38767814 huawei wimax bts3703 version upgrading and data configuration

23/4/7

www.huawei.com

HUAWEI Confidential

Security Level: Internal Use

HUAWEI WiMAX BTS3703 Version Upgrading and Data Configuration

CDMA & WiMAX TSD

HUAWEI TECHNOLOGIES Co., Ltd. HUAWEI Confidential

This presentation mainly introduced version loading and upgrading

method and operation steps of BTS3703.

In the second chapter, we mainly introduced data configuration

online step by step, which include R1 interface and R6 interface.

In the third chapter, we discuss some trouble shouting method for

the test acceptance and debugging, which could be a guide for the

field engineers.


Master the version loading and upgrading of BTS3703

Master the data configuration of BTS3703

Master basic skills to solve problem during test


Chapter 1 Version Loading and upgrading Chapter 1 Version Loading and upgrading

Chapter 2 Data Configuration

Chapter 3 Trouble Shooting and Analysis


Chapter 1 Version Loading and UpgradingChapter 1 Version Loading and Upgrading

1.1 Upgrading Preparation1.1 Upgrading Preparation

1.2 Version Loading and Upgrading

1.3 Upgrading Check


O&M Network


Preparation for Upgrading

Preparation For Files

Extend BIOS file of BBU: BWAMsuExtendBios.bin

Extend BIOS file of RRU: BWATRUExtendBios.bin

Other main files: MSUCORE.BIN, MSUFEC.BIN, MSUDSP.BIN, MSUBPP.BIN, MSUME.BIN,

TRUCORE.BIN, and vercfg.xml

The Methods of upgrading

Remote upgrading

Local upgrading

The Software of upgrading

M2000 and Telnet

FTP tools


Preparation of Version Files

Main Files of upgrading

File Name Description

MSUCORE.BIN Signaling processing on the universal CPU 802.16e protocol and system management for the MSU board

MSUME.BIN Protocol processing on the 802.16eMAC layer of service panel of the MSU board

MSUDSP.BIN OFDM modulation and demodulation of base band signals on the MSU board

MSUFEC.BIN Encoding and decoding of base band signals on MSU board

MSUBPP.BIN CPRI logic for enabling the communication between the MSU and the RRU

BWAMsuExtendBios.bin Extended BIOS of the MSU board

BWATruExtendBios.bin Extended BIOS of the TRU board for CPRI2.0

TRUCORE.BIN File loaded remotely for the TRU

vercfg.xml Auxiliary version description file of the BS


The Methods of Upgrading

Remote upgrading

Get into BTS3703’s service IP by M2000, and upgrade.

Telnet BTS3707’s service IP, upgrade by command line.

Local upgrading

Connected with ethernet port of debugging, Telnet BTS3703’s maintenance port, upgrade

by command line.

Notes ： Usually, Remote upgrading was preferred.


The Tool of Upgrading

The Configuration of FTP Server (For Example: WFTP)

The Path of Files Updated


Chapter 1 Version Loading and upgradingChapter 1 Version Loading and upgrading

1.1 upgrading Preparation

1.2 Version Loading and upgrading1.2 Version Loading and upgrading

1.3 upgrading Check


The Steps of upgrading

BTS3703 Service IP

Backup Configuration

End

Start

Backup and Get Information

BIOS upgrading

Software upgrading

Extend Bios upgrading

Download Files into Standby Area

Activate the Software in the Standby Area

Active Configuration Configure data into DB offline file (optional)

Send DB file to BTS

Active configured DB file


Remote upgrading

End

Start

Extend BIOS upgrading

Software upgrading



Telnet the system, upgrading by CLI, also called Command Line upgrading.

The IP address of telnet is the service port’s IP address in BTS3703.

Check the compatibility between current and upgrading versions.

1. Get into the system view

<himax>sys

2. Configure the FTP server

[himax] ftp-server set server-ip 192.168.0.22 user-name idu pass-word idu

Notes: Server ip is host’s ip. User name and password are same with server.

3.Use the command of upLoad, backup the configration files into the folder

specified

[himax]upload 0 0 content 11

Notes:

First 0 means 0 and default value is 0

Second 0 means BBU, 1 means 1 RRU

11: active configuration

Telnet the system, upgrading by CLI, also called Command Line upgrading.

The IP address of telnet is the service port’s IP address in BTS3703.

Check the compatibility between current and upgrading versions.


<himax>sys




3.Use the command of upLoad, backup the configration files into the folder

specified

[himax]upload 0 0 content 11

Notes:

First 0 means 0 and default value is 0

Second 0 means BBU, 1 means 1 RRU

11: active configuration

Active Configuration


Remote upgrading

Software upgrading

Extend BIOS upgradingExtend BIOS upgrading

1. Get into the system view.

<himax>sys


[himax] ftp-server set server-ip 192.168.0.22 user-name idu pass-word

idu


3.Excute the “Load” command.

[himax]load 0 0 content 20

Notes ： 0 0 means board 0and slot 0, 20 means Extend BIOS of BBU

4. Reset the board ( BBU)

[himax]board reset 0/0

5.[himax]load 0 1 content 40

Notes: 0 1 means board 0and slot 1, 40 means Extend BIOS of RRU

1. Get into the system view.

<himax>sys


[himax] ftp-server set server-ip 192.168.0.22 user-name idu pass-word

idu


3.Excute the “Load” command.


Notes ： 0 0 means board 0and slot 0, 20 means Extend BIOS of BBU

4. Reset the board ( BBU)

[himax]board reset 0/0

5.[himax]load 0 1 content 40

Notes: 0 1 means board 0and slot 1, 40 means Extend BIOS of RRU

End

Start




Remote upgrading

End

Start


Software upgradingSoftware upgrading



<himax>sys


[himax] ftp-server set server-ip 192.168.0.22 user-name idu pass-

word idu

Notes: Server ip is host’s ip. User name and password are same with

server3. Execute the “Load” command.


Check the progress as follows:

[himax]display loading-progress

Notes ： This command is ok only in loading. Before and after loading, it

always return with 0.

4. Activate the software in standby area.

[himax]active software

After activate standby area, BBU will reboot. After BBU’s rebooting,

RRU reboot automatically. In rebooting, RRU will download new version

software automatically.


<himax>sys


[himax] ftp-server set server-ip 192.168.0.22 user-name idu pass-

word idu

Notes: Server ip is host’s ip. User name and password are same with

server3. Execute the “Load” command.


Check the progress as follows:

[himax]display loading-progress

Notes ： This command is ok only in loading. Before and after loading, it

always return with 0.

4. Activate the software in standby area.

[himax]active software

After activate standby area, BBU will reboot. After BBU’s rebooting,

RRU reboot automatically. In rebooting, RRU will download new version

software automatically.



The Management of Configuration Files (Optional)

MSUCORE.BIN is packed with many files, Including configuration file(DB0.DB2), rename

the filename from DB0.DB2 to DB1.DB2 before loading.

To change configuration in batch, it is supported to switch between active and standby

configuration.

1. Get into system view.

<himax>sys

2. Configure FTP server.



3. Execute the “Load” command.


4. Activate standby configuration.

[himax]active configuration 0

System will reset automatically after successful activating.

5. If there is no DB configuration offline, you will configure all the data as follows.

1. Get into system view.

<himax>sys

2. Configure FTP server.



3. Execute the “Load” command.


4. Activate standby configuration.

[himax]active configuration 0

System will reset automatically after successful activating.

5. If there is no DB configuration offline, you will configure all the data as follows.End

Start


Active ConfigurationActive Configuration

Backup and Get information

Software upgrading


Local upgrading

Telnet to the maintenance port of BTS3703, upgrading

by command line, the steps are same with remote

upgrading.

Telnet to the maintenance port of BTS3703, upgrading

by command line, the steps are same with remote

upgrading.

End

Start


BIOS upgrading

Software upgrading



Chapter 1 Version Loading and upgradingChapter 1 Version Loading and upgrading

1.1 upgrading Preparation

1.2 Version Loading and upgrading

1.3 upgrading Check1.3 upgrading Check


Check Software Version1.Get into diagnose view

<himax>diagnose

[himax-diagnose]interface sub-dia Yongfu

Yongfu is the password fixed. Be careful of capital and lowercase letters.

2.Check the version

[himax-sub-diagnose]display build-version

For more details about BBU or RRU, please input the following command:

[himax-sub-diagnose]display build-version 0/0 (BBU)

[himax-sub-diagnose]display build-version 0/1 (RRU 1)

3.Check the software version and upgrading status in active and standby areas.

[himax-diagnose]display soft-status

master version : BTS3703 V200R001C02B030 (Main area version)

master status : available (Main area are available)

standby version : BTS3703 V200R001C01B010 (Standby area version)

standby status : available

upgrading : disable

degrading : enable

current master-area directory : AREA1

1.Get into diagnose view

<himax>diagnose

[himax-diagnose]interface sub-dia Yongfu

Yongfu is the password fixed. Be careful of capital and lowercase letters.

2.Check the version

[himax-sub-diagnose]display build-version

For more details about BBU or RRU, please input the following command:

[himax-sub-diagnose]display build-version 0/0 (BBU)

[himax-sub-diagnose]display build-version 0/1 (RRU 1)

3.Check the software version and upgrading status in active and standby areas.

[himax-diagnose]display soft-status

master version : BTS3703 V200R001C02B030 (Main area version)

master status : available (Main area are available)

standby version : BTS3703 V200R001C01B010 (Standby area version)

standby status : available

upgrading : disable

degrading : enable

current master-area directory : AREA1


Chapter 1 Version Loading and upgrading

Chapter 2 Data Configuration Chapter 2 Data Configuration

Chapter 3 Trouble Shooting and Analysis


BTS Configuration Parts in Network

Internet

ASN-GW(WASN9770)

AAA server

VOD Server/FTP

Server IP

Network

FE/GE

FE

M2000 server

FW Edge Router

IP Networ

k

DHCP Server

IMS/Soft3000/NGN

FE/GE

FE/GE

FE/GE

FE/GE

FE/GE

optical FE/GE

HA

WAN/MAN/MPLS/X.25/ATM

LSW

FE

FE

FE

FE

FE

FE

FE

GE

xDSL

PUSC1x3x1

FUSC1x3x3

FFR 1x3x3

PUSC with all SC 1x3x3

PUSC1x3x1

R1 WiMAX BTS Access R6

WiMAX BOSS/M2000

CSN R3

BTS3703

BTS3703

BTS3703

BTS3703BTS3703


Data Configuration is: when the hardware installation 、 software installation and

upgrade finished, we do some Configuration to the base station so that the base

station can be put into use according to the design request

Data Configuration has two types ： local and remote

local ： we connect the testing PC to the BBU debugging network port, then we do

the Data Configuration by CLI （ Command Line Interface ） through super

terminal or telnet

remote ： telnet the GE port of BTS3703.The way of Configuration is also by the

CLI.

BTS3703 Data Configuration


BTS3703 Data Configuration- Enter CLI Frame


CLI View Introduction

Command Mode Function Prompt Enter Method

Common view mode Checking the basic system

information

<himax> Logging in to the system

System view mode Performing basic system

configuration

[himax] <himax>system-view

Air interface view mode Configuring radio equipment

and global parameters

[himax-if-air] [himax]interface air

Ethernet interface view

mode

Configuring the parameters

related to the Ethernet

interfaces

[himax-if-eth-0/0] [himax]interface eth 0/0

Ethernet port view mode Configuring the parameters

related to an Ethernet port

[himax-if-ethernet-

0/0/1]

[himax]interface ethernet

0/0/1

Diagnosis view mode Configuring the parameters

related to signaling

[himax-diagnose] <himax>diagnose


BTS3703 Data Configuration Preparation - Data Set Principle

Before data configuration, we need to set all the configuration data.

Include ： R1 air interface: BTS3703 air parameters

R6 Interface: Parameters between BTS3703 and ASN-GW (WASN9770)

Other parameters: modulation coding and so on


BTS3703 Data Configuration Preparation

Data negotiation ： Configuration items between BTS3703 and ASN-GW

(WASN9770)

Configuration Item Description

Gateway ID ID of the SPU through which the ASN-GW communicates

with the BS

Gateway IP IP address of the SPU through which the ASN-GW

communicates with the BS

Next hop IP address

of the BS

IP address of the device such as the router or ASN-GW,

which is directly connected with the GE port of the BS

BS ID MAC address of the device such as the router or ASN-

GW, which is directly connected with the GE port of the

BS

BS IP BS Service IP and OM IP


BTS3703 Data Configuration Preparation Data negotiation: BTS3703 air parameters

Configuration Item Description

Frequency point For BBU three sectors. 2.49-2.60; 2.53-2.64;2.58-2.69 (GHz)

Permbase ID of dl-lst-permutation-base must be equal to IDCELL.

Sector-Id ID of sector, interrelated to ID of site. How to calculate it, please refer to BSID.

Operator-id ID of operator, in order to distinguish different operators and can be configured at random nowadays.

Site-id ID of site and the range is between 0 and 65535.

Site-name Name of site and the length is not beyond 32 characters.

Transmit mode The mode employed for transmission. Now uses TDD mode.

Networking mode It is the mode of the physical network to see the virtual network. Now only supports PUSC 1/3 and PUSC with all.

IP Distribution of the whole network

Negotiation with customers.

Bandwidth Now Huawei provides two types, just as 5MHz and 10MHz.


BTS3703 Data Configuration preparation

BTS basic setting: BBU maintenance IP 、 operation IP Ethernet 0/0/1: service ip; Ethernet 0/0/0: OM ip State: up (Port link is ok)

<himax>sys

[himax]display interface

Ethernet 0/0/0 current statue : up

IP Address : 192.168.0.5/24

The Maximum Transmit Unit : 1500 bytes

Hardware address : 000d-8f0a-4a0b

ethernet 0/0/1 current state : up

IP Address : 192.168.8.6/24


Hardware address : 00e0-fc0a-0a0a

<himax>sys

[himax]display interface

Ethernet 0/0/0 current statue : up

IP Address : 192.168.0.5/24


Hardware address : 000d-8f0a-4a0b

ethernet 0/0/1 current state : up

IP Address : 192.168.8.6/24


Hardware address : 00e0-fc0a-0a0a


BTS3703 Data Configuration preparation - set the BSIP

Operation port IP This ip between BBU and ASN-GW used to transmit the operation

data 。 Ethernet 0/0/1 just be the Operation port

For example: we want to modify the Operation port IP to be 192.168.8.6, the

mask is 255.255.255.0

If we had set the Operation port IP already, we must delete the primary ip before

the modification

[himax]interface ethernet 0/0/1

[himax-if-ethernet-0/0/1]ip address 192.168.8.6 255.255.255.0

[himax-if-ethernet-0/0/1]undo ip address


BTS3703 Data Configuration

Begin

Basic InformationConfiguration

Clock systemConfiguration

CarrierConfiguration

Bs InformationConfiguration

RoutingConfiguration

GW IDConfiguration

Active carrier

End

Modify the Configuration items ： View or modify the data by the CLI, we can put into “ ？” to provide us the

following commands Step:

Network Management Configuration


Step1:Configure Basic Information

1. Configure system time: In order to do the troubleshooting, it is important to configure system time

and time zone correctly.

Configure the time zone.

<himax>clock datetime 16:05:55 2008/02/19

hh:mm:ss, hour:minute:second; yy/mm/dd, year/month/date

[himax]clock timezone name (add/minus) offset

Nam indicates the time zone name and contains 1 to 32 characters.

[add/minus] is used to distinguish between east and west time zones.

offset is the time zone offset.

Eg:Set the time zone to east eight zones.

[himax]clock timezone Beijing add 08:00



Use the command display clock to check the system time.

<himax>display clock

19:19:37 Greenwitch standard time Thu 2007/12/27

Time Zone : Greenwitch standard time add 00:00:00

Summer-Time : Day Light Saving Time repeating 12:32:05 2005/09/23 12:32:05 2005/

11/23 00:00:00



2.Setup site information ： Identify a site. Eg: If a site named lab is added with site id 0.

Use the command display site all to query the site information.

Please note: There is a relation between site id and sector id. If you want to

delete one site, you have to delete the sector first.

[himax-if-air]site add site-id 0 site-name lab

[himax-if-air]display site all

site_id site_name

-----------------------------------------

0 lab


Step2:Configure system clock

Configuration items of the system clock include the reference clock source,

working mode (phase locked or phase unlocked), and initial DA value. Configuring the Reference Clock Source

The Work Mode of the System Clock

Notes: It is not suggested to change the DA value. It has the default value. You

can query it first and decide whether to change it or not.

[himax] set sysclk-type 0

0-3： Values 0 through 3 represent gps-0, gps-1,gps2 and localsrc.

（ GPS0----built-in GPS port, GPS1----output GPS port, GPS2-input GPS port

that corresponds to port 1 pp0.）

[himax] set sysclk-mode 0

0:manual,the system starts to trace the clock source you have configured

1:free,the clock source does not function.


Step3:Configure Carrier

1.The basic parameters of carrier, operator-Id, dl-seg-no, central-freq, cell-

radius, odu-slot. The carrier to be modified must exist. Parameters of carrier can be modified only when the carrier is deactivated. ； The central frequency on the BBU must be set based on the frequency band

supported by the RRU ； Operator-Id is provided by the customers. Dl-seg-no is corresponding to the Sector ID.

For example:to modify the central frequency point, run the following command in air

interface view mode

[himax-if-air] carrier cent-frequency modify carrier-id 0 central-freq 2550000


Step3:Configure carrier

Query basic information of carrier.

[himax-if-air]display carrier-basic-info carrier-id 0

Carrier ID : 0

Sector ID : 0

Site ID : 0

Operator ID : 2

Dl segment no : 0

Bandwidth : bandwidth-10mhz

Central-frequency : 2550000

Cell-radius : 5000

odu-slot : 1

Eirp : 40


Step3:Configure Carrier

2.Modify site-id Site-id is planned by locale network

For example, modify a S1/1 site

[himax-if-air] carrier dl-zone-para modify carrier-id 0 dl-1st-permutation-base 2

3. modifying the information of uplink and downlink zones of the sector,

and the parameters of BS mobility The carrier to be modified must exist Parameters of a carrier can be modified only when the carrier is

deactivated.

For example: modify permutation-base of carrier 0 ZONE 0

[himax-if-air] carrier modify carrier-id 0 site-id 0 sector-id 0

[himax-if-air] carrier modify carrier-id 1 site-id 0 sector-id 1


Step4:Configure BS Information

1.BS ID ＝ OperatorID (the most significant 24 bits)+ SectorID (the least sig

nificant 24 bits) Pay attention that the operator ID should not be changed, and the site ID is plann

ed by the telecom operator, so the IDCELL is usually changed

For example: modify operator ID of carrier 0

[himax-if-air] carrier modify carrier-id 0 operator-Id 14


Step5:Configure GW ID

The necessary parameter between BS and ASN-GW The format of GW ID is same with MAC address ’:xxxx-xxxx-xxxx

For example: configure GW ID as 0707-0707-0707

[himax]interface ethernet 0/0/1[himax-if-ethernet-0/0/1]gateway id 0707 － 0707 － 0707


Step6:Configure Routing Information

1.Static Route There is a few routers between BBU and ASN-GW. For example ： DstIpAddr SubnetMask NextHopAddr

7.7.7.7 255.255.255.255 192.168.8.6

[himax]interface ethernet 0/0/1[himax-if-ethernet-0/0/1] ip route-static 7.7.7.7 32 192.168.8.6

DstIpAddr: Destination IP address (The IP address of SPU board in ASN-GW) NextHopAddr: The IP address of next hop (Device connected with BS GE port)


Step6:Configure Routing Information

2.Route of ASN-GW For Example:

[himax]interface ethernet 0/0/1[himax-if-ethernet-0/0/1]gatewayroute ip 7.7.7.7 next 192.168.8.6

GatewayIp is the IP address of the SPU of the ASN-GW

NextHopIp depends on the networking mode. It can be identical with the IP address of the

LPU that is connected with the BBU, but it must be different from GatewayIp. If the BBU

connects with the ASN-GW through a router, NextHopIp is IP address of the router ； .

GatewayIp NextHopIp

7.7.7.7 192.168.8.6


Step7:Configure Network Management

Network Management configuration is to configure M2000 information

at the BTS side. 1. Configure community names

For Example:To configure the SNMP community names for reading and writing, run

the following commands in system view and the community name is pubv1.

[himax]snmp-agent start[himax]snmp-agent community read pubv1[himax]snmp-agent community write pubv1



2. Configure TRAP-Based Subscription For Example:10.121.71.220 is the IP address of the M2000 server, 162 is the fixed

port number, pubv1 is the community name, and v2c is the version number.

After configuring community names and trap-based subscription, please return to

common mode and run save command to keep it in effect.

[himax]snmp-agent target-host notification trap address udp-domain 10.121.71.220 udp-port 162 params security name pubv1 v2c



3. Configure Routing information If the BTS and the GW is not in the same TCP/IP network, the routing information

should be configured. For Example:10.121.71.220 is the IP address of the M2000 server,and the next hop

IP address is 192.168.80.200.

[himax]interface ethernet 0/0/1[himax-if-ethernet-0/0/1] ip route-static 10.121.71.220 32 192.168.80.200


Step8:Activate Carrier

Be sure that carrier resource state is enable Check carrier status:

[himax-if-air]display carrier-status carrier-id 0

Carrier id : 0

Activate Flag : yes

carrier resource state : enable

Operational state : enable

Activate carrier 0

Activate Successfully when Operational_state is enable.

Only after Operational_state is enable, can MS access the network.

[himax-if-air] act-carrier carrier-id 0


Chapter 1 Version Loading and upgrading

Chapter 2 Data Configuration

Chapter 3 Trouble Shooting and AnalysisChapter 3 Trouble Shooting and Analysis


Network AccessNetwork Access

Obtain SF QoS Parameters from GW

Obtain SF QoS Parameters from GW

Establish SF in air interface

Establish SF in air interface

Establish R6 tunnel between BS and GW

Establish R6 tunnel between BS and GW

EndEnd

Scan DL channel to synchronizeScan DL channel to synchronize

MS basic capability negotiation

MS basic capability negotiation

AuthorizationAuthorization

RegisterRegister

Obtain transmit parameters

Obtain transmit parameters

Initial RangingInitial Ranging

MS sends initial Ranging code in initial Ranging opportunity

MS sends initial Ranging code in initial Ranging opportunity

MS sends initial Ranging code in periodic Ranging opportunity

MS sends initial Ranging code in periodic Ranging opportunity

MS sends RNG-REQ in allocated bandwidth

MS sends RNG-REQ in allocated bandwidth

BeginBegin


Check MS network access and service success

Check MS network access success

Check Service flow built success

[himax-if-air] display ms registered ms-mac 0000-0011-1111 carrier-index 0 Basic cid : 1025 Primary cid : 1537 Max tx power 64qam : 174 Max tx power 16qam : 174 Max tx power qpsk : 174 Max tx power bpsk : 174 Mac version : MAC_MAC_VERSION_802_16E_2005

[himax-if-air] display service-flow ms-mac 0000-0011-1111 all SF ID : 513CID : 13313 SF direction : MAC_SF_DIRECTION_UP Scheduling type : MAC_SF_SCHDULING_TYPE_UGS CS specific type : MAC_CS_SPEC_PKT_IPV4 SF ID : 512 CID : 28673 SF direction : MAC_SF_DIRECTION_DOWN Scheduling type : MAC_SF_SCHDULING_TYPE_UGS CS specific type : MAC_CS_SPEC_PKT_IPV4


Physical Layer synchronization Fail

Central frequency of BS and MS are not same

Bandwidth of BS and MS are not same

The sub-frame-ration of BS and MS are not same

The sending power of RRU is low

[himax-if-air] display ofdma basic Cp : cp-1-8 Frame_Dur_Code : frame-dur-code-5ms Sub_frame_Ratio : sub-frame-ratio-31-15 (BTS3703 now support 31-15 and 29-18)

1.Use radio debugging platform to check the power2.Use radio debugging platform to adjust the power


MAC Synchronization Fail

Adjust MS network access modulation method to QPSK1/2 CTC (Lowest)

Adjust MS type, and now Zyxel, GCT, Alpha, TA501 are the terminal type.

SBC(SS Basic Capacity) fail

Check the R6 route and GW-ID, BSID are the same between BS and WASN9770

Check MS support all the specialty of BS, like MIMO, AMC code, HARQ method, and

some other code.

1. Adjust the network access FEC[himax-diagnose] ms-cfg modify mac-address xxxx-xxxx-xxxx dl-fec 13 ul-fec 13

2. Adjust the service flow FEC

[himax-diagnose] amc modify ms-mac xxxx-xxxx-xxx Direction 2 Fec 13 repeat-factor 0

[himax-diagnose] amc modify ms-mac xxxx-xxxx-xxx Direction 2 Fec 13 repeat-factor 0

Direction 2- downlink, 1- uplink; Fec 13- QPSK1/2 (CTC), 16-16QAM1/2(CTC), 18-64QAM1/2(CTC), 20-64QAM3/4(CTC)


REG (MS register) Fail

Check Authentication method in WASN. Check the IP allocation method is static or dynamic. Dynamic method:

Enable DHCP in WASN Build domain and IP pool for MS

Static method: Disable DHCP in WASN Bind MS MAC address and IP in WASN

1. Add MS MAC and IP binding in static way

<WASN9770>sys

[WASN9770]en_ (Enter diagnose mode)

[WASN9770-diag]d x c 6 dp debug on (Open debug mode in 6th board, SPU in 6th slot)

[WASN9770-diag]d x c 6 dp ip add 000000000003 10.10.10.3

2. Query the IP and MAC binding

[WASN9770-diag]d x c 6 dp ip query

MSID = 0000-0000-0003 , Static IP = 0x0a0a0a03


DSA (Dynamic Service Addition) Fail

Check QoS Classifier in WASN (Include TCP, UDP, ICMP, ANY protocol)

Check QoS Rule in WASN (Include maxrate, minrate, maxdelay,

schedule type, flowtype and so on)

Check QoS Bind in WASN

Notes: Please refer WASN9770 detail configuration in WASN9770 product manual.


WEB SUPPORT PATH:

BTS Technical Support->Documentation->Wireless Product Line->CDMA&WiMAX-BSS->WiMAX BTS

ASN-GW Technical Support- ->Documentation->Core Network Product Line ->WCDMA-PS->WiMAX WASN9770

[email protected]

One experience One Surprise

Thank You

www.huawei.com

38767814 huawei wimax bts3703 version upgrading and data configuration

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