OWB091004(Slide)SGSN9810 V900R010C02 Software Installation 20101105 B V2.0

8/14/2019 OWB091004(Slide)SGSN9810 V900R010C02 Software Installation 20101105 B V2.0

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HUAWEI TECHNOLOGIES CO., LTD.

www.huawei.com

HUAWEI Confidential

Security Level: INTERNAL

SGSN9810 V900R010C02

Software InstallationISSUE2.0


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HUAWEI TECHNOLOGIES CO., LTD. HUAWEI Confidential Page 2

This course provides SGSN9810 software installation

information. It describes how to use the INU4Win tool to

install carrier grade platform (CGP) software, and how to

use the local maintenance terminal (LMT) to install

service processes.


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References

INU4Win Usage Guide

SGSN9810 Deployment Guide


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Upon completion of this course, you will be able to:

Describe the SGSN9810 software structure.

Describe the SGSN9810 software installation

process.


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Chapter 1 Overview of Software Installation

Chapter 2 Preparations for Software

Installation

Chapter 3 Process of Software Installation


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Software to Be Installed

LMT: The CGP LMT and SGSN9810 LMT run on the PC, functioning as the

operation and maintenance client. The LMTs interact with the CGP LEM

(LMT server) on the OMU to implement functions such as running operation

commands, returning reports, tracing messages, displaying alarms, and

measuring performances.

CGP installation media: Suse Linux operating system running on the boards,

Oracle database, and CGP network element package (including CGP

application software).

SGSN9810 managed element (ME) package software: service-related process

software running on boards.


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Software Installation Process

Prepare for the installation

Use the INU4Win tool to

install OMU service processes

through the incremental

installation method

Check whether the software is

installed on the OMU before

the SGSN9810 is delivered

Use the INU4Win

tool to install OMU

service processes

Install the OMU server

Install the software

of the SGSN9810


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Description of the Installation Process

Step Description

Prepare for the

installation.

Before installing the software, make the following preparations:

Check the hardware.

Check the IP address of the SMM.

Check the dual-inline package (DIP) switches of the SDM.

Obtain the software package.

Check whether the software is installed on the OMU before the

SGSN9810 is delivered.Install the OMU

server.

The operations involved in the OMU server installation are as

follows:

Install the OMU server through the incremental installation

method or complete installation method. (You can install the

OMU server to one OMU or two OMUs.)

Check whether the OMU server is installed successfully.

Install the OMU

client.

Install the OMU client on the PC.

Install the software of

the SGSN9810.

Log in to the OMU. Then, configure the software of the SGSN9810

by running man-machine language (MML) commands.


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Question

What does the running software of a board include?


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Installation



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Installation

2.1 Connecting Cables

2.2 Checking the DIP Switches of the SDM

2.3 Setting IP Addresses for External Ports on the

SMM

2.4 Using the KVM over IP2.5 Setting the OMU Boot Sequence and RAID

Disk

2.6 Installing the CGP LMT and SGSN LMT


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Connecting Cables During Software

Installation

O

M

U

O

M

U

S

W

U

S

W

U

U

SI

U

SI

S

WI

S

WI

SMM SMM

PC where the

INU4Win tool

is installed

Network cable

Serial port cable

Network cable to be connected if you log in to the OMU

through the keyboard, video, and mouse (KVM) over IP

Set IP addresses for external ports on the SMM

through the serial port.

Network cables to be connected during software

installationNetwork cable to be connected if you log in

to the OMU through the LMT


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Installation



2.3 Setting IP Addresses for External Ports on

the SMM

2.4 Using the KVM over IP

2.5 Setting the OMU Boot Sequence and RAID

Disk



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Checking the DIP Switches of the SDM

The SDM provides the DIP switches for you to set subrack numbers. When multiple

subracks are cascaded, a subrack number can uniquely identify a subrack.

Eight switches are available as shown in the preceding figure, and they indicate eight binary

bits (0 or 1) respectively. The 8-bit binary value ranges from 00000000 to 11111111,

corresponding to subrack numbers 0 to 255. The leftmost bits are the most significant bits,

and the rightmost bits are the least significant bits.In the preceding figure, all the switches are set to 0 (OFF); therefore, the subrack number is

0. To set the subrack number to 1, set switch 8 to 1 (ON); to set the subrack number to 2, set

switch 7 to 1 (ON); to set the subrack number to 3, set switches 7 and 8 to 1 (ON); the other

subrack numbers are conducted by analog.


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Installation




the SMM


Disk



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(Optional) Setting IP Addresses for External

Ports on the SMM)

Note: You need to set IP addresses for external ports on the SMM only when the SMM needs

to be remotely maintained.

Connect the PC and the COM port on the SMM through a serial port cable. Log in to the

SMM through the serial port tool, such as the HyperTerminal and Tera Term. The user name

is rootand the password is huaweiosta. Then, set the baud rate of the COM port to 115200.

Set an IP address:

smmset -l smm -t eth0 -d staticip -v IP address mask broadcast address

Add a route:

smmset -l smm -t eth0 -d routeadd -v destination IP address host/net mask gateway

Query for the IP address and route:

smmget -l smm -t eth0 -d staticip

smmget -l smm -t eth0 -d displayroutes


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(Optional) Setting IP Addresses for External

Ports on the SMM) The SMM is used to manage all hardware devices in the advanced telecom computing architecture

(ATCA) subrack. After the SMM is installed, two internal IP addresses will be available,

corresponding to the IP address of the Base 1 plane and the IP address of the Base 2 plane

respectively. The SMM uses the internal IP addresses to process internal data of the subrack.

Slot

Number

Network

Port

IP Address Subnet Mask Function

14 eth1 172.17.(128 + Subrack

number).112

255.255.0.0 To interconnect with

the Base 2 plane

eth2 172.16.(128 + Subrack

number).112


the Base 1 plane

15 eth1 172.17.(128 + Subrack

number).120


the Base 2 plane

eth2 172.16.(128 + Subrack

number).120


the Base 1 plane

Note: In this slide, "(128 + Subrack number)" represents the sum of 128 and the subrack number. For

example, if the subrack number is 2, "172.16.(128 + Subrack number).120" represents an IP address

of 172.16.130.120. IP addresses of the Base planes are used for internal management of the

SGSN9810. These IP addresses are internally unique, and they do not conflict with external IP

addresses; however, you are not advised to set external IP addresses to the IP addresses in the same

network segment as the internal IP addresses.


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Installation



the SMM



Disk



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Using the KVM over IP

The methods for logging in to the SMM through the KVM over IP are as follows:

1. Login through the maintenance network: Connect the PC with the external network port on

the SMM by using network cables, and enter the external IP address of the SMM in the

Microsoft IE address bar.

2. Login through local direct connection: Set an IP address (in the same network segment as

the internal IP addresses of the SMM), such as 172.16.128 + Subrack number.200, for the

PC. Use the network cable to connect the PC and any Base network port on the back board

of the switching network board in slot 6. Then, enter the internal IP address of the SMM in

the Microsoft IE address bar.

The user name is rootand the password is huaweiosta.

Method 1 implements remote login, and method 2 implements local login. Select a method

according to actual conditions.


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After logging in to the SMM, choose Blade> Remote Control. Then, you can

view the status of other boards in the current subrack. Click the slot where the

OMU resides to log in to the OMU. The user name is rootand the password is

huawei.

If no IP address is set for the OMU, this is the only method to log in to the OMU.

Note:

1. Before using the KVM over IP, you must install the Java runtime environment

(JRE) on the PC.

2. Slots of boards that are logged in through the KVM over IP are numbered from

1 rather than 0.


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Click the slot where the OMU resides, and enter the

user name and password. Then, the login interface is

displayed at the bottom of the window.

In the drop-down

list box, select the

slot, and right-

click Cold Reset

to reset the boardin the selected

slot.


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Installation



the SMM



Disk



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Setting the OMU Boot Sequence and

RAID Disk

Log in to the OMU through the KVM over IP, and reset the OMU. During the start of the OMU, press

Deleteto enter the basic input/output system (BIOS) menu.

Enter the boot menu, choose Boot Device Priority, and then press Enter. You can select 1st Boot

Deviceto start from the hard disk, or select 2nd Boot Deviceto start from the network. Then, press F10

to save the setting and exit the boot menu.

Set the OMU boot sequence.


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Setting the OMU Boot Sequence and RAID Disk

When the OMU starts, press Ctrl+C. After the SAS1064 menu is displayed, select C1064E,

and press Enter. Select RAID Properties. If the following interface appears, it indicates that

the RAID disk is configured. In such a case, select Manage Arrayto delete the RAID disk.

Set the redundant array of independent disks (RAID).


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Select RAID Properties, and select Create IM Volume. When the following interface appears, move

the cursor to the column of RAID Diskin the first row. Then, enter a space. If the input prompt appears,

press D, and then Enter. After the setting, Yesis displayed. Perform the preceding operations for RAID

Diskin the second row.

Set the RAID disk.


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Press C, and select Save changes then exit this menu. Press Esctwice, select

Exit the configuration utility and Reboot, and press Enter. Then, the OMU

restarts.

After the software on the OMU is installed, you can run DSP BRDRAIDon theLMT to query for the type and status of the RAID disk.

Set the RAID disk.


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Installation


2.2 Setting IP Addresses for External Ports on the

SMM


2.4 Using the KVM over IP

2.5 Setting the OMU Boot Sequence and RAID

Disk



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Installing the CGP LMT and SGSN LMT

To install the LMT, simply run the installation program. Install theLMT to the default directory. Do not change the installation directory

randomly.

Run setup.bat. The installation sequence number is SGSN9810(case

sensitive).

After setup.batis executed, both the CGP LMT and the SGSN LMT

are installed.

Currently, the LMT supports the Windows 2000 and Windows XP

operating systems, but does not support the Windows NT operating

system.

The LMT provides you two language versions: English and Chinese.

You can select a language according to actual requirements.


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Installing the CGP LMT and SGSN LMT

When starting the LMT, you can add a CGP server by clicking the button behind

Server. In the displayed dialog box, enter the office name, dynamic IP address of

the OMU, user name admin, and initial password lem. Then, you can log in to the

LMT. After login, you can change the password at system prompt.

Note: The dynamic IP address of the OMU refers to the LMT maintenance IP address

set during the installation. Information about the dynamic IP address will beprovided later in this course.


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Question

How to set IP addresses for external network ports on the SMM?

How to log in to the OMU and then operate it if no IP address is set for the

OMU?


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Chapter 2 Preparations for Software Installation



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3.1 Installing Software on the OMU by Using theINU4Win Tool

3.2 Adding MEs and Process Groups on the LMT

3.3 Installing the License


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Installing OMUs by Using INU4WIN

Download the Windows installation package of the INU, namely, INU4WIN.rar. Copy the

package to the PC and decompress the package.

Copy the installation package media to the software folder in the INU4WIN

directory. The media required for OMU installation are as follows:

SLES10.2IMG32Q_TO_SLES10.3IMG32Q00x.tar

SLES10.3IMG32Q1.x.tar

SLES10.3INST32Q1.x.tar

ORACLE11GV101R001C01.tar

OMU_ADDONSLES10.3I386Q1.x.tar

BASICUTILITYV100R00xC0xSPCxxx.tar

CGPV100R00xC0xSPCxxx.tar

Obtain INU4WIN and install the media.


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Installing Software on the OMU by Using the

INU4Win Tool

Two installation methods are available:

Incremental installation: This method is used when the operating system and

database are installed before you install software such as OMU service

processes.

Complete installation: This method is used when software on both the active

and standby OMUs needs to be reinstalled. Using this method, you can

install OMU service processes and OMU required software, such as

operating system and database, at the same time.

Install software on the OMU.

I lli S f h OMU b U i h


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INU4Win Tool

Run INU4Win.exein the

INU4WINdirectory. After

the interface similar to the

right figure appears, select

the network adapter that is

connected with the Base port

on the switching network

board in the subrack of the

OMU (where software is to

be installed). Then, connect

the OMU and the network

adapter through network

cables.

Install software on the OMU through the

incremental installation method.


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INU4Win Tool

Click Next. The INU4Win tool saves the IP address of the network adapter,

and then reconfigures an IP address 192.168.1.2 for Dynamic Host

Configuration Protocol (DHCP) interception and two maintenance IP

addresses 172.16.128.254 and 172.17.128.254 in the Base plane.

Install software on the OMU throughthe incremental installation method.


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INU4Win Tool

Set the position information about the OMU to be installed. See the

following dialog box. The parameters are described in the next slide.



Board type Optional values of this parameter are OMU and Other Here select OMU


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Board type Optional values of this parameter are OMUand Other. Here, select OMU.

Software path This parameter specifies the location of the software package. By default, the software package is stored in the software

folder of the INU4WINdirectory.

Click Checkto check whether the software to be installed is present in the specified path.

Installation Mode If a correct operating system is already installed on the target OMU, select Incremental Installation. If no operating system

is installed on the target OMU, select Complete Installation.

Here, select Incremental Installation.

Running Mode To install software to a single OMU, select Single-server mode.To install software to two OMUs, select HA mode.

Here, select HA mode.

Installation language Optional values of this parameter are Englishand Chinese. Select Englishor Chinesebased on actual requirements.

Backup File This parameter specifies whether to back up installation files of the OMU. If no installation files are backed up, No backupis

displayed automatically. If installation files are backed up, you can use the backup installation files to restore the previous

software of the OMU.

Explicit IP address, Maskand

Gateway

These parameters specify the IP address, subnet mask, and gateway IP address for logging in to the OMU through the LMT.

Copy software to OMU board This parameter specifies whether to copy the software package to the OMU. If it is not selected, you can upload the software

package to the OMU by File Transfer Protocol (FTP).

Primary board This parameter specifies the subrack number and slot number of the active OMU. The subrack number ranges from 0 to 19,

and the slot number ranges from 0 to 13.

Primary host name This parameter specifies the host name of the active OMU.

Primary network port This parameter specifies the network port on the active OMU. Through this network port, the active OMU interworks with

external devices.

Primary physical IP address This parameter specifies the physical IP address, subnet mask, and gateway IP address of the active OMU.

Secondary board This parameter specifies the subrack number and slot number of the standby OMU. The subrack number ranges from 0 to 19,

and the slot number ranges from 0 to 13.

Secondary host name This parameter specifies the host name of the standby OMU.

Secondary network port This parameter specifies the network port on the standby OMU. Through this network port, the standby OMU interworks with

external devices.

Secondary physical IP address This parameter specifies the physical IP address, subnet mask, and gateway IP address of the standby OMU.


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INU4Win Tool

After information about the OMU is configured, click Next. Then, the

INU4Win tool automatically connects to the OMU and starts the installation.




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INU4Win Tool

After the installation is complete, the installation progress is displayed as

100%. Click Stop and returnto return to the configuration dialog box.

Click the close button in the upper right corner of the configuration dialog

box. When the confirm dialog box is displayed, disconnect the network

cable between the PC and the Base network port on the switching network

board. Then, click Confirmto exit.




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INU4Win Tool

In complete installation, you

need to click the installation

button after the board

configuration information is

specified, which is the onlydifference from incremental

installation. After the

installation button is clicked,

the INU4Win tool

automatically resets the OMU

and then starts the installation.

In incremental installation,

the INU4Win tool does notreset the OMU on which

software is to be installed.


complete installation method.


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Adding MEs and Process Groups on


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Adding MEs and Process Groups on

the LMT

Connect the PC to the rear boards of OMUs by using cables. Select the network port configured

during the installation of the OMU, such as CARD4/LAN0. During the installation, use the LMT

management IP address to log in to the CGP LMT. After the login, select MML Commandand

the CGP on the Object navigation tree. The MML command window appears.

Run SET NETto set Cascading modeto Internal switch boards.

Run ADD RACKto add a rack.

Run ADD SUBRACKto add a subrack. Set Subrack versionto T8280, the front board of the

switching board to SWUA1, the rear board of the switching board to SWIA1, and the service

subrack to SWIA0.Set the slot numbers of the SRMUs to the slot numbers where a pair of ECUs

resides, such as slots 1 and 3.

Run ADD BRD to add active and standby OMUs that are in slots 0 and 2 of subrack 0. Set ME

typeto COMMON, the front board type to UPBA2, and the rear board type to USIA7.

Run ADD BRDto add ECUs/EPUs. Set the ME type to SGSN, the front board type to

MSPB0/UPBA3, and the rack board type to PFIA0/ETIA0.

After the configuration is complete, check whether the configuration has taken effect on the device

panel.

Configure hardware.


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Adding MEs and Process Groups on the LMT

Upload the SGSN9810 package SGSN_SRV_V900R010C02SPCXXX.tarto /opt/pub/software/tmpon the hard disk of the OMU. Then, load the SGSN9810 package.

Upload method 1: Use the Secure File Transfer Protocol (SFTP) function of the CGP LMT. Click

Maintenance, and select File Transfer Service. Then, select Software package(auto loading)in the

Remote Directorywindow. After the upload, the CGP automatically loads the SGSN9810 package.

Note: Before the upload, run SET FTPSENABLEto enable the SFTP function.

Add the SGSN9810 package on the LMT.


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Upload method 2: Use the WinSCP3 software of a third party when the File

Transfer Protocol (FTP) tool of the LMT is unavailable. Specify Host name

as the external IP address of the OMU, that is, the IP address for logging in

to the OMU through the LMT. The user name is rootand the password is

huawei. After login, you can see that the left window displays the local hard

disk, and the right window displays the hard disk of the OMU. After the

SGSN9810 package is uploaded, run LOD PKGto load and run the

SGSN9810 package. Specify File nameas the full name of the SGSN9810package. That is, the extension name .tar should be also entered.



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After the SGSN9810 package is loaded, run LST PKGto query for

information about the SGSN9810 package.


+++ CGP/*MEID:0*/ 2010-09-10 09:10:19+00:00

O&M #595

%%LST PKG: PKGT=VERPKG, MET=SGSN;%%RETCODE = 0 Operation succeeded

The ME-related packages are as follows

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

ME type = SGSN

Package type = Version package

ME version = V900R010C02

File name = SGSN_SRV_V900R010C02.tar(Number of results = 1)

--- END


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Run ADD MEto add SGSN9810s. To add an SGSN9810, set ME IDto 6,

ME versionto the version of the SGSN9810 to be added, and ME vendor

to Huawei. The execution of ADD MEtakes about 10 minutes.

After ADD MEis executed, you can view the added SGSN9810 under

Object Navigation Tree.

Add SGSN9810s on the LMT.

Adding ME Packages and Process


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g g

Groups on the LMT

Select the SGSN from the object navigation tree. The MML command window of the SGSN

appears.

Run ADD PROCESSGRPand type the numbers of the slots where the active/standby OMUs

reside to add OMPGP process groups.

Run ADD PROCESSGRPto add the CPGP, UIPGP, ECUGP, EPUGP, and LIPGP in sequence.

The UIP and LCP can be configured on only one pair of ECUs. The ECU process group needs

to be configured on each pair of ECUs. The EPU process group needs to be configured on each

pair of EPUs. The LIP process can be configured on only one pair of EPUs.

LCPGP/UIPGP/ECUGP/EPUGP/LIPGP

LST PROCESSGRPOMUECUEPU

Add OMU/ECU/EPU Process Groups


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Question

What is the difference between the incremental installation method and

complete installation method of the INU4Win tool?

How to connect cables for logging in to the OMU through the LMT?

What are the procedures for adding SGSN9810s and process groups onthe LMT?


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Installing the License

Run ADD PROCESSGRPto add the LCP process group on the ECU.


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Upload the license file.

In the right pane, set Package typeto License file. Then, drag the license file

to the right pane. The license file is stored in \opt\pub\software\tmp.


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Activate the license file.

In the MML interface of the SGSN9810, run ACT LICENSEto

activate the license file. The license file name must be the standard full

name of the uploaded license file, that is, the specified license name

must be in the LICXXX.dat format.

After the license file is activated, you can run DSP LICENSEto query

for the configuration of the license file on the SGSN9810.


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Summary

This course describes the SGSN9810 software

installation process, including the process of

installing software on the OMU, process ofloading the SGSN9810 package, process of

adding service processes, and process of

installing the license.

Sum

mary


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Thank youwww.huawei.com

OWB091004(Slide)SGSN9810 V900R010C02 Software Installation 20101105 B V2.0

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Transcript of OWB091004(Slide)SGSN9810 V900R010C02 Software Installation 20101105 B V2.0