused portion of the keyNew to produce the (final portion of the) 'delta' component. For example, using MD5 as the hash algorithm H: iterations = (lenOfDelta - 1)/16; /* integer division */ temp = keyOld; for (i = 0; i < iterations; i++) { temp = MD5 (temp || random); delta[i*16 .. (i*16)+15] = temp XOR keyNew[i*16 .. (i*16)+15]; } temp = MD5 (temp || random); delta[i*16 .. lenOfDelta-1] = temp XOR keyNew[i*16 .. lenOfDelta-1]; The 'random' and 'delta' components are then concatenated as


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described above, and the resulting octet string is sent to the recipient as the new value of an instance of this object. At the receiver side, when an instance of this object is set to a new value, then a new value of K is computed as follows: - a temporary variable is initialized to the existing value of K; - if the length of the delta component is greater than L octets, then: - the random component is appended to the value of the temporary variable, and the result is input to the hash algorithm H to produce a digest value, and the temporary variable is set to this digest value; - the value of the temporary variable is XOR-ed with the first (next) L-octets (16 octets in case of MD5) of the delta component to produce the first (next) L-octets (16 octets in case of MD5) of the new value of K. - the above two steps are repeated until the unused portion of the delta component is L octets or less, - the random component is appended to the value of the temporary variable, and the


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result is input to the hash algorithm H to produce a digest value; - this digest value, truncated if necessary to be the same length as the unused portion of the delta component, is XOR-ed with the unused portion of the delta component to produce the (final portion of the) new value of K. For example, using MD5 as the hash algorithm H: iterations = (lenOfDelta - 1)/16; /* integer division */ temp = keyOld; for (i = 0; i < iterations; i++) { temp = MD5 (temp || random); keyNew[i*16 .. (i*16)+15] = temp XOR delta[i*16 .. (i*16)+15]; } temp = MD5 (temp || random); keyNew[i*16 .. lenOfDelta-1] = temp XOR delta[i*16 .. lenOfDelta-1]; The value of an object with this syntax, whenever it is retrieved by the management protocol, is always the zero length string. Note that the keyOld and keyNew


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are the localized keys. Note that it is probably wise that when an SNMP entity sends a SetRequest to change a key, that it keeps a copy of the old key until it has confirmed that the key change actually succeeded.

MacAddress

Represents an 802 MAC address represented in the 'canonical' order defined by IEEE 802.1a, i.e., as if it were transmitted least significant bit first, even though 802.5 (in contrast to other 802.x protocols) requires MAC addresses to be transmitted most significant bit first.


<optional> 1x: OCTET STRING (SIZE (6))

MipDeliveryStyle

This data type is used to indicate the delivery style requested by the mobile node in its registration request.

current RFC3024 - Reverse Tunneling for Mobile IP

<optional> INTEGER { direct(1), encapsulating(2) }

MipEntityIdentifier

Represents the generic identifier for Mobile IP entities. A MipEntityIdentifier value is always interpreted within the context of a MipEntityIdentifierType value. Foreign agents and Home agents are identified by the IP addresses. Mobile nodes can be identified in more than one way e.g. IP addresses, network access identifiers (NAI).

current <optional> <optional> OCTET STRING (SIZE (1..64))


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If mobile node is identified by something other than IP address say by NAI and it gets IP address dynamically from the home agent then value of object of this type should be same as NAI. This is because IP address is not tied with mobile node and it can change across registrations over period of time. Note that the first 64 octets are used as index element.

MipEntityIdentifierNAI

Represents a Network Access Identifier (NAI). Mobile nodes may use NAI to authenticate themselves to the foreign agent and home agent and to get the home address dynamically from the home agent.

current RFC2794 - Mobile IP Network Access Identifier Extension for IPv4

<optional> OCTET STRING (SIZE (1..255))

MipEntityIdentifierType

A value that represents a type of Mobile IP entity identifier. other(1) Indicates identifier which is not in one of the formats defined below. ipaddress(2) IP address as defined by InetAddressIPv4 textual convention in INET-ADDRESS-MIB. nai(3) A network access identifier as defined by the MipEntityIdentifierNAI textual convention.

current RFC2851 - Textual Conventions for Internet Network Addresses

<optional> INTEGER { other(1), ipaddress(2), nai(3) }

This data type is used to model (2) Textual <optional> 255a OCTET STRING


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OwnerString

an administratively assigned name of the owner of a resource. This information is taken from the NVT ASCII character set. It is suggested that this name contain one or more of the following: ASCII form of the manager station's transport address, management station name (e.g., domain name), network management personnel's name, location, or phone number. In some cases the agent itself will be the owner of an entry. In these cases, this string shall be set to a string starting with 'agent'.

Conventions OwnerString has the same semantics as used in RFC 1271

(SIZE(0..255))

PhysAddress

Represents media- or physical-level addresses.


<optional> 1x: OCTET STRING

RegistrationFlags

This data type is used to define the registration flags for Mobile IP registration extension: reserved1 -- Reserved reverseTunnel -- Request to support reverse tunneling reserved2 -- Reserved gre -- Request to use GRE minEnc -- Request to use minimal encapsulation decapsulationByMN -- Decapsulation by mobile node

current Textual convention

<optional> <optional> BITS { reserved1(1), reverseTunnel(2), reserved2(3), gre(4), minEnc(5), decapsulationbyMN(6), broadcastDatagram(7), simultaneousBindings(8) }


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broadcastDatagram -- Request to receive broadcasts simultaneousBindings -- Request to retain prior binding(s) reverseTunnel -- Request to support reverse tunneling.

RowPointer

Represents a pointer to a conceptual row. The value is the name of the instance of the first accessible columnar object in the conceptual row. For example, ifIndex.3 would point to the 3rd row in the ifTable (note that if ifIndex were not-accessible, then ifDescr.3 would be used instead).



RowStatus

The RowStatus textual convention is used to manage the creation and deletion of conceptual rows, and is used as the value of the SYNTAX clause for the status column of a conceptual row. The status column has six defined values: - `active', which indicates that the conceptual row is available for use by the managed device; - `notInService', which indicates that the conceptual row exists in the agent, but is unavailable for use by the managed device; 'notInService' has no implication regarding the internal consistency of the row, availability of resources, or consistency with the

current TEXTUAL-CONVENTION This textual convention may be used for a MIB table, irrespective of whether the values of that table's conceptual rows are able to be modified while it is active, or whether

<optional> <optional> INTEGER { -- the following two values are states: -- these values may be read or written active(1), notInService(2), -- the following value is a state: -- this value may be read, but not written notReady(3),


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current state of the managed device; - `notReady', which indicates that the conceptual row exists in the agent, but is missing information necessary in order to be available for use by the managed device (i.e., one or more required columns in the conceptual row have not been instanciated); - `createAndGo', which is supplied by a management station wishing to create a new instance of a conceptual row and to have its status automatically set to active, making it available for use by the managed device; - `createAndWait', which is supplied by a management station wishing to create a new instance of a conceptual row (but not make it available for use by the managed device); and, - `destroy', which is supplied by a management station wishing to delete all of the instances associated with an existing conceptual row. Whereas five of the six values (all except `notReady') may be specified in a management protocol set operation, only three values will be returned in response to a management protocol retrieval operation: `notReady', `notInService' or `active'. That

its conceptual rows must be taken out of service in order to be modified. That is, it is the responsibility of the DESCRIPTION clause of the status column to specify whether the status column must not be `active' in order for the value of some other column of the same conceptual row to be modified. If such a specification is made, affected

-- the following three values are -- actions: these values may be written, -- but are never read createAndGo(4), createAndWait(5), destroy(6) }


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is, when queried, an existing conceptual row has only three states: it is either available for use by the managed device (the status column has value àctive'); it is not available for use by the managed device, though the agent has sufficient information to attempt to make it so (the status column has value `notInService'); or, it is not available for use by the managed device, and an attempt to make it so would fail because the agent has insufficient information (the state column has value `notReady').

columns may be changed by an SNMP set PDU if the RowStatus would not be equal to àctive' either immediately before or after processing the PDU. In other words, if the PDU also contained a varbind that would change the RowStatus value, the column in question may be changed if the RowStatus was not equal to àctive' as the PDU was received, or if the


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varbind sets the status to a value other than 'active'. Also note that whenever any elements of a row exist, the RowStatus column must also exist.

RowStatus

The RowStatus textual convention is used to manage the creation and deletion of conceptual rows, and is used as the value of the SYNTAX clause for the status column of a conceptual row. The status column has six defined values: - `active', which indicates that the conceptual row is available for use by the managed device; - `notInService', which indicates that the conceptual row exists in the agent, but is unavailable for use by the managed device; 'notInService' has no implication regarding the internal consistency of the row, availability of resources, or consistency with the current state of the managed

current TEXTUAL-CONVENTION This textual convention may be used for a MIB table, irrespective of whether the values of that table's conceptual rows are able to be modified while it is active, or whether its

<optional> <optional> INTEGER { -- the following two values are states: -- these values may be read or written active(1), notInService(2), -- the following value is a state: -- this value may be read, but not written notReady(3), --


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device; - `notReady', which indicates that the conceptual row exists in the agent, but is missing information necessary in order to be available for use by the managed device (i.e., one or more required columns in the conceptual row have not been instanciated); - `createAndGo', which is supplied by a management station wishing to create a new instance of a conceptual row and to have its status automatically set to active, making it available for use by the managed device; - `createAndWait', which is supplied by a management station wishing to create a new instance of a conceptual row (but not make it available for use by the managed device); and, - `destroy', which is supplied by a management station wishing to delete all of the instances associated with an existing conceptual row. Whereas five of the six values (all except `notReady') may be specified in a management protocol set operation, only three values will be returned in response to a management protocol retrieval operation: `notReady', `notInService' or `active'. That is, when queried, an

conceptual rows must be taken out of service in order to be modified. That is, it is the responsibility of the DESCRIPTION clause of the status column to specify whether the status column must not be `active' in order for the value of some other column of the same conceptual row to be modified. If such a specification is made, affected columns

the following three values are -- actions: these values may be written, -- but are never read createAndGo(4), createAndWait(5), destroy(6) }


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existing conceptual row has only three states: it is either available for use by the managed device (the status column has value àctive'); it is not available for use by the managed device, though the agent has sufficient information to attempt to make it so (the status column has value `notInService'); or, it is not available for use by the managed device, and an attempt to make it so would fail because the agent has insufficient information (the state column has value `notReady').

may be changed by an SNMP set PDU if the RowStatus would not be equal to àctive' either immediately before or after processing the PDU. In other words, if the PDU also contained a varbind that would change the RowStatus value, the column in question may be changed if the RowStatus was not equal to àctive' as the PDU was received, or if the varbind


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sets the status to a value other than 'active'. Also note that whenever any elements of a row exist, the RowStatus column must also exist.

SnmpAdminString

An octet string containing administrative information, preferably in human-readable form. To facilitate internationalization, this information is represented using the ISO/IEC IS 10646-1 character set, encoded as an octet string using the UTF-8 transformation format described in [RFC2279]. Since additional code points are added by amendments to the 10646 standard from time to time, implementations must be prepared to encounter any code point from 0x00000000 to

current <optional> 255t OCTET STRING (SIZE (0..255))


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0x7fffffff. Byte sequences that do not correspond to the valid UTF-8 encoding of a code point or are outside this range are prohibited. The use of control codes should be avoided. When it is necessary to represent a newline, the control code sequence CR LF should be used. The use of leading or trailing white space should be avoided. For code points not directly supported by user interface hardware or software, an alternative means of entry and display, such as hexadecimal, may be provided. For information encoded in 7-bit US-ASCII, the UTF-8 encoding is identical to the US-ASCII encoding. UTF-8 may require multiple bytes to represent a single character / code point; thus the length of this object in octets may be different from


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the number of characters encoded. Similarly, size constraints refer to the number of encoded octets, not the number of characters represented by an encoding. Note that when this TC is used for an object that is used or envisioned to be used as an index, then a SIZE restriction MUST be specified so that the number of sub-identifiers for any object instance does not exceed the limit of 128, as defined by [RFC3416]. Note that the size of an SnmpAdminString object is measured in octets, not characters.

SnmpEngineID

An SNMP engine's administratively-unique identifier. Objects of this type are for identification, not for addressing, even though it is possible that an address may have been used in the generation of a specific value. The value for this object may not be all zeros or all 'ff'H or the empty (zero length) string.

current Textual Conventions used in the SNMP Management Architecture

<optional> <optional> OCTET STRING (SIZE(5..32))


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The initial value for this object may be configured via an operator console entry or via an algorithmic function. In the latter case, the following example algorithm is recommended. In cases where there are multiple engines on the same system, the use of this algorithm is NOT appropriate, as it would result in all of those engines ending up with the same ID value. 1) The very first bit is used to indicate how the rest of the data is composed. 0 - as defined by enterprise using former methods that existed before SNMPv3. See item 2 below. 1 - as defined by this architecture, see item 3 below. Note that this allows existing uses of the engineID (also known as AgentID [RFC1910]) to co-exist with any new uses. 2) The snmpEngineID has a length of 12 octets. The first four octets are set


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to the binary equivalent of the agent's SNMP management private enterprise number as assigned by the Internet Assigned Numbers Authority (IANA). For example, if Acme Networks has been assigned { enterprises 696 }, the first four octets would be assigned '000002b8'H. The remaining eight octets are determined via one or more enterprise-specific methods. Such methods must be designed so as to maximize the possibility that the value of this object will be unique in the agent's administrative domain. For example, it may be the IP address of the SNMP entity, or the MAC address of one of the interfaces, with each address suitably padded with random octets. If multiple methods are defined, then it is recommended that the first octet indicate the method being used and the remaining octets be a function of the method. 3) The length of the octet string varies.


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The first four octets are set to the binary equivalent of the agent's SNMP management private enterprise number as assigned by the Internet Assigned Numbers Authority (IANA). For example, if Acme Networks has been assigned { enterprises 696 }, the first four octets would be assigned '000002b8'H. The very first bit is set to 1. For example, the above value for Acme Networks now changes to be '800002b8'H. The fifth octet indicates how the rest (6th and following octets) are formatted. The values for the fifth octet are: 0 - reserved, unused. 1 - IPv4 address (4 octets) lowest non-special IP address 2 - IPv6 address (16 octets) lowest non-special IP address 3 - MAC address (6


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octets) lowest IEEE MAC address, canonical order 4 - Text, administratively assigned Maximum remaining length 27 5 - Octets, administratively assigned Maximum remaining length 27 6-127 - reserved, unused 128-255 - as defined by the enterprise Maximum remaining length 27

SnmpMessageProcessingModel

An identifier that uniquely identifies a Message Processing Model of the Message Processing Subsystem within this SNMP Management Architecture. The values for messageProcessingModel are allocated as follows: - Values between 0 and 255, inclusive, are reserved for standards-track Message Processing Models and are managed by the Internet Assigned Numbers Authority (IANA).

current <optional> <optional> INTEGER(0 .. 2147483647)


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- Values greater than 255 are allocated to enterprise-specific Message Processing Models. An enterprise messageProcessingModel value is defined to be: enterpriseID * 256 + messageProcessingModel within enterprise For example, the fourth Message Processing Model defined by the enterprise whose enterpriseID is 1 would be 259. This scheme for allocating messageProcessingModel values allows for a maximum of 255 standards- based Message Processing Models, and for a maximum of 256 Message Processing Models per enterprise. It is believed that the assignment of new messageProcessingModel values will be rare in practice because the larger the number of simultaneously utilized Message Processing Models, the larger the chance that interoperability


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will suffer. It is believed that such a range will be sufficient. In the unlikely event that the standards committee finds this number to be insufficient over time, an enterprise number can be allocated to obtain an additional 256 possible values. Note that the most significant bit must be zero; hence, there are 23 bits allocated for various organizations to design and define non-standard messageProcessingModels. This limits the ability to define new proprietary implementations of Message Processing Models to the first 8,388,608 enterprises. It is worthwhile to note that, in its encoded form, the messageProcessingModel value will normally require only a single byte since, in practice, the leftmost bits will be zero for most messages and sign extension is suppressed by the encoding rules. As of this writing, there are several values of


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messageProcessingModel defined for use with SNMP. They are as follows: 0 reserved for SNMPv1 1 reserved for SNMPv2c 2 reserved for SNMPv2u and SNMPv2* 3 reserved for SNMPv3

SnmpSecurityLevel

A Level of Security at which SNMP messages can be sent or with which operations are being processed; in particular, one of: noAuthNoPriv - without authentication and without privacy, authNoPriv - with authentication but without privacy, authPriv - with authentication and with privacy. These three values are ordered such that noAuthNoPriv is less than authNoPriv and authNoPriv is less than authPriv.

current <optional> <optional> INTEGER { noAuthNoPriv(1), authNoPriv(2), authPriv(3) }

SnmpSecurityModel

An identifier that uniquely identifies a Security Model of the Security Subsystem within this SNMP Management Architecture. The values for securityModel are allocated as

current <optional> <optional> INTEGER(0 .. 2147483647)


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follows: - The zero value does not identify any particular security model. - Values between 1 and 255, inclusive, are reserved for standards-track Security Models and are managed by the Internet Assigned Numbers Authority (IANA). - Values greater than 255 are allocated to enterprise-specific Security Models. An enterprise-specific securityModel value is defined to be: enterpriseID * 256 + security model within enterprise For example, the fourth Security Model defined by the enterprise whose enterpriseID is 1 would be 259. This scheme for allocation of securityModel values allows for a maximum of 255 standards- based Security Models, and for a maximum of 256 Security Models per enterprise.


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It is believed that the assignment of new securityModel values will be rare in practice because the larger the number of simultaneously utilized Security Models, the larger the chance that interoperability will suffer. Consequently, it is believed that such a range will be sufficient. In the unlikely event that the standards committee finds this number to be insufficient over time, an enterprise number can be allocated to obtain an additional 256 possible values. Note that the most significant bit must be zero; hence, there are 23 bits allocated for various organizations to design and define non-standard securityModels. This limits the ability to define new proprietary implementations of Security Models to the first 8,388,608 enterprises. It is worthwhile to note that, in its encoded form, the securityModel value will normally


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require only a single byte since, in practice, the leftmost bits will be zero for most messages and sign extension is suppressed by the encoding rules. As of this writing, there are several values of securityModel defined for use with SNMP or reserved for use with supporting MIB objects. They are as follows: 0 reserved for 'any' 1 reserved for SNMPv1 2 reserved for SNMPv2c 3 User-Based Security Model (USM)

SnmpTagList

An octet string containing a list of tag values. Tag values are preferably in human-readable form. To facilitate internationalization, this information is represented using the ISO/IEC IS 10646-1 character set, encoded as an octet string using the UTF-8 character encoding scheme described in RFC 2279. Since additional code points are added by amendments to the 10646 standard from time to time,



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implementations must be prepared to encounter any code point from 0x00000000 to 0x7fffffff. The use of control codes should be avoided, except as described below. For code points not directly supported by user interface hardware or software, an alternative means of entry and display, such as hexadecimal, may be provided. For information encoded in 7-bit US-ASCII, the UTF-8 representation is identical to the US-ASCII encoding. An object of this type contains a list of tag values which are used to select a set of entries in a table. A tag value is an arbitrary string of octets, but may not contain a delimiter character. Delimiter characters are defined to be one of the following: - An ASCII space character (0x20). - An ASCII TAB character (0x09).


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- An ASCII carriage return (CR) character (0x0D). - An ASCII line feed (LF) character (0x0A). Delimiter characters are used to separate tag values in a tag list. Only a single delimiter character may occur between two tag values. A tag value may not have a zero length. These constraints imply certain restrictions on the contents of this object: - There cannot be a leading or trailing delimiter character. - There cannot be multiple adjacent delimiter characters. Some examples of valid tag lists are: - '' -- an empty list - 'acme' -- list of one tag - 'host router bridge' -- list of several tags Note that although a tag value may not have a length of zero, an empty string is still valid. This indicates


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an empty list (i.e. there are no tag values in the list). The use of the tag list to select table entries is application and MIB specific. Typically, an application will provide one or more tag values, and any entry which contains some combination of these tag values will be selected.

SnmpTagValue

An octet string containing a tag value. Tag values are preferably in human-readable form. To facilitate internationalization, this information is represented using the ISO/IEC IS 10646-1 character set, encoded as an octet string using the UTF-8 character encoding scheme described in RFC 2279. Since additional code points are added by amendments to the 10646 standard from time to time, implementations must be prepared to encounter any code point from 0x00000000 to 0x7fffffff. The use of control codes should be avoided, and certain control codes are not allowed as



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described below. For code points not directly supported by user interface hardware or software, an alternative means of entry and display, such as hexadecimal, may be provided. For information encoded in 7-bit US-ASCII, the UTF-8 representation is identical to the US-ASCII encoding. Note that when this TC is used for an object that is used or envisioned to be used as an index, then a SIZE restriction must be specified so that the number of sub-identifiers for any object instance does not exceed the limit of 128, as defined by [RFC1905]. An object of this type contains a single tag value which is used to select a set of entries in a table. A tag value is an arbitrary string of octets, but may not contain a delimiter character. Delimiter characters are defined to be one of the following: - An ASCII space character (0x20).


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- An ASCII TAB character (0x09). - An ASCII carriage return (CR) character (0x0D). - An ASCII line feed (LF) character (0x0A). Delimiter characters are used to separate tag values in a tag list. An object of this type may only contain a single tag value, and so delimiter characters are not allowed in a value of this type. Note that a tag value of 0 length means that no tag is defined. In other words, a tag value of 0 length would never match anything in a tag list, and would never select any table entries. Some examples of valid tag values are: - 'acme' - 'router' - 'host' The use of a tag value to select table entries is application and MIB specific.

Describes the memory realization current TEXTUAL- <optional> <optional> INTEGER {


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StorageType

of a conceptual row. A row which is volatile(2) is lost upon reboot. A row which is either nonVolatile(3), permanent(4) or readOnly(5), is backed up by stable storage. A row which is permanent(4) can be changed but not deleted. A row which is readOnly(5) cannot be changed nor deleted. If the value of an object with this syntax is either permanent(4) or readOnly(5), it cannot be written. Conversely, if the value is either other(1), volatile(2) or nonVolatile(3), it cannot be modified to be permanent(4) or readOnly(5). (All illegal modifications result in a 'wrongValue' error.) Every usage of this textual convention is required to specify the columnar objects which a permanent(4) row must at a minimum allow to be writable.

CONVENTION other(1), -- eh? volatile(2), -- e.g., in RAM nonVolatile(3), -- e.g., in NVRAM permanent(4), -- e.g., partially in ROM readOnly(5) -- e.g., completely in ROM }

TAddress

Denotes a transport service address. A TAddress value is always interpreted within the context of a TDomain value. Thus, each definition of a TDomain value must be accompanied by a definition of a textual convention for use with that TDomain. Some possible textual conventions, such as SnmpUDPAddress for snmpUDPDomain, are defined in the SNMPv2-TM MIB


The SNMPv2-TM MIB module is defined in RFC 1906.

<optional> OCTET STRING (SIZE (1..255))


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module. Other possible textual conventions are defined in other MIB modules.

TDomain

Denotes a kind of transport service. Some possible values, such as snmpUDPDomain, are defined in the SNMPv2-TM MIB module. Other possible values are defined in other MIB modules.


The SNMPv2-TM MIB module is defined in RFC 1906.

<optional> OBJECT IDENTIFIER

TestAndIncr

Represents integer-valued information used for atomic operations. When the management protocol is used to specify that an object instance having this syntax is to be modified, the new value supplied via the management protocol must precisely match the value presently held by the instance. If not, the management protocol set operation fails with an error of `inconsistentValue'. Otherwise, if the current value is the maximum value of 2^31-1 (2147483647 decimal), then the value held by the instance is wrapped to zero; otherwise, the value held by the instance is incremented by one. (Note that regardless of whether the management protocol set operation succeeds, the variable-binding in the request and response PDUs are identical.) The value of the ACCESS clause for objects having this syntax is either `read-write' or `read-


<optional> <optional> INTEGER (0..2147483647)


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create'. When an instance of a columnar object having this syntax is created, any value may be supplied via the management protocol. When the network management portion of the system is re-initialized, the value of every object instance having this syntax must either be incremented from its value prior to the re-initialization, or (if the value prior to the re-initialization is unknown) be set to a pseudo-randomly generated value.

TimeInterval

A period of time, measured in units of 0.01 seconds.


<optional> <optional> INTEGER (0..2147483647)

TimeStamp

The value of the sysUpTime object at which a specific occurrence happened. The specific occurrence must be defined in the description of any object defined using this type. If sysUpTime is reset to zero as a result of a re-initialization of the network management (sub)system, then the values of all TimeStamp objects are also reset. However, after approximately 497 days without a re-initialization, the sysUpTime object will reach 2^^32-1 and then increment around to zero; in this case, existing values of TimeStamp objects do not change. This can lead to ambiguities in


<optional> <optional> TimeTicks


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the value of TimeStamp objects.

TruthValue

Represents a boolean value. current TEXTUAL-CONVENTION

<optional> <optional> INTEGER { true(1), false(2) }

VariablePointer

A pointer to a specific object instance. For example, sysContact.0 or ifInOctets.3.



wmanBTSModemConfType

Describes the modem configuration in the BTS. Can be either TRUNKED or NON-TRUNKED

current This indicates the configuration of the modems in the BTS. Valid values are { TRUNKED, NON-TRUNKED }

<optional> INTEGER {trunked(0), non-trunked(1)

WmanDevEventSeverity

wmanDevEventSeverity defines the alarm Severity of an event.

current Textual Conventions

<optional> INTEGER {emergency(1), alert(2), critical(3), error(4), warning(5), notice(6), informational(7), debug(8)}

WmanIfArqSupportType

The object of this type indicates whether the SS supports ARQ.

current Subclause 11.7.8.1 in IEEE 802.16-2004

INTEGER {arqNotSupported(0), arqSupported(1)}

WmanIfAuthPolicyType

The object of this type specifies authorization policy that both SS and BS need to negotiate and synchronize. A bit value of 0 = not supported,

current Need to enhance this data type with the

Subclause 11.7.8.7 in IEEE 802.16-2004

BITS { ieee802Dot16PrivacySupported(0), eapAuthorizationInitialEntry(1),


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1 = supported. If this field is omitted, then both SS and BS shall use the IEEE 802.16 security, constituting X.509 digital certificates and the RSA public key encryption algorithm, as authorization policy.

following definitions from Page 574 of IEEE P802.16e/D11, September 2005. Bit# 0: RSA-based authorization at the initial network entry Bit# 1: EAP-based authorization at the initial network entry Bit# 2: Authenticated EAP-based authorization at the initial network entry Bit# 3: Reserved. Set to 0 Bit# 4: RSA-based authorization at re-entry

IEEE P802.16e/D11, September 2005, Page 574

authenticatedEAPAuthorizationInitialEntry(2), reserved3(3), rsaAuthorizationReentry(4), eapAuthorizationReentry(5), authenticatedEAPAuthorizationReentry(6), reserved7(7) }


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Bit# 5: EAP-based authorization at re-entry Bit# 6: Authenticated EAP-based authorization at re-entry Bits #7: Reserved. Set to 0

WmanIfBsIdType

Defines the encoding of BSID. The BSID is a 6 byte number and follows the encoding rules of MacAddress textual convention, i.e. as if it were transmitted least-significant bit first. The value should be displayed with 2 parts clearly separated by a colon e.g: 001DFF:00003A. The most significant part is representing the Operator ID.

current <optional> OCTET STRING (SIZE(6))

WmanIfBwAllocSupport

This field indicates properties of the SS that the BS needs to know for bandwidth allocation purposes. When a bit is set, it indicates the corresponding feature is supported. All unspecified and reserved bits should be set to zero.

current Subclause 11.8.1 in IEEE 802.16-2004

BITS {reserved(0), halfDuplexFdd(1), fullDuplexFdd(2)}

WmanIfChannelNum

Physical channel number current <optional> INTEGER (0 .. 199)


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ber WmanIfCidType

Type of CID. current <optional> INTEGER (0 .. 65535)

WmanIfClassifierBitMap

A bit of of this object is set to 1 if the parameter indicated by the comment was present in the classifier encoding, and 0 otherwise. Note: that BITS are encoded most significant bit first, so that if e.g. bits 6 and 7 are set, this object is encoded as the octet string '030000'H.

current Subclause 11.13.19.3.4 in IEEE 802.16-2004

BITS {priority(0), ipTos(1), ipProtocol(2), ipMaskedSrcAddr(3), ipMaskedDestAddr(4), srcPort(5), destPort(6), destMacAddr(7), srcMacAddr(8), ethernetProtocol(9), userPriority(10), vlanId(11), ipv6FlowLabel(12)}

WmanIfCsSpecification

WmanIfCsSpecification defines the types of convergence sublayer.

current <optional> INTEGER {noCs(0), packetIpV4(1), packetIpV6(2), packet802dot3Ethernet(3), packet802dot1QVlan(4), packetIpV4Over802dot3(5), packetIpV6Over802dot3(6), packetIpV4Over802dot1Q(7), packetIpV6Over802dot1Q(8), atm(9)}

WmanIfDataAuthAlgId

Data authentication algorithm identifiers.

current IEEE 802.16f-D6 defines this data

Table 376 in IEEE 802.16-2004

INTEGER { noDataAuthentication(0), aesCcmMode(1), reserved(2) }


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type as INTEGER {noDataAuthentication(0), reserved(1)}. However, Table 376—Data authentication algorithm identifiers on page 584 of IEEE P802.16e/D11, September 2005 extends this data type as follows. 0: No data authentication 1: CCM-Mode, 128-bit AES 2-255: Reserved As CCM-Mode, 128-bit AES is used in Motorola implementa

Table 376—Data authentication algorithm identifiers on page 584 of IEEE P802.16e/D11, September 2005


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tion, this textual convention needs to be extended to INTEGER {noDataAuthentication(0), aesCcmMode(1), reserved(2)}

WmanIfDataEncryptAlgId

Data encryption algorithm identifiers.

current IEEE 802.16f-D6 defines this data type as INTEGER {none(0), des56BitCbcMode(1), aesCcmMode(2)}. Table 375—Data encryption algorithm identifiers on page 584 of IEEE P802.16e/D11, September 2005 extends this data type as

Table 375 in IEEE 802.16-2004

INTEGER {none(0), des56BitCbcMode(1), aesCcmMode(2)}


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follows: 0: No data encryption (Supported by Motorola) 1: CBC-Mode, 56-bit DES 2: AES, CCM-Mode, 128-bit AES (Supported by Motorola) 3: CBC-Mode, 128-bit AES 128: CTR-Mode 128 bits AES for MBS with 8 bits ROC 24-127 & 129-255: Reserve As current Motorola implementation only requires aesCcmMode(2), (2: AES, CCM-Mode, 128-bit AES), there is


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no need to change the range at this time.

WmanIfEventSeverity

WmanIfEventSeverity defines the alarm Severity of an event.

current <optional> INTEGER {emergency(1), alert(2), critical(3), error(4), warning(5), notice(6), informational(7), debug(8)}

WmanIfIpv6FlowLabel

The value of this field specifies the matching values for the IPv6 Flow label field. As the flow label field has a length of 20 bits, the first 4 bits of the most significant byte shall be set to 0x0 and disregarded.

current <optional> OCTET STRING (SIZE(3))

WmanIfIpVersionType

The object of this type indicates the version of IP used on the Secondary Management Connection. The value should be undefined if the 2nd management CID doesn't exist.


INTEGER {undefined(0), ipv4(1), ipv6(2)}

WmanIfMacCrcSupport

The object of this type indicates whether or not the SS supports MAC level CRC.


INTEGER {noMacCrcSupport(0), macCrcSupport(1)}

WmanIfMacCsBitMap

The object of this type indicates the set of MAC convergence sublayer support. When a bit is set, it indicates the corresponding CS feature is supported.


BITS {atm(0), packetIpv4(1), packetIpv6(2), packet802Dot3(3), packet802Dot1Q(4), packetIpv4Over802Dot3(5), packetIpv6Over802Do


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t3(6), packetIpv4Over802Dot1Q(7), packetIpv6Over802Dot1Q(8)}

WmanIfMacVersion

Version number of IEEE 802.16. current <optional> INTEGER {ieee802Dot16Of2001(1), ieee802Dot16cOf2002(2), ieee802Dot16aOf2003(3), ieee802Dot16Of2004(4)}

WmanIfMaxDsxFlowType

The object of this type specifies the maximum number of concurrent DSA, DSC, or DSD transactions that may be outstanding.


INTEGER (0..255)

WmanIfMaxMcaFlowType

The object of this type specifies the maximum number of concurrent MCA transactions that may be outstanding.


INTEGER (0..255)

WmanIfMaxMcpGroupCid

The object of this type indicates the maximum number of simultaneous Multicast Polling Groups the SS is capable of belonging to.


INTEGER (0..255)

WmanIfMaxNumOfClasfier

The object of this type indicates the maximum number of admitted Classifiers that the SS is allowed to have.


INTEGER (0..65535)

WmanIfMaxNumOfSaType

This field specifies maximum number of supported security association of the SS.


INTEGER (0..255)

The object of this type specifies current Subclause INTEGER (0..255)


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WmanIfMaxPkmFlowType

the maximum number of concurrent PKM transactions that may be outstanding.

11.7.8.6 in IEEE 802.16-2004

WmanIfMaxTxPowerType

This type is used to define maximum available power for BPSK, QPSK, 16-QAM and 64-QAM constellations. The maximum power parameters are reported in dBm and quantized in 0.5 dBm steps ranging from -64 dBm (encoded 0x00) to 63.5 dBm (encoded 0xFF). Values outside this range shall be assigned the closest extreme. SSs that do not support QAM64 shall report the value of 0x00 in the maximum QAM64 power field.


INTEGER (0..255)

WmanIfNumOfUplinkCid

The object of this type shows the number of Uplink CIDs the SS can support.

current Textual Convention for Capabilities Encodings

Subclause 11.7.4 in IEEE 802.16-2004

INTEGER (2..65535)

WmanIfOfdmaFecCodeType

FEC code type and modulation type current Table 356 and Table 362 in IEEE 802.16-2004

INTEGER {qpskCc1Over2(0), qpskCc3Over4(1), sixteenQamCc1Over2(2), sixteenQamCc3Over4(3), sixtyFourQamCc2Over3(4), sixtyFourQamCc3Over4(5), qpskBtc1Over2(6), qpskBtc2Over3(7), sixteenQamBtc3Over5(8), sixteenQamBtc4Over5


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(9), sixtyFourQamBtc5Over8(10), sixtyFourQamBtc4Over5(11), qpskCtc1Over2(12), qpskCtc2Over3(13), qpskCtc3Over4(14), sixteenQamCtc1Over2(15), sixteenQamCtc3Over4(16), sixtyFourQamCtc2Over3(17), sixtyFourQamCtc3Over4(18), sixtyFourQamCtc5Over6(19), qpskZtCc1Over2(20), qpskZtCc3Over4(21), sixteenQamZtCc1Over2(22), sixteenQamZtCc3Over4(23), sixtyFourQamZtCc2Over3(24), sixtyFourQamZtCc3Over4(25)}

WmanIfOfdmFecCodeType

FEC code type and modulation type current Table 356 and Table 362 in IEEE 802.16-2004

INTEGER {bpskCc1Over2(0), qpskRsCcCc1Over2(1), qpskRsCcCc3Over4(2), sixteenQamRsCcCc1Over2(3), sixteenQamRsCcCc3Over4(4), sixtyFourQamRsCcCc2Over3(5), sixtyFourQamRsCcCc3


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Over4(6), qpskBtc1Over2(7), qpskBtc3Over4(8), sixteenQamBtc3Over4(9), sixteenQamBtc4Over5(10), sixtyFourQamBtc2Over3(11), sixtyFourQamBtc5Over6(12), qpskCtc1Over2(13), qpskCtc2Over3(14), qpskCtc3Over4(15), sixteenQamCtc1Over2(16), sixteenQamCtc3Over4(17), sixtyFourQamCtc2Over3(18), sixtyFourQamCtc3Over4(19)}

WmanIfOfdmFftSizes

This field indicates the FFT sizes supported by the SS. For each FFT size, a bit value of 0 indicates 'not supported' while 1 indicates 'supported'.


BITS {fft256(0), fft2048(1)}

WmanIfOfdmFocusedCt

This field indicates whether the SS supports Focused Contention (see 8.3.7.3.3). A bit value of 0 indicates 'not supported' while 1 indicates 'supported'.


BITS {focusedCtSupport(0)}

WmanIfOfdmSsDeModType

This field indicates the different demodulator options supported by a WirelessMAN-OFDM PHY SS for downlink. This field is not used for other PHY specifications. A bit


BITS {qam64(0), btc(1), ctc(2), stc(3), aac(4)}


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value of 0 indicates 'not supported' while 1 indicates 'supported'.

WmanIfOfdmSsModType

This field indicates the different modulator options supported by a WirelessMAN-OFDM PHY SS for uplink. This field is not used for other PHY specifications. A bit value of 0 indicates 'not supported' while 1 indicates 'supported'.


BITS {qam64(0), btc(1), ctc(2), subchanellization(3), focusedCtBwReq(4)}

WmanIfOfdmTcSublayer

This field indicates whether or not the SS supports the TC sublayer (see 8.3.4). A bit value of 0 indicates 'not supported' while 1 indicates 'supported'.


BITS {tcSublayerSupport(0)}

WmanIfPduConstruction

Specifies capabilities for construction and transmission of MAC PDUs. When piggybackedRequests bit is set, it indicates that the piggybacked requests are supported. The fsnValuesSize bit is coded as follows: 0 - only 3-bit FSN values are supported 1 - only 11-bit FSN values are supported All unspecified and reserved bits should be set to zero.


BITS {piggybackedRequests(0), fsnValuesSize(1)}

WmanIfPhsRuleVerify

The value of this field indicates to the sending entity whether or not the packet header contents are to be verified prior to performing suppression. If PHSV is

current Subclause 11.13.19.3.7.5 in IEEE 802.16-2004

INTEGER {phsVerifyEnable(0), phsVerifyDisable(1)}


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enabled, the sender shall compare the bytes in the packet header with the bytes in the PHSF that are to be suppressed as indicated by the PHSM.

WmanIfPhsSupportType

The object of this type indicates the level of PHS support.


INTEGER {noPhsSupport(0), atmPhsSupport(1), packetPhsSupport(2)}

WmanIfServClassName

WmanIfServClassName defines the type of service class name.

current <optional> OCTET STRING (SIZE(2..128))

WmanIfSfDataDeliveryServiceType

The data delivery service provided by a SC for a downstream service flow. If the parameter is omitted from a downstream QOS Parameter Set, this object takes the value of bestEffort (2). The parameter of this type must be reported as noSuchName if polled for upstream QOS Parameter Sets.

current Subclause 6.3.20, IEEE P802.16e/D12, October 2005

INTEGER { unsolicitedGrantService(0), realTimeVariableRateService(1), nonRealTimeVariableRateService(2), bestEffortsService(3), extendedRealTimeVariableRateService(4) }

WmanIfSfSchedulingType

The scheduling service provided by a SC for an upstream service flow. If the parameter is omitted from an upstream QOS Parameter Set, this object takes the value of bestEffort (2). This parameter must be reported as undefined (1) for downstream QOS Parameter Sets.

current Textual Conventions

Changed reserved(5) to extendedRealTimePollingService(5) per Subclause 11.13.11, IEEE P802.16e/D12, October

INTEGER {undefined(1), bestEffort(2), nonRealTimePollingService(3), realTimePollingService(4), extendedRealTimePollingService(5), unsolicitedGrantService(6)}


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2005. WmanIfSfState

WmanIfSfState defines the state of a service flow.

current <optional> INTEGER {authorized(1), admitted(2), active(3)}

WmanIfSsTransitionGap

This field indicates the transition speed SSTTG and SSRTG for TDD and H-FDD SSs. Allowed values are: OFDM mode: TDD and H-FDD 0..100 Other modes: TDD: 0..50; H-FDD: 0..100


INTEGER (0..100)

WmanIfTekEncryptAlgId

TEK encryption algorithm identifiers.

current IEEE 802.16f defines this data type as INTEGER {tripleDes128BitKey(1), rsa1024BitKey(2), aes128BitKey(3)}. However, Table 377—TEK encryption algorithm identifiers on page 584 of IEEE P802.16e/D11, September 2005 extendes this definition

Table 377 in IEEE 802.16-2004 Table 377—TEK encryption algorithm identifiers on page 584 of IEEE P802.16e/D11, September 2005

INTEGER { tripleDes128BitKey(1), rsa1024BitKey(2), aes128BitKey(3), aesKeyWrap128BitKey(4), reserved(5) }


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. 0: Reserved 1: 3-DES EDE with 128-bit key 2: RSA with 1024-bit key 3: ECB mode AES with 128-bit key 4: AES Key Wrap with 128-bit key 5-255: Reserved As 4: AES Key Wrap with 128-bit key is used in Motorola implementation, this data type needs to extended to INTEGER {tripleDes128BitKey(1), rsa1024BitKey(2), aes128BitKey(3),


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aesKeyWrap128BitKey(4), reserved(5)}.


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Wmx Info Model r02 Necb Explanation

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