MAXBridge CPE 33 User Guide Rev 3.5 Eng
description
Transcript of MAXBridge CPE 33 User Guide Rev 3.5 Eng
Rev 3.5: Applies to Software Rel. 1.4.4
UNIDATA MAXBridge CPE 33
User Guide
© 2011 UNIDATA
This document contains information that is proprietary to UNIDATA Ltd. No part of this document maybe reproduced, published without prior written permission of UNIDATA.The MAXBridge name is a registered trademark of UNIDATA Ltd.
Information in this document is believed to be accurate. However, UNIDATA has not responsibility forany flaws, omissions or other errors. Any representation concerning performance of MAXBridge CPE33 product is for informational purpose only and is not warranty. UNIDATA may make changes in equipment hardware, software, specifications without prior notice.
MAXBridge CPE 33 User Guide
© 2011 UNIDATA
3Contents
© 2011 UNIDATA
Table of Contents
1. Introduction 4 2. System overview 7 3. Package contents 10 4. Hardware installation 13
134.1 Mounting device and external antenna
144.2 Lightning protection and grounding
5. Getting started 15 6. Web managing interface 19 7. Viewing device status and information 23
237.1 System information
247.2 Radio signal parameters
257.3 Connection information
8. Configuration setup 29298.1 Radio configuration
328.2 Network Configuration
33Bridge mode 8.2.1
34Routing mode 8.2.2
36Management interface configuration 8.2.3
37SNMP community configuration 8.2.4
9. Configuration profiles 39 10. Device reboot, restart 42 11. System time configuration 42 12. Firmware upgrade 43 13. Security 47 14. Tools 50 15. Appendix 51
4MAXBridge CPE 33 User Guide Introduction
© 2011 UNIDATA
1 Introduction
Revision history: MAXBridge CPE 33 User Guide
Rev. Date Author Description
1.0 14.03.08 P.Lavee Preliminary system description, s/w Release 1.1
2.0 31.10.08 V.Vasilyev s/w Rel 1.2.0
3.2 13.01.10 A.Safonenko s/w Rel 1.3.0
3.4 23.05.10 A.Safonenko s/w Rel 1.4.2
3.5 21.10.10 V.Vasilyev P.Lavee
s/w Rel 1.4.4
5MAXBridge CPE 33 User Guide Introduction
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Glossary
AESAFSARQBEBPSKBSBWBWACICINRCLICPECSDESDFSDHCPDLFTPHTTPHTTPSIEEEIPISMIP66LANLEDMACMANMSTRMRTRNATNearLOSNTPOFDMPKMPOEQAMQoSQPSKRSSIRTPSRTTSNRSNMPSSHSSL
Advanced Encryption StandardAutomatic Frequency channel SelectionAutomatic Repeat reQuestBest EffortBinary Phase Shift KeyBase StationBandwidthBroadband Wireless AccessConnection IdentifierCarrier to Interference and Noise RatioCommand-Line interfaceCostumer Premise EquipmentConvergence SublayerData Encryption StandardDynamic Frequency SelectionDynamic Host Configuration ProtocolDownLinkFile Transfer ProtocolHyperText Transfer Protocol HyperText Transfer Protocol over Secure Socket LayerInstitute of Electrical and Electronics EngineersInternet ProtocolIndustrial, Scientific and Medical bandInternational Protection RatingLocal Area NetworkLight-Emitting DiodeMedium Access ControlMetropolitan Area NetworksMaximum Sustained Traffic RateMinimum Reserved Traffic RateNetwork Address TranslationNear Line of SightNetwork Time ProtocolOrthogonal Frequency Division MultiplexingPrivacy Key ManagementPower Over EthernetQuadrature Amplitude ModulationQuality Of ServiceQuadrature PSKReceived Signal Strength IndicationReal Time Polling ServiceRound-Trip TimeSignal to Noise RatioSimple Network Management ProtocolSecure ShellSecure Socket Layer
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SOHOSMESWTOSTDDTDMATCPTPCTFTPUDPUGSULVLANWiMAXXMLXML- RPC
Small and Home OfficesSmall and Medium Enterprises SoftwareType of ServiceTime Division DuplexTime Division Multiple AccessTransmission Control Protocol Transmit Power ControlTrivial File Transfer ProtocolUser Datagram Protocol Unsolicited Grant ServiceUpLinkVirtual LANWorldwide Interoperability for Microwave AccessEXtensible Markup LanguageXML Remote Procedure Call
7MAXBridge CPE 33 User Guide Introduction
© 2011 UNIDATA
UNIDATA MAXBridge 33 is a carrier class fixed Broadband Wireless Access (BWA) system
that operates in 3.3 GHz and complies with the WiMAX IEEE 802.16–2009 standard.
The MAXBridge is a TDMA point-to-multipoint platform:
it delivers high throughput, long range and excellent link quality;
it utilizes OFDM technology and provides near LOS capabilities;
it can provide different Quality of Service (QoS) levels in terms of desired throughput, latency
and jitter to various traffic streams - data, voice, video and others;
it is made up of a fully featured fixed WiMAX Base station and outdoor low cost CPE - the ideal
economical solution for a high performance fixed Broadband Wireless Access network.
2 System overview
The MAXBridge CPE 33 is an outdoor Subscriber Station (SS) - customer premises equipment
(CPE) for fixed WiMAX BWA networks in the 3300-3500 MHz.
It is designed to operate with fixed WiMAX MAXBridge BS 33 base station or other IEEE 802.16-
2009 compliant base stations.
The MAXBridge CPE provides long-range carrier class access in fixed BWA networks for Small and
Medium Enterprises (SME), Small and Home Offices (SOHO), and individual Residential users in
urban, suburb and rural regions. It is a superior corporate broadband wireless network solution across
a large geographic region for business enterprises and campuses, industrial complexes as well as
corporate and municipal video surveillance.
The MAXBridge CPE 33 supports 20 Mbps (uplink + downlink) throughput in the 7 MHz channel
bandwidth at 15 km LOS distance. Maximum communication range in LOS conditions at a speed of 1
Mbps is 30 km.
The MAXBridge CPE supports Quality of Service (QoS) capability with required throughput
(Minimum Reserved and Maximum Sustained Traffic Rate), maximum latency (network delay) and
tolerated jitter (delay variation) for data, voice, video traffic streams, traffic for particular network
devices, computers, ports and group of users in the subscriber's LAN.
The MAXBridge CPE 33 is available in few models: one with integrated high gain antenna 20 dBi, the
another one with N-type connector for external antenna. The device has 10/100 Base-T interface for
connection to LAN or computer via Ethernet cable and supports a two operations mode: Bridging
(with VLAN) and Routing, Network Address Translation (NAT).
The device has IP66 protection level. It can be installed outdoors and operates at -45 to +50C.
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Specifications
Radio
Standard EN 302 326, IEEE 802.16-2009 (Fixed WiMAX)
Chipset Wavesat NP7256 Shark
Frequency Range 3300-3500 MHz
Radio Signal OFDM 256 FFT
Duplex Technique TDD
Multiple Access Method TDMA
Transmit Tx Output Power (antenna port) Up to 20 dBm
Channel Size 3.5,5,7 MHz
Transmit Spectral Mask EN 302 326-2 (EqC-PET=O, EqC-EMO=6)
Maximum Rx Receiver Sensitivity (BER 10-6), dBm BW=7 MHz BW=3.5 MHz
64-QAM ¾ -74.0 -77.0
64-QAM ½ -75.0 -79.0
16-QAM ¾ -80.0 -83.0
16-QAM ½ -83.5 -86.5
QPSK ¾ -86.5 -89.0
QPSK ½ -90.0 -93.0
BPSK ½ -92.0 -95.0
Receiver SNR 21dB @ 64QAM ¾ , 3dB @ BPSK ½
Supported Frame Lengths 2.5, 4, 5, 8, 10, 12.5 & 20 ms
Supported Cyclic Prefix 1/4, 1/8, 1/16, 1/32
ARQ Yes
Tx Dynamic Range 40dB
Antenna Integrated 20 dBi, external N-type connector
TPC IEEE 802.16
Automatic Frequency channel Selection Yes
Networking and Management
Throughput (Raw/Effective) 21/19 Mbps @ BW=7 МHz
Network Interface 10/100 Base-T
Bridge Functionality Yes, with MTU up to 1600*
Routing Optional (Static/RIP/OSPF)
VLAN Compliance Yes, IEEE 802.1Q and transparent mode
Service differentiation support MAC source/destination/mask, VLAN ID and priority, IP TOS address/mask, source/destination, TCP, UDP protocol number, source/destin., Port range
DHCP Yes (Optional with Routing mode)
Network Advanced Features Optional (Traffic shaper, DHCP server)
QoS Support BE, rtPS, nrtPS, UGS
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Service Flows 16
Management Telnet, SSH, SNMP (Standard and extended MIBs),HTTP
Remote Management, Upgrade Yes
Security DES, (optional 3DES, AES)
Regulation
EMC EN 301 489
Safety IEC 60950-1
Power / Environment
Power Consumption Max 12W
Operating Temperature Indoor (PoE injector): 0° C to 40° C,Outdoor: -45° C to 50° C,
Input Voltage 48 V DC PoE / 220 VAC
Safety IEC 60950-1
Water resistance IP66
Size, Weight 306x306x122 mm, 3.5 Kg , integrated antenna233x233x40 mm, 3 Kg, external N-type connector
* MTU size can be extended for special kind of communication
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3 Package contents
The MAXBridge CPE 33 SME IA includes the following items:
metallic outdoor enclosure with PG-16 cable gland, RJ-45 Ethernet connector, integrated 20 dBiantenna 3300-3500 MHz vertical/horizontal polarization ( Figure 3.1);
mounting kit with required screwing elements ( Figure 3.2);
AC/DC power supply PoE adapter 48 VDC/ 220 V AC (Figure 3.3).
The MAXBridge CPE 33 SME EXT includes the following items:
metallic outdoor enclosure with PG-16 Ethernet gland, RJ-45 connector, N-type connector toconnect external antenna;
mounting kit with required screwing elements;
AC/DC power supply PoE adapter 48 VDC/ 220 V AC.
Figure. 3.1 MAXBridge CPE 33 SME IA with Mount kit
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Figure 3.2 Mount kit Figure 3.3 Power supply PoE 48V DC / 220V AC
Figure 3.4 MAXBridge CPE 33 SME EXT with N-type connector and Mount Kit
Power over Ethernet POE pinouts is described in Table 3.3. Table 3.3 PoE pinouts
№ сontact RJ-45 RJ-45 (data + power )
1 Ethernet (TxT)
2 Ethernet (TxN)
3 Ethernet (RxN)
4 Power (+)
5 Power (+)
6 Ethernet (RxT)
7 Power (-)
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8 Power (-)
13MAXBridge CPE 33 User Guide Hardware installation
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4 Hardware installation
MAXBridge CPE unit is designed for outdoor application (IP66 compliant) and must be mounted
outdoors on a pole or an antenna wall mast. Supplied mounting kit is used to secure the outdoor unit.
The unit has the internal temperature indicator, that show the internal hardware temperature. A
maximum allowed temperature, that is indicated on the system board is + 65 ºC. Under a normal
environmental operating conditions hardware temperature does not exceed allowable maximum limits.
Attention!
If the unit is powered off for some period of time in ambient temperature conditions below 20 ºC
unit start is not guaranteed and it may cause hardware damage.
4.1 Mounting device and external antenna
In case of outdoor unit installation on a pole or a wall mast enclosure should be oriented so, that the
cable connectors are at the bottom. If they are on a top, water may penetrate into the unit causing
damage.
Ethernet cable that connects PoE and outdoor enclosure should be appropriate for outdoors
environment and should not be longer than 100 meters. It is recommended to use CAT-5e 24AWG
shielded/outdoor class cable. A cable gland on the outdoor enclosure side provides hermetic sealing.
PoE unit operates indoors and requires a power source with 100-240 VAC / 50-60 Hz. PoE unit has
two RJ45 connectors:
OUT: it supplies power and data to the outdoor unit;
IN: it is the data input to the MAXBridge CPE. It can be connected to user’s LAN switch, router,
PC, etc.
MAXBridge CPE 33 SME EXT must be used with an external antenna. The antenna can be mounted
on a pole, wall mast must be connected to N-type connector of outdoor enclosure (Figure 3.2) by
LMR400, Belden 9913 or similar low loss coaxial cable. Coaxial cable length should not be longer
than 2 m.
The external antenna or the integrated antenna must be aligned for maximum receiver radio signal
(RSSI) level. Ensure that antenna polarization (Figure 3.1) is the same as Base Station antenna
polarization and there are no direct obstructions in front of the antenna.
NOTE: Be sure to apply weatherproof silicone tape to all remote antennas and outdoor
enclosure connections.
The MAXBridge CPE and antenna should be installed by experienced installation professionals.
UNIDATA and it's resellers are not liable for injury, damage or violation of regulations associated with
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the installation of outdoor units or antennas.
4.2 Lightning protection and grounding
The MAXBridge CPE should be properly grounded and be protected against lightning.
The MAXBridge CPE 33 SME IA/EXT features internal RJ-45 lightning protection circuits for data
pairs (pins 1,2 & 3,6) and DC power (pins 4,5 & 7,8 ).
The metal alloy enclosures of the MAXBridge CPE 33 SME IA/EXT is connected to the internal
ground of the unit and the ground point of internal lightning protection circuits. Enclosure grounding
connector (Figure 3.1, 3.2) should be connected to the ground point (external protective ground
conductor or to a grounded pole, mast ) by a 10 AWG short copper wire.
For protection of user’s LAN equipment against lightning induced currents, it is strongly
recommended, that another The Surge Suppressor should be mounted at the building entry point and
must be grounded. This device must be mounted outside the building, located as near as possible to the
entrance of the CAT-5e outdoor unit cable. The grounding wire must be connected to a grounding rod
or the building grounding system.
In case if a Surge Suppressor at the building entry point is not used, the outdoor unit cable shield
should be grounded. However, this shielding does not provide a good lightning discharge path, since it
can not tolerate the high lightning current surges.
NOTE.
Poorly grounded pole can conduct high lightning strike energy into CPE equipment.
Poorly grounded CPE enclosure can cause CPE equipment failures from lightning induced
currents.
Poorly grounded ethernet Surge Suppressor (at the building entry point), or the outdoor unit
ethernet cable shield can cause user's network equipment failures from lightning induced
currents.
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5 Getting started
The MAXBridge CPE ( device ) unit must be pre-configured with an IP address. This may be done
prior to deployment in the field, or on-site using a laptop computer.
The device has management IP address (default value is 10.0.0.10/24) and technical constant IP
address 192.168.0.5/24 (available from Ethernet side of CPE only). Technical address may be used
for management access if management IP address was lost or unreachable.
The device configuration can be made using a Web interface (through a HTTP connection) and in using
a Command Line Interface console (CLI, through a SSH connection).
Access to the device for configuring before CPE is mounted onto the pole
1.Connect PoE POWER+DATA OUT port and MAXBridge CPE unit by straight patch cord cable
(568B-568B).
2.Connect PC to DATA IN port of PoE unit by crossover patch cord cable (568B-568A).
3.Power on the MAXBridge CPE 33 unit.
4. Make sure that your computer IP address belongs to the MAXBridge CPE management IP subnet.
5. Launch your Web Browser (i.e. Explorer or FireFox) and enter the CPE management IP address in
the address bar (http://192.168.0.5 or http://10.0.0.10 ).
6. Press the Enter key. The login window appears.
7. In the Login window, enter configured User name and Password.
Defaults are: User name: admin. Password: admin.
8. The home page of the Web-based management opens, as displayed below (Figure 5.1).
Figure 5.1 Main web management window
Access to device by using CLI.
In order to use this interface, it is necessary to establish a SSH (Secure Shell) connection towards the
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IP address of the CPE unit.
SSH connection can be performed in Linux/Unix/MAC OS by using openssh or by using PuTTY/
SecureCRT/... utilities in Windows OS.
1. To get access to CPE device run SSH command ssh CPE_IP address (ssh [email protected] for
openssh).
2. Enter User name and Password.
3. Once authentication has been correctly performed, the prompt MAXBridge [CPE ] will be shown,
ready to process all the available commands ( Figure 5.2).
Figure 5.2 SSH access
Prior to deployment the following necessary CPE radio parameters must be assigned (Figure 5.3, 5.4):
management IP address for getting remote access to CPE. IP address can also be assigned
automatically by DHCP service;
channel frequency and channel bandwidth.
Figure 5.3 Management IP address configuration
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Figure 5.4 Radio parameters configuration
These parameters also can be assigned by using CLI commands:
configure ip management address <CPE_IP_ADRESS> netmask <SUBNET_MASK>, where
CPE_IP_ADRESS is the management IP address, SUBNET_MASK – netmask of CPE management
IP subnet. If CPE is installed in routed environment also setting of default ip gateway is mandatory.
(Figure 5.5).
Figure 5.5
configure ip dhcp on/off - alternatively, dhcp may be used, if management addresses assigned with
DHCP Server.
In this case recommendation is that BS configured to support of DHCP option 82. (Figure 5.6).
Figure 5.6
configure radio bandwidth < CPE_BW > frequency <CHANNEL_ FREQUENCY>, where
CPE_BW is the channel bandwidth in MHz,
CHANNEL_FREQUENCY – channel frequency in kHz. (Figure 5.7).
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Figure 5.7
Attention!To effect unit configuration changes. it is necessary to save current configuration changesinto startup profile by pressing button “Save settings to startup profile” in Controloptions / Profile manager menu, or using CLI commands configure profiles save current and restart radio ( Chapter 9).
Resetting to Default Settings.
To restore the factory default configuration, press the RESET button located at the system board inside
outdoor enclosure under plug (Figure 3.1) at least 11 times. After that device will be reloaded and
factory default configuration will be set.
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6 Web managing interface
The device has the Web-based management tool for viewing and configuring of the device
parameters and interfaces stats. The web interface can be accessed remotely using any standard
Web browser (e.g. Microsoft Internet Explorer or FireFox)from anywhere in the network. Thus, no
installation of any additional software is required.
To enter the web interface, just open a web browser and make an HTTP connection using the
management IP address of the MAXBridge CPE 33. After entering login name and password the
home page of the Web-based management opens, as displayed below (Figure 6.1).
Figure 6.1
The CPE management screens consists of four main areas:
Main Menu Options - a set of menus, where clicking each menu displays the corresponding setof sub-menus in the Sub-Menu Options Pane.
Sub-Menu Options Pane - a set of sub-menus related to the selected menu option. If youselect a sub-menu item, the relevant options in the display/working Area is displayed.
Display/work Area - display corresponds to the selected sub-menu items: CPE parametersvalue and operation buttons.
Header/Status Area - display Logo and under some cases alert messages in red.
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Menu Options
MainMenuitems
Sub-menu items
Display/work area items description
Statistics Systems Displays following system information: Serial number, Firmware revision, Wireless MAC Address;Ethernet MAC Address; Management IP Address; Registered Base ID - Base Station identifier, to which CPE isconnected;Port VLAN ID - VLAN ID, that is terminated by CPE; Uptime-the time of operation since the CPE was powered on.
Signalparameters
Displays radio link status parameters:Link State - link connection state according to IEEE 802.16-2009;RSSI – Received Signal Strength Indication, dBm;CINR – carrier to noise + interference ratio, dB; SNR - signal to noise ratio, dB;Current Frequency - channel center frequency, kHz; Current Tx Power - CPE transmitter power, dBm; Channel Bandwidth, MHz; UL Modulation – uplink modulation; DL Modulation – downlink modulation; Frame duration - frame duration, ms;Board Temperature – temperature on the system board, C;Wireless Erroneous Symbols – number of unreadable receivedsymbols.
Connection list Displays following information:Service Flow List, packets counters at the Wireless and Ethernetinterfaces, Bridge MAC table.
ChannelSetup
Radio Frequency channel parameters configuration:channel frequency, KHz; channel bandwidth, MHz; AFS - On/Off, Automatic Frequency Selection;AFS channels - available for automatic selection channels.
Base Base Station connection parameters:BS ID - available for connection BS Identifier, MAC addressformat;Base mask - mac bit mask;Encryption: On - auto encryption; Off – encryption is disable;Authorization: On - enable PKM authorization; Off - disable authorization.
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IP Setup Management
interface
Management IP address configuration:DCHP: On/Off;Default gateway;Management IP address; Management IP mask; Management broadcast.
MainMenuitems
Sub-menu items
Display/work area items description
IP Setup SNMP SNMP access configuration:Name,Location;sysDescription - system description name;Syscontact – system contact name;Readonly- community read only: public;Write - community write : private;
Available symbols: A-Z, a-z, 0-9, _.
Mode Bridging configuration:Bridge - On/Off;Interface MTU: max MTU size;PORT VLAN ID - 0-Off, 1…4095 -PVID mode: terminatedVLAN ID;Routing configuration:Ethernet IP address; Ethernet netmask;Ethernet broadcast; Wireless IP address;NAT - On/Off.
Controloptions
System time NTP server -Network Time Protocol server IP address;Time
zone.
Profilemanagement
User profile configuration:Save setting to start up profile -write to the profile used onbooting or restarting the device;Save setting into selected user slot;Load selected profile into start up profile;User profile # selection.
Reboot/Restart
Reboot device button; Restart radio button.
Firmwareupgrade
Server IP: server IP address; Server type: TFTP/FTP;Image name: s/w firmware file name SW_VERSION.futUser login: FTP access user name; User password: FTP access user password;Firmware upgrade button.
Accounts My password Old password; New password; Confirm password.
Accountsconfiguration
User account configuration:Select user account - user type selection; Delete selected user.Configuration access right:Login: user account name;New password; Confirm password;
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Basic user access & statistics: read only access;Root/restart access: permission to device reboot/restart ;Profile manager access: permission to configure user profile;User account management: permission to user accountmanagement.
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7 Viewing device status and information
7.1 System information
The device system information is shown in Display Area, which is accessed from the Statistics menu,
System sub-menu. The system information is a read-only data, as displayed in Figure 7.1.
Figure 7.1 System information
Serial number: device serial number;
Firmware revision –software version;
Wireless MAC Address – MAC address of Wireless interface;
Ethernet MAC Address – MAC address of Ethernet interface;
Management IP Address – IP address, which can be used to manage device over wireless
connection;
Registered Base ID - Base Station identifier, to which CPE is connected or trying to connect;
Port VLAN ID – VLAN ID, that is terminated by CPE;
Uptime - the time of operation since the CPE was powered on.
System information can be displayed also by using CLI command:
show stats system
If device is working in router mode, following information is displayed also:
Wireless IP Address - IP address of Wireless interface
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Ethernet IP Address – IP address of Ethernet interface
7.2 Radio signal parameters
The Statistics/ Signal parameters menu opens the Signal parameters page (see Figure 7.2) below,
which displays following radio link status parameters:
Link State – link connection status;
RSSI – Received Signal Strength Indication, dBm;
CINR – carrier to noise + interference ratio, dB;
SNR - signal to noise ratio, dB;
Current Frequency – channel frequency, kHz;
Current Tx Power – CPE transmitter power, dBm;
Channel Bandwidth – frequency channel bandwidth MHz;
UL Modulation – uplink modulation;
DL Modulation – downlink modulation;
Frame duration – frame duration, ms;
Board Temperature – temperature on the system board, °C;
Wireless Erroneous Symbols – number of unreadable received symbols.
Figure 7.2 Radio signal parameters
Signal parameters information can be displayed (Figure 7.3) also by using CLI command:
Show stats
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Figure 7.3 Radio signal parameters
7.3 Connection information
The Statistics/ Connection menu opens the Connection list page (see Figure 7.4) below, which
displays connection information about Service Flow list, Wireless, Ethernet and Management interface
counters, and Bridge mac tables:
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Figure 7.4 Connection information
Connection list information can be displayed (Figure 7.5) also by using CLI command:
Show list
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Figure 7.5 Connection information
System logs events are displayed on the Log page, opened by CLI command Show log. Log page
is displayed below (Figure 7.6):
show log [<numLine>],
viewing log file, <numLine> - displayed lines quantity.
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7.6 Log information
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8 Configuration setup
In this section the MAXBridge CPE configuration parameters may be observed and modified.
8.1 Radio configuration
The Channel Setup / Radio menu opens the radio parameters page (see Figure 8.1), which displays
Channel Frequency, Channel bandwidth, AFS parameters, that can be modified within the allowed
limits.
Figure 8.1 Setup radio channel parameters
Frequency channel parameters configuration:
channel frequency, kHz; channel bandwidth, MHz; AFS - On/Off, set Automatic Frequency Selection mode.
The device radio parameters can be displayed and modified (Figure 8.2) also by using CLI
command:
configure radio bandwidth <CPE_BW> frequency< CHANNEL_ FREQUENCY>, where
CPE_BW is channel bandwidth in MHz, CHANNEL_FREQUENCY – channel frequency in
kHz.
Figure 8.2 Setup radio channel parameters
Add new button allows to add AFS channel frequency into AFS list- available for
automatic selection channels (Figure 8.3).
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8.3 AFS configuration setup
AFS list is dispalyed as List of frequencies (Figure 8.4).
Remove selected button allows to delete selected item in List of frequenices from AFS list (
Figure 8.4).
8.4 Remove selected channels from AFS list
Automatic Frequency Selection setup can be set by using following CLI commands:
Enter to AFS configuration mode:maxbridge[cpe] > configure afsAFS On:maxbridge[cpe] AFS > autoscan onAFS – Off:maxbridge[cpe] AFS > autoscan offAdd frequency channel to AFS list :maxbridge[cpe] AFS > add frequency <frequency channel 1>maxbridge[cpe] AFS > add frequency < frequency channel 2>maxbridge[cpe] AFS > add frequency < frequency channel 3>etc.Delete frequency channel from AFS list:maxbridge[cpe] AFS > delete frequency < frequency channel 2>maxbridge[cpe] AFS > delete frequency < frequency channel 3>
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Show AFS list:maxbridge[cpe] AFS > listExit from AFS configuration mode: Сtrl+D. AFS configuration example is shown in Figure 8.5.
Figure 8.5 AFS configuration example
Attention!Channel bandwidth, that is used in AFS mode, can be defined in AFS Off mode.
The Channel Setup / Base menu opens the BS connection identification parameters page (see
Figure 8.6) that can be modified.
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Figure 8.6 Base Station connection parameters setup
Base Station authorization parameters:
BS ID - available for connection BS Identifier, mac address format;
Base mask - mac bit mask; for example: BS ID: 00:50:C2:00:00:00 Base mask: FF:FF:
FF:00:00:00 will allow any BS with BS ID starting with 00:50:C2;
Encryption : On – enable auto encryption; Off – disable auto encryption;
Authorization :On - enable PKM v1 authorization; Off - disable authorization.
Base Station connection parameters can be configured by using following CLI commands (Figure
8.7).
Figure 8.7 Base Station connection parameters setup.
8.2 Network Configuration
The device is able to work as a bridge or as a router with Network Address Translation (NAT)
capabilities.
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8.2.1 Bridge mode
The IP Setup/Mode menu opens bridge configuration page (Figure 8.8) which displays Bridge
mode, Interface MTU , Port VLAN ID that can be modified within the allowed limits.
Bridge mode ON configures the MAXBridge CPE into bridge mode.
Interface MTU allows to set Maximum Transmission Unit (packet) size in bytes.
Port VLAN ID defines VLAN identifier, which is terminated by CPE.
Ethernet speed: 10HD - manual setting of 10BasetT-HalfDuplex, Auto10FD - autonegotiation
with only 10BaseT-FullDuplex adverticement, auto - auto-negotiation - modes of operation of
Ethernet interface.
Figure 8.8 Bridge mode configuration
Bridge mode configuration may be performed by using CLI commands (Figure 8.9):
configure bridge on
configure ip mtu <packet size > where <packet size > value from 1400 to 1600 bytes.AttentionRecommended MTU settings for bridge mode: 1600.
Figure 8.9 Bridge mode configuration
Configuration Port VLAN ID:configure ip pvid < VLAN ID >,
where <VLAN ID> value 0 – 4095, pvid =0 – means PVID Off (Figure 8.10).
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Figure 8.10 VLAN PVID configuration
Attention: МАХBridge CPE is able to set only one PVID value, which means that only one VLAN ID
may be terminated by device.
Ethernet interface configuration ( Figure 8.11).
maxbridge[cpe]> configure ip ethernetspeed
10HDAuto10FDauto
Figure 8.11 Ethernet interface configuration
8.2.2 Routing mode
The IP Setup/Mode menu opens configuration pages (Figure 8.12), where Bridge mode – Off
should be selected for setting device into Routing mode.
On Routing mode configuration page is displayed (Figure 8.12) with Ethernet IP address,
Ethernet netmask, Ethernet broadcast, Wireless IP address, Wireless netmask, Wireless
broadcast network parameters and also allow setting Network Address Translation (NAT) mode
ON/OFF.
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Figure 8.12 Routing network parameters
Routing mode configuration may be performed by using CLI commands.
Setting routing mode: configure bridge off .
Ethernet interface IP address and subnet mask can be set by following command:
configure ip ethernet address <IPv4> netmask <IPv4mask>.
Wireless interface IP address and subnet mask can be set by following command:
configure ip wireless address <IPv4> netmask <IPv4mask>.
In Routing mode following commands are available ( Figure 8.13).
Add network: route> add network < IPv4/net> gateway <IPv4> metric <int>.Delete network: route>delete network <IPv4/net> .Display routing table: route>list.Exit from Routing mode: Ctrl+D.
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Figure 8.13 Routing table configuration
NAT configuration: configure nat <mode>, where mode is On/Off ( Figure 8.14).
Figure 8.14 NAT configuration
8.2.3 Management interface configuration
The IP Setup/Management menu opens management interface configuration page (Figure 8.15),
which displays Management IP address, broadcast address, netmask, default gateway, and
DHCP mode, all can be modified. DHCP mode on and Management address settings mutually
exclusive. Management IP address is used for getting remote access to CPE. IP address can
also be assigned automatically by DHCP service.
Figure 8.15 Management IP address configuration
These parameters can also be assigned by using CLI commands:
configure ip management address <CPE_IP_ADRESS> netmask <SUBNET_MASK>,
where CPE_IP_ADRESS is management IP address, SUBNET_MASK – netmask of CPE
management IP subnet ( Figure 8.16).
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Figure 8.16
configure ip dhcp on/off (Figure 8.17).
Figure 8.17Note: When PVID is activated on CPE, CPE can be managed using management IP only over Air.CPE still can be managed over Ethernet, but using only hardcoded IP: 192.168.0.5/24.
8.2.4 SNMP community configuration
To get device parameter information use SNMP protocol. Device counters can be obtained using
IF-MIB.
Accounts/SNMP menu opens SNMP community configuration page (Figure 8.18).
Figure 8.18 SNMP community configuration page
Attention. Availble symbols “A-Z a-z 0-9 и _ “.
SNMP community configuration can be performed by CLI commands ( Figure 8.19):
configure snmp community readonly <int>,configure snmp community write <int> , where <int > 0 -40 symbols (A-Z, a-z, 0-9, _).
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Figure 8.19 SNMP community configuration
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9 Configuration profiles
Configuration profiles are used for quick adjustment all of device configuration parameters.
Device configuration can be saved in two types of different profiles: “startup”, “user-defined”:
<startup/current > - configuration profile with current working device parameters. When the
unit is powered on, this configuration startup profile will be automatically loaded;
<backup> - backup copy of current profile ;
<predefined> - profile with factory defined parameters;
<user-defined> <1-8> - user defined profiles. The user may save up to 8 different configurations.
The Control options / Profile manager menu opens the configurations profiles page (see Figure
9.1).
Button “Save settings to startup profile” allows to save the current working configuration into
startup profile. When the unit is powered on, this startup profile will be used as the bootup
configuration.
Button “Save settings into selected user slot” allows to save current configuration into
selected destination user profile slot. Destination user profile slot is located next to this button on
the right side of configuration profile page.
Button “Load selected profile into startup profile” allows to load profile that can be selected
from the list of user's profiles, backup profile or predefined factory profile. Selection slot is
located next to this button on the right side of the configuration profile page. Loaded profile then
becomes a current and startup configuration and be effective upon restart of reboot.
Figure 9.1 Configuration profile management
Configuration profile management may be performed by using CLI commands.
Saving current working configuration into selected destination profile slot:
configure profiles save <backup> <current>
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<user-defined> <1-8>, saving current configuration into selecteddestination profile slot.Load profile that can be selected from list of users’ profiles, backup profile, startup/current or
predefined factory profile:
configure profiles load <backup> <current> <predefined> <user-defined> <1-8>View saved profiles ( Figure 9.2):configure profiles view <backup> <current> <predefined> <1-8> <user-defined> <1-8>
Figure 9.2 View profiles
Attention!To effect unit configuration changes, it is necessary to save current configuration changesinto startup profile by pressing button “Save settings to startup profile” or using CLIcommands configure profiles save current and restart radio (Figure 9.3, 9.4).
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Figure 9.3 Restart radio to effect configuration settings
Figure 9.4 Saving settings to startup profile and restart radio to effect settingsshow current- config, displays current config ( Figure 9.5).
Figure 9.5 Displays current config show running-config,displays running config information (it may differ from current profile if modification has beenmade and stored in the current profile).
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10 Device reboot, restart
The Control options/Reboot/restart menu opens reboot/restart pages (Figure 10.1).
Unit radio restart can be performed by pressing button “Restart radio” or using CLI commands
Restart (Figure 9.4). "Restart radio" is used to make effect unit configuration changes.
Figure 10.1 Reboot, restart
Unit reboot can be performed by pressing button “Reboot device” or using CLI commands
Reboot. Unit reboot is used to make effect firmware upgrade.
11 System time configuration
Device maintains date and time. The date and time should be synchronized with NTP (Network
Time Protocol).
The Control options/System time menu opens time synchronization page (Figure 11.1).
Figure 11.1 Date and Time synchronization
To set the date and time
1. Setup the IP address of the NTP server to be used.
2. Choose time zone.
In order to use the NTP system, the BS must be able to reach the server IP address. During
power-up the device attempts to configure the initial date and time using an NTP Server. If the
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NTP IP address is not configured or is not reachable, a default time is set.
12 Firmware upgrade
Current device software release number is displayed in Firmware revision field on Statistics/
System web page. It is recommended to periodically update the unit by up-to-date software
release since new functionalities are added to the system. The updating process consists of
uploading a firmware files to the unit and letting it be installed.
Uploaded software consist of two files:
*****.fut - firmware file;
*****.fut.md5 – firmware file control sum;
where ***** – software revision.
File catalog with software also may contain Readme and Install files. Before software upgrade it is
strongly recommended to read instructions in these files.
Software upgrade can be performed from FTP or TFTP server. Before upload it is necessary to
configure server, which will be used for s/w upgrade, and it's IP address must be reachable from the
device.
The firmware file is initially uploaded to the device’s standby software bank, which is inactive. To
install uploaded file, it needs to be transferred to the device's active software bank.
To upload firmware file into standby software bank select Control options/Firmware upgrade
menu item and software upgraded web page is displayed ( Figure 12.1, 12.2).
Figure 12.1 Software upgrade from TFTP server
1. In Server IP field IP enter FTP/TFTP server’s IP address.
2. Choose server type TFTP or FTP.
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3. For access to the FTP, enter the following login rights:
In the FTP User Name field, enter the FTP server's user name, In the FTP Password field, enter the FTP server's password.
4. In the Image Name field, enter the name *****.fut of the firmware file- new software version
file that you want to download to the unit.
5. Press Firmware upgrade button to start uploading the defined firmware file.
Figure 12.2 Software upgrade from FTP server
Note: If s/w upgrade procedure is performed via wireless link it is recommended to use FTP
server.
Once the firmware file has been uploaded (this operation takes some seconds) to standby software
bank, messages (Figure 12.3) are displayed:
Status of upgrade process: Update process finished successfully! System was updated. Need rebooting.
Figure 12.3 Status of upgrade process
To activate uploaded firmware from standby s/w bank device must be rebooted.
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Unit reboot can be performed by pressing button “Reboot device” in Control Options/Reboot/
restart menu page or using CLI commands Reboot.
After reboot at this stage device uses uploaded firmware from standby s/w bank.
If the process is stopped at this point and device is rebooted again, the firmware upgrade procedure
will be discarded and the s/w of the unit will remain unaltered.
To complete upgrade procedure it is necessary to confirm the upgrade by pressing“Confirm
upgrade” button (Figure 12.14) that appeared after the first reboot and then reboot again by
pressing “Reboot device” on Control Options/Reboot/restart menu page or using CLI commands
Reboot.
Figure 12.4 Upgrade confirmation page
After confirmation uploaded firmware file is transferred from the standby s/w bank to the device's
active software bank (uploaded firmware is installed) and the previous s/w version is transferred
from active bank to the standby bank. When upload software procedure is successfully completed,
the "Confirmation process finished successfully "message is displayed ( Figure 12.5).
Figure 12.5 Upload s/w confirmation page
After the reboot the uploaded firmware becomes active.
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Firmwаre upload procedure can be performed by using CLI commands ( Figure 12.6,12.7).
configure firmware upgrade tftp <file name> server ip <IPv4>;
configure firmware upgrade ftp <file name > server ip <IPv4> ftp-user <user name> <user
password>;
<IPv4> server IP address,
<file name>=*****.fut – firmware file name.
Figure 12.6 Software upgrade from TFTP server
Figure 12.7 Software upgrade from FTP server
To activate uploaded firmware from standby s/w bank, device must be rebooted.
Unit reboot can be performed by CLI commands Reboot.
After reboot at this stage device uses uploaded firmware from standby s/w bank.
If the process is stopped at this point and device is rebooted again, the firmware upgrade procedure
will be discarded and the s/w of the unit will remain unaltered.
After upload firmware to standby s/w bank and reboot additional option “configure firmware “
will appear (Figure 12.8).
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Figure 12.8 Upgrade confirmation
To complete upgrade procedure it is necessary to enter confirm upgrade and then reboot.
After confirmation uploaded firmware file is transferred from standby s/w bank to the device's active
software bank (uploaded firmware is installed) and the previous s/w version is transferred from the
active bank to the standby bank. After Reboot uploaded firmware became active.
13 Security
The device is secured through access permissions. Up to six authentication levels are supported,
where users can be defined according to authentication profiles.
Six authentication levels are available:
Level 1 – Basic. For viewing (read only) access;
Level 2 – Reboot. Has access only to Reboot. Read/write are not available;
Level 3 – Basic + Reboot. For viewing (read only) and Reboot access;
Level 4 – Basic + Profile. For viewing and profile management access;
Level 5 - Basic + Reboot + Profile. For viewing, reboot and profile management access.
Level 6 - Administrator. The highest level. It gives access to all read and write options, including
user account management.
The Accounts/Accounts configuration is used by the system administrator to define CPE users
granted with relevant permissions. The Accounts/Accounts configuration menu opens access
permissions page (Figure 13.1).
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Figure 13.1 Access permission page
Add new user and configure account:1. Choose “Create new account” in Select user account” field.2. Enter user login name. 3. Enter and retype the Password for selected user.4. Define the relevant access level for this user.5. Press “Apply changes to user profiles” button.Configure user’s account:1.Choose user account in “Select user account” field.2.Enter and retype the Password for selected user.3 Define the relevant access level for this user .4.Press “Apply changes to user profiles” button.Delete user account: 1. Choose user in “Select user account” field,2. Press “Deleted selected user”.User’s access permission can be provided by CLI commands.Add new user ( Figure 13.2):configure users add <login> <level *>,where <login > – new user name,level 1 - 6 – authentication level for this user.
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Figure 13.2 Access permission commands
Delete user:configure users delete <login>,where <login> – user name.Change user access permissions:configure users modify <login>.View registered user:show users. Change user password.Current user login password can be changed in Accounts/ My password menu ( Figure 13.3)
Figure 13.3 Change user login password
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Change current user password by CLI commands:configure password < password_name>
14 Tools
Device allows to save engineering log data - system information into file.
The Control options/Tools menu opens page with Get dump button (Figure 14.1).
Figure 14.1 Saving system log
Pressing button “Get dump ” create engineering log data, that then should be saved into
selected file catalog. System information is saved in **** file, where **** - device mac address.
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15 Appendix
Command Line Interface
1. Device configuration setup
1.1 Radio configurationconfigure radio bandwidth < CPE_BW > frequency< CHANNEL_ FREQUENCY >,where CPE_BW is channel bandwidth in MHz, CHANNEL_ FREQUENCY – channelfrequency in kHz.
1.2. AFS configuration configure afs – AFS configuration mode.AFS > autoscan on, AFS –On,AFS > autoscan off, AFS –Off.AFS > add frequency <frequency >, add frequency channel kHz to AFS list.AFS > delete frequency<frequency >,delete frequency channel from AFS list.AFS > list, show log [<numLine>],viewing log file, <numLine> - displayed lines quantity. show AFS list.Exit from AFS configuration mode:CTL+D
1.3 Management interface configuration configure ip management address <CPE_IP_ADRESS> netmask <SUBNET_MASK>[broadcast <IPv4 broadcast> ],where CPE_IP_ADRESS is management IP address, SUBNET_MASK – mask of CPEmanagement IP subnet, broadcast IP address.configure ip dhcp on/off, on - management IP address is assigned automatically by DHCP service, off - DHCP server is not used.
1.4 Network configuration>configure ip mtu <packet size >,where <packet size > value from 1400 to 1600 bytes. >configure ip pvid < VLAN ID >,where <VLAN ID> value 0 – 4095, pvid =0 – means PVID Off.
Note : MAXBridge CPE is able to set only one PVID value, that means only one VLANID may be terminated by device.configure snmp community readonly <int>,configure snmp community write <int> ,where <int > 0 -40 symbols (A-Z, a-z, 0-9, _).configure bridge <int> , on- device is working in bridge mode, off - device is working in routing mode.
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configure nat <int>,on - NAT is used, off - NAT is not used.configure ip ethernet address <IPv4> netmask <IPv4>,ethernet interface IP address and subnet mask configuration.configure ip wireless address <IPv4> netmask <IPv4>,wireless interface IP address and subnet mask configuration.configure route [Enter] , route configuration mode.route> add network < IPv4/net> gateway <IPv4> metric <int>, add network to route table.route>delete network <IPv4/net>,delete network from route table. route>list, display routing table,Exit from Routing mode: Ctrl+D.
1.5 Base station authorizationconfigure base authorization <int>, On -PKM authorization; Off- disable authorization.configure base encryption <int>,
On – auto encryption, Off – encryption is disable.
configure base id <int>, BS ID – available for connection BS Identifiers.configure base mask <int>,Base mask - mask of available for connection range of BS ID , value from 000000 toFFFFFF).
1.6 Profile configuration >configure profiles save <current> <user-defined> <1-8>, saving current working configuration into selected destination profile slot.>configure profiles load <backup> <current> <predefined> <user-defined> <1-8>, load profile that can be selected from list of user's profiles, backup profile, startup/current orpredefined factory profile.>configure profiles view <backup> <current> <predefined> <user-defined> <1-8>,view saved profiles.1.7 Configure firmware upgrade configure firmware upgrade tftp <file name> server ip <IPv4> , configure firmware upgrade ftp <file name > server ip <IPv4> ftp-user <user name><user password>,<file name>=*****.fut – firmware file name.
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configure firmware confirm,Firmware upgrade confirmation.
1.8. Configure user’s accountsconfigure password < password_name>,current user’s password changing. configure users add <login> <level *>,add new user account, where <login > – new user name, level 1 - 6 – authentication level.configure users delete <login>,delete user account, <login>-user name.configure users modify <login>configure user account, <login>-user name.
>configure users add <login> <level *>,where <login > – new user name,level 1 - 6 – authentication level for this user.
2. Viewing device status and information show current-config, displays current config: profile current.show running-config,displays active config information (it may differ from current profile if modification has beenmade and stored in the current profile). show log [<numLine>],displays log file, <numLine> - displayed lines quantity.show users,displays registered ( with accounts ) users. show list,displays Service Flow list, Wireless, Ethernet and Management interface counters, Bridge mactables.
show stats, show stats signal, display connection information:Link State - link connection state;RSSI – Received Signal Strength Indication, dBm;CINR – carrier to noise + interference ratio, dB;SNR - signal to noise ratio, dB;Current Frequency - channel center frequency, kHz; Current Tx Power - CPE transmitter power, dBm;Channel Bandwidth, MHz; UL Modulation – uplink modulation; DL Modulation – downlink modulation; Frame duration - frame duration, ms;Board Temperature – temperature on the system board, C;Wireless Erroneous Symbols – number of unreadable received symbols.
show stats system,Serial number: device serial number;Firmware revision – software version;Wireless MAC Address – MAC address of Wireless interface;
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Ethernet MAC Address – MAC address of Ethernet interface;Management IP Address –device IP address for access via Second Management Connection;Registered Base ID- Base Station identifier, to which CPE is connected or trying to connect;Port VLAN ID – VLAN ID, that is terminated by CPE; Uptime - the time of operation since the CPE was powered on. If device is working in router mode the following information is displayed also:Wireless IP Address - IP address of Wireless interface; Ethernet IP Address – IP address of Ethernet interface.
3. Restart - restart radio.
4. Reboot - reload device s/w.
© 2011 Unidata