BSC6900 WCDMA V900R014 Initial Data Configuration Based on LMT

BSC6900 WCDMA V900R014 Initial Data Configuration Based on LMT www.huawei.com

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

References 

“RNC Installation and Commissioning”



“BSC6900 Initial Configuration Guide”


Page1

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


Page2

Contents 1. Data Configuration Overview 2. Preparation 3. Global Data Configuration 4. Equipment Data Configuration 5. Interface Data Configuration 6. Cell Data Configuration


Page3

Data Configuration Overview 

Configuration Tools 

Web LMT (Local Maintenance Terminal) 



CME (Configuration Management Express) 



Based on MML (Man Machine Language) 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


Page4

Data Configuration Procedure Preparation

Global data configuration

Equipment data configuration

Interface data configuration

Cell data configuration

LOAD


Page5



Page6

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 the permission 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)


Page7

Preparation 

Configuration State 

Set Offline State (SET CFGDATAINEFFECTIVE)



Set Online State (SET CFGDATAEFFECTIVE)


Page8

Preparation 

Data Initialization (RST DATA) 

RST DATA will remove all configuration data in BAM

Data in BAM (OMUa)

RST DATA Data in FAM (Other Boards)


Page9



Page10

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


Page11

Configuring the Basic Data 



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


Page12


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


Page13


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


Page14


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


Page15

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 signaling network and each OSP code is unique


Page16

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


Page17

Configuring the DPC 

DSP Types DSP type

Description

IUCS

MSC in R99 with functions of the control planes of the 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 plane of the radio network layer

IUPS

Indicates the signaling point of the IU-PS control plane

IUR

Neighboring RNC

STP

Signaling transfer point.

AAL2SWITCHAA

AAL2SWITCHAAL2 transfer point

L2 © 2012 Huawei Technologies Co., Ltd. All rights reserved. Copyright

Page18

Configuring the Area Information 

Add LAC (Location Area Code) (ADD ULAC) 



Add RAC (Routing Area Code) (ADD URAC) 



Cn Operator Index /Location area code /Service area code

Add URA (UTRAN Registration Area ) (ADD UURA) 



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

Add SAC (Service Area Code) (ADD USAC) 



Cn Operator Index /Location area code /Min PLMN value tag /Max PLMN value tag

URA ID /Cn Operator Index

Add UCZ (UTRAN Classified Zone) (ADD UCZ) 

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


Page19

Configuring the M3UA Local Entities 

Add M3UA Local Entity (ADD M3LE) 

Local entity No.



OSP index



Local entity type 



M3UA_ASP, M3UA_IPSP

Local entity name


Page20

Application scenario of ASP and IPSP 

ASP: A process instance of an application server



IPSP: A process instance of

RNC

Scenario 1 MSC server /SGSN

IPSP

AS

an IP_based application 

AS: Application Server

RNC

Scenario 2

MGW

(MSC server/SGSN) 

SG: Signaling Gateway

ASP

SG

(MGW)


Page21

Configuring the M3UA Destination Entities 

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


Page22



Page23

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


Page24

Configuring the System Information 

Set Base Station Controller System Information (SET SYS) (Optional) 

System description



System ID



Contact mode of the manufacturer



System Location



System services


Page25

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.


Page26

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 SET MSP command to set the attributes of the Multiplex Section Protection (MSP). (Optional)


Page27

Configuring an Environment Monitoring 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


Page28

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) 



Set Clock Working Mode (SET CLKMODE) 



BITS,8k,GPS,LINE

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


Page29

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


Page30

Configuring the IP Address of the EMS 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


Page31



Page32

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)


Page33

Iub Interface Protocol (ATM)

ALCAP

SAAL UNI

SAAL UNI


Page34

Iub Interface Data Configuration (ATM) 

Configuration Procedure  

 

Configuring Physical Layer Configuring ATM Traffic Resource

MPS/EPS SPUb

I N T

Configuring Control Plane Configuring the Mapping Between Service Types and Transmission Resources for the Adjacent Node



Configuring User Plane



Configuring OM Channel

DPUe


Page35

Iub Interface (ATM) Physical Layer Configuration Board

AEU

AOU

UOI_AT M

Cable

SET E1T1

SET E1T1 SET OPT SET COPTLNK

IMA Mode

ADD IMAGRP ADD IMALNK

UNI Mode

ADD UNILNK

Fractional ATM Mode

ADD FRALNK

ADD IMAGRP/ ADD IMALNK

SET OPT


Page36

Fractional IMA Mode ADD IMAGRP ADD FRALNK

Iub Interface (ATM) Physical Layer Configuration 

Configuring IMA Group and Link (AEU and AOU)



Add IMA Group (ADD IMAGRP)



Add IMA Link (ADD IMALNK) IMA group

PHY

Low-speed physical link

IMA group

PHY

Low-speed physical link A single ATM cell flow µ¥ATMÐÅÔªÁ÷ (from the ATM layer)

PHY

PHY

The original ATM cell flow (to the ATM layer)

Low-speed physical link

PHY


PHY

Page37

Iub Interface (ATM) Physical Layer Configuration 

Configuring Fractional ATM (AEU) BSC6900

NodeB

ATM network equipment

ATM network equipment

ATM cell

ATM cell

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)

Fractional ATM link

2G BTS

Fractional ATM link

E1(some timeslots are used)


2G BSC

Page38

Iub Interface (ATM) ATM Traffic Resource Configuration 

Add ATM Traffic Record (ADD ATMTRF) Service type Full name

Constant Bit Rate

Description

Abbr. CBR

No error check, flow control, or other processing

RT-VBR

The service with variable data rates and strict real time requirement. For example, interactive compressed video (TV conference).

NRT-VBR

Used in timing transmission Some delays and variations can be accepted Such as E-mail transmission

Unspecified Bit Rate

UBR

No commitment or feedback to congestion suitable for sending IP data. When congestion occurs, the UBR cells are discarded without the feedback from the receiver nor the request for slowing down transmission from the receiver.

Unspecified Bit Rate Plus

UBR+

Same with UBR but Minimum cell rate could be defined

Real Time Variable Bit Rate Non-Real Time Variable Bit Rate


Page39

Iub Interface (ATM) ATM Traffic Resource Configuration 

Add ATM Traffic Record (ADD ATMTRF) Parameter

Abbr.

Description

Peak Cell Rate

PCR

Peak rate of the ATM traffic

Sustainable Cell

SCR

Average rate of the ATM traffic

MCR

Minimum guarantee rate of the ATM

Rate Minimum Cell Rate

traffic Cell Delay Variation

CDVT

Tolerable delay jitter

MBS

Maximum burst size

Tolerance Max Burst Size


Page40

Iub Interface (ATM) Control Plane Configuration 

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


Page41


Add NodeB (ADD UNODEB)



Add NodeB Algorithm Parameters (ADD UNODEBALGOPARA) 

Add NodeB algorithm parameters, including NodeB congestion control 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


Page42


Add Adjacent Node (ADD ADJNODE) 



Add NCP Link (ADD UNCP) 



Add adjacent node of Iub interface is to configure ALCAP

Only one NCP could be configured for one NodeB

Add CCP Link (ADD UCCP) 

More than one CCP could be configured for one NodeB


Page43

Configuring the Mapping Between Service Types and Transmission Resources for the Adjacent Node 

Add Transport Resource Mapping (ADD TRMMAP) (Optional) 



Add Factor Table (ADD TRMFACTOR) (Optional) 



add a transport resource mapping

add an activation factor table

Add Node Mapping (ADD ADJMAP) (Optional) 

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


Page44

Iub Interface (ATM) User Plane Configuration 

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)


Page45

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) 12.13.1.0

NodeB

12.13.1.1

NodeB

12.13.1.2

NodeB

12.13.1.3

NodeB

12.13.1.N

Internal Network

External Network

12.13.1.254 IPoA

INT

BAM

BSC6900


Page46

M2000

Iub Interface Protocol (IP)


Page47

Iub Interface Data Configuration (IP) 

Procedure of Iub Configuration 

Configuring Physical Layer MPS/EPS



Configuring Data Link Layer



Configuring Control Plane



Adding Mapping Between Transmission and Traffic







SPUb I N T

DPUe


Page48


Iub interface layer 2 networking


Page49


Iub interface layer 3 networking


Page50

Iub Interface (IP) Physical Layer Configuration Board

Physical layer

Data link layer

POU


ADD PPPLNK or ADD MPGRP ADD MPLNK

PEU

SET E1T1

ADD PPPLNK ADD MPLNK

FG2

SET ETHPORT ADD ETHIP/ADD DEVIP

ADD ETHTRK, ADD ETHTRKLNK, ADD ETHTRKIP

UOI_IP

SET OPT

ADD PPPLNK

GOU




Page51

or ADD MPGRP

Iub Interface (IP) Control Plane Configuration 



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


Page52


Add NodeB (ADD UNODEB)



Add NodeB Algorithm Parameters (ADD UNODEBALGOPARA) 

Add NodeB algorithm parameters, including NodeB congestion control 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


Page53


Add Adjacent Node (ADD ADJNODE)



Add NCP Link (ADD UNCP)



Add CCP Link (ADD UCCP) 

More than one CCP could be configured


Page54











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)


Page55

Iub Interface (IP) User Plane Configuration 

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)






Page56

Iub Interface (IP) OM Channel Configuration 

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


Page57

Iub Interface (IP) OM Channel Configuration 

Two Routes for the connection between the M2000 and the NodeB 

1,Through the RNC



2, Not Through the RNC


Page58

ATM/IP-Based Networking on the Iub Interface 

In ATM/IP-based networking on the Iub interface, the RNC and the NodeB communicate based on the ATM/IP dual stack



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


Page59


Structure of dual stack ATM

IMA

SA A L Link

N CP

SA A L Link

CCP

SA A L Link

A LCA P

A A L2 Path

N odeB

RN C

FE

SCTP Link

N CP

SCTP Link

CCP

IP Path

IP


Page60


Configuration Procedure 

Configuration under ATM transfer mode 

Configuring Physical Layer



Configuring ATM Traffic Resource






Configuring the Mapping Between Service Types and Transmission Resources for the Adjacent Node



Configuring the TRM mapping of adjacent nodes








Page61



Configuration under IP transfer mode 










Adding Mapping Between Transmission and Traffic








Page62



















Page63

Iu-CS Interface Protocol (ATM)

SAAL NNI

SAAL NNI


Page64

Iu-CS Interface Data Configuration (ATM) 





Configuring the ATM

MPS/EPS

SPUb 1

Traffic Resources SPUb 2 




Configuring the Mapping

I N T

DPUe

Between Service Types and Transmission Resources for the Adjacent Node 



Page65

Iu-CS Interface (ATM) Physical Layer Configuration Board

AEU

AOU

UOI_AT M

Cable

SET E1T1


IMA Mode


UNI Mode

ADD UNILNK

Fractional ATM Mode

ADD FRALNK


SET OPT


Page66


Iu-CS Interface (ATM) ATM Traffic Resource Configuration 


Constant Bit Rate

Description

Abbr. CBR


RT-VBR


NRT-VBR



UBR



UBR+




Page67

Iu-CS Interface (ATM) ATM Traffic Resource Configuration 


Abbr. Description

Peak Cell Rate

PCR


Sustainable Cell

SCR


MCR




CDV

Tolerance

T

Max Burst Size

MBS


Maximum burst size


Page68

Iu-CS Interface (ATM) Control Plane Configuration 

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)





Page69


Configuring Control Plane 

Configure MTP3B data MTP3B link set STP MSC

BSC6900 MTP3B link set STP

DSP

DSP of MTP3B link set


Page70


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


Page71













Page72

Iu-CS Interface (ATM) User Plane Configuration 

Add AAL2 Path (ADD AAL2PATH)



Add AAL2 Route (ADD AAL2RT) BSC6900 AAL2 PATH PVC

AAL2 PATH PVC

MSC

R I N T

SPU subsystem

AAL2 PATH PVC


Page73



















Page74

Iu-CS Interface Protocol (IP)


Page75

Iu-CS Interface Data Configuration (IP) 

Configuration Procedure MPS/EPS







SPUb 1



Configuring the Mapping

SPUb 2

Between Service Types and Transmission

I N T

DPUe

Resources for the Adjacent Node 



Page76

Iu-CS Interface (IP) Physical Layer Configuration Board

Physical layer

Data link layer

POU



PEU

SET E1T1


FG2



UOI_IP

SET OPT

ADD PPPLNK

GOU




Page77

Iu-CS Interface (IP) Control Plane Configuration 

Add SCTP Signalling Link (ADD SCTPLNK)







Add M3UA Link Set (ADD M3LKS)



Add M3UA Route (ADD M3RT)



Add M3UA Link (ADD M3LNK)






Add CN Domain (ADD UCNDOMAIN)



Add UMTS CN Node (ADD UCNNODE)


Page78













Page79

Iu-CS Interface (IP) User Plane Configuration 







Page80



















Page81

Iu-PS Interface Protocol (IP)


Page82

Iu-PS Interface Data Configuration (IP) 



MPS/EPS SPUb 1






SPUb 2

I N T

Configuring Control Plane DPUe








Page83

Iu-PS Interface (IP) Physical Layer Configuration Board

Physical layer

Data link layer

POU



PEU

SET E1T1


FG2



UOI_IP

SET OPT

ADD PPPLNK

GOU




Page84

Iu-PS Interface (IP) Control Plane Configuration 




















Add CN Domain (ADD UCNDOMAIN)



Add UMTS CN Node (ADD UCNNODE)


Page85













Page86

Iu-PS Interface (IP) User Plane Configuration 







Page87



















Page88

Iur Interface Protocol (ATM)

SAAL NNI

SAAL NNI


Page89



Iur Interface Data Configuration (ATM) Configuration Procedure 

Configuring Physical Layer MPS/EPS



Configuring the ATM Traffic Resources






Configuring the Mapping Between Service Types

SPUb 1

SPUb 2

I N T

DPUe

and Transmission Resources Configuring User Plane 

Configuring a Path for SRNC Relocation


Page90

Iur Interface (ATM) Physical Layer Configuration Board

AEU

AOU

UOI_AT M

Cable

SET E1T1


IMA Mode


UNI Mode

ADD UNILNK

Fractional ATM Mode

ADD FRALNK


SET OPT


Page91


Iur Interface (ATM) ATM Traffic Resource Configuration 


Constant Bit Rate

Description

Abbr. CBR


RT-VBR


NRT-VBR



UBR



UBR+




Page92

Iur Interface (ATM) ATM Traffic Resource Configuration 


Abbr.

Description

Peak Cell Rate

PCR


Sustainable Cell

SCR


MCR




CDVT


MBS

Maximum burst size

Tolerance Max Burst Size


Page93

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)





Page94













Page95

Iur Interface (ATM) User Plane Configuration 

Add AAL2 Path (ADD AAL2PATH)



Add AAL2 Route (ADD AAL2RT)


Page96

Iur Interface (ATM) Configuring a Path for SRNC Relocation 

Adding a Path for Static SRNS Relocation


Page97

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 )


Page98



















Page99

Iur Interface Protocol (IP)


Page100

Iur Interface Data Configuration (IP) 




Configuring Physical Layer Configuring Data Link Layer



MPS/EPS SPUb 1

SPUb 2

I N T

Configuring Control Plane DPUe








Page101

Iur Interface (IP) Physical Layer Configuration Board

Physical layer

Data link layer

POU



PEU

SET E1T1


FG2



UOI_IP

SET OPT

ADD PPPLNK

GOU




Page102

Iur Interface (IP) Control Plane Configuration 








Add Neighboring RNC (ADD UNRNC)














Page103













Page104

Iur Interface (IP) User Plane Configuration 







Page105

Iur Interface (IP) Configuring a Path for SRNC Relocation 

Adding a Path for Static SRNS Relocation


Page106

Iur Interface (IP) 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 )


Page107



Page108

Cell-Related Concepts 

Cell = Sector * Carrier (Frequency)


Page109

Cell Data Configuration 

Procedure of Quick Cell Setup Start

Local Cell Configuration Quick Cell Setup Configuration Neighboring Cell Configuration

End


Page110


Add Local Cell (ADD ULOCELL)



Add Service Priority Group (ADD USPG) 



Add Cell Quickly (ADD UCELLQUICKSETUP) 



Set the priorities of different service types in the cell

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)


Page111


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


Page112


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


Page113


Neighboring Cell Configuration 

Fundamental 



RNC keeps the neighboring cell information and delivers the information 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 RNC

Cell1 Copyright © 2012 Huawei Technologies Co., Ltd. All rights reserved.

Cell2 Page114



Types of Neighboring Cell 

Intra-Frequency Neighboring Cell



Inter-Frequency Neighboring Cell



Neighboring GSM Cell GSM Sector2

GSM Sector1

WCDMA Sector1 f2

WCDMA Sector1 f1

WCDMA Sector2 f2

WCDMA Sector2 f1


Page115





Configuring a neighboring RNC cell (ADD UEXT3GCELL ) Add the URA information of the neighboring RNC (ADD UNRNCURA) RNC1

Cell1

RNC2

Cell2


Cell3

Page116





Configuring intra-frequency neighboring cell (ADD UINTRAFREQNCELL) Configuring inter-frequency neighboring cell (ADD UINTERFREQNCELL) RNC1

f1

RNC2

f1


f1/ f2

Page117



Configuring GSM neighboring cell 

Adding information of the neighboring cell to (ADD UEXT2GCELL)



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

GSM/GPRS RNC

WCDMA NodeB

GSM/GPRS


Page118

Summary 

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.


Page119

Thank you www.huawei.com

BSC6900 WCDMA V900R014 Initial Data Configuration Based on LMT

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