owf001202 hlr9820 sau hardware & local office data issue2.2

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OWF001202 HLR9820 SAU Hardware & Local

office DataISSUE 2.2


Introduction

Hardware data configuration is the first step of SAU data configuration.

After this course, trainees will understand HLR9820 hardware in-depth.


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

Master the hardware& local office data configuration.

Master all the logical NO. principle.


Chapter 1 Basic conceptsChapter 1 Basic concepts

Chapter 2 Data configurationChapter 2 Data configuration

Chapter 3 Relative maintenance commandChapter 3 Relative maintenance command

Chapter 4 Configuration exampleChapter 4 Configuration example


HLR9820 data works for:SAU (Signaling Processing)

HDU (MAP Services Processing)

The data is configured in:LMT (For SAU)

Hardware Data

Local Office Information

Signaling Data

SMU Client (For HDU)

Global Data

Where is the data configured?



1.1 Elements and position1.1 Elements and position

1.2 Module1.2 Module

1.3 Preparations1.3 Preparations

1.4 Data 1.4 Data configconfig. sequence. sequence


Elements and position

Module structure

HLR9820

Cabinet Cabinet

Frame Frame

Board Board

…

…

…



Cabinet

HLR9820 has 1 or 2 cabinets.

mazin

Note

or 3 cabinets



Frame and board

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

W B S G

WCCU

W C C U

W B S G

WIFM

PSM

WCSU

WCSU

WS M U

W H S C

WEPI

WEPI

WSIU

WCKI

WCKI

WBFI

WBFI

W S I U

W S I U

Front

Back

WIFM

W S M U

PSM

PSM

PSM

SAU has two kinds of frames:

basic frame and expansion frame.

There are 1 basic and two

expansion frames in full

configuration.

Only IBM solution has expansion

frame. It depends on numbers of

subscriber.

Front board and back board



Type and function of the boards

ATM Interface Board WEPIE1 ATM forwardWEAM

Clock Interface Board WCKI--

Hot-swap Control Board WHSC--

Power Supply BoardPSMPower Supply Board PSM

Alarm Board WALU

Back Far End Interface Board

WBFIIP Transferring Module Board WIFM

--Broadband Signaling Processing Board

WBSG

E1 Interface Board WEPICall Control and Signaling Processing Board

WCSU

--Call Control Board WCCU

System Interface Board WSIUSystem Management Board WSMU

Back boardFront board



Number of devices

To help in recognizing all categories of module components, it is necessary to number those of the same category uniformly.

Shelf number To recognize individual shelves easily, each shelf is

given a number, called shelf number. The shelf with the basic frame is numbered as Shelf 0.



Number of devices

Frame number

The system can support ten frames at most, numbering from 0 to 9.

The basic frame in the integrated configuration shelf is numbered as Frame 0.


The 8-bit Dual Inline Package (DIP) S3 of SIU is provided for setting frame numbers. The corresponding setting table is shown in follow


offononoffonononon9

onononoffonononon8

offoffoffononononon7

onoffoffononononon6

offonoffononononon5

ononoffononononon4

offoffonononononon3

onoffonononononon2

offononononononon1

onononononononon0

12345678DIPFrame No.


Slot numberSlot number is used to identify the slot of a specific

board that is inserted into a frame.

Each frame contains 21 slots at most (No. from 0 to 20)



Module

Module number

Module number is set according to the type of the board and is numbered from 2.

Modules of the same board are numbered uniquely. Here are the numbering rules:

WSMU Module number: 2~21WCCU/WCSU Module number: 22~101WEAM/WIFM/WBSG Module number: 132~211


Preparations

Before the data configuration, you should know

The networking and configuration conditions

The requirements put forward during engineering design stage

The local office information (SPC/HLR No./CC etc.)


Common MML commands

Start online modeLON

Start offline modeLOF

Set data or statusSET

Query status of related equipment and resourceDSP

Query database dataLST

Delete database dataRMV

Modify database dataMOD

Add database dataADD

FunctionCommand


Offline

Set format status to OFFSET FMT: STS=OFF

Set the alarm output switch of the current workstation to OFFSET CWSON: SWT=OFF

Start the offline modeLOF

Function Command or step

If it is the initial data configuration for the deployment:


Online

Remove two Wireless System Management Units (WSMUs) to simulate equipment power-down and then load data. Loading data in power-down status

Format all data of all modulesFMT

Set format status to ONSET FMT: STS=ON

Set the alarm output switch of the current workstation to ONSET CWSON: SWT=ON

Start the online modeLON

FunctionCommand or step

After that, how to load the data to switch?


HLR9820 Data Configuration Sequence

Start

End

Configure local office information

Configure signaling data

Configure hardware data

Start

End

Configure local office information

Configure signaling data

Configure hardware data


Questions

What’s the numbering principle of shelf, frame, board?

Which board has module number?

Can boards in same module exist in different frames?

What’s the difference of online and offline mode?



2.1 Configuration Flow2.1 Configuration Flow

2.2 Data configuration2.2 Data configuration


Configuration FlowAdd ShelfAdd Shelf

Add FramesAdd Frames

Add BoardsAdd Boards

Add WCSUAdd WCSU Add WCKIAdd WCKI

Add WIFMAdd WIFM

Add WEPIAdd WEPI

Conf. E1Conf. E1

Conf. clock ModeConf. clock Mode

Conf. FEConf. FEConf. CPCConf. CPC

Conf. MEMConf. MEM

Clock Refer.Clock Refer.

Add WCCUAdd WCCU

Set Local OfficeInformation



Configuration Flow for ATMAdd ShelfAdd Shelf

Add FramesAdd Frames

Add BoardsAdd Boards

Add WEAMAdd WEAM Add WCKIAdd WCKI

Add WEPIAdd WEPI

Conf. IMA/UNIConf. IMA/UNI

Conf. clock ModeConf. clock Mode

Conf. MEMConf. MEM

Clock Refer.Clock Refer. Conf. PVCConf. PVC

Add WCCUAdd WCCU

Conf. E1Conf. E1





2.1 Configuration Flow2.1 Configuration Flow

2.2 Data configuration2.2 Data configuration


Commands

Adding Shelf

Adding Frame

Adding Board

Adding E1

Setting Clock Mode

Adding Board Clock Reference Source

Adding FE Configuration

Adding MEM Configuration

Adding IMA group

Adding IMA link

Adding UNI link

Adding PVC link

Set Local Office Information


Shelf/Frames/Boards

Relationship

[Shelf Number][Location Title][Position Number][RoW Number][Column Number]

ADD SHF[Frame Number][Shelf Number][Position Number]

ADD FRM

[Frame Number][Slot Number][Location]

ADD BRD


Shelf/Frames/Boards

Add Shelf

For HLR9820 SAU, there is only one shelf. The number always is 0.


Shelf/Frames/Boards

Add Frames

• For SUN solution, there is only one frame. The frame number is always 0.• For IBM Solution, there are three frames at maximum configuration. The frame number are from 0 to 2.


Shelf/Frames/Boards

Add Boards

Before adding the boards, the frame and shelf to which the boards belong must have already been added.

WSMU/WALU/PSM will be added automatically after the frame has been added.

If parameters need to be modified, please delete the board at first then add it again.

Two pieces of CPC will be added automatically after the WCSU has been added.


Add E1

Configure the WEPI if the module needs to process the SS7.


Set Clock Mode

Only for TDM/ATM networking

SET CKICFG: CL=LEVEL2, WM=MANUAL, MCS=LCK1;


Board Clock Reference Source

Only for TDM/ATM networking

After configuring clock mode

Parameter indicate the physical position:• Frame No.• Slot No.• E1 No.


Add FE configuration

Function:

WIFM/WBFI is the interface between SAU and IP network. They process MAC and IP protocol.

WIFM deliver IP package to WBSG.

We need setup FE (Fast Ethernet) interface for signaling traffic.


Add MEM configuration

Function:

Setup the connection between SAU and HDU


WCSU/WCCUWHSC0

WHSC1

HDU1#

HDU2#

LAN

SWITCH

LAN

SWITCH

WCSU/WCCU

MODULE

Hardware Connection

mazin

Note

the board is HSC but the ip for ccu/csu


Command

ADD MEMCFG

Module: Module No. of WCCU/WCSU.

Local IP address: IP of WCSU. it is defined by this command.

Remote IP address: IP of HDU. Come from HDU.

Remote Port: IP port of HDU, always be 16500.

MEM Configuration


Command

ADD IMAGRP

WEAM Module: Module No. of .WEAM

IMA Group No.: Number of IMA group, ranging from 0 to 7.

Add IMA group

mazin

Note

for ATM


Command

ADD IMALNK

WEAM Module: Module No. of WEAM

IMA Group No.: Number of IMA group, ranging from 0 to 7.

IMA link port no: Number of the E1 port added to the IMA group

Add IMA link


Command

ADD UNILNK

WEAM Module: Module No. of WEAM

UNI link port no: Number of the E1 port added to the IMA group

Add UNI link


Command

ADD PVCLNK

PVC link number: Number of the global PVC links

VPI: Virtual path identifier (VPI)

VCI: virtual channel identifier (VCI)

Signal distribution module number:

Signal handle module number:

IMA group number:

UNI port number:

Add PVC link


Command

Set OFI

Signaling point code (SPC)

Signaling network where the local office resides (NI)

Network Structure

Whether the local office is a signaling transfer point (STP)

Add OFI

Signaling point code (SPC)

Set Local Office Information


Questions

What’s the sequence for hardware data conf.?

Which board will be added automatically after a frame has been added?

How to make the data active in switch after we configure the data offline?

What conditions are needed for E1 configuration?


Answer

1 Add shelf-> Add frame-> Add board->others

2 WSMU，WALU和PSM。

Use FMT to format data. Use LON to set online. Then load it.

We need add WCSU and WEPI at first.


3.1 Query Hardware3.1 Query Hardware

3.2 Query clock reference3.2 Query clock reference

3.3 Query E1/CPC configuration3.3 Query E1/CPC configuration

3.4 Query IP link3.4 Query IP link

3.5 Query IMA/UNI link3.5 Query IMA/UNI link

3.6 Query Port Status3.6 Query Port Status

3.7 Query Local Office3.7 Query Local Office

Chapter 3 Chapter 3 Relative maintenance commandRelative maintenance command


Query The Hardware

LST SHF

Example: LST SHF: SN=0;

LST FRM

Example: LST FRM: FN=0, SN=0;

DSP FRM

Example: DSP FRM: FN=0;


Query The Hardware

LST BRD

Example: LST BRD: FN=0, SN=0, LOC=FRONT;

DSP BRD

Example: DSP BRD: FN=0, SN=0, PSN=FB;


Query clock reference

LST CKICFG

Example: LST CKICFG:;

DSP CLKPH

Example: DSP CLKPH: FN=0;

DSP BRD (Query status of clock reference)

Example: DSP BRD: FN=0, SN=13, PSN=BB;


Query E1/CPC configuration

LST EPICFG

Example: LST EPICFG: FN=0, SN=0;

DSP BRD

Example: DSP BRD: FN=0, SN=0, PSN=BB;

Display E1 status

Example: DSP PORT: FN=0, SN=0, PT=E1, E1PN=2;

LST CPCCFG

Example: LST CPCCFG: FM=22, LOC=UPMC;


Query IP link

List FE configuration

Example: LST FECFG: MN=134;

Display FE status

Example: DSP PORT: FN=0, SN=10, PT=FE, FEPN=2;


Query IMA/UNI link

List IMA link configuration

Example: LST IMALNK: MN=132, IGN=1, IPN=0;

Display IMA link status

Example: DSP IMALNK: MN=132, IGN=1, IPN=0;

List UNI link configuration

Example: LST UNILNK: MN=133;

Display UNI link status

Example: LST UNILNK: MN=133;


Query Port Status (MEM FE)

To check connection between SAU and HDU

List MEMFE link configuration

Example: LST MEMCFG: MN=22;

Display MEMFE link status

Example: DSP MEMFE: MN=22;


Query Local Office Information

List local office information

Example: LST OFI;


Questions

What’s the difference between LST and DSP?

Which command is to check current clock reference?


Answer

LST is for query static data; DSP is for query the status of frame/board etc.

DSP BRD is used to check current clock reference. (Board is active WCKI)


Summary After hardware data configuration, please load it to switch. Then query whether the status of hardware is normal.


Example for hardware

IP address of WIFM: 191.169.100.10;

Mask: 255.255.0.0;

Gateway: 191.169.1.2 。

P

S

M

P

S

M

W

A

L

U

W

B

S

G

W

B

S

G

W

I

F

M

W

I

F

M

W

S

M

U

W

S

M

U

W

E

A

M

W

E

AM

W

C

C

U

W

C

C

U

W

C

S

U

W

C

S

U

20191817161514131211109876543210


True

Support of GPRS short message

True True GSM PHASE2NORESTRICTION

Support of PSI valueAnytime interrogation supportMAP versionNumber structure

limitation

NORESTRICTION3FalseTrue

Forwarded area limitation

Repetition times of ALERT_SC failCancel SCSupport of Message

waiting information

3FalseFalseTrue

Maximum times of Call Forward

Not support CAMEL phrase 1MAP version 0902620Support of USSD

function value

MAP information

755868613807550000

Area codeCountry codeLocal GTMobile network

information

EE024bitsNational

SPCNetwork structureNetwork IdentifySignaling point

Configuration dataItem

Example



1 set offline mode

Offline------------------------LOF:;

Turn off alarm switch------------------------SET CWSON: SWT=OFF;

Turn off format switch------------------------

SET FMT: STS=OFF;



2 Add Hardware

Add shelf------------------------ADD SHF: SN=0, LT="HW_TC", PN=0, RN=0, CN=0;

Add frame------------------------ADD FRM: FN=0, SN=0, PN=2, CF=YES;


Add WCSU board------------------------ADD BRD: FN=0, SN=0, LOC=FRONT, BT=WCSU, MN=22, ASS=1;

Add WEAM board------------------------ADD BRD: FN=0, SN=4, LOC=FRONT, BT=WEAM, MN=140, LNKT=LINK_2M;ADD BRD: FN=0, SN=5, LOC=FRONT, BT=WEAM, MN=141, LNKT=LINK_2M;



Add WEPI board------------------------ADD BRD: FN=0, SN=0, LOC=BACK, BT=WEPI;ADD BRD: FN=0, SN=1, LOC=BACK, BT=WEPI;ADD BRD: FN=0, SN=4, LOC=BACK, BT=WEPI;ADD BRD: FN=0, SN=5, LOC=BACK, BT=WEPI;

Add WIFM board------------------------ADD BRD: FN=0, SN=10, LOC=FRONT, BT=WIFM, MN=132, ASS=11;



Add WCCU board------------------------ADD BRD: FN=0, SN=2, LOC=FRONT, BT=WCCU, MN=23, ASS=3;

Add WBSG board------------------------ADD BRD: FN=0, SN=12, LOC=FRONT, BT=WBSG, MN=133;ADD BRD: FN=0, SN=13, LOC=FRONT, BT=WBSG, MN=134;



Add WCKI board------------------------ADD BRD: FN=0, SN=13, LOC=BACK, BT=WCKI;ADD BRD: FN=0, SN=15, LOC=BACK, BT=WCKI;




3：Configure E1/CPC/FE/ATM data

Configure E1 info------------------------ADD EPICFG: FN=0, SN=0, LC=CLK_8KA, E0=CRC4, E1=DF, E2=DF, E3=DF, E4=DF, E5=DF, E6=DF, E7=DF, BM=BALANCE;

Configure CPC info------------------------MOD CPCCFG: FM=22, LOC=UPMC, LTYPE=LINK_64K;


Configure clock reference------------------------------SET CKICFG: CL=LEVEL2, WM=AUTO, B1P=L1, B2P=L2, L1P=L3, L2P=L4, B1CST=CLK_2M, B2CST=CLK_2M;

Configure clock from E1------------------------------ADD BOSRC: FN=0, SN=0, EN=2;


Configure FE------------------------ADD FECFG: MN=132, IP="191.169.100.10", MSK="255.255.0.0", DGW="191.169.1.2";


Configure IMA link------------------------ADD IMAGRP: MN=140, IGN=0, IID=0, IVR=VER1.1;ADD IMALNK: MN=140, IGN=0, IPN=0;

Configure PVC link------------------------ADD PVCLNK: PLN=0, VPI=2, VCI=4, SDMN=140, SHMN=133, BT=IMA;




4: Set Local Office Data

Online------------------------SET OFI: OFN="HLR-TEST", LOT=CMPX, NN=YES, SN1=NAT, SN2=NAT, SN3=NAT, SN4=NAT, NPC=“EE00", NNS=SP14, STP=NO, LAC=K‘755, LNC=K‘86, LOCGT=“861380755", NETTYPE=GSM/PSTN;



5: Format the data, load it

Online------------------------LON:;Turn on alarm switch------------------------SET CWSON: SWT=ON;Turn on format switch------------------------SET FMT: STS=ON;Format the data------------------------FMT:;Load the module one by one


Summary

After finish hardware data, trainees need

master the basic concepts of hardware.

Trainees need understand the steps of

SAU hardware data configuration

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Thank You

owf001202 hlr9820 sau hardware & local office data issue2.2

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