MSOFTX3000 Engineering Training Practice Guide

MSOFTX3000 Product Training

Practice Exercise Guide

MSOFTX3000 Engineering Training Practice Guide Contents

Confidential Information of Huawei. No Spreading without Permission

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Contents

MSOFTX3000 Hardware System.................................................................................................1 1. Objectives ................................................................................................................................1 2. Reference ................................................................................................................................1 3. Exercise in lab..........................................................................................................................2

BAM O&M.....................................................................................................................................7 1. Objectives ................................................................................................................................7 2. Reference ................................................................................................................................7 3. Exercise in lab..........................................................................................................................8

MSOFTX3000 Hardware Data Configuration ............................................................................15 1. Objectives ..............................................................................................................................15 2. Reference ..............................................................................................................................15 3. Exercise in lab........................................................................................................................16

MSOFTX3000 Mc Interface Configuration.................................................................................22 1. Objectives ..............................................................................................................................22 2. Reference ..............................................................................................................................22 3. Exercise in lab........................................................................................................................23

MSOFTX3000 Local Office Configuration..................................................................................27 1. Objectives ..............................................................................................................................27 2. Reference ..............................................................................................................................27 3. Exercise in lab........................................................................................................................27

MSOFTX3000 Interworking with HLR Configuration .................................................................31 1. Objectives ..............................................................................................................................31 2. Reference ..............................................................................................................................31 3. Exercise in lab........................................................................................................................32

MSOFTX3000 Interworking with BSC Configuration .................................................................36 1. Objectives ..............................................................................................................................36 2. Reference ..............................................................................................................................36 3. Exercise in lab (Practice M2UA) ...........................................................................................37

MSOFTX3000 Interworking with PSTN......................................................................................42 1. Objectives ..............................................................................................................................42 2. Reference ..............................................................................................................................42 3. Exercise in lab (Practice M3UA) ............................................................................................43

MSOFTX3000 Number Analysis Configuration .........................................................................47 1. Objectives ..............................................................................................................................53 2. Reference ..............................................................................................................................53 3. Exercise in lab........................................................................................................................54

Appendix A: Parameter referencing relationship .......................................................................55 1. Part 1 Hardware.....................................................................................................................55 2. Part 2 Mc interface................................................................................................................55 3. Part 3 Local office ..................................................................................................................56

MSOFTX3000 Product Training Pratice Exercise Guide Contents


ii

4. Part 4 MTP layer ....................................................................................................................57 5. Part 5 SCCP layer..................................................................................................................58 6. Part 6 M2UA layer..................................................................................................................59 7. Part 7 M3UA layer..................................................................................................................60 8. Part 8 Remote office ..............................................................................................................61 9. Part 9 A interface ...................................................................................................................62 10. Part 10 Trunk .......................................................................................................................62

Appendix B: Common used Commands....................................................................................63



.1

MSOFTX3000 Hardware System

1.Objectives

Knowledge title Requirement

The architecture of MSOFTX3000 Know

Know about the bus types and their function Know

Master board functions, interfaces ,indicators and DIP switch

Master

2.Reference

In order to know detailed explanation of the result, please ask the instructor or refer to the product CD . The corresponding path in the CD is

MSOFTX3000 Hardware Description

MSOFTX3000 System Principle

You can press “Ctrl+F” to search the command you need.

MSOFTX3000 Engineering Training Practice Guide


2

3.Exercise in lab

Task1 Observe the indicator on the board, try to remember the meaning on different frequency.

Position Meaning Status Description

physical connection is normal glowing LINK

physical connection is abnormal stop glowing

ACK flashing some data are being received or transmitted

ALM on reset or faulty

on for 0.125s, off for 0.125s loading program

on for 1s, off for 1s normal running

RUN

off Board is not normally started

OFFLINE on It is allowed to pull the board out.



.3

Task2 Observe the physical connection among back boards , you can compare it with the picture below :

Part 1 Physical connection between WHSC and WSIU board



4

Part 2 Physical connection between KVMS and BAM as well as iGWB

LAN Switch LAN Switch

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.5

Part 3 Physical connection of clock line

1 2

3 4

5 6

7 8

9 1 0

11 1 2

1 3 1 4

1 5 1 6

B ITS 1B ITS 2L I NE 1L I NE 2

W C KI

1 2

3 4

5 6

7 8

9 1 0

11 1 2

1 3 1 4

1 5 1 6

B ITS 1B ITS 2L I NE 1L I NE 2

W C KI BIT S 1 BIT S 2



6



.7

BAM O&M

1.Objectives


Check BAM RAID 1 setting, hard disk partition Master

SQL Server installing Master

Windows 2000 Server installing, setting Windows 2000 Server to support Chinese, changing system administrator password

Master

BAM software installing and upgrading, BAM automatic login setting, BAM network adapter setting, BAM database backup and restoration, BAM process makeup and function, BAM catalog structure

Master

Emergency workstation installing, emergency workstation net adepter setting, emergency workstation backup path setting

Master

Host hardware data configuration and note Master

2.Reference

Product CD

MSOFTX3000 GUI Reference Using GUI on the BAM



8

3.Exercise in lab

Task1 Backup database with command

Step 1 Open F:/MSOFTX3000

Step 2 Execute the command BKP DB

Step 3 Observe the folder F:/MSOFTX3000 , try to find out the backup files .

Task2 Backup database with SQL SERVER

�� choose Start > Programs > Microsoft SQL Server > Enterprise Manager.

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�� Operate following the bellowing pictures:



.9



10



.11

Task3 Restore database with SQL SERVER

�� Stop the BAMService.

choose Start > Programs > Administrative Tools > Services

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12

��Select BAMService, and right-click it. In the shortcut menu, click Stop.

�� Stop the Smirror service.�

�� Stop all BAM service processes.

�� choose Start > Programs>Microsoft SQLServer > Enterprise Manager.

�� e SQL database.



.13



14

�� Start the BAM manager

�� Start the Smirror service.

�� Start the BAM service

�� Format all data in the SQL database.

1. Switch to the offline status by running the command LOF;

2. Set the format switch to ON by running the command SET FMT: STS=ON;

3. Format all data by running the command FMT;

4. Switch to the online status by running the command LON;

�� Check whether the foreground and background data is consistent.

Run the command STR CRC to check the consistency

If inconsistency , run SND SPD to send inconsistency data from bam to host



.15

MSOFTX3000 Hardware Data Configuration

1.Objectives


Data configuration with MSOFTX3000 LMT Master

Complete hardware data configuration Master

2.Reference

Product CD

MSOFTX3000 Configuration Guide Configueing Equipment Data



16

3.Exercise in lab

Task1 Collect board configuration information ,and input the board name on the tables below:

Basic Frame:

Front

W

S

M

U

W

S

M

U

W

A

L

U

U

P

W

R

U

P

W

R

Slot No

0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

Back

W

S

I

U

W

H

S

C

W

S

I

U

W

H

S

C

W

C

K

I

W

C

K

I

U

P

W

R

U

P

W

R

Expansion Frame 1:

Front

W

S

M

U

W

S

M

U

W

A

L

U

U

P

W

R

U

P

W

R

Slot No 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

Back

W

S

I

U

W

H

S

C

W

S

I

U

W

H

S

C

U

P

W

R

U

P

W

R



.17

Expansion Frame 2:

Front

W

S

M

U

W

S

M

U

W

A

L

U

U

P

W

R

U

P

W

R

Slot No

0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

Back

W

S

I

U

W

H

S

C

W

S

I

U

W

H

S

C

U

P

W

R

U

P

W

R

Task2 Configure Shelf , Frame, and all boards

�� ADD SHF

Shelf NO=0

SHELF 0

Shelf NO=1

SHELF 1

Shelf NO=2

SHELF 2

Attention: Shelf number range is: 0~2. From left to right , the number get larger and larger.

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18

�� ADD FRM

1 Three 5 Three 9 Three

0 Two 4 Two 8 Two

iGWB One 3 One 7 One

BAM Zero 2 Zero 6 Zero

Attention: Frame number range : 0~9 Position number range : Zero~Three

�� ADD BRD

Attention: Please input the module number according to the tip.

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Task3 Configure the characteristics of WEPI,WCDB,WIFM

�� ADD EPICFG Add E1 information.

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E1 port Balance mode

Double-frame NONBALANCED



.19

�� ADD CDBFUNC Configure the function of WCDB board.

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�� ADD FECFG Add FE port information.

Task4 Configure clock information

�� SET CKICFG (Configure clock reference source .)

We can use default value in the lab.

�� ADD BOSRC (Configure the corresponding WEPI board and E1 number , which provides the line clock.)

Frame number Slot number E1 number

The frame that WEPI belongs to WEPI 0~7

Task5 Check the result of hardware data configuration

�� Learn to use the command “LST” , execute the the following commands:

LST SHF; LST FRM; LST BRD ;

LST EPICFG; LST CDBFUNC; LST FECFG;

LST CKICFG; LST BOSRC; LST MDU;

for example:

Module number Function

Refer to “ADD BRD” of WCDB Select all

Module number IP address

Refer to “ADD BRD” of WIFM



20

Attention : If we don’t input any number into the blank “Shelf number” , it will list all of the shelfs.

�� Learn to use the command “DSP” , execute the the following commands:

DSP FRM; DSP BRD;

With the command DSP FRM , you can check the status of all boards in one frame .

With the command DSP BRD, you can check the status of one board .

�

�� DSP CLKSTAT (Display the clock status of the board, the normal result should be like this:)

%%DSP CLKSTAT: FN=0, SN=0;%%

RETCODE = 0 Operation succeeded Clock Status Information ------------------------ H.110 CTA Status = Normal H.110 CTB Status = Normal Current CT Clock = CTA H110 clock role = Prime master 2M Clock E1 Port = Port 0 2M Clock Status = Open

�� DSP CLKPH : Checking Phase-Locked Status of Clock Source, the normal result should be “Locking”, otherwise ,please check the hardware connection and data configuration.

Task6 Practice hardware maintenance commands

�� DSP PDB: Displaying the status of a PDB (power distribution box)



.21

�� DSP ENVSTAT: Displaying the environment information

�� DSP FAN: Displaying the fan status

�� DSP COMM: Displaying the communication status of a board

��

�� DSP PORT : Displaying the port status including E1, FE, ATM and ATM 2M and HSC.

�� DSP BAMST : Displaying the BAM status including

�� CPU and memory utilization

� Disk status

� OS version and patch

� DBMS version and patch

� Software installed

� Language of OS and DBMS

�� DSP MEM: Displaying the module memory

�� DSP FLASHMEM: Displaying the state of the board flash memory



22

MSOFTX3000 Mc Interface Configuration

1.Objectives


Establish H248 link between MSOFTX3000 and UMG8900, make sure VMGW can register.

Master

Task

Information collection and planning

Complete Mc interface data configuration

Problem localization

2.Reference

Product CD

MSOFTX3000 Configuration Guide Configue MGW Data



.23

3.Exercise in lab

Task1 Configure the data of MGW

�� ADD MGW (Add the information of MGW to MSOFTX3000)

Transport protocol WMGC module number BCU ID Server/Client

SCTP Refer to “ADD BRD” of WMGC Server

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�� ADD H248LNK (Add the link between MSOFTX3000 and MGW.)

Transport protocol WBSG module number Local IP Local port Remote IP Remote port

SCTP Refer to “ADD BRD” of WBSG

Task2 Check the status of Mc interface

�� DSP MGW ,the normal status of Media Gateway should be”Nomal”

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

Media Gateway = Normal

Config Version = 1

Current Version = 1

�� DSP H248LNK ,the normal status of SCTPAddreState should be ”valid”.

-------------------------------------------- ModuleNo MGAIndex TransType LinkNO AssociationId SCTPAddreState 211 0 SCTP 0 41 Valid

Task3 Activate and deactivate Mc interface ,on the same time, observe the trace of this interface

�� Start the trace of Mc interface , which is shown as below :



24

Step 2 : ACT MGW : activate Mc interface , observe the trace

Double click the trace , observe the detailed information in the message.

Step 3 : DEA MGW : deactivate Mc interface, observe the trace

Double click the trace , observe the detailed information in the message.



.25

Task 4 : Learn to use “ping” tool ,check the physical connection of Mc interface

Step1: Start the tool “ping”, which is shown as below(The IP address and module number are only example, it depends !) :

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Step2: Observe the result , if the connection is normal , there will be reply from remote side , which is shown below:



26

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.27

MSOFTX3000 Local Office Configuration

1.Objectives


Related concepts and function of MSOFTX3000 office information Know

MSOFTX3000 office data configuration Master

Related command to MSOFTX3000 office configuration Know

Addressing way of MSOFTX3000 Know

Task

Collect information necessary in office configuration

Complete office configuration

2.Reference

Product CD

MSOFTX3000 Configuration Guide Configue Office Information Data

3.Exercise in lab

Task1 Configure the data of local office

Step1: SET OFI (Set local office information)



28

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Step2: SET INOFFMSC (Set local mobile network information)

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Step3: ADD VLRCFG ( Add local VLR information)�

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Step4: ADD SCCPSSN ( Add sub system)

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Local office Type National National reserved Local area code Country code

LOCMSC

National network code National reserved network code

Local MSC number Local VLR number Mobile country code Mobile network code

International number prefix National prefix

00 0

Mobile country code Mobile network code MSRN/HON allocation mode

MSC

OPC: SCMG MSC VLR CAP

DPC:



.29

��

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Step5: ADD SCCPGT ( Add local office global title)�

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Step6: ADD NACODE ( Add national code)�

Step7: ADD MHPREFIX ( Add the prefix of roaming number)�

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Step8: ADD MHSUFFIX ( Add the suffix of roaming number) �

Task 2 : Check the data of SCCP layer

Step 1 DSP SCCPSSN , Sub-system status should be “Allow”

OPC: SCMG BSSAP

DPC:

GT address information Translation result type SPC

LSPC2(SPC)

Mobile national access code

All of the access code of local country

MSRN/HON prefix ID MSRN/HON prefix MSRN/HON suffix length

MSC NO. 3

MSRN/HON prefix ID Start suffix End suffix MSRN/HON number type

0 999 MSRN/HON



30

Sub-system status = Allow

Standby sub-system status = Prohibit

CSCC Wait Agree Flag = FALSE

Test Flag = FALSE

Ignore SST Flag = FALSE

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Step 2 TST SCCPGT,the translation result of spc should be correct:

Test Result of GT code

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

GT Index = 3

GT Matching Length = 7

GT Matching Content = 04001204022111

Translating Result Type = SPC

NI = National Network

SPC = bbb



.31

MSOFTX3000 Interworking with HLR Configuration

1.Objectives


MAP related concepts and function of C/D interface Know

Data configuration for interworking with HLR Master

2.Reference

Product CD

MSOFTX3000 Configuration Guide Configue Signaling Transport Data



32

3.Exercise in lab

Task1 Configure signaling related data: M3UA data

��

SPC of local entity Local entity type

AS

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SPC of destination entity Destination entity type

AS

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Traffic mode Work mode

loadshare IPSP

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Destination entity index Linkset index

Index of HLR (Refer to ADD M3DE)

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WBSG module number Local IP Local port Peer IP Peer port

Refer to “ADD BRD”

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Task2 Check signaling related data: M3UA data

�� !�� "�#��$ !��%�



.33

%%DSP M3LKS: LSX=0;%% RETCODE = 0 Operation succeeded M3UA LinkSet Title ------------------ M3UA LinkSet Status = Active

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%%DSP M3LNK: MN=211, M3LNK=0;%% RETCODE = 0 Operation succeeded M3UA Link Status ---------------- Module Number = 211 Link Number = 0 SCTP Association ID = 6 Lock Information = Unlocked Local Inactive Info = Not deactivated manually Local Release Info = Not released manually Link Congestion Info = Not Congested Real In Stream Num = 16 Real Out Stream Num = 16 SLS CODE = 00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F Status = Link Active.

Task 3 : Configure data of SCCP layer

�� ADD SCCPDSP

�

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�� ADD SCCPSSN

�

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�� ADD IMSIGT

�

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�� ADD SCCPGT (IMSI)

��

OPC: SCMG HLR

DPC:

MCC+MNC CC+NDC



34

�

�

�

�� ADD SCCPGT (MSISDN)

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�

�

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�� ADD SCCPGT (HLR)

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�� DSP SCCPDSP , the normal DPC status should be “Allow”

DPC Status = Allow

Standby DPC status = Prohibit

SCCP status = Allow

Congestion Status = Not Congested

�� DSP SCCPSSN , Sub-system status should be “Allow”




Test Flag = FALSE

Number Plan

GT Address HLR SPC

ISDNMOV

Number Plan GT Address HLR SPC

ISDN

Number Plan

GT Address HLR SPC

ISDN



.35


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�� TST SCCPGT,the translation result of spc should be correct:


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

GT Index = 3





SPC = bbb



36

MSOFTX3000 Interworking with BSC Configuration

1.Objectives


MSOFTX3000 signaling configuration interworking with BSC Master

MSOFTX3000 traffic configuration interworking with BSC Master

The concepts of TID CIC Start Circuit and End Circuit Comprehend

2.Reference

Product CD

MSOFTX3000 Configuration Guide Configue Basic Mobile Service Data



.37

3.Exercise in lab (Practice M3UA)


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AS

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SG

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��&� �)��(�


SP

�

��


loadshare ASP

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Index of SG (Refer to ADD M3DE)

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Index of BSC (Refer to ADD M3DE)



38

��



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%%DSP M3LKS: LSX=0;%% RETCODE = 0 Operation succeeded M3UA LinkSet Title ------------------ M3UA LinkSet Status = Active

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�� ADD SCCPDSP

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�� ADD SCCPSSN

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OPC: SPC:

OPC: SCMG BSSAP

DPC:



.39


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DPC Status = Allow


SCCP status = Allow


��




Test Flag = FALSE


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Task 5 : Configure the data of A interface:

�� ADD CALLSRC

Call source code RSSC

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�� ADD OFC



40

�� ADD BSC (Add BSC information to local office)

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�� ADD LAIGCI (Configure LAI)

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�� ADD LAIGCI (Configure GCI)

�� ADD RANMGW (Configure the relationship between BSC and MGW)

�� ADD ACPOOL (Configure the capability of A interface)

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�� ADD AIETG

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�� ADD AIETKC

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�� MOD AIETKC

Peer office type Peer office level Peer office attribute DPC1

BSC low BSC

DPC Home module NO LAI

WCSU or WCCU

GCI MSC NO LA Category BSC DPC

LAI

GCI MSC NO LA Category BSC DPC

GCI

OPC DPC

SC EC Start CIC TID



.41

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Task 6 : Operate the circuit status of A interface:

��,�� !�-�-�� "�#��$�"��%�.�

Result of operating circuit

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

Line type Module number Channel number Status

BSSAP 22 128 Uninstall

BSSAP 22 129 Idle

BSSAP 22 130 Idle

��,��- ** �"�� "�� - ��-�-��.�

��RST AIETKC��- ** �"�� -�-��.�

��)��,��- ** �"�� #� -/��-�-��.�

�� )��,��- ** �"�� #� -/��-�-��.�

��,��- ** �"�� #� -/��-�-��.�

SC EC Circuit state

UNAVAILABLE



42

MSOFTX3000 Interworking with PSTN

1.Objectives


Different networking between MSOFTX3000 and PSTN

Know

The principle and applied protocol of networking between MSOFTX3000 and PSTN

Master

MSOFTX3000 interworking with PSTN configuration Master

2.Reference

Product CD

MSOFTX3000 Configuration Guide Configue Signaling Transport Data



.43

3.Exercise in lab (Practice M2UA)

Task1 Configure Embeded SG

�� ADD ESG

�� ADD M2LKS

�� ADD M2LNK

Task 2 : Configure data of MTP layer

�� ADD N7DSP

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�� ADD N7LKS

�� ADD N7RT

�� ADD N7LNK

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Task 3 : Check the data of M2UA layer

�� DSP M2LNK ,the statue of M2UA link should be “Active”

Link Number = 0

Link Congestion Info = Not Congested

Link State = M2UA Link is Active.

�� !��"��"#$#%�

Local IP Local Port Peer IP Peer Port

OPC: DPC:

Link Type Start circuit no SLC SLC Send

M2UA 64K



44

SCTP Association ID = 5

Real In Stream Num = 16

Real Out Stream Num = 16

Local Inactive Info = Link Not Inactivated Manually

Link Release Info = Link Not Released Manually

Task 4 : Check the data of MTP layer

�� DSP N7DSP ,the state of DSP should be “Accessible”

Network Indicator = Nation Reserved Network

DPC = 0001d3

OPC = 000143

Accessibility = Accessible

Congestion Info = Not Congested

�� DSP N7RT , the state of route should be “Healthy”

Route Information = Healthy

Transfer Allowed

In Service

Rechoose Route Out Of Control

SLS Code(Hex) = 00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F

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�� DSP N7LNK , the state of link should be “In use , Healthy”

Status = In Use, Healthy,

Not Blocked,

Activated,

Not Locally Inhibited,

Not Remotely Inhibited,

Not Congested,



.45

Not Swapping Over,

Not Swapping Back.

SLS Code(Hex) = 00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F

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Task 5 Configure voice related data

��

Cal l source code Route selection source code

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Peer office type Peer office level Peer office attribute

PBX low PSTN

��

��

Route type Sub-route selection mode

Ordinary route Select by percentage

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RSC RSSC Route number Signaling priority

Refer to “ADD CNACLD” Refer to “ADD CALLSRC” Prefer to select ISUP

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46

��# $%��&'(�

Start circuit no End circuit no Circuit status

Unavailable

Task 6 Operate the trunk circuit:

��2�� !��2�� "�#��$,"��%��

%%DSP N7TKC: MN=22, DT=ISUP, DR=SELF, SCN=32, ECN=34;%% RETCODE = 0 Operation succeeded Query ISUP circuit ------------------ Device type Module number Circuit number CIC Value Circuit status Reason ISUP 22 32 1 Uninstalled Configured to other ISUP 22 33 2 Idle <NULL> ISUP 22 34 3 Idle <NULL>

��RST N7TKC��- ** �"�� /�-�-��.�

��SRS N7TKC��- ** �"�� /�-�-��.�

��)��2��- ** �"�� #� -/��/�-�-��.�

��)��2��- ** �"�� #� -/��/�-�-��.�

��)��2��- ** �"�� #� -/��/�-�-��.�

��2��- ** �"�� #� -/��/�-�-��.�

��2��- ** �"�� "��#� -/��/�-�-��

�� * /��-�-�� 3�� "�� '4 � ��- ��.�



.47

MSOFTX3000 Interworking with MSC Server

1. Objectives


The principle and applied protocol of networking between MSOFTX3000 and MSC Server

Know

MSOFTX3000 interworking with MSC Server configuration

Master

2. Reference

Product CD

MSOFTX3000 Configuration Guide Configue Signaling Control Data



48

3.Exercise in lab


��


AS

�

��


AS

�

��


loadshare IPSP

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��


Index of MSCServer (Refer to ADD M3DE)

��




�� !�� "�#��$ !��%�

%%DSP M3LKS: LSX=0;%% RETCODE = 0 Operation succeeded



.49

M3UA LinkSet Title ------------------ M3UA LinkSet Status = Active

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�� ADD SCCPDSP

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�� ADD SCCPSSN

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�� ADD SCCPGT (MSCServer)�

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OPC: SCMG VLR MSC

DPC:

Number Plan

GT Address MSC Server SPC

ISDN



50


�� DSP SCCPDSP , the normal DPC status should be “Allow”

DPC Status = Allow


SCCP status = Allow


�� DSP SCCPSSN , Sub-system status should be “Allow”




Test Flag = FALSE


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�� TST SCCPGT,the translation result of spc should be correct:


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

GT Index = 3





SPC = bbb



.51

Task 5 : Configure voice related data

��

Cal l source code Route selection source code

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��01��

Peer office type Peer office level Peer office attribute Signaling Type

MSC same PSTN M3UA

��

��

Route type Sub-route selection mode

Ordinary route Select by percentage

��

RSC RSSC Route number Signaling priority

Refer to “ADD CNACLD” Refer to “ADD CALLSRC” Prefer to select BICC_IP

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MGW Circuit Type

BICC_IP

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OFC Start CIC



52

Task 6 Operate the BICC circuit:

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+++ HW-MSOFTX 2006-05-10 14:32:18 O&M #833 %%DSP BICCCIC: OFNO=3, SCIC=0, ECIC=2;%% RETCODE = 0 Operation succeeded Query BICC CIC Result --------------------- CIC Number CIC Status 0 No Blocking(Active), Idle 1 No Blocking(Active), Idle 2 No Blocking(Active), Idle (Result number = 3) --- END

��RST BICCCIC��- ** �"�� ),��-�-��.�

��)��),��,��- ** �"�� #� -/��),��-�-��.�

��)��),��,��- ** �"�� #� -/��),��-�-��.�

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.53

MSOFTX3000 Number Analysis Configuration

1.Objectives


Related concepts to number analysis Know

Number analysis procedure Comprehend

Configuration of PSTN/MSISDN/Local office playing tone/failure handling

Master

Task

117 playing tone failure playing tone

MS serves as calling part or called part

Number conversion

2.Reference

Product CD

MSOFTX3000 Configuration Guide Configue Basic Number Analysis Data



54

3.Exercise in lab

Task1 Complete data configuration to make a call from MS to 117 for time announcement.

��

Call prefix Called number type DN processing flag

117 MSRN True

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Call prefix Tone playing mode Tone type

117 SDT(Play tone) Time announcement

Task2 Complete data configuration to make a call from MS to MS of local office

��

Call prefix Called number type

MSISDN prefix MSISDN

��

Call prefix Called number type

MSRN prefix MSRN

Task3 Complete data configuration to make a call from MS to PSTN

��

Call prefix Called number type RSC

ISDN prefix PSTN



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Appendix A: Parameter referencing relationship

1.Part 1 Hardware

2.Part 2 Mc interface



56

3.Part 3 Local office



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4.Part 4 MTP layer



58

5.Part 5 SCCP layer



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6.Part 6 M2UA layer



60

7.Part 7 M3UA layer



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8.Part 8 Remote office



62

9.Part 9 A interface

10.Part 10 Trunk



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Appendix B: Common used Commands

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HARDWARE DATA

ADD SHF To add a shelf

RMV SHF To remove a shelf

MOD SHF To modify a shelf

LST SHF To list a shelf

ADD FRM To add a subrack

RMV FRM To remove a subrack

MOD FRM To modify a subrack

LST FRM To list a subrack

ADD BRD To add a board

RMV BRD To remove a board

LST BRD To query a board

MOD CPCCFG To modify CPC link configuration

LST CPCCFG To list CPC link configuration

ADD FECFG To add FE port configuration

ADD CDBFUNC To add CDB function configuration

ADD EPICFG To add WEPI E1 configuration

ADD BOSRC To add board clock reference source

SET CKICFG To set WCKI clock configuration

SET CLKSRC To set a clock reference source of WEPI

LOCAL OFFICE DATA

SET OFI Set local office information.

ADD NCODE Add a country or region code (optional).

ADD ACODE Add a national area code (optional).

ADD MASI Add a multi-area statistics index (optional).

ADD MARLATION Add a multi area relation (optional).

ADD CALLSRC Add a call source code.

SET INOFFMSC Set local mobile office information.

ADD NACODE Add a mobile national access code.



64

ADD VLRCFG Add VLR configuration (only when the MSOFTX3000serves as a VMSC).

ADD MHPREFIX Add a prefix of the MSRN/HON number.

ADD MHSUFFIX Add a suffix of the MSRN/HON number.

ADD IMHSUFFIX Add a suffix of the internal MSRN/HON number. (reserved)

ADD MHLAICFG Add a mapping relation between the LAI number and the MSRN/HON number. (optional)

ADD MHMSCCFG Add a mapping relation between the MSC number and the MSRN/HON number. (optional)

Mc INTERFACE DATA

ADD MGW Add Media Gateway.

ADD H248LNK Add H.248 link.

M2UA DATA

ADD ESG Add an embedded SG.

ADD M2LKS Add an M2UA linkset.

ADD M2LNK Add an M2UA link.

M3UA DATA ADD M3LE Add an M3UA local entity.

ADD M3DE Add an M3UA destination entity.

ADD M3DS Add an M3UA additional destination service (optional).

ADD M3LKS Add an M3UA linkset.

ADD M3LNK Add an M3UA link.

ADD M3RT Add an M3UA route.

MTP DATA

ADD N7DSP Add a MTP destination signaling point.

ADD N7LKS Add a MTP linkset.

ADD N7LNK Add a MTP link.

ADD N7RT Add a MTP route.

SCCP DATA

ADD SCCPDSP Add SCCP destination signaling point (DSP).

ADD SCCPLDSH Add SCCP destination signaling load share point (optional).



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ADD SCCPADDR Add originating address format translation (optional).

ADD SCCPSSN Add SCCP sub-system number.

ADD SCCPGT Add SCCP global title.

ADD IMSIGT Add IMSI GT translation information

MAP

SET MAPACCFG Set MAP feature configuration.

SET MAPPARA Set MAP feature parameter.

ADD MAPIFNP Add MAP interface number change (optional).

OFFICE DATA

ADD OFC Add an office direction.

ADD SRT Add a sub-route.

ADD RT Add a route.

ADD TMIDX Add a time index (optional).

ADD RTANA Add a route analysis.

ADD N7TG Add an SS7 trunk group.

ADD N7TKC Add an SS7 trunk circuit.

A INTERFACE DATA

ADD ACPOOL Add an A-interface circuit pool.

ADD AIETG Add an A-interface trunk group.

ADD AIETKC Add an A-interface trunk circuit.

ADD RANMGW Add radio access network media gateway.

ADD BSC Add BSC

ADD LAIGCI Add 2G LAI or GCI information.

NUMBER ANALYSIS DATA ADD DNC Add a number change.

ADD SRVCHK Add a service check.

ADD CNACLD Add a call prefix.

ADD CLDPREANA Add called number pre-analysis.

ADD SUPERRT Add enhanced route processing.

ADD AUSSIG Add auxiliary signaling.

ADD PFXPRO Add call prefix processing.



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ADD IMSIBITANA Add IMSI number analysis

ADD CLICRTPRO Add caller feature processing

ADD CLICRTANA Add caller feature analysis

ADD CNACLR Add caller number analysis

ADD CLCRPRO Add CLIP called number correlation processing

ADD CLIPRO Add CLIP processing

ADD INCLRIDX Add incoming caller number associated processing(optional)

ADD INORICLDIDX Add incoming original called number associated processing(optional)

ADD INNUMPREPRO Add incoming number pre-processing

ADD OUTCLRIDX Add outgoing caller number associated processing(optional)

ADD OUTORICLDIDX Add outgoing original called number associated processing (optional)

ADD OUTNUMPREPRO Add outgoing number pre-processing

ADD PRICHKORICLDIDX Add original called number associated processing (optional).

ADD CALLPRICHK Add call authority check.

ADD ROAMUSRT Add a roaming subscriber type.

ADD USROAMRT Add subscriber group roaming authority. (optional)

MSOFTX3000 Engineering Training Practice Guide

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