Ra 3404 04 i hspa commissioning e4

1 © Nokia Siemens Networks Presentation / Author / Date / Document NumberFor public use – IPR applies

I-HSPA Commissioning

2 © Nokia Siemens Networks Presentation / Author / RSB KC / Document NumberFor public use – IPR applies

Nokia Siemens Networks Academy

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I-HSPA Commissioning

After completing this module, the participant will be able to:Theory:List the generic steps when manually commissioning a Flexi WCDMA BTSRecognize the different types of Flexi Transport sub-modules by name and functions Theory / Practical:List the hardware and software requirements for the Flexi WCDMA BTS Element Manager for Local/Remote usageConfigure the personal computer used for local commissioningConfigure hardware settings, transmission interfaces and synchronization settingsConfigure ATM settings including Virtual Paths, Virtual Channels and ATM Traffic Descriptors Configure IP and DCN settings for Remote Access and ManagementDescribe the overview of Remote Management operation/administration of the Flexi WCDMA BTSInspect and check BTS Iub terminationsInspect and check IP and DCN settings for Remote Access and ManagementInspect, check and test the Flexi WCDMA BTS commissioned configuration and status using the Nokia WCDMA BTS Element Manager

Flexi WCDMA BTS Commissioning

Computer Settings.

• IP Address 192.168.255.126

• Subnet Mask 255.255.255.0

Check with Ping – 192.168.255.143 (OMU IP Address)

– 192.168.255.16 (WBTS Master Operation and Maintence)

– 192.168.255.129 (TRS)▪ If TRS cannot be Pinged BTS Manager will NOT Work.

Task Selection ViewConnect

Task Selection ViewCreate Commissioning File

Snapshot opening

Task Selection ViewAbout

UI partsMain view Plug-in manager’s Task View=content area

Nokia bar

View Bar Alarm view Status Bar

Title bar

Commissioning

Commissioning Wizard View

Commissioning

Commissioning – Site PropertiesFollowing commissioning example pages with FTIA unit

I-HSPA SUPPORT IN WN 4.0

Commissioning – Physical Layer Configuration

Ethernet Interface Settings

1. Click Configuration → TRS Configuration → Physical Interfaces.

2. Check the In Use box to select the Ethernet Interface.

6. Click Send to save changes.

3. Select Accepted frame type as Plain or VLAN.

4. Enter a valid VLAN ID for VLAN frame type.

5. Configure the required Ethernet BW.

Commissioning – Traffic Descriptors

VCC Bundle and AAL2 CAC in the uplink

RAN1095 UBR+ for Iub User Plane

Introduction Hybrid Backhaul

FTIA & FTJA Units

1. Gigabit Optical Ethernet Interface (EIF1).

2. Fast Electrical Ethernet Interface (EIF2).

3. Fast Electrical Ethernet Interface (EIF3).

4. ATM Interfaces (IF1-IF4)

5. Status LED.

FTXX Features

1. Allows Hybrid & Full BTS backhauling over packet-switched networks. 2. Offloads High-bandwidth HSDPA and HSUPA traffic to packet services. 3. Possibility of using universal transport protocol (IP suite) in addition to native ATM transport.4. Reduction in OPEX Costs for the operator.5. Smooth deployment and upgrade of RAN transport.

FTXX Limitations

1. Only one Ethernet Interface can be used at a time.

2. Only one PSN Tunnel is supported.

3. Maximum of six Pseudowires are possible.

4. ATM throughput: 72452 cells/s (approximately 32Mbps) -> Ethernet Bandwidth 30-70 Mbit/s.

Configuration Management Configuration management mainly includes:• Ethernet Interface settings

– Plain – VLAN

• ATM over Ethernet settings– PSN Tunnel – Pseudowire – QoS (Priority mapping)

• ATM Settings– IUB Terminations– DCN Termination

• Pseudowire OAM Configuration

• Performance Monitoring & Thresholds.– Ethernet– PSN Tunnel– Pseudowire

QoS Configuration1. Click Configuration → TRS Configuration → ATM Over Ethernet.

3. Configure VLAN & DSCP priorities for each PHB.

2. Select ATM Over Ethernet Settings.

PSN Tunnel Configurations1. Click Configuration → TRS Configuration → ATM Over Ethernet.

3. Set the ATM capacity for the PSN Tunnel.

2. Create a New PSN Tunnel with Local IP, Subnet mask, Remote IP.

address and Gateway IP address of PSN tunnel.

Pseudowire Configurations1. Click Configuration → TRS Configuration → ATM Over Ethernet.

2. Create New Pseudowire with all the MANDATORY properties.

Commissioning – IUB Terminations ATM Inuse

Commissioning – DCN Interfaces

Commissioning – IP Filtering

BTS Commissioning – BTS Settings

Commissioning – Passive units

BTS Commissioning – Local Cell Resources

User defines local cell resources.

RF signal path options: “A type” configuration

TX 2RX 1 M

RX 2 M

RX 1 D

RX 2 D

TX 4RX 3 M

RX 4 M

RX 3 D

RX 4 D

RF - DE

RX switch

feedback

Sector 1

Sector 2

RF signal path options: “B type” configuration

TX 2RX 1 M

RX 2 M

RX 1 D

RX 2 D

TX 4RX 3 M

RX 4 M

RX 3 D

RX 4 D

RF - DE

RX switch

feedback

Sector 1

BTS Commissioning –HSDPA & HSUPA settings

HSUPA Settings in BTS Manager

Nokia Flexi WCDMA Node B – HSUPA dimensioning, Rel1 HW

Used CEs for HSUPA, Rel1 HW #HSUPA users sharing maximum peak rate 2.0Mpbs

8 (fixed) 0

32 1-4

112 16

136 20

160 24

• HSUPA activation requires a "fixed pool" of 8 CE when activating the feature.

• Depending on the total amount of free available CE (#licenses and installed HW capacity),the traffic load, BTS Resource Manager can dynamically allocate additional BB resources for HSUPA.

• A max. of 160CE can be utilized by HSUPA. In case of conflict with R99 RT or NRT traffic needs, BTS Resource manager will reduce the amount of BB resources available for HSUPA.

• Each user can reach max 2.0 Mbps

• Please Note that HSUPA requires HSDPA for DL.

• In addition to the CE consumption for HSDPA and HSUPA activation, 1 CE for signaling is required per user.

• Note: Softer HO overhead is included in the table, similarly as with Rel99 DCH

Baseband Capacity & HSUPA

• Capacity is reserved for HSUPA in Cluster Fraction (= 1 RAKE) steps on need basis.

• DSP RM in master HSUPA Cluster (WSPC / FSPA) request new RAKE for HSUPA and BTS RM (TCOM) gives it if possible.

• BTS RM can request RAKE back from HSUPA if that is needed for DCH traffic.

•Minimum capacity reserved for HSUPA is 8 CE. In that case only HSUPA MAC-e is active in Codec. 0 RAKE is reserved for HSUPA -> 0 HSUPA users.

• WN4.0 at maximum 2 WSPC / FSPA for HSUPA. Slave WSPC / FSPA CF (RAKEs) are reserved after Master WPSC / FSPA all three CF (RAKEs) have been reserved for HSUPA.

• Operator can define minimum HSUPA reserved capacity to have guaranteed service level.

• HSUPA requires HSDPA for DL. However associated DCH UL/DL is needed also for HSPA user.

Baseband Capacity & HSUPA WSPC

CE reserved in Master WSPC

0 HSUPA CF (RAKE) is for case that only HSUPA L2 is active with no HSUPA users.

CE reserved in Slave WSPC

# HSUPA CF

(RAKEs)

CE reserved

Reservation step

DL0 8 8 8 81 32 32 24 242 48 48 16 163 64 64 16 16

# HSUPA CF

(RAKEs)

CE reserved

Reservation step

DL1 24 24 24 242 44 44 20 203 64 64 20 20

Baseband Capacity & HSUPA FSPA

CE reserved in Master FSPA

0 HSUPA CF (RAKE) is for case that only HSUPA L2 is active with no HSUPA users.

CE reserved in Slave FSPA

# HSUPA CF

(RAKEs)

CE reserved

Reservation step

DL0 8 8 8 81 32 32 24 242 56 56 24 243 80 80 24 24

# HSUPA CF

(RAKEs)

CE reserved

Reservation step

DL1 32 32 32 322 56 56 24 243 80 80 24 24

BTS Commissioning – Local Cell Settings

User defines RNC (Radio Network Controller) Settings and Intelligent Shutdown and Gradual Shutdown parameters for local cells.

BTS Commissioning – WCDMA Carrier Candidates

User defines default WCDMA Carrier candidates for local cells.

BTS Commissioning – Antenna Line Settings 1/7

MHA type: Other

• the BTS doesn’t provide DC power to MHA, nor generates MHA alarm

• MHA power supply has to be fed from an external source

• UL/DL Delay in the MHA can be user-defined

NOKIA MHAs:

WMHA – Single MHA

WMHB – 2 single MHAs, separate power feed

WMHC – Dual MHA, single power feed through its “BTS2” port.

for WMHC/WMHD only

the WMHC/WMHD requires power supply through its “BTS2” port. This selection is made for the FRxx ANT port which is connected it.

for WMHC/WMHD only

If an additional equipment behind the MHA requires power supply through antenna feeder, the voltage can be defined by the user or automatically set by the BTS.

for all MHA types

the existence if Diplexers/Triplexers is to be defined for two reasons:

- the additional loss is to be considered by the BTS for correct signal gain.

- the additional delay affects the round trip time

for all MHA types

- the number of Diplexers/Triplexers is to be defined:

1: X-plexer on BTS side only, wideband antenna

2: X-plexer on both sides, BTS and antenna

3: With broadband antenna and MHAs

Round Trip time Delay:

- calculated by the BTS Site Manager or…

Round Trip time Delay:

- …user defined (after measurement)

RET Configuration

BTS Commissioning – External Alarms and Controls

Commissioning Wizard-Send Parameters to BTS

Downloads commissioning files to the elementsResets SiteReconnects automatically

User Authenitication

Table: Supported characters for username and password 0 A K U e o y * ]

1 B L V f p z + _

2 C M W g q ! - ~

3 D N X h r # .

4 E O Y i s $ /

5 F P Z j t % ;

6 G Q a k u & =

7 H R b l v ' ?

8 I S c m w ( @

9 J T d n x ) [

Commissioning Wizard – Testing

Site Test / Ethernet Test

WCDMA Loop Test 1/3

WCDMA Loop Test 2/3

WCDMA Loop Test 3/3

EAC Functionality Test

Additional Settings RET Configuration

Commissioning Wizard-Report

Report can be checked and saved here.

Planned commissioning is most simple and preferred commissioning procedure. Configuration is planned before commissioning either in NetAct planning tools or in the file mode of BTS Site Manager.Planned commissioning steps during commissioning• 1. Start SEM – task selection view appears• 2. Local connection to Site• 3. Select commissioning View and Planned commissioning• 4. Browse Site Commissioning File that contains both BTS & TRS

files for Site• 5. Press Next -> EM validates files and downloads them to the Site.

Site reset is given after download• 6. After successful download/reconnection user can perform

commissioning test and finally save commissioning reports into disk.

Planned Commissioning Procedure

Commissioning Wizard – Introduction - Planned

Select BTS Site (covers both BTS&TRS)

Select Planned

Browse or Select Site commissioning file

Optional backup is possible e.g. during reconfiguration

Press Next

Site Information

Shows information about:Site Local CellsModulesHW VersionsSW VersionsLogical ConfigurationLicences and FeaturesIUB LinksBTS Clock Frequency HistoryBTS Commissioning ParametersTRS Commissioning Parameters

Snapshot saving

One Zip file for whole site that contains troubleshooting information

Star from WN3.2– Only snapshot saving is supported that makes troubleshooting possible manually based on file information.

Snapshot saving

Snapshot zip file contains:

EM logs

EM property files

Folder for every plug-in manager named by its internal name for its specific information: • alarms, • commissioning file• status information• PM data• element logs • etc…

Online help

One common online help for BTS Site Manager

SW Update to BTS Site

If not compressed on local PC If compressed on local PC

Licence Management

I-HSPA CommissioningFTM IN-USE

FTM Commissioning

FTM Commissioning site Properties

FTM Commissioning

FTM Commissioning Interface Configuration

FTM Commissioning Traffic Descriptors

FTM Commissioning Termination Points

FTM Commissioning DCN

FTM Commissioning

FTM Commissioning IP Filtering

FTM Commissioning Send Parameters

I-HSPA CommissioningAdaptor

Adapter Software upgrade

SHADOWS

Only 2 Packages on Disc Allowed

SW package installation• ZIAA:PROFILE::::FTP=W;

• Unzip SW package at your local PC.

• Connect the Pc to Adaptor with FTP software.

• Upload the whole package from local PC to the folder /shadows/ of OMU. After that, we get a new folder /shadows/ Q3061100, which contains all the files needed for the load package.

FTP Software

SW Build Status

Fallback copy (WKS)

Rollback statuses (WSR)

Switch active package (WSS)

Rollbackstatuses(WSR)

Changeof status(WSC)

Change of status (WSC)

Rollback statuses (WSR)Fallback copy (WKS)with parameter FULL

Create the SW package with MML command and set Default Package– ZWQC:NAME=Q3061100,DIRE=Q3061100,STAT=NW:FORM=FAILED,CW=ALL,;

– ZWSD:STAT=NW;

– ZWQO :CR ; (Q3061100 will be Default Package)

Add Change Delivery

Pre-requirements for CD installation – Required Rel1 I-HSPA base E4 SW level is Q3 6.11-0. The software is installed into the

adapter and is running. See more details Commissioning I-HSPA Adapter document ( DN70360523 ) on chapter Loading the I-HSPA Adapter Software.

– To ensure that the new package is valid, verify the package with the following MML-command:

▪ ZWQB:STAT=NW:FORM=FAILED;

Note If some modules failed, find out reason for failing and correct the failures before installing the CD.

– Check the number of created packages with the following MML command: ▪ ZWQO:CR;

– If necessary, delete a package with the following MML command: ▪ ZWQD:NAME=NAME OF PACKAGE TO BE DELETED:DIRE,PRINTS;

– If the CDTEMP directory does not exist, create it with the following MML command: ▪ ZIWL::WS,NODEF: Q3061100:CDTEMP;

– If the CDTEMP directory exists in the package, delete its contents with the following MML command:

▪ ZIWD::WS,NODEF:Q3061100,CDTEMP,:%,%;

Add Change Delivery

FTP CD (P100000N.ZIP) TO SHADOWS

Unzipping SW file into CDTEMP directory

• Use the following MML command to extract the P100000N.ZIP file:

– ZIXX:,/,P100000N.ZIP::,/Q3061100/CDTEMP:TIME=2400,PATHS=N;

• Checking the CDTEMP directory

• The following commands display the number of modules and the checksums of modules in the CDTEMP directory:

• Use the following Service Terminal Commands:-

– ZDDE:OMU,0:"ZLP:M,MAS";

– ZDDE:OMU,0:"ZMXV:W0-/Q3061100/CDTEMP/";

Add Change Delivery

Expected results from checksum

Add Change Delivery CD INSTALLATION

Adding a CD

• A CD can be added to the NW package with the following MML-command:

– ZWNA:STAT=NW:1;

• If the ZWNA command must be cancelled, use the following command to delete CD modules from the disks:

– ZWND:NAME=Q3061100;

Add Change Delivery Creating a new package

• The new package is created with the following MML-command:

– ZWQC:NAME=P100000N,DIRE=Q3061100,:FORM=FAILED,CW=NEW,;

• The new SW build status will be UT (untitled) at this point.

• Check the status of the created packages with the command: – ZWQO:CR;

Add Change Delivery Selecting the new package as active

Selecting the new package as active • In this step, the new package is selected to be an active package in the directory.

The package can be switched to active with the following MML-command: – ZWSS:NAME=P100000N;

• Check the package status with the following MML-command: – ZWQO:CR;

VERIFYING THE NEW PACKAGE • To ensure that the new active package is valid, verify the package with the

following MML-command: – ZWQB:NAME=P100000N:FORM=FAILED;

ACTIVATION OF THE NEW PACKAGE

• The new software package can be activated with the following MML command: – ZWSD:STAT=BU;

Add Change Delivery Delete Old Package

If Required Delete Old Package with MML Command

• WQD:NAME=Q3061100:MAFILE,::;

Add Change Delivery BOOT PROMS

Updating the MINI SW build • Log into the OMU service terminal session by command:

– ZDDS:OMU,0; • Loading UMB STE on OMU

– ZLP:<id>,UMB ▪ Example ZLP:1,UMB

• To check the active partition (P) and the versions of both MINI sw builds (V:1 and V:2) on partition.

– Z1P – Z1V:1 – Z1V:2

Update mini sw build first into the spare partition, print out and activate it. – Z1U:<spare_partition> – Z1V:<spare_partition> – Z1X:<spare_partition>

• Restart adapter on MML session and after restart repeat steps for other partition. – ZUSS::TOT;

Site Commissioning File (SCF)<?xml version="1.0"?><raml version="2.1" xmlns="raml21.xsd"><cmData type="plan" scope="all" domain="IADASCF" name="adaSc" adaptationVersionMajor="IH1.0"><header><log user="unknown" action="created" dateTime="2008-02-21T13:57:31" appInfo="Nokia Plan Editor">No description</log></header><managedObject class="ADASC" operation="create" distName="IADA-071/ADASC-1"><!--p name="LocalTelnetFTPDest">Not defined<!--p name="CALDAPServerIpAddress">Not defined<!--p name="CMPlaneIPSecUsage">0<!--p name="CMPPreSharedKey">Not defined<!--p name="CMPReferenceNumber">0<!--p name="CoreIPDestinations">Not defined<!--p name="CoreVPNGWIPAddr">Not defined<!--p name="CRLIndicator">010.8.228.3310.8.228.41280<!--p name="IKEKeyVPNAccessCA">Not defined<!--p name="CACertificateFilename">Not defined<!--p name="LDAPDNForCACertificate">Not defined<!--p name="UserPlaneIPSecUsage">010.8.147.40<!--p name="OMSFTPPassword">SYSTEM<!--p name="OMSFTPUserName">SYSTEM10.8.228.3910.8.228.3628<!--p name="OwnCertificateFilename">Not defined<!--p name="OwnPrivateKeyFilename">Not definedIADA-71<!--p name="SecuredIurIPDest">Not defined<!--p name="SubjNameADAOwnCert">Not defined<!--p name="URLToCACMPServer">Not defined<!--p name="IPSubnetIubLAN">10.8.229.33/28</managedObject></cmData></raml>

Site Commissioning Macro

File: ADA_Commissioning_IntegrationVersion : 1-14Description: This macro is made to commission and integrate the ADAPTER for thefirst timeIt has the following tasks:

1. Set the user name and password for the commissioning engineer2. Set the Date and time of Adaptor, based on commissioning engineer's laptop3. Macro would do basic Adaptor configuration4. Create the Adaptors Hardware5. If FTM is used then, macro would configure the ADAPTER towards BTS.6. Macro would make basic IP configuration of ADAPTER.7. If IPSEC is used then, macro would configure the IPSEC in ADAPTER.

Site Commissioning Macro Checks

Adaptor ID (RNC ID)

Enable FTP

C-Number Check

Test Internal IP Network Connections With .Bat File

FCM FSP1 FSP2 FSP3 ---------------------------- SYS: ok ok ok ok EXT1: -- -- -- -- ----------------------------

CONTROL USER ---------------------------- I-HSPA: ok ok ----------------------------

FRGx F1 F2 ----------------------- FRG1: ok ok ok FRG2: ok ok ok FRG3: ok ok ok -----------------------

FTM ----------------------- FTM: ok -----------------------

PING_IHSPA.bat

Ra 3404 04 i hspa commissioning e4

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