wcdma cs data collection v1.1

document.xls 内部公开

04/17/2023 华为机密，未经许可不得扩散第1页，共85页

Sort Item

Dimensioning

Number Plan

Dialing Mode

Naming principle

Signaling Network

Service

ToneTK routing

IP Bearer Network

Billing systemCLKNTP serverPowerAbbreviation

Traffic Model

Network Dimensioning

Bandwidth

POOLNetwork Number

NE GT

IMSI

MSISDN

MSRN HO

LAIGCI

Dialing Format

Special Number

Emergency Service

Incoming number format

Outgoing number format

NAMING PrincipleIndex PrincipleSPC

Link Distribution

IN

PSTN

other PLMN Number

USSD

Local office information

MAP

Tone

Trunk

IP

CDR

CLK SOURCE

NTP

Power

Abbreviation



Ver. 1.1 by wangjiao

Authorwangjiaowangjiaowangjiaowangjiaowangjiaowangjiaowangjiaowangjiaowangjiaowangjiaowangjiaowangjiaowangjiaowangjiaowangjiaowangjiaowangjiaowangjiaowangjiaowangjiaowangjiaowangjiaowangjiao

wangjiao

wangjiaowangjiao

wangjiao

wangjiaowangjiaowangjiaowangjiaowangjiao



Name 2G 3G(R4/R5)Basic Parameters

Average voice traffic per subscriber@BH(Erlang)

Average Call Duration(Second)

Number of SMS/BH/SUB(MO)

Number of SMS/BH/SUB(MT)Number of handover/BH/SUB(intra MSC)

Number of handover/BH/SUB(inter MSC)

Location update/BH/SUB

Location update/BH/SUB(To HLR)

Send authentication to AuC/BH/SUB

IMSI Detach (BH/SUB)

MO-LCS(BH/SUB)

MT-LCS(BH/SUB)

SendRoutingInfo to HLR/BH/SUB

GPRS Location update/BH/SUB

InsertSubscriberData(ODBAOC)/BH/SUB

DeleteSubscriberData(withdraw)/BH/SUB

Cancel Location/BH/SUB

Send authentication to AuC/BH/SUB(PS)

USSD/BH/SUB(PS)

Prepaid Subscriber ParametersProportion of prepaid subscribers(%)

Average voice traffic per subscriber@BH(Erlang)

Average call duration of prepaid subscribers(sec.)

Circuit Data Service(CDS) Parameters(Bear,FAX)Proportion of CDS subscribers(Erlang)

Average traffic of CDS subscribers(Erlang)

Video Phone Subscriber ParametersProportion of VP subscribers

Average traffic of per VP subscriber@BH(Erlang)

Average Call Duration of VP subscriber(Sencond)

Ratio of VP servers out

Miscellaneous ParametersProportion of MPTY subscriber(%)

Average Erlang of MPTY subscribers(Erlang)

Average announcement time(sec.)

Back

Notes:Collecting traffic mode,the data is obtained from <Technical Suggestion>，



Average announcement time(sec.) of prepaid voice

Proportion of lawful interception subscribers

Need hybrid interception

document.xls 文档密级


MSC Server MGWName Site Name 3G Sub(K) 2G Sub(K) Name Site Name

BUHMSC21 DBC1 123.166 1011.604 BUHMGW5 DBC1 15646

BUHMGW6 DBC1 16488

BUHMGW23 DBC2 7270

BUHMSC22 Pipera 178.378 1183.868 BUHMGW7 Pipera 14987

BUHMGW8 Pipera 13117

BUHMGW11 IMGB 6,550

Back

Notes：The data is obtained from BOQ.

Total Traffic(Erl)



MGW3G Sub(K) 2G Sub(K) T/G Erl

123.166 570.849 5800

123.166 643.075 5800

0 280.415 4000

220.849 696.17 1150

135.907 724.472 1150

61.776 424.528 0



Signaling

Interface Name

Iu-CS (RANAP) 3,206,242 0

Mc (H.248) 1,606,039 0

ISUP(to-PSTN) 0 68,160

ISUP(to-PLMN) 0 45,440

Nc 0 94,416

MAP-E (Handover) 0 16,311

MAP-E (to SMS) 0 47,926

MAP-C/D (to HLR) 0 299,917 0

CAP (to SCP) 0 441,168 0

Gs (to SGSN) 0 0 0

Bearer

Interface Name

A (MGW to MSC Server) IP based 706.32

A (MGW to BSC) TDM based 145.08

Iu-CS (MGW to MSC Server) IP based 1,927.27

Iu-CS (MGW to RNCs) ATM based 32,434.55

Mc (H.248) IP based 1,952.67

PSTN (MGW to MSC Server) IP based 200.69

PSTN (MGW to PSTN) TDM based 26.5

PLMN(MGW to MSC Server) IP based 46.2

PLMN (MGW to PLMN) TDM based 6.1

Nb IP based 28,635.84

O&M The bandwidth of O&M is constant.Please refer to the value of table O&M.

Transmission path

M2000<->MSC Server 512

M2000<->MGW 64

M2000<->HLR 64

M2000<->SGSN 128

M2000<->CG 64

Back

Notes:Collecting signaling/bearer/o&m/billing/lig bandwidth；

SIGTRAN(IP-based,bps)

SS7(TDM-based,bps)

MTP3B(ATM-based,bps)

Bearer type(TDM/ATM

/IP)

Bandwidth(kbps)

Bandwidth requirement

(kb/s)



M2000<->GGSN 64

M2000<->RNC(with 200 Node Bs) 512

M2000<->RNC(with 400 Node Bs) 768

M2000<->M2000 Client 512

Billing

Site MSC name

Site1 MSC25 0.204

Site2 MSC21 0.142

Site3 MSC22 0.108

LIG

X1/X2

Interface bandwidth（

MBps）

Interface Interface bandwidth

w48587:目前，iGWB的硬件配置是双PC服务器+本地磁盘阵列，有效存储容量为432G：1、V局计算方法：假设：用户数：180万；话务模型：0.025Er./用户/忙时，通话时长：60S则每用户忙时试呼次数：0.025*60 = 1.5 （个）每用户一天忙时试呼次数按6个忙时估算：1.5*6 = 9 （个/用户/天）每个呼叫产生2张话单，则每用户一天话单数为：9*2 =18（张/用户/天）180万用户一天话单量： 1800000*18= 32400000 （张/天）每张话单按200字节估算，则总字节数： 32400000*200 = 6.035 （G字节）=48.035G比特位按照忙时话单都在忙时传输到计费中心计算，则带宽需求：48.035G/6*3600 = 2400,000比特位/s = 2.4M比特/s2、G/T局CDR带宽计算公式为：总BHCA*2（每个试呼2个cdr)*200(每话单200字节）*8/3600(总BHCA=总erlang／2*3600/每呼叫通话时长；　总BHCA=总E1数/2*31*0.8*3600/每秒呼叫时长）

A47

w48587: 目前，iGWB的硬件配置是双PC服务器+本地磁盘阵列，有效存储容量为432G： 1、V局计算方法：假设：用户数：180万；话务模型：0.025Er./用户/忙时，通话时长：60S 则每用户忙时试呼次数：0.025*60 = 1.5 （个）每用户一天忙时试呼次数按6个忙时估算：1.5*6 = 9 （个/用户/天）每个呼叫产生2张话单，则每用户一天话单数为：9*2 =18（张/用户/天） 180万用户一天话单量： 1800000*18= 32400000 （张/天）每张话单按200字节估算，则总字节数： 32400000*200 = 6.035 （G字节）=48.035G比特位按照忙时话单都在忙时传输到计费中心计算，则带宽需求： 48.035G/6*3600 = 2400,000比特位/s = 2.4M比特/s 2、G/T局CDR带宽计算公式为：总BHCA*2（每个试呼2个cdr)*200(每话单200字节）*8/3600 (总BHCA=总erlang／2*3600/每呼叫通话时长；　总BHCA=总E1数/2*31*0.8*3600/每秒呼叫时长）



The bandwidth of O&M is constant.Please refer to the value of table O&M.

document.xls 文档密级：


SERVER NRI Description NRI NULL NRI Null-NRI Indicate

LYIGS9

NULL NRI 0 是是NRI 1 否是

LYIGS10


LYIGS11


LYIGS12


Back

Local MSC Indicate

document.xls 文档密级：


NRI length Non-broadcast LAI CN ID

6 是 146001FFFF 1

6 是 2 46002FFFF2

6 是 3 46003FFFF3

6 是 4 46088FFFF4

MSC POOL function

Index in MSC POOL



Notes:

MCC MNC CC NDC Area Code National prefix

460 "02" 86 138 "0755" 0

MSC Number VLR Number

Back

Server



Notes:

International prefix

"00"



Notes:

Equipment name Translation result type SPC

MSC1 SPC+OLD GTMSC2 SPC+SSNMSC3 SPC+NEW GTSMC1 SPCSMC2

HLR1

HLR2

SCP1

SCP2

Back

GT address information



GT group name

w48587:Parameter after R5C10 version

E6

w48587: Parameter after R5C10 version



Notes:IMSI number

MSIN: H1H2x1 to x8 Numbering plan

Back

MCC+MNC (E.212)

MCC+MNC (E.214)



Notes:IMSI number

HLR SPC STP SPCTranslation result

typeName of the home

HLR

Direct connection or quasi-

associated mode to

HLR



Notes:

Numbering plan NDC Start SN End SN SN length

ISDN 7 digits

ISDN 9 digits

ISDN

Back

Translation result type



Notes:

HLR SPC STP SPC

HLR1

HLR2

HLR3

Name of the home HLR

Direct connection or quasi-associated

mode to HLR



Office direction MSRN/HON allocation principle MSRN prefix

MSC1 MSCMSC2 LAIMSCn MSC

NONEMSCRANDMSCMSC

Back

Notes:Local MSRN/HO should be carefully distinguished；



MSRN suffix HON prefix HON suffix

MSRN/HO rout selection code

MSRN/HO rout selection name



Notes:

LA type LA category Global cell ID/3G service area number

LocalVLR LAI 46000266C

LocalVLR GCI

LocalVLR SAI

LocalVLR

AdjacentVLR LAI

AdjacentVLR LAI

AdjacentVLR LAI

AdjacentVLR LAI

AdjacentVLR LAI

Back



Notes:

BSC/RNC name MSC Number VLR NumberLA cell name/3G service area name



SPC1 of the home BSC/RNC

SPC2 of the home BSC/RNC



LAIGCISAI

LAI



Index

123

Back

Notes:Please consult customer how to deal with * and #？

HPLMN To HPLMN

HPLMN To PSTN

HPLMN To Other PLMN

PSTN to HPLMN



Other PLMN To HPLMN

HPLMN to international

In the case of Roaming



Notes:All short number's format/number/rout direction and so on.

Special service Dialed Number Number of format

Voice Mail

Customer Center

Back

Routing office direction



Emergency Service Emergency real number New Number Call Source

Police

Ambulance

Fire service

Back

Notes:加呼叫源



CGI/SAI Denstination Entity nameRouting office

direction



OFC Format AttributeIncoming Number

HPLMN to HPLMN

PSTN To HPLMN

Other PLMN To HPLMN

International Dest to HPLMN

PABX to HPLMN

Back

Notes:；



Type



Notes:

OFC Format AttributeOutgoing Number

HPLMN To HPLMN

HPLMN To PSTN

HPLMN To Other PLMN

HPLMN to International Dest

HPLMN to PABX

HPLMN to VMS

Back



Notes:

Type



Notes:

Naming typeOffice Direction Name

Subroute Name

Route Name

Trunk Group Name

MTP/MTP3B/Sigtran DSP Name

MTP/MTP3B/Sigtran Link Set Name

MTP/MTP3B/Sigtran Route Name

MTP/MTP3B/Sigtran Link Name

BICC Link Name

SCCP Remote SP Name

SCCP GT Name

SCCP Subsystem Name

IMSI GT Name

LAI/GCI/SAI Name

Call Source Name

BSC Name

RNC Name

Back



Notes:

Naming Principle



Notes:Before V100 R005C10,the index is needed.

Index typeOffice Direction Code

Subroute Code

Route Code

Trunk Group Code

MTP/MTP3B/Sigtran DSP Code

MTP/MTP3B/Sigtran Link Set Code

MTP/MTP3B/Sigtran Route Code

MTP/MTP3B/Sigtran Link Code

BICC Link Code

SCCP Remote SP Code

SCCP GT Code

IMSI GT Code

SCCP Subsystem Code

Call Source Code

Back



Notes:Before V100 R005C10,the index is needed.

Index Principle



Description Name NI Network structure STP or Not

Local MSC NAT SP24

SP of MSC2

SP of MSC3

NATB SP14 YES

SP of HLR1

SP of SCP1

SP of SCP2

SP of SCP3

SP of SCP4

SP of SMC1

SP of SMC2

SP of BSC1

SP of BSC2

SP of BSC3

SP of BSCn

SP of PSTN

STP

BackNote:Please offer information about local office and peer office,Such as SPC,NI and so on.If adopting M3UA trasfer by MGW,please offer the SPC of MGW.

SPC (hexadecimal)

SP of UMG for M3UA

SP of UMG for M3UA

SP of element in another PLMN



SP or Not

NO NO

Note:Please offer information about local office and peer office,Such as SPC,NI and so on.If adopting M3UA trasfer by MGW,please offer the SPC of MGW.

Adjacent or not

Route arrangement(

direct or quasi-

associated)

Link number

Signalling type(TDM or M2UA or M3UA or

BICC)



Via UMG or not

YES

NO

multi-sp description



Notes:

TDM

Office Direction Name Link Amount Protocol Type Supplier SLC TS

ITUT_64K

Back



Notes:For other special service,please refer to <Survey Report> of Marketing.

Service ServiceKey SCP address Trigger Mode DP point

PPS 1

VPN 3

Back

Calling Number Format



Notes:For other special service,please refer to <Survey Report> of Marketing.

Called Number Format

Original Called Number Format

Generic Number

Location Number

AIP play announcement or not

w48587:connect number

I6

w48587: connect number



Notes:

Operator Prefix Service attribution SN length

7 digits

9 digits

Back



Notes:

Sub-rout selection mode SRT1 SRT2

select by sequence

select by percentage

Percentage of SRT1

Percentage of SRT2



Notes:

Operator Area Prefix SN length

Back



Notes:

First rout office direction Final destination



Notes:

Function USSD CODE Forwarded to

For recharging account #134# HLR

For account transfer SCP

Activating

Deactivating

To query rechargeable card stocks

To query recent recharging transactions

To query recent transfer transactions

To query the stocks of a downstream dealer

Changing PIN

Sending a PIN to downstream of the dealer

Suspending link of a downstream dealer

Reactivating downstream dealer

Back



Notes:

Destion Entity Address charging or not



Parameter name

Cipher

Cipher algorithm

Support CFNRc by the GMSC

MAP version

CAMEL version

Contain IMEI in bill

Back

Implicit IMSI detach timer (min)

Allocate TMSI upon service access

Check IMEI upon location update

Check IMEI upon service access

Allow access when EIR unreachable

Restrict 2G to 3G roaming based on auth set type



Paging times

First paging duration

Second paging duration

Third paging duration

TMSI/IMSI flag

All RAN paging flag

Check IMEI request message includes IMSI

Max times of CF

Max times of CF of the same kind



Parameter description

This parameter determines whether to reallocate the TMSI during call service, supplementary service, and short message service.

This parameter determines whether to check the IMEI during the LU.

This parameter determines whether to check the IMEI during the service access.

This parameter determines whether the CFNRc is performed by the GMSC or the VMSC if the subscriber is unreachable.

This parameter determines whether a bill contains the IMEI information.

This parameter determines whether to deactivate the CheckIMEI function if the EIR is unreachable.

It defines the time interval to assign the MSOFTX3000 (VLR) to set mobile subscriber at IMSI detach status. The unit is minute. The value range is from 1 to 10080. The default value is 120.Implicit IMSI detach refers to the IMSI detach operation originated by networks, while explicit IMSI detach is originated by mobile station. In real configuration, the value should be greater than the time interval of periodic subscriber location update configured in BSC/RNC. After a mobile subscriber registers in the MSOFTX3000 (VLR), the VLR starts a monitor timer (for example: T3) If within the period of T3, the mobile subscriber is not engaged in any calling activity (originating or answering a call) or in periodic location update activity, in other words, the VLR exchanges no signaling message with the MSC or HLR, the VLR set the subscriber at IMSI detach status when the T3 expires.If network carries want to decrease the paging times of a called subscriber, configure a small value to save radio resource.

If you set this parameter to FALSE, the MSC does not order the access network to initiate the ciphering process during service access or LU.

Eight ciphering algorithms are available for a 2G network and two for a 3G network. If you set the Cipher parameter to CIPH2G, you must set the Cipher algorithm parameter to one or more 2G-specific ciphering algorithms. If you set the Cipher parameter to CIPH3G, you must set the Cipher algorithm parameter to UEA1.

There are three versions of the MAP protocol: MAP_PHASE1, MAP_PHASE2, and MAP_PHASE3. If the MSC serves a 3G network, set this parameter to MAP_PHASE3.

There are three versions of the CAMEL protocol: CAMEL_PHASE1, CAMEL_PHASE2, and CAMEL_PHASE3. If the MSC does not support the CAMEL service, set this parameter to NONE. By default, this parameter is set to CAMEL_PHASE3.

This parameter determines whether to restrict 2G-to-3G roaming based on the authentication set type.Value range: No and YesDefault value: No



This parameter is designed at the request of UAE operators. It determines whether a CheckIMEI request carries the IMSI.Value range: No and YesDefault value: No

This parameter determines the maximum number of paging attempts.Value range: 1 to 5Default value: 3

This parameter determines the interval between the first paging and the second paging.Value range: 1 to 10Default value: 3

This parameter determines the interval between the second paging and the third paging.Value range: 1 to 10Default value: 3

This parameter determines the interval between the third paging and the fourth paging.Value range: 1 to 10Default value: 4

This parameter determines whether a paging message carries the TMSI or the IMSI. The maximum number of paging attempts is 5. This parameter is configurable only when a paging message is sent over the A or Iu interface.Value range:IMSI1 (First paging (0-use TMSI;1-use IMSI))IMSI2 (Second paging (0-use TMSI;1-use IMSI))IMSI3 (Third paging (0-use TMSI;1-use IMSI))IMSI4 (Fourth paging (0-use TMSI;1-use IMSI))IMSI5 (Fifth paging (0-use TMSI;1-use IMSI))

This parameter determines whether the first paging call is directed to all subscribers of the home RNC/BSC. The maximum number of paging attempts is 5.Value range:FIRST (First paging (0-one LAI;1-All RAN))SECOND (Second paging (0-one LAI;1-All RAN))THIRD (Third paging (0-one LAI;1-All RAN))FOURTH (Fourth paging (0-one LAI;1-All RAN))FIFTH (Fifth paging (0-one LAI;1-All RAN))Default value: None

Defines the maximum times of successive call forwarding.The value of this parameter must be larger than or equal to the times of successive forwarding of the same kind of calls.

Determines the maximum times of successive forwarding of the same kind of calls during call forwarding, such as, the maximum times of successive Call Forward on Busy.



Setting



Language sort Basic announcement

Syntax Basic announcement

Back

Basic announcement content

general _questi on_for_codex. doc

Basi c announcement. doc



Variable announcement Variable announcement content Implement mode

Variable announcement

Vari abl e announcement. doc



Office Name Trunk Group Name Trunk Number Type of Circuit

MSC1

MSC2

MSC3

MSCn

BSC1

BSC2

BSC3

BSCn

PSTN

Back



Peer Office Type Curcuit selection CIC starting Ts not allocated

Incoming trunk Master/Slave

Trunk group direction



Notes:

Signaling IP Address

Equipment Board Local IP address

MSC1---MSOFTX3000 IFM

MSC1---UMG8900 MPU

MSC2--MSOFTX3000 IFM

MSC2--UMG8900 MPU

MSCn--MSOFTX3000 IFM

MSCn--UMG8900 MPU

NOTE: If MSOFTX3000 and MSOFTX3000/UMG8900 are not in same switchroom , or IP address are not in same segment , It is required to supply IP address of connected Router port , that is Gateway ipaddress

Bearer IP Address

Equipment Board Local address

UMG8900 G10

UMG8900 A4L

NOTE: If UMG8900 and UMG8900 are not in same switchroom , or IP address are not in same segment , It is required to supply IP address of connected Router port , that is Gateway ipaddress

O&M IP Address

Equipment Subnet mask

MSOFTX3000 BAM

XPTU

Emergency Workstation

UMG8900 OMU

IGWB0

IGWB1

IGWB Floating

SIWF

LMT for IGWB0

LMT2 for IGWB1

Back

Local IP address



LMT3 for MSOFTX3000

LMT4 for UMG1

LMT5 for UMG2

LMT6 for SIWF

LMT6 for SIWF 188.88.88.X

M2000 host1 IP

M2000 host2 IP for

M2000 host floating IP

M2000 SC Eth port IP1

M2001 SC Eth port IP2

M2000 disk array IP

M2000 Administrator

Spare

Spare

Spare

Spare

Spare

Spare

Spare

Spare

Billing IP Address

Equipment Subnet mask

IGWB0

IGWB1

IGWB Floating

LIGX1/X2

Local IP address



Notes:


Subnet mask Port IP address of the Gateway


Bearer IP Address

Subnet mask IP address of the GW


O&M IP Address

Description

MSOFTX3000 BAM IP

Emergency Workstation IP

UMG8900 embeded BAM IP

IGWB0 maintance IP

IGWB01 maintance IP

IGWB Floating maintance IP

SIWF BAM IP

IGWB0 O&M

IGWB1 O&M

IP address of the GW



MSOFTX3000 O&M

UMG1 O&M

UMG2 O&M

SIWF O&M IP connected to SIWF BAM IP

SIWF O&M IP connected to SIWF default IP

M2000 host IP for CPU1

M2000 host IP for CPU2

M2000 host floating IP

M2000 SC Eth port IP

M2000 disk array IP

M2000 Administrator IP

For further usage

For further usage

For further usage

For further usage

For further usage

For further usage

For further usage

For further usage

Billing IP Address

Description

IGWB0

IGWB1

IGWB Floating

LIG

IP address of the GW




Description

Sigtran/BICC

Mc link and Sigtran

Sigtran/BICC

Mc link and Sigtran

Sigtran/BICC

Mc link and Sigtran


Bearer IP Address

Description

Traffice between MGW


O&M IP Address

Connection to RNC(IPV6)



note:X must between 100 and 149

确认型号

Billing IP Address

LIG



Required CDR Type DescriptionMOC Mobile originated call attempt

Mobile originated emergency call attempt

CFW Mobile originated, call forwarding attempt

MTC Mobile terminated call attempt

ROAM Roaming call attempt

GWI Incoming call attempt in a gateway MSC

GWO Outgoing call attempt from a gateway MSC

TRANSIT Transit call attempt

MO_SMS Short message service, mobile originated

MT_SMS Short message service, mobile terminated

LCS(MT-LR) Mobile terminated location request (MT-LR)

LCS(MO-LR) Mobile originated location request (MO-LR)

LCS(NI-LR) Network induced location request (NI-LR)

SS_ACT Supplementary service actions

HLR_QUERY HLR interrogation

CEU Common equipment usage record

TCAMEL Terminating CAMEL call attempt

CHECK_IMEI IMEI observation ticket

Host

Maximum conversation time(second) Forced release timeout

IGWB

CDR Transfer Type CDR Save Days

FTP

FTAM

Back

Notes：

MOC(with emergency indicator)



If neededYES

NO

CDR Format Bill Length CDR Backup Type

ASN.1

Binary

text

Calling Number Format of CDRs

Called Number Format of CDRs

Connected Number Format of CDRs



Long bill timer

Open catalogue push or pull CDR file capacity

MSRN Format of CDRs

CDR generate mode(time or

capacity)



Notes:In the condition of IP network,it needn't clock for MSOFTX3000.

Equipment CLK Source(BITS or Line clock or GPS) CLK Level

MSOFTX3000

UMG8900

Back



NTP network element Realization mode NTP Server1 address

NTP Server2 address

NTP network structure(Which type is used or NTP not used)

1

2

Back

M2000 Server

NodeBM2000 Client



M2000 Server

M2000 Client



Port number Time interval Precision123

NTP Server

RNC

NodeB

MSoftXSGSN

NTP Server

Sun Server Act as NTP Server



Sun Server

M2000 Server RNC

NodeB

MSoftX

M2000 Client


SGSN



MGW




MSoftX MGW




Notes:

Network element Power consumption Heat consumptionMSOFTX3000

UMG8900

MSOFTX3000Item Specification

Working voltage (standard) Rated voltage –48 V DC

Voltage fluctuations –40 V to –57 V

Rated voltage –60 V DC

Voltage fluctuations –51 V to –69 V

Working current

Impulse current > 1.5 times of rated current

Functional Unit Power Consumption (kW) Calculation

1 cabinet

2 cabinets

3 cabinets (fully configured)

Back

Working voltage (in Commonwealth of Independent States)

≤ 40 A@–48 V (a fully configured cabinet)

Fuse of DC Power Distribution Box (PDB)

≥ 63 A

≤ 2 l Most boards in a subrack work in active/standby mode. That is, the standby board is not fully loaded when the active one is working normally. For one fully configured subrack, the maximum power consumption is considered as 90% of the standard power consumption.

≤ 4 l In an integrated configuration cabinet, the server, disk array and expansion subrack do not work in the fully loaded mode. For one fully configured cabinet, the maximum power consumption is considered as 85% of the standard power consumption.

≤ 6 l To get the power consumption in the unit of BTU, convert the values based on 1 W = 3.413 BTU.



Dimension Weight

UMG8900Item Index

Rated input voltage –48 V/–60 V

Input voltage range

Input mode

Maximum input currents

Power consumption (single frame)

–48 V: –57 V to –40 V–60 V: –72 V to –50 V

Two –48 V/–60 V inputs or one –48 V/–60 V input

Two –48 V/–60 V inputs in the hot backup mode: 100 A per input

1100 W at most (much less than this value when no resource board is available)



Abbreviation EnglishBH Busy HourBSC Base Station ControllerCC Country CodeGT Global TitleHPLMN Home Public Mobile NetworkLA Location AreaMCC Mobile Country CodeMNC Mobile Network CodeMPTY Multiparty ServiceNDC National Destination CodeNI Network IdentifierSAI Service Area IdentitySCP Service Control PointSIGTRAN Signaling TransportSLC Signaling Link CodeSN Sequence NumberSPC Signaling Point CodeSRT Sub-routSTP Signaling Transfer PointTS Time SlotVP Video Phone

Back

wcdma cs data collection v1.1

Documents