0AX001111 SoftX3000 Hardware & Software Installation ISSUE2.0

ISSUEISSUE

Fixed Network Curriculum

Development Section

Fixed Network Curriculum

Development Section

0AX001111 SoftX3000 Hardware&Software Installation

0AX001111 SoftX3000 Hardware&Software Installation

2.02.0

Confidential Information of Huawei. No Spreading without Permission.

Security Level: Internal

2

ReviewReview

According to the normal installation sequence,

the installation of equipment can be divided i

nto three major parts: hardware installation, s

oftware installation and data configuration & s

oftware debugging. Mainly presents the basic

procedures of U-SYS SoftX3000 hardware&sof

tware installation and describes them in detail.



3

ObjectivesObjectives

Mainly presents the basic procedures

of U-SYS SoftX3000 hardware&softwa

re installation and describes them in d

etail.

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



4

ReferencesReferences

SoftX3000 Package of Documents V300R001 (V3.06)

U-SYS SoftX3000 Hardware Installation Manual(V3.06)

U-SYS SoftX3000 Software Installation Manual(V3.06)



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Course ContentsCourse Contents

Chapter 1 Overview

Chapter 2 Installing Signal Cables

Chapter 3 software installation



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Chapter 1 the Chapter NameChapter 1 the Chapter Name

Physical structure of SoftX3000

Hardware installation process of SoftX3000



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structure of CN16IP frame structure of CN16IP frame

Back boards

Front boards

Backplane

Service boards System management boards

Service boards Alarm board

Power boards

Ethernet communication boards Power boardsInterface boards Interface boards



8

Physical Structure of SoftX3000Physical Structure of SoftX3000



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Hardware installation process of SoftX3000 Hardware installation process of SoftX3000 Start

Installing client software

Installing iGWB software

End

Preparations

Installing BAM server software

Installing emergency workstation software

Installing billing workstation software

Configuring remote maintenance system

Checking Installed Software

Loading software and data to host

Start



End

Preparations









10

SummarySummary

Physical structure of SoftX3000

Hardware installation process of SoftX3000



11


Chapter 1 Overview





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Chapter 2 Installing Signal Cables Chapter 2 Installing Signal Cables

2.1 Overview 2.1 Overview

2.2 Installing Internal Cables

2.3 Installing External Cables



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Classification of Signal Cables Classification of Signal Cables

The internal signal cables

Straight through network cable between LAN Switches

Straight through network cable between iGWB/BAM and LA

N Switch

Straight through network cables between boards in service

frame and LAN Switch

FE signal cable between HSCI and SIUI

Serial port cable between iGWB servers

Data cable between iGWB server and hard disk array

Server/Switcher cable

Serial port cable for monitoring power distribution frame

Internal clock cable(optional)



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Classification of Signal CablesClassification of Signal Cables

External signal cables

Trunk cable(optional)

External clock cable(optional)

External network cable



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Connection of internal cables in integrated configuration cabinet

Connection of internal cables in integrated configuration cabinet

(1)Power distribution frame(2)Expansion frame(3)Basic frame(4)Slave iGWB(5)Master iGWB



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2.1 Overview

2.2 Installing Internal Cables2.2 Installing Internal Cables

2.3 Installing External Cables



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Process for installing internal signal cablesProcess for installing internal signal cables

Installing FE signal cable between HSCI and SIUI

Installing straight through network cables between iGWB/BAM and LAN Switch

Installing straight through cables between boards in service frame and LAN Switch

End of internal cables installation

Installing data cable between iGWB and hard disk array

Installing serial port cable between iGWBs

Installing straight through network cable between LAN Switches

End of power cables and grounding cables

installation

Installing Server/Switcher cable

Installing cable for monitoring power distribution frame

Installing internal clock cable (optional)



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Straight Through Network Cable between LAN Switches

Straight Through Network Cable between LAN Switches

The two S3526 LAN

Switches are

interconnected with one

another with a straight

through cable. They work

in dual backup mode. The

dual backup mode, which

is adopted to ensure data

security, means that the

two LAN Switches detect

each other's heartbeat

signal.

X1 X2 Remark

1 1A twisted pair

2 2

3 3A twisted pair

4 4

5 5A twisted pair

6 6

7 7A twisted pair

8 8

Appearance of straight through network cable



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Straight Through Network Cable between iGWB/BAM and LAN Switch

Straight Through Network Cable between iGWB/BAM and LAN Switch

Three servers (two iGWBs and one BAM) are configured i

n the integrated configuration cabinet, and each server us

es two straight through network cables to connect with th

e active & standby LAN Switches



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Straight Through Network Cable between LAN Switch and HSCI Board

Straight Through Network Cable between LAN Switch and HSCI Board

In integrated configuration cabinet and service processing

cabinet, there are six 10/100M network ports on both active

and standby HSCI boards in each basic/expansion frame. The

ports labeled 10/100BT6 at the uppermost position of the

active/standby HSCI boards are connected to the active and

standby LAN Switches respectively through straight through

cables, realizing not only the communication between the

service processing subsystem and BAM, but also the

interconnection between the service processing frames.

The connection positions on the front panel of LAN Switch

are determined by port configuration scheme.



21

Straight Through Network Cable between HSCI and SIUI

Straight Through Network Cable between HSCI and SIUI



22

Serial Port Signal Cable between iGWBsSerial Port Signal Cable between iGWBs

To ensure the dual backup working mode of iGWB, and in

view of security design, the two iGWBs in the integrated c

onfiguration cabinet need to be connected by serial port c

able to form the second heartbeat signal transfer path for

the dual backup mode. The connection port is the RS232

serial port at the back of iGWB server, located above VGA

interface



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Data Signal Cable between iGWB and Hard Disk Array

Data Signal Cable between iGWB and Hard Disk Array

Connection position of data signal cable on iGWB

Two pieces of SCSI data cables between iGWB and hard disk array are provided by the manufacturer of hard disk array. One end of the data cable connects with SCSI socket on iGWB, and the other end connects to the SCSI socket on the u

pper part of hard disk array



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Connection of server/switcher cableConnection of server/switcher cable

iGWB0

KVM switcher

iGWB1

BAM

PC3 PC2PC4 PC1

iGWB0

KVM switcher

iGWB1

BAM

PC3 PC2PC4 PC1



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Serial Port Cables for Monitoring Power Distribution Frame

Serial Port Cables for Monitoring Power Distribution Frame

The signal monitoring of the power distribution frame is

carried out by SMUI board of service frame. On the

monitor board of the power distribution frame, there are

two RS485 serial ports serving as the active and standby

power monitor ports, which are connected with the active

and standby monitor ports of SIUI board of the service

frame through the serial port cables to send the monitor

signals of the power distribution frame to the

background. Each cabinet is connected with two serial

port cables.



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Appearance of the monitor cable and the cable connection relations

Appearance of the monitor cable and the cable connection relations

X1.1 X2.1 TX+A twisted pair

X1.2 X2.2 TX-

X1.4 X2.4 RX+ A twisted pair

X1.5 X2.5 RX-



27


2.1 Overview

2.2 Installing Internal Cables

2.3 Installing External Cables 2.3 Installing External Cables



28

Flow of installing external signal cableFlow of installing external signal cable

Installing external clock cable (optional)

End of external signal cable installation

End of internal signal cable installation

Installing trunk cable (optional)

Installing external network cable



29

Trunk Cable between SoftX3000 and Digital Distribution Frame

Trunk Cable between SoftX3000 and Digital Distribution Frame

Two types of trunk cable are adopted in SoftX3000: 75

E1 trunk cable and 120 E1 trunk cable. Both the two

types of trunk cable adopt DB50 high density connector

with a locker for fixing.

The EPII boards are configured in active/standby mode,

and only the active EPII board is connected with the trunk

cable through its DB50 trunk port, as shown in Figure 6-

18. After out of the panel of EPII, the trunk cables pass

through the cabling trough of the cabinet in horizontal

direction, and then are out of the cabinet by upward or

downward cabling along the left column of the cabinet.



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Appearance of 75 E1 trunk cableAppearance of 75 E1 trunk cable

(1) DB50 公接头(2) 主标签(3) 标签(4) 小标签



31

Appearance of 120 E1 trunk cable Appearance of 120 E1 trunk cable



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Connection position of trunk cableConnection position of trunk cable



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External Clock Cable between SoftX3000 and BITSExternal Clock Cable between SoftX3000 and BITS

External clock cable is used to connect the

active/standby CKII board with BITS, adopting 75Ω

coaxial cable.

BITS outputs two types of clock signals, including 2-MHz

analog clock signal and 2-Mbit/s digital clock signal.

When SoftX3000 adopts 2-MHz signal, the active and

standby clock cables connect respectively with the

corresponding SMB connectors LINE1 and LINE2 of CKII

boards in the basic frame. When SoftX3000 adopts 2-

Mbit/s signals, the active and standby clock cables

connect respectively with the corresponding SMB

connectors BITS1 and BITS2 of CKII boards in the basic

frame



34

Connection of external clock cable Connection of external clock cable



35

External network cableExternal network cable

External network cable is used to connect SoftX3000 with

external network devices, and the external network interfa

ces in SoftX3000 are provided by the corresponding back

interface boards. The media resource server is also conn

ected to SoftX3000 through external networking devices.

The active and standby MRIAs, MPCs and SCCs are conn

ected to the external Routers or LAN Switches through th

e external network cables.



36

SummarySummary

The signal cables are divided into internal signal cables

and external signal cables. Among the external signal

cables, the clock cable, trunk cable and external network

cable are optional depending on the actual hardware

configuration.



37


Chapter 1 Overview





38

Chapter 3 software installationChapter 3 software installation

2.1 Overview2.1 Overview

2.2 Installing BAM Server Software

2.3 Installing Client Software



39

Overall StructureOverall Structure

SoftX3000 software system structure

Host software

Host

Terminal OAM

software

BAM



40

Software Configuration ListSoftware Configuration List

DeviceOperating

systemDatabase software Application software Preinstalled software

BAMWindows 2000 Server plus service pack 4

SQL Server 2000 plus service pack 3

BAM software

1) Windows 2000 Server plus service pack 42) SQL Server 2000 plus service pack 3

Ordinary workstation

1) Windows NT2) Windows XP3) Windows 2000

None

SoftX3000 operation & maintenance client software

None

Emergency workstation

Windows 2000 Server plus service pack4

SQL Server 2000 plus service pack 3

Emergency workstation software

1) Windows 2000 Server plus service pack 42) SQL Server 2000 plus service pack 3

iGWBWindows 2000 Server plus service pack 3

NoneBilling gateway software

Windows 2000 Server plus service pack 3

Billing workstation

1) Windows NT2) Windows XP3) Windows 2000

NoneBilling gateway client software

None



41

Overall Installation ProcessOverall Installation Process

Start



End

Preparations







Start



End

Preparations









42


2.1 Overview

2.2 Installing BAM Server Software2.2 Installing BAM Server Software

2.3 Installing Client Software



43

Software architecture Software architecture

BAM software architecture

Windows 2000 Server

BAM server software

SQL Server 2000

Application layer

Operating system layer

IBM server hardware platform



44

BAM software installation before deliveryBAM software installation before delivery



45

On-site installationOn-site installation

S ta r t

C h e c k w h e th e r t h e o p e r a t in g s y s te m a n d d a ta b a s e r u n

n o r m a lly

M o d i f y t h e a d m in is t r a to r p a s s w o r d o f S Q L S e r v e r

2 0 0 0

M o d i f y IP a d d r e s s e s o f n e t w o r k a d a p te r s

I n s ta ll t h e B A M s e r v e r s o f tw a r e

E n d

M o d i f y t h e c o m p u te r n a m e

N o

Y e sP e r f o r m f a c t o r y i n s t a l l a t io n

M o d i f y t h e a d m in is t r a to r p a s s w o r d o f W in d o w s 2 0 0 0

S e r v e r

M o d i f y f a c t o r y - d e f a u l t s e t t i n g s

S e t a u to m a t ic lo g in t o W in d o w 2 0 0 0 s e r v e r



46


2.1 Overview

2.2 Installing BAM Server Software

2.3 Installing Client Software2.3 Installing Client Software



47

Client Software architecture Client Software architecture



48

Software requirementSoftware requirement

Software type Version

Microsoft Windows NT

Microsoft Windows XP

Microsoft Windows 2000

Client software SoftX3000 V300R001

Internet ExplorerMicrosoft Internet Explorer 5.5 or later



49

Installation ProcedureInstallation Procedure



50

SummarySummary

Like the normal order of project construction, equipment i

nstallation falls into three stages, namely hardware install

ation, software installation, and data configuration & soft

ware debugging. This slide details the basic software inst

allation process of U-SYS SoftX3000 SoftSwitch System

(hereinafter referred to as SoftX3000).



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