BSC6900 WCDMA V900R014 Initial Data Configuration Based on LMT

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BSC6900 WCDMAV900R014 InitialData ConfigurationBased on LMT



Copyright © 2012 Huawei Technologies Co., Ltd. All rights reserved. Page1

References

“RNC Installation and Commissioning”

“BSC6900 Initial Configuration Guide”




Objectives

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

Detail the Procedure of BSC6900 Data Configuration

Perform Global Data Configuration

Perform Equipment Data Configuration

Perform Interface Configuration

Perform Cell Configuration




Contents

1. Data Configuration Overview

2. Preparation

3. Global Data Configuration

4. Equipment Data Configuration

5. Interface Data Configuration

6. Cell Data Configuration




Data Configuration Overview

Configuration Tools Web LMT (Local Maintenance Terminal)

Based on MML (Man Machine Language)

CME (Configuration Management Express)

Based on GUI (Graphic User Interface) MML Execution Modes

Batch mode

multiple MML commands in a script

Single Command Mode one command at a time and carry it out directly




Data Configuration Procedure

Global data conf iguration

LOAD

Preparation

Equipment data configuration

Interface data configuration

Cell data configuration




Contents


2. Preparation








Preparation

RNC Data Configuration Right Management

Forcibly Obtain CM Control Right (FOC CMCTRL)

Request the CMC right (REQ CMCTRL)

BSC6900 controls whether LMT or M2000 has thepermission to configure the data at a moment to avoid the

data conflict

Set CM Control enable switch (SET CMCTRLSW) Check the status of CMC (LST CMCTRL)

Lock the CMC right (LCK CMCTRL)

Unlock the CMC right (ULK CMCTRL)




Preparation

Configuration State

Set Offline State (SET CFGDATAINEFFECTIVE)

Set Online State (SET CFGDATAEFFECTIVE)




Preparation

Data Initialization (RST DATA)

RST DATA will remove all configuration data in BAM

RST DATA

Data in BAM

(OMUa)

Data in FAM

(Other Boards)




Contents


2. Preparation








Global Data configuration

Configuring the Basic Data

Configuring the OPC (Original Signaling Point Code)

Configuring the DPC (Destination Signaling Point Code)

Configuring the Area Information

Configuring the M3UA Local and Destination Entities

If we adopt IP transfer mode in Iu-CS,Iu-PS or Iur interface,we

must define the M3UA local entity and destination entity





Add RNC Basic Information (ADD URNCBASIC) RNC ID

Source ATM address

Add CN Operator (ADD UCNOPERATOR)

Operator Type

Primary Operator

Mobile Country Code (MCC)

Mobile Network Code (MNC) Operator Index





Add CN Operator Group (ADD UCNOPERGROUP)

Set BSC Internal Subnet No (SET SUBNET) (Optional)

set the subnet number of the internal IP address of the BSC

Subnet No. ( Default value 80 )

This command can be executed only in offline mode





Set SCTP Server Port (SET SCTPSRVPORT) (Optional)

NBAP service listening port No. ( Default value 58080)

M3UA service listening port No. ( Default value 2905 )

BBAP service listening port No. ( Default value 58000 )

This command can be executed only in offline mode





Set the global route management switch

(SET GLOBALROUTESW) (Optional)

If the global route management function is required, then

switch it ON else switch it OFF

Use the command LST GLOBALROUTESW to check the

current setting




Configuring the OPC

Add OSP (Original Signaling Point) (ADD OPC)

OSP name

OSP index

Network ID: INT, INTB, NAT, NATB

OSP code bits:BIT14, BIT16, BIT24

OSP code[Whole Number]

The OSP code cannot be 0. It is assigned in the SS7 signalingnetwork and each OSP code is unique




Configuring the DPC

Add DSP (ADD N7DPC) DSP name

DSP index

OSP index DSP code[Whole Number]

DSP type

IUCS(IUCS), IUPS(IUPS), IUR(IUR),

IUCS_RANAP(IUCS_RANAP), IUCS_ALCAP(IUCS_ALCAP),AAL2SWITCH(AAL2SWITCH), STP(STP), A(A), 2G_3G(2G_3G),

IUR_G(IUR_G)

FOR Iu-CS, both MGW and MSC server occupy a DPC

respectively




Configuring the DPC DSP Types

DSP type

Description

IUCS

MSC in R99 with functions of the control planes ofthe radio network layer and transport network layer

IUCS_ALCAP

Media Gateway in R4 with functions of the control

plane of the transport network layer

IUCS_RANAP

MSC Server in R4 with functions of the control planeof the radio network layer

IUPS

Indicates the signaling point of the IU-PS controlplane

IUR Neighboring RNC

STP Signaling transfer point.

AAL2SWITCHAA

L2 AAL2SWITCHAAL2 transfer point




Configuring the AreaInformation

Add LAC (Location Area Code) (ADD ULAC) Cn Operator Index /Location area code /Min PLMN value tag /Max

PLMN value tag

Add RAC (Routing Area Code) (ADD URAC)

Cn Operator Index /Location area code /Routing area code /MinPLMN value tag /Max PLMN value tag

Add SAC (Service Area Code) (ADD USAC)

Cn Operator Index /Location area code /Service area code

Add URA (UTRAN Registration Area ) (ADD UURA) URA ID /Cn Operator Index

Add UCZ (UTRAN Classified Zone) (ADD UCZ)

Cn Operator Index /Location area code /Service area code/Classified

zone




Configuring the M3UA LocalEntities Add M3UA Local Entity (ADD M3LE)

Local entity No.

OSP index

Local entity type M3UA_ASP, M3UA_IPSP

Local entity name




Application scenario of ASP andIPSP

ASP: A process instance ofan application server

IPSP: A process instance of

an IP_based application

AS: Application Server

(MSC server/SGSN)

SG: Signaling Gateway

(MGW)

IPSP AS

ASP SG

Scenario 1

Scenario 2

RNC

RNC MGW

MSC server/SGSN




Configuring the M3UA DestinationEntities Add M3UA Destination Entity (ADD M3DE)

Destination entity No.

Local entity No.

DSP index

Destination entity type

M3UA_SGP(M3UA SGP), M3UA_IPSP(M3UA IPSP),

M3UA_SS7SP(M3UA SS7SP), M3UA_SP(M3UA SP)

Destination entity name




Contents

1. Data Configuration Overview2. Preparation








Equipment Data Configuration

Configuring the System Information

Configuring a Cabinet

Configuring a Subrack

Configuring a Board

Configuring the EMU

Configuring the Clocks

Configuring the Time

Configuring the IP Address of the EMS Server




Configuring the SystemInformation Set Base Station Controller System Information (SET SYS)

(Optional)

System description

System ID Contact mode of the manufacturer

System Location

System services




Configuring a Cabinet &Subrack Add Cabinet (ADD CAB)

This command is to add an EPR.

Cabinet No.

Is it a remote cabinet :Yes/No

Add Service Processing Subrack (ADD SUBRACK) Subrack No.

Subrack name

Connect power monitoring board

Subrack Type After a subrack is added, run the SET SCUPORT command to enable

the corresponding port on the SCU board in the main subrack.

Run the SET CFGDATAEFFECTIVE command to set a subrack to

effective mode.




Configuring a Board

Add Board (ADD BRD) This command can be used by all types of boards except the SCUa,

SCUb GCUa, and GCGa

Subrack No.

Board Class: INT, DPU, XPU, TNU, OMU, SAU, NIU Board Type

Slot No.

Backup: whether a board works in active/standby mode

When the boards work in active/standby mode, run the SETMSP command to set the attributes of the Multiplex Section

Protection (MSP). (Optional)




Configuring an EnvironmentMonitoring Unit Add Environment Monitoring Unit (ADD EMU) (Optional)

Subrack No.

Enable Alarm Reporting for 48 V Power

Enable Alarm Reporting for 24 V Power

Enable Temperature Alarm Reporting

Enable Humidity Alarm Reporting

Enable Water Alarm Reporting

Enable Smoke Alarm Reporting




Configuring the Clocks

Set Board Clock Source (SET CLK) set the clock source data on the interface board in the MPS or

EPS subrack

Add Clock Source (ADD CLKSRC) BITS,8k,GPS,LINE

Set Clock Working Mode (SET CLKMODE)

set the working modes of clock sources: manual /auto /free Set Clock Board Type (SET CLKTYPE)

set the type of a clock board: GCUa /GCGa




Configuring the Time

Set Information About Time Zone and Daylight Saving Time(SET TZ)

set the time zone and daylight saving time to ensure a correct

local time for the current system

Add SNTP Server for the Network Element (ADD

SNTPSRVINFO)

Key in the information of the SNTP server connected to the

network element




Configuring the IP Address of theEMS Server Add IP Address For EMS (Element Management System)

(ADD EMSIP)

EMS IP Address

Subnet mask OMU External Network Virtual IP

OMU External Network Mask




Contents


2. Preparation








Contents

5. Interface Data Configuration 5.1 Iub Interface Data Configuration (ATM&IP)

5.2 Iu-CS Interface Data Configuration (ATM)

5.3 Iu-CS Interface Data Configuration (IP)

5.4 Iu-PS Interface Data Configuration (IP)

5.5 Iur Interface Data Configuration (ATM)

5.6 Iur Interface Data Configuration (IP)




Iub Interface Protocol (ATM)

SAAL UNI SAAL UNI

ALCAP




Iub Interface Data Configuration(ATM) Configuration Procedure

Configuring Physical Layer

Configuring ATM Traffic

Resource

Configuring Control Plane

Configuring the Mapping

Between Service Types

and Transmission

Resources for the Adjacent

Node

Configuring User Plane

Configuring OM Channel

SPUb

DPUe

I

N

T

MPS/EPS




Iub Interface (ATM) Physical LayerConfiguration

Board Cable IMA Mode UNI Mode Fractional ATM Mode

FractionalIMA Mode

AEU SET E1T1ADDIMAGRPADD IMALNK

ADDUNILNK

ADDFRALNK

ADDIMAGRPADD

FRALNK

AOU

SET E1T1SET OPTSETCOPTLNK

ADDIMAGRP/ADD IMALNK

UOI_ATM

SET OPT




Iub Interface (ATM) Physical LayerConfiguration Configuring IMA Group and Link (AEU and AOU)

Add IMA Group (ADD IMAGRP)

Add IMA Link (ADD IMALNK)

PHY

PHY

PHY

PHY

PHY

PHY

µ¥ATMÐÅÔªÁ÷ A single ATM cell flow

(from the ATM layer)

IMA group

Low-speed

physical link

Low-speed

physical link

IMA group

The original ATM cell

flow (to the ATM layer)

Low-speed

physical link




Iub Interface (ATM) Physical LayerConfiguration Configuring Fractional ATM (AEU)

ATM cell

BSC6900

2G BSC

Fractional ATM link

ATM cell

NodeB

2G BTS

Fractional ATM link

ATM cell

E1(some timeslots are used)

ATM network

equipment ATM network

equipment

Recover ATM cells

from some E1

timeslots/Put ATM

cells into some E1

Timeslots

(AEU/AOU)

Recover ATM cells

from some E1

timeslots /Put ATM

cells into some E1

timeslots (NodeB

interface unit)




Iub Interface (ATM) ATM TrafficResource Configuration Add ATM Traffic Record (ADD ATMTRF)

Service type Description

Full name Abbr.

Constant Bit Rate CBR No error check, flow control, or other processing

Real Time Variable Bit Rate RT-VBRThe service with variable data rates and strict realtime requirement. For example, interactivecompressed video (TV conference).

Non-Real Time Variable BitRate

NRT-VBRUsed in timing transmissionSome delays and variations can be acceptedSuch as E-mail transmission

Unspecified Bit Rate UBR

No commitment or feedback to congestion

suitable for sending IP data. When congestionoccurs, the UBR cells are discarded without thefeedback from the receiver nor the request forslowing down transmission from the receiver.

Unspecified Bit Rate Plus UBR+Same with UBR but Minimum cell rate could bedefined




Iub Interface (ATM) ATM TrafficResource Configuration Add ATM Traffic Record (ADD ATMTRF)

Parameter Abbr. Descr ipt ion

Peak Cell Rate PCR Peak rate of the ATM traffic

Sustainable CellRate

SCR Average rate of the ATM traffic

Minimum Cell Rate MCR Minimum guarantee rate of the ATM

traffic

Cell Delay VariationTolerance

CDVT Tolerable delay jitter

Max Burst Size MBS Maximum burst size




Iub Interface (ATM) Control PlaneConfiguration Add SAAL Link (ADD SAALLNK)

One NodeB has 3 SAAL UNI links at least

All the SAAL links of one NodeB should terminate in the same

SPU subsystem




Iub Interface (ATM) Control PlaneConfiguration Add NodeB (ADD UNODEB) Add NodeB Algorithm Parameters (ADD

UNODEBALGOPARA)

Add NodeB algorithm parameters, including NodeB congestioncontrol parameters and NodeBHsdpa max user number

Add NodeB LDR Algorithm Parameters (ADD UNODEBLDR)

Add NodeB load reshuffling (LDR) algorithm parameters Add the NodeB OLC parameters(ADD UNODEBOLC)

add the parameters of the OLC (OverLoad Control) algorithm

to the NodeB




Iub Interface (ATM) Control PlaneConfiguration Add Adjacent Node (ADD ADJNODE)

Add adjacent node of Iub interface is to configure ALCAP

Add NCP Link (ADD UNCP)

Only one NCP could be configured for one NodeB

Add CCP Link (ADD UCCP)

More than one CCP could be configured for one NodeB

Configuring the Mapping Between Service




Configuring the Mapping Between ServiceTypes and Transmission Resources for theAdjacent Node

Add Transport Resource Mapping (ADD TRMMAP)(Optional)

add a transport resource mapping

Add Factor Table (ADD TRMFACTOR) (Optional) add an activation factor table

Add Node Mapping (ADD ADJMAP) (Optional)

add the TRM mapping to an adjacent node and to add themapping from interface transmission type to TRMMAP index

and factor index

f




Iub Interface (ATM) User PlaneConfiguration

Add ATM logic port (ADD ATMLOGICPORT)(Optional) Add AAL2 Path (ADD AAL2PATH)

AAL2 Path Type

R99 HSPA

SHARE (R99 and HSPA services can be carried at the same time )

Add AAL2 Route (ADD AAL2RT)




Iub Interface (ATM) OM Channel

Add Device IP (ADD DEVIP) add a device IP address for a board

Add IPoA PVC (ADD IPOAPVC)

Add NodeB IP Address (ADD UNODEBIP)

12.13.1.1

12.13.1.0

NodeB

NodeB

NodeB

NodeB

12.13.1.2

12.13.1.3

12.13.1.N

BSC6900

IPoA INT BAM

Internal Network

12.13.1.254 M2000

External Network




Iub Interface Protocol (IP)

I b I t f D t C fi ti




Iub Interface Data Configuration(IP) Procedure of Iub Configuration


Configuring Data Link Layer


Adding Mapping Between

Transmission and Traffic



SPUb

DPUe

I

N

T

MPS/EPS

I b I t f D t C fi ti




Iub Interface Data Configuration(IP) Iub interface layer 2 networking




Iub Interface Data Configuration (IP)

Iub interface layer 3 networking

I b I t f (IP) Ph i l L




Iub Interface (IP) Physical LayerConfiguration

Board Physical layer Data link layer

POUSET E1T1SET OPTSET COPTLNK

ADD PPPLNK orADD MPGRP ADD MPLNK

PEU SET E1T1 ADD PPPLNK or ADD MPGRPADD MPLNK

FG2SET ETHPORTADD ETHIP/ADD DEVIP

ADD ETHTRK,ADD ETHTRKLNK,ADD ETHTRKIP

UOI_IP SET OPT ADD PPPLNK

GOUSET ETHPORTADD ETHIP/ADD DEVIP


I b I t f (IP) C t l Pl




Iub Interface (IP) Control PlaneConfiguration

Add SCTP Signalling Link (ADD SCTPLNK) Signalling link mode :Server/Client

Application type :NBAP, M3UA, BBAP

Local/Destination SCTP port No. First local/destination IP address

Second local/destination IP address

2 SCTP links to be added for NCP and CCP at least Add IP Route (ADD IPRT) (Optional)

Layer 3 networking only






Add NodeB (ADD UNODEB) Add NodeB Algorithm Parameters (ADD

UNODEBALGOPARA)

Add NodeB algorithm parameters, including NodeB congestioncontrol parameters and NodeBHsdpa max user number

Add NodeB LDR Algorithm Parameters (ADD UNODEBLDR)

Add NodeB load reshuffling (LDR) algorithm parameters

Add the NodeB OLC parameters (ADD UNODEBOLC)

add the parameters of the OLC (OverLoad Control) algorithm

to the NodeB






Add Adjacent Node (ADD ADJNODE) Add NCP Link (ADD UNCP)

Add CCP Link (ADD UCCP)

More than one CCP could be configured





Configuring the Mapping Between ServiceTypes and Transmission Resources for the

Adjacent Node Add Transport Resource Mapping (ADD TRMMAP)

(Optional)


Add Factor Table (ADD TRMFACTOR) (Optional)

add an activation factor table


add the TRM mapping to an adjacent node and to add the mapping

from interface transmission type to TRMMAP index, path load EQ

index, and factor index

Add Path Load EQ Parameters Table (ADD LOADEQ)

(Optional)

I b I t f (IP) U Pl




Iub Interface (IP) User PlaneConfiguration

Add IP Logic Port (ADD IPLOGICPORT) (Optional) The IP-based logic port that is a virtual port configured on the

physical port provides the IP traffic shaping and data flow

function on the user plane

Add IP Path (ADD IPPATH)

Add IP Route (ADD IPRT) (Optional)


I b I t f (IP) OM Ch l




Iub Interface (IP) OM ChannelConfiguration

Add the OM IP address of the NodeB (ADD UNODEBIP) If the peer NodeB uses the DHCP

Add the NodeB electronic serial number (ADD UNODEBESN)

Start the NodeB detecting function (STR UNODEBDETECT) Optional. Perform this step only when the VLAN is configured in

the transport networking between the RNC and NodeB

Iub Interface (IP) OM Channel




Iub Interface (IP) OM ChannelConfiguration

Two Routes forthe connection

between the

M2000 and the

NodeB 1,Through the

RNC

2, Not

Through the

RNC

ATM/IP Based Networking on the




ATM/IP-Based Networking on theIub Interface

In ATM/IP-based networking on the Iub interface, the RNCand the NodeB communicate based on the ATM/IP dual

stack

Based on the ATM and IP protocol stacks at the same time.






ATM

RN CN odeB

SCTP Link

IP Path

N CP

SCTP Link CCP

SAAL Link N CP

SAAL Link CCP

SAAL Link ALCAP

AAL2 Path

FE

IMA

IP

Structure of dual stack






Configuration Procedure Configuration under ATM transfer mode


Configuring ATM Traffic Resource


Configuring the Mapping Between Service Types and

Transmission Resources for the Adjacent Node

Configuring the TRM mapping of adjacent nodes








Configuration Procedure Configuration under IP transfer mode


Configuring Data Link Layer


Adding Mapping Between Transmission and Traffic






Contents










Iu-CS Interface Protocol (ATM)

SAAL NNI SAAL NNI

Iu CS Interface Data Configuration




Iu-CS Interface Data Configuration(ATM)

I

N

T

SPUb 1

SPUb 2

DPUe

MPS/EPS

Configuration Procedure Configuring Physical Layer

Configuring the ATM

Traffic Resources




and Transmission


Node


Iu CS Interface (ATM) Physical Layer




Iu-CS Interface (ATM) Physical LayerConfiguration


FractionalIMA Mode


ADDUNILNK

ADDFRALNK

ADDIMAGRPADD

FRALNK

AOU



UOI_ATM

SET OPT

Iu CS Interface (ATM) ATM Traffic




Iu-CS Interface (ATM) ATM TrafficResource Configuration

Add ATM Traffic Record (ADD ATMTRF)Service type

DescriptionFull name Abbr.


Real Time Variable Bit Rate RT-VBR

The service with variable data rates and strict real

time requirement. For example, interactivecompressed video (TV conference).




No commitment or feedback to congestion

suitable for sending IP data. When congestionoccurs, the UBR cells are discarded without thefeedback from the receiver nor the request forslowing down transmission from the receiver.


Iu CS Interface (ATM) ATM Traffic




Iu-CS Interface (ATM) ATM TrafficResource Configuration

Add ATM Traffic Record (ADD ATMTRF)

Parameter Abbr. Descr ipt ion





traffic


CDVT

Tolerable delay jitter


Iu-CS Interface (ATM) Control Plane




Iu-CS Interface (ATM) Control PlaneConfiguration

Add SAAL Link (ADD SAALLNK) Add MTP3 Signalling Link Set (ADD MTP3LKS)

One adjacent DSP can be configured with only one signaling

link set

Add MTP3 Signalling Route (ADD MTP3RT)

Add MTP3 Signalling Link (ADD MTP3LNK)

Add Adjacent Node (ADD ADJNODE)





Configuring Control Plane Configure MTP3B data


STP

MTP3B link set

BSC6900MSC

DSP DSP of MTP3B link set

STP

MTP3B link set






Add CN Domain (ADD UCNDOMAIN) Add the specific Non Access Stratum (NAS) information and

Discontinuous Reception (DRX) cycle length coefficient of Core

Network (CN) domain

Add UMTS CN Node (ADD UCNNODE)

Cn Operator Index

CN node ID

CN domain ID :CS_DOMAIN,PS_DOMAIN DSP index

CN protocol version :R99, R4, R5, R6, R7,R8





g g pp gTypes and Transmission Resources for theAdjacent Node





add the TRM mapping to an adjacent node and to add themapping from interface transmission type to TRMMAP index,

path load EQ index, and factor index

Iu-CS Interface (ATM) User Plane




Iu CS Interface (ATM) User PlaneConfiguration

Add AAL2 Path (ADD AAL2PATH)


BSC6900

AAL2 PATH PVC

AAL2 PATH PVC

AAL2 PATH PVC

MSC

R

I

N

T

SPUsubsystem

C




Contents







I CS I f P l (IP)




Iu-CS Interface Protocol (IP)

Iu-CS Interface Data Configuration




Iu CS Interface Data Configuration(IP)





and Transmission


Node


I

N

T

SPUb 1

SPUb 2

DPUe

MPS/EPS

Iu-CS Interface (IP) Physical Layer




Iu CS Interface (IP) Physical LayerConfiguration




PEU SET E1T1 ADD PPPLNK orADD MPGRP ADD MPLNK






Iu-CS Interface (IP) Control Plane




Iu CS Interface (IP) Control PlaneConfiguration Add SCTP Signalling Link (ADD SCTPLNK)



Add M3UA Link Set (ADD M3LKS)

Add M3UA Route (ADD M3RT)

Add M3UA Link (ADD M3LNK)

Add Adjacent Node (ADD ADJNODE) Add CN Domain (ADD UCNDOMAIN)






Types and Transmission Resources for theAdjacent Node





add the TRM mapping to an adjacent node and to add themapping from interface transmission type to TRMMAP index,


Iu-CS Interface (IP) User Plane




Iu CS Interface (IP) User PlaneConfiguration

Add IP Path (ADD IPPATH) Add IP Route (ADD IPRT) (Optional)


C t t




Contents







I PS I t f P t l (IP)




Iu-PS Interface Protocol (IP)

Iu-PS Interface Data Configuration




Iu PS Interface Data Configuration(IP)


Configuring Data Link

Layer




and Transmission


Node


I

N

T

SPUb 1

SPUb 2

DPUe

MPS/EPS

Iu-PS Interface (IP) Physical Layer




Iu PS Interface (IP) Physical LayerConfiguration










Iu-PS Interface (IP) Control Plane




u S te ace ( ) Co t o a eConfiguration Add SCTP Signalling Link (ADD SCTPLNK)



Add M3UA Link Set (ADD M3LKS)



Add Adjacent Node (ADD ADJNODE) Add CN Domain (ADD UCNDOMAIN)






Types and Transmission Resources for the

Adjacent Node






add the TRM mapping to an adjacent node and to add the

mapping from interface transmission type to TRMMAP index,


Iu-PS Interface (IP) User Plane




( )Configuration



Contents




Contents


5.1 Iub Interface Data Configuration (ATM&IP)






Iur Interface Protocol (ATM)




Iur Interface Protocol (ATM)

SAAL

NNI

SAAL

NNI

Iur Interface Data Configuration




g(ATM)

Configuration Procedure


Configuring the ATM

Traffic Resources




and Transmission

Resources Configuring

User Plane

Configuring a Path for

SRNC Relocation

I

N

T

SPUb 1

SPUb 2

DPUe

MPS/EPS

Iur Interface (ATM) Physical Layer




( ) y yConfiguration


FractionalIMA Mode


ADDUNILNK

ADDFRALNK

ADDIMAGRPADDFRALNK

AOU



UOI_ATM

SET OPT

Iur Interface (ATM) ATM Traffic




( )Resource Configuration

Add ATM Traffic Record (ADD ATMTRF)Service type

DescriptionFull name Abbr.


Real Time Variable Bit Rate RT-VBR

The service with variable data rates and strict real

time requirement. For example, interactivecompressed video (TV conference).




No commitment or feedback to congestionsuitable for sending IP data. When congestion

occurs, the UBR cells are discarded without thefeedback from the receiver nor the request forslowing down transmission from the receiver.


Iur Interface (ATM) ATM Traffic




( )Resource Configuration

Add ATM Traffic Record (ADD ATMTRF)Parameter Abbr. Descr ipt ion





traffic


CDVT Tolerable delay jitter


Iur Interface (ATM) Control Plane




Configuration

Add SAAL Link (ADD SAALLNK) Add Neighboring RNC (ADD UNRNC)

Add MTP3 Signalling Link Set (ADD MTP3LKS)

One adjacent DSP can be configured with only one signaling

link set

Add MTP3 Signalling Route (ADD MTP3RT)

Add MTP3 Signalling Link (ADD MTP3LNK)















Iur Interface (ATM) User Plane




Configuration

Add AAL2 Path (ADD AAL2PATH)


Iur Interface (ATM) Configuring a




g gPath for SRNC Relocation

Adding a Path for Static SRNS Relocation

Iur Interface (ATM) Configuring a




Path for SRNC Relocation Adding a Path for Static SRNS Relocation

Add an IP route towards the DRNC (ADD IPRT)

Set Destination IP address to the user plane IP address of the DRNC

Set Forward route address to the IP address of the gateway on the

SGSN

Adding an IP path for static SRNS relocation (ADD IPPATH)

Set Adjacent node ID to the adjacent node ID of the SGSN

Set Local IP address to the user plane IP address of the SRNC

Set Peer IP address to the user plane IP address of the DRNC

Set Peer subnet mask to the subnet mask of the user plane IP address of

the DRNC ( The recommended value is 255.255.255.0 )

Contents




Contents


5.1 Iub Interface Data Configuration (ATM&IP)






Iur Interface Protocol (IP)




Iur Interface Protocol (IP)

Iur Interface Data Configuration




(IP)


Configuring Data Link

Layer




and Transmission


Node


I

N

T

SPUb 1

SPUb 2

DPUe

MPS/EPS

Iur Interface (IP) Physical Layer




Configuration










Iur Interface (IP) Control Plane




Configuration

Add SCTP Signalling Link (ADD SCTPLNK) Add IP Route (ADD IPRT) (Optional)


Add Neighboring RNC (ADD UNRNC) Add M3UA Link Set (ADD M3LKS)

















Iur Interface (IP) User Planef




Configuration



Iur Interface (IP) Configuring a Pathf l i




for SRNC Relocation

Adding a Path for Static SRNS Relocation

Iur Interface (IP) Configuring a Pathf SRNC R l i




for SRNC Relocation Adding a Path for Static SRNS Relocation

Add an IP route towards the DRNC (ADD IPRT)

Set Destination IP address to the user plane IP address of the DRNC

Set Forward route address to the IP address of the gateway on the

SGSN

Adding an IP path for static SRNS relocation (ADD IPPATH)

Set Adjacent node ID to the adjacent node ID of the SGSN

Set Local IP address to the user plane IP address of the SRNC

Set Peer IP address to the user plane IP address of the DRNC

Set Peer subnet mask to the subnet mask of the user plane IP address of

the DRNC ( The recommended value is 255.255.255.0 )

Contents




Contents

1. Data Configuration Overview2. Preparation


4. Equipment Data Configuration5. Interface Data Configuration


Cell-Related Concepts




Cell Related Concepts

Cell = Sector * Carrier (Frequency)

Cell Data Configuration





Procedure of Quick Cell SetupStart

Local Cell

Configuration

Quick Cell Setup

Configuration

Neighboring Cell

Configuration

End






Add Local Cell (ADD ULOCELL)

Add Service Priority Group (ADD USPG)

Set the priorities of different service types in the cell

Add Cell Quickly (ADD UCELLQUICKSETUP)

Cell ID, Cell name, Cn Operator Group Index, Band indicator,Uplink UARFCN, Downlink UARFCN, DL primary scrambling

code, Time offset[chip], LAC, SAC, RAC, SpgId, URA number

& ID, NodeB name, Local cell ID

Activate Cell (ACT UCELL)






Add Cell HSDPA Parameters (ADD UCELLHSDPA)

Use this command to add high speed downlink packet access

(HSDPA) parameters for a cell

As a solution for the high speed DL data transmission, the

HSDPA technology has its radio interface with a maximum rate

of 14.4 Mbit/s

Activate Cell HSDPA Parameters (ACT UCELLHSDPA)

Activate the high speed downlink packet access (HSDPA)function of a cell






Add Cell HSUPA Parameters (ADD UCELLHSUPA)

Use this command to add the high speed uplink packet access

(HSUPA) parameters of a cell

Activate Cell HSUPA Parameters (ACT UCELLHSUPA)

Use this command to activate the high speed uplink packet

access (HSUPA) parameters of a cell





Neighboring Cell Configuration

Fundamental

RNC keeps the neighboring cell information and delivers theinformation to the UE

Through system information or measurement control information

UE can implement cell selection/reselection and handover

Configuration principle

Add other cells as the neighboring cells of the new cell

Add the new cell as the neighboring cell of other cells


Cell2

RNC

Cell1






Types of Neighboring Cell

Intra-Frequency Neighboring Cell

Inter-Frequency Neighboring Cell

Neighboring GSM Cell


WCDMA Sector2 f2

WCDMA Sector2 f1

WCDMA Sector1 f2

WCDMA Sector1 f1

GSM Sector2GSM Sector1






Configuring a neighboring RNC cell (ADD UEXT3GCELL )

Add the URA information of the neighboring RNC (ADD

UNRNCURA)

RNC1 RNC2

Cell2Cell3

Cell1







Configuring intra-frequency neighboring cell (ADD

UINTRAFREQNCELL)

Configuring inter-frequency neighboring cell (ADD

UINTERFREQNCELL)

Ce ata Co gu at o

RNC1 RNC2

f1 f1/ f2f1






Configuring GSM neighboring cell Adding information of the neighboring cell to (ADD UEXT2GCELL)

Adding the GSM cell as a neighboring cell (ADD U2GNCELL )

g

GSM/GPRS

WCDMA

RNC

NodeB

GSM/GPRS

Summary




y

We have configured the finished the BSC6900(UO) data

configuration, including:global data configuration,

equipment data configuration, terrestrial interfaces data

configuration(Iub,Iu-CS,Iu-PS,Iur) and cell data

configuration.



Thank youwww.huawei.com

BSC6900 WCDMA V900R014 Initial Data Configuration Based on LMT

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