BTS3900-BTS3900A-DBS3900 WCDMA V200R011C00SPC100 Parameter Reference

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RNCV200R009

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BTS3900-BTS3900A-DBS3900 WCDMA V200R011C00SPC110 Parameter Reference

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Huawei Technologies Co., Ltd.

No part of this document may be reproduced or transmitted in any form or by any means without prior written consent of Huawei Technologies Co., Ltd.

All other trademarks and trade names mentioned in this document are the property of their respective holders.

The information in this document is subject to change without notice. Every effort has been made in the preparation of this document to ensure accuracy of the contents, but all statements, information, and recommendations in this document do not constitute the warranty of any kind, express or implied.

BTS3900-BTS3900A-DBS3900 WCDMA V200R011C00SPC110 Parameter Reference




The information in this document is subject to change without notice. Every effort has been made in the preparation of this document to ensure accuracy of the contents, but all statements, information, and recommendations in this document do not constitute the warranty of any kind, express or implied.



Purpose

This describes NodeB parameters, including the meaning, values, and usage of NodeB parameters.

Version

The product version related to this document is: V200R011C00SPC110

Intended Audience

•Network planners•Field engineers•System engineers•Shift operators

Organization

Each parameter is described in the following aspects.

DescriptionParameter ID

Parameter Name

NE

MML Command

Description

Value Type

GUI Value Range

Actual Value Range

UnitDefault ValueRecommended Value

Impact

Parameter Relationship

Access



Service Interrupted During Modification

Interruption Scope

Interruption Duration (Min)

CautionValidation of ModificationImpact on Radio Network PerformanceIntroduced in Version

Attribute



This describes NodeB parameters, including the meaning, values, and usage of NodeB parameters.

The product version related to this document is: V200R011C00SPC110

RemarksA simple string for uniquely identifying a parameter

The full name of the parameter

Net Elements which the parameter is set

The definition, function, and the reference protocol of the parameter

The data type of parameter value: integer, enumeration, and so on

The actual value. For example, if the GUI value is 0, the actual value is OFF.

The unit of parameter valueThe initial value specified by the systemRecommended values in different situationsThe affected range upon modifying the value, such as RAB, IPPATH, CELL

Whether this parameter is read/write,read only,or internal.

All the commands that use the parameter; optional/mandatory attribute of the parameter in each command

The value range on the MML interface; the definition and the applied situations for enumeration values

The restriction and relation with other parameters, such as, the switches to active the parameter and the value of related parameters



Modifying the parameters leads to service interruption?

The scope where the services are interruptedThe approximate duration of service interruption, in the unit of minute

Cautions to be taken during the modificationThe way that you can take it effect.Impact on Radio Network PerformanceThe version that the var appear firstly.Whether this parameter is a radio parameter,a transport parameter,or an equipment parameter.

Parameter ID Parameter Name NE MML Command

128KRSCLMT NodeB SET RSCLMTPARA(Optional)


16QAMSW 16QAM Switch NodeB SET MACHSPARA(Optional)






ARPPROXY ARP Proxy NodeB SET ETHPORT(Optional)

ACN Antenna Connector No. NodeB

Resource limiting for 128Kbps GBR







SET TMAGAIN(Mandatory)ADD ALD(Optional)SET TILTAER(Optional)SET TMAGAIN(Optional)SET SASUDCLD(Optional)SET SASUDCSW(Optional)SET SASUGAIN(Optional)SET SASUMODE(Optional)SET TMAMODE(Optional)SET ANTTILT(Optional)

ACVHL AC Upper Limit(V) NodeB SET ACDCVLIMIT(Optional)

ACVLL AC Lower Limit(V) NodeB SET ACDCVLIMIT(Optional)

BEAR Bear Type NodeB ADD OMCH(Mandatory)

BPT BootpTime(minute) NodeB SET BOOTPSWITCH(Optional)

AER NodeB SET TILTAER(Mandatory)

AGTHRESHOLD AG Threshold NodeB SET MACEPARA(Optional)

Tilt Alarm Error Range(0.1 degree)

AID Alarm ID NodeB

AIDST Alarm ID Select Type NodeB ADD OBJALMSHLD(Mandatory)

ALMID Alarm ID NodeB SET ALMPORT

BRT Binding Route NodeB ADD OMCH(Optional)

ANT1CN NodeB ADD SEC(Optional)

SET ALMSHLD(Mandatory)ADD OBJALMSHLD(Mandatory)

Cabinet No. of Antenna Channel1

ANT1N Antenna Channel1 No. NodeB ADD SEC(Mandatory)

ANT1N NodeB ADD LOCELL(Optional)

ANT1SRN NodeB ADD SEC(Mandatory)


Antenna No. of Power Amplifier1

Subrack No. of Antenna Channel1



ANT2N NodeB ADD LOCELL(Optional)



Antenna No. of Power Amplifier2




ANTM Antenna Magnitude NodeB ADD SEC(Mandatory)

BT BER Threshold NodeB SET BERTHRESHOLD(Optional)


AST NodeB SET ALDPWRSW(Mandatory)

AT Alarm Type NodeB SET NEMUDBAV(Mandatory)

ATMODE Auto Test Mode NodeB SET BATATPA(Mandatory)

ATTEN Rx Attenuation Value(dB) NodeB SET RXATTEN(Mandatory)

CCTM Timer_CC(ms) NodeB ADD SAALLNK(Optional)

ALD(Antenna Line Device) System Type

AUTHMODE Authentication Mode NodeB SET SSLAUTHMODE(Optional)

AUTOSW Auto Touchoff Switch NodeB SET EMGLICENSE(Optional)

CLKM Clock Mode NodeB SET E1T1WORKMODE(Optional)

AV Alarm Voltage NodeB SET NEMUDBAV(Mandatory)

AVOL Alarm Voltage NodeB SET ALMPORT

BAND1 Frequency Band NodeB SET ALDDEV(Mandatory)






BASEID11 Base station ID NodeB SET ALDDEV(Mandatory)

BASEID20 Base station ID NodeB SET ALDDEV(Mandatory)

BC Battery Capacity NodeB ADD BATTERY(Optional)

BCD Boost-Charging Duration NodeB ADD BATTERY(Optional)

BCLC NodeB ADD BATTERY(Optional)

EM Environment Mode NodeB ADD BATTERY(Mandatory)

TUL NodeB ADD BATTERY(Optional)

TLL NodeB ADD BATTERY(Optional)

BCVOL Boost-charging Voltage NodeB SET BCFCVOLTAGE(Optional)

Battery Current Limiting Coefficient

Temperature alarm Upper Limit

Temperature alarm Lower Limit

BEAMWIDTH11 Beamwidth NodeB SET ALDDEV(Mandatory)







DR Discard Rate NodeB SET HSDPAFLOWCTRLPARA(Optional)

DSTIP Destination IP Address NodeB ADD OMCH(Mandatory)

DSTMASK Destination IP Mask NodeB ADD OMCH(Mandatory)

EBS NodeB SET LR(Mandatory)

BEARING Antenna Bearing NodeB SET ALDDEV(Mandatory)

BFLG NodeB SET HTPROTECT(Optional)

BM Backup Mode NodeB ADD RRUCHAIN(Mandatory)

BN Sub Board No. NodeB STR E1T1RTTST(Optional)

ES Enable Switch NodeB SET CPSWITCH(Optional)

Excessive Burst Size(kbit)

Battery Overtemperature Shutdown Flag

BRKPOS1 Break Position1 NodeB SET RRUCHAINBRKPOS(Mandatory)

BRKPOS2 Break Position2 NodeB SET RRUCHAINBRKPOS(Optional)

ES Enable Switch NodeB SET DHCPRELAYSWITCH(Optional)

BSDF Battery Shutdown Flag NodeB SET SDPA(Optional)

BSDV NodeB SET SDPA(Optional)

FERAT NodeB SET ETHPORT(Optional)

Battery Shutdown Voltage

Frame Error Rate AppearThreshold of FE MAC Layer

BT Board Type NodeB ADD BRD(Optional)

BT Board Type NodeB ACT SOFTWARE(Mandatory)

BTEM NodeB SET HTPROTECT(Optional)

CARRIER Carrier No. NodeB SET RTWPINITADJ(Optional)

Battery Shutdown Temperature.

CASE Scenario NodeB

FERDT NodeB SET ETHPORT(Optional)

CCAEnableSta NodeB SET CERTFILE(Optional)

FLAG Flag NodeB ADD OMCH(Optional)

FPMUXSWITCH FPMUX Switch NodeB SET FPMUX(Optional)

CertChain NodeB SET CERTFILE(Mandatory)

ADD ALD(Optional)SET ALDPWRSW(Optional)

Frame Error Rate DisappearThreshold of FE MAC Layer

Enable state of the certificate chain

Name of the certificate chain file

CF Condition for Failure NodeB ACT BATCHFILE(Optional)

CF Compress Flag NodeB SET CHRSW

CHANNEL Rx Channel No. NodeB SET RTWPINITADJ(Mandatory)

CHRSW CHR Switch NodeB SET CHRSW

CHRTYPE CHR Type NodeB SET CHRSW

CHT Change Time(S) NodeB STR RTWPRTTST(Mandatory)

CHTP Type Of Channel NodeB SET SASUGAIN(Mandatory)

FRAMELEN Frame Max Length(byte) NodeB SET FPMUX(Optional)

IDLE Timer_Idle(ms) NodeB ADD SAALLNK(Optional)

IFNO Interface Number NodeB ADD OMCH(Mandatory)

IFT Interface Type NodeB ADD OMCH(Mandatory)

IMPEDANCE Line Impedance(ohm) NodeB SET E1T1BEAR(Optional)

CLKSRC Clock Source Type NodeB SET CLKMODE(Optional)

CLS Sub Board Type NodeB STR E1T1RTTST(Mandatory)

CN Cabinet No. NodeB

CN1 NodeB ADD LOCELL(Optional)

CN2 NodeB ADD LOCELL(Optional)

ADD RRUCHAIN(Optional)ADD RSCGRP(Optional)ADD SAALLNK(Optional)ADD SCTPLNK(Optional)ADD SUBRACK(Optional)ADD TREELNKPVC(Optional)ADD TSCROSS(Optional)ADD UNILNK(Optional)ADD CFMMA(Optional)ADD CFMMEP(Optional)ADD ETHTRK(Optional)ADD ETHTRKLNK(Optional)ADD BFDSESSION(Optional)SET ACDCVLIMIT(Optional)SET ALDPWRSW(Optional)SET ALMPORT(Optional)SET ANTTILT(Optional)SET BATATPA(Optional)SET BATCTPA(Optional)SET BCFCVOLTAGE(Optional)SET CLKMODE(Optional)SET HTPROTECT(Optional)SET IFOFFSET(Optional)SET OUTPORT(Optional)SET PWRSYSCFG(Optional)SET CMUCFG(Optional)SET RFDESPARAM(Optional)SET RTWPINITADJ(Optional)SET RXATTEN(Optional)SET RXSW(Optional)SET SASUDCLD(Optional)SET SASUDCSW(Optional)SET SASUGAIN(Optional)SET SASUMODE(Optional)SET SASUVSWRTHD(Optional)SET SDPA(Optional)SET SUBBRD(Optional)SET TILTAER(Optional)

Cabinet No. of Power Amplifier1

Cabinet No. of Power Amplifier2

CNB NodeB

CNE Cabinet No. of RRU End NodeB

CNE1 NodeB ADD DLGROUP(Optional)

CNE1 NodeB ADD ULGROUP(Optional)







CNOPINDEX CnOp Index NodeB SET EMGLICENSE(Mandatory)

CNOPNAME CnOp Name NodeB SET EMGLICENSE(Mandatory)

CONNTYPE Connection Type NodeB SET CONNTYPE(Optional)

Cabinet No. of RRU Begin

ADD LOCELL(Optional)ADD SEC(Optional) ADD TXPAIR(Optional)

ADD LOCELL(Optional)ADD SEC(Optional) ADD TXPAIR(Optional)

Cabinet No. of DL Process Unit 1

Cabinet No. of UL Process Unit 1







COUNT Count NodeB SET EMGLICENSE(Optional)

COVERTYPE Cover Type NodeB ADD SEC(Mandatory)

IP IP Address NodeB SET LOCALIP(Mandatory)

IP Local IP Address NodeB ADD OMCH(Mandatory)

CQIFA CQI Filter Alpha NodeB SET MACHSPARA(Optional)

CRL NodeB SET CERTFILE(Mandatory)

CRLEnableSta NodeB SET CERTFILE(Optional)

CS Config State NodeB

CSLSDF NodeB SET SDPA(Optional)

CSLSDT NodeB SET SDPA(Optional)

CTRLSW NodeB SET CMCTRLSW(Mandatory)

CURRDA Current DA NodeB MOD CURRDA(Optional)

DA DA NodeB MOD CENTERDA(Optional)

DATE Installation Date NodeB MOD BATINDT(Optional)

Name of the cancel list file

Enable state of the certificate chain

SET PWRSYSCFG(Mandatory)SET CMUCFG(Mandatory) SET NCMUCFG(Mandatory)

Cold Start Load Shutdown Flag

Cold Start Load Shutdown Temperature

CM Control enable switch

DATE Date NodeB SET EMGLICENSE(Mandatory)

DAYS Days NodeB SET EMGLICENSE(Mandatory)

DBD Dead band NodeB SET HTCDPA(Optional)

DCID Destination Cell ID NodeB MOD CMBGROUP(Mandatory)

DCID1 Destination Cell ID1 NodeB ADD CMBGROUP(Mandatory)

DCID2 Destination Cell ID2 NodeB ADD CMBGROUP(Optional)

DCLOAD DC Load(20mA) NodeB SET SASUDCLD(Mandatory)

DCSWITCH DC Switch State NodeB SET SASUDCSW(Mandatory)

DCVHL DC Upper Limit NodeB SET ACDCVLIMIT(Optional)

DCVLL DC Lower Limit NodeB SET ACDCVLIMIT(Optional)

DDSTM NodeB SET BATATPA(Optional)

DEFPWRLVL Default Power Level NodeB ADD LOCELL(Optional)

Delayed Discharge Test Time(Day)

JNRSCGRP Join Resource Group NodeB ADD OMCH(Optional)

KATM Timer_Keep_Alive(ms) NodeB ADD SAALLNK(Optional)

DEVTP Device Type NodeB

DEVTP Device Type NodeB SET SASUVSWRTHD(Optional)

DEVTP Device Type NodeB

DEVVER AISG Protocl Version NodeB SET ALDDEV(Mandatory)

DFACHID NodeB MOD CMBGROUP(Mandatory)

SET TMAGAIN(Optional)ADD ALD(Mandatory)

SET TILTAER(Mandatory)SET TMAMODE(Optional)SET ANTTILT(Mandatory)

Destination FACH Channel ID

DFACHID1 NodeB ADD CMBGROUP(Mandatory)

DFACHID2 NodeB ADD CMBGROUP(Optional)

LOCIP Local IP Address NodeB SET IPREMOTELOOP(Mandatory)

DI Desensitization Intensity NodeB

DIVM Diversity Mode NodeB ADD SEC(Optional)

DLDELAY1 DL Time Delay1 NodeB ADD SEC(Optional)


Destination FACH Channel ID1

Destination FACH Channel ID2

SET DESENS(Mandatory)ADD LOCELL(Optional)



DLFREQ NodeB ADD LOCELL(Mandatory)

DLGROUPN NodeB ADD DLGROUP(Mandatory)

DLGROUPNO NodeB ADD LOCELL(Optional)

LOCIP Local IP Address NodeB ADD SCTPLNK(Mandatory)

DL Frequency Channel Number

DL BB Resource Group No.

DL BB Resource Group No.

DSCHGT0 NodeB SET BATCTPA(Optional)

DSCHGT1 0.1C10 Discharge Time NodeB SET BATCTPA(Optional)









MASK IP Address Mask NodeB SET LOCALIP(Mandatory)

DST Daylight saving time flag NodeB SET TZ(Optional)

DSTF Destination File NodeB SET CHRSW

0.05C10 Discharge Time

MASK Local IP Mask NodeB ADD OMCH(Mandatory)

MAXCC NodeB ADD SAALLNK(Optional)

MAXLE Max STAT Count NodeB ADD SAALLNK(Optional)

MAXPD Max Poll Data Count NodeB ADD SAALLNK(Optional)

DSTML NodeB SET BATCTPA(Optional)

DSTPN Destination Port No. NodeB ADD TREELNKPVC(Optional)

Max Connection Control Count

Discharge Test Time Limit

DSTPN NodeB ADD TREELNKPVC(Optional)

DSTPN Destination Port No. NodeB ADD TSCROSS(Mandatory)

DSTPT Destination Port Type NodeB ADD TREELNKPVC(Mandatory)

MCR Min Cell Rate NodeB ADD OMCH(Mandatory)

DSTSBT NodeB ADD TREELNKPVC(Mandatory)

DSTSBT NodeB ADD TSCROSS(Mandatory)

DSTSN Destination Slot No. NodeB

Destination Fraatm Link No.

Destination Subboard Type

Destination Subboard Type

ADD TREELNKPVC(Mandatory)ADD BACKE1T1(Mandatory)

DSTSN Destination Slot No. NodeB ADD TSCROSS(Mandatory)

DSTSRN Destination Subrack No. NodeB ADD TREELNKPVC(Mandatory)

MODE Bearing Mode NodeB SET E1T1BEAR(Optional)

NEXTHOP Next Hop IP NodeB ADD OMCH(Mandatory)

NRTM NodeB ADD SAALLNK(Optional)

OMPRI OM Priority NodeB SET DIFPRI(Optional)

DYNCODESW Dynamic Code Switch NodeB SET MACHSPARA(Optional)

Timer_No_Response(ms)

EAGCHPCMOD E-AGCH HPC Mode NodeB SET MACEPARA(Mandatory)

EAGCHPCPARA NodeB SET MACEPARA(Optional)

EAGCHPOWER E-AGCH Power NodeB SET MACEPARA(Mandatory)

E-AGCH Power Offset NodeB SET MACEPARA(Mandatory)

PCR Peak Cell Rate NodeB ADD OMCH(Mandatory)

E-AGCH HPC Parameters

EAGCHPWROFFSET

ED End Date NodeB STR E1T1RTTST(Mandatory)

EDAY End date NodeB SET TZ(Mandatory)

EFF Battery Charge Efficiency NodeB SET BATCTPA(Optional)

EFFECT Effect Signal NodeB SET LCPSW(Mandatory)

EM End date mode. NodeB SET TZ(Mandatory)

EMONTH End month NodeB SET TZ(Mandatory)

ENCRYMODE NodeB SET FTPSCLT(Optional)

ENDV End Voltage NodeB SET BATCTPA(Optional)

PEERIP Peer IP Address NodeB ADD OMCH(Mandatory)

PEERMASK Peer IP Mask NodeB ADD OMCH(Mandatory)

ET End time NodeB SET TZ(Mandatory)

Transport Encrypted Mode

ET End Time NodeB STR E1T1RTTST(Mandatory)

EWEEK End week NodeB SET TZ(Mandatory)

EWSEQ End week sequence NodeB SET TZ(Mandatory)

FCVOL Float-charging Voltage NodeB SET BCFCVOLTAGE(Optional)

PEERUDPPORT Peer UDP Port NodeB SET IPREMOTELOOP(Mandatory)

PLRAT PLR Appear Threshold NodeB SET PLRTHRESHOLD(Optional)

PLRDT NodeB SET PLRTHRESHOLD(Optional)

POLL Timer_Poll(ms) NodeB ADD SAALLNK(Optional)

FLAG Enable Flag NodeB SET CFGFILEENB(Mandatory)

FLG NMPT Backup Flag NodeB SET MPTBKP(Mandatory)

FLR RRU Floor NodeB ADD RRU(Optional)

PREF Route Preference NodeB ADD OMCH(Optional)

PRIRULE Priority Rule NodeB SET DIFPRI(Optional)

RSCGRPID Resource Group ID NodeB ADD OMCH(Mandatory)

PLR Disappear Threshold

RT Route Type NodeB ADD OMCH(Optional)

RXBW Rx Bandwidth(kbps) NodeB ADD RSCGRP(Mandatory)

SCR Sustain Cell Rate NodeB ADD OMCH(Mandatory)

SCR Sustain Cell Rate NodeB ADD SAALLNK(Mandatory)

SIGPRI Signal Priority NodeB SET DIFPRI(Optional)

ST Bearing Service Type NodeB ADD OMCH(Mandatory)

GAIN TMA Gain(0.25dB) NodeB

GAIN1 Antenna Gain NodeB SET ALDDEV(Mandatory)




GPSCD GPS Cable Delay NodeB SET GPSDELAY(Mandatory)

HCN Head Cabinet No. NodeB ADD RRUCHAIN(Optional)

TTW Two Tx Way NodeB ADD LOCELL(Optional)

SET TMAGAIN(Mandatory)SET SASUGAIN(Mandatory)

HISPM NodeB ADD LOCELL(Optional)

HLL Humidity Lower Limit NodeB MOD NEMUTHLIMIT(Optional)

HORAD NodeB ADD LOCELL(Optional)

HPN Head Port No. NodeB ADD RRUCHAIN(Mandatory)

HSN NodeB ADD RRUCHAIN(Mandatory)

HSRN Head Subrack No. NodeB ADD RRUCHAIN(Optional)

HTCP NodeB SET HTCDPA(Optional)

High Speed Movement Mode

Local Cell Inner Handover Radius

Head Interface Board Slot No.

High Temperature critical point

HTCT NodeB SET HTPA(Optional)

HTDO NodeB SET HTCDPA(Optional)

Heater Close Temperature

High temperature delta Tout

HTST Heater Start Temperatue NodeB SET HTPA(Optional)

HUL Humidity Upper Limit NodeB MOD NEMUTHLIMIT(Optional)

HZ RRU Horizontal NodeB ADD RRU(Optional)

ST Bearing Service Type NodeB ADD SAALLNK(Optional)

SUBFRAMELEN NodeB SET FPMUX(Optional)Sub Frame Max Length(byte)

SWITCH Hsdpa Switch NodeB SET HSDPAFLOWCTRLPARA(Optional)

IFOFFSET IF Offset NodeB SET IFOFFSET(Mandatory)

TD Time Delay(5ms) NodeB SET HSDPAFLOWCTRLPARA(Optional)

TIMER Timer(ms) NodeB SET FPMUX(Optional)

TLFRSWITCH TLFR SWITCH NodeB SET TLFRSWITCH(Optional)

TXCLK Tx Clock NodeB SET STM1WORKMODE(Mandatory)

VCI Bearing VCI NodeB ADD OMCH(Mandatory)

INFNO Interface No. NodeB SET NEMUANLGIN(Mandatory)

VPI Bearing VPI NodeB ADD OMCH(Mandatory)

CBS NodeB SET LR(Mandatory)

INSTALLDATE Installation Date NodeB SET ALDDEV(Mandatory)

INSTALLID Installer's ID NodeB SET ALDDEV(Mandatory)

ULCIR NodeB SET LR(Mandatory)

Committed Burst Size(kbit)

Committed Information Ratekbps

DLCIR NodeB SET LR(Mandatory)

DUPLEX Duplex NodeB SET ETHPORT(Optional)

IP NTP Server IP Address NodeB SET SNTPCLTPARA(Optional)

IP FTP Server IP NodeB SET CHRSW

FRAME Frame Structure NodeB SET E1T1WORKMODE(Optional)

FUNCTION Function NodeB SET LR(Optional)

Committed Information Ratekbps

IPMODE IP Clock Mode NodeB SET CLKMODE(Optional)

INSTAG Insert VLAN Tag NodeB SET VLANCLASS(Optional)

LM Loopback Mode NodeB SET E1T1LOP(Optional)

LM Loopback Mode NodeB SET IPREMOTELOOP(Optional)

LFLG NodeB SET HTPROTECT(Optional)

LIMIT Alarm Limit NodeB SET VSWRALMPARAM(Mandatory)

LL Lower Limit(V) NodeB SET NEMUINVLIMIT(Optional)

LL Lower Alarm Occur Limit NodeB SET ALMPORT

Load Overtemperature Shutdown Flag

LM Loopback Mode NodeB SET STM1LOP(Optional)

LNCODE Line Code NodeB SET E1T1WORKMODE(Optional)

LNCODE Line Code NodeB SET E1T1WORKMODE(Optional)

LT Loopback Time(minute) NodeBSET IPREMOTELOOP(Optional)SET E1T1LOP(Optional)SET STM1LOP(Optional)

PEERIP Peer IP Address NodeB SET IPREMOTELOOP(Mandatory)

SCRAM Scramble Mode NodeB SET SCRAM(Optional)

SPEED Speed NodeB SET ETHPORT(Optional)

LN IP Clock Link No. NodeB SET CLKMODE(Optional)

SRVPRIO NodeB SET VLANCLASS(Mandatory)

TRAFFIC Traffic Type NodeB SET VLANCLASS(Mandatory)

VLANGROUPNO VLAN Group No NodeB SET VLANCLASS(Optional)

User Data Service Priority

LOCELL Local Cell ID NodeB

VLANID VLAN ID NodeB SET VLANCLASS(Optional)

VLANPRIO VLAN Priority NodeB SET VLANCLASS(Optional)

MTU NodeB

LOWERLIMIT Minimum timer value NodeB SET CLSPATIMER

LSDF Load Shutdown Flag NodeB SET SDPA(Optional)

LSDV NodeB SET SDPA(Optional)

ACFC NodeB

BLK LOCELL(Optional)ADD LOCELL(Mandatory)SET RSCLMTPARA(Optional)SET DESENS(Optional)SET MACHSPARA(Optional)SET MACEPARA(Optional) LST LOCELL(Optional)DSP LOCELL(Optional)DSP LOCELLRES(Optional)UBL LOCELL(Optional)RMV LOCELL(Mandatory)MOD RRUOFLOCELL(Mandatory)

Maximum Transmission Unit

SET ETHPORT(Optional)ADD ETHTRK(Optional)

Load Shutdown Voltage(V)

Address & Control Field Compress

ADD MPLNK(Optional)ADD PPPLNK(Optional)

LTCP NodeB SET HTCDPA(Optional)

LTEM NodeB SET HTPROTECT(Optional)

LTH NodeB SET TATH(Optional)

MANUALSW Manual Touchoff Switch NodeB SET EMGLICENSE(Optional)

Low temperature critical point

Load Shutdown Temperature.

Low Temperature Threshold

ADDR ATM Address NodeB ADD AAL2NODE(Mandatory)

ADDR ATM Address NodeB ADD AAL2ADJNODE(Mandatory)

ANI Adjacent Node ID NodeB

E-AGCH Max Power NodeB SET MACEPARA(Mandatory)

AUTH Authentication NodeB

AUTOSWITCH Auto Switch to MasAddr NodeB ADD SCTPLNK(Optional)

BEAR NCP/CCP Bearing Type NodeB ADD IUBCP(Optional)

MAXRRUPWR Max RRU Output Power NodeB MOD RRUOFLOCELL(Mandatory)

ADD AAL2PATH(Optional)ADD AAL2ADJNODE(Mandatory)

MAXAGCHPOWER

ADD MPGRP(Mandatory)ADD PPPLNK(Mandatory)

BEAR Bearing Type NodeB ADD IP2RSCGRP(Optional)

BEAR Bearing Type NodeB

CDVT NodeB

CIP Client IP Address NodeB ADD IPCLKLNK(Mandatory)

CLKM Tx Clock Mode NodeB ADD IMAGRP(Optional)

MINAGCHPOWER E-AGCH Min Power NodeB SET MACEPARA(Mandatory)

CPPN CCP Port No. NodeB ADD IUBCP(Optional)

MINUTE Minute NodeB SET EMGLICENSE(Optional)

MLL NodeB SET NEMUANLGIN(Optional)

CPPT NCP/CCP Port Type NodeB ADD IUBCP(Optional)

MODE SASU Mode NodeB SET SASUMODE(Mandatory)

MODE TMA Mode NodeB SET TMAMODE(Mandatory)

SET HSDPAFLOWCTRLPARA(Optional)ADD RSCGRP(Mandatory)

Cell Delay Variation Tolerance(0.1us)

ADD TREELNKPVC(Optional)ADD AAL2PATH(Optional)

Measurement Lower Limit

MODE NodeB SET CLKMODE(Optional)

MODE Work Mode NodeB SET ALMPORT

MODELNUM Antenna Model No. NodeB SET ALDDEV(Mandatory)

DELAY Diff Max Delay(ms) NodeB ADD IMAGRP(Optional)

DESCRI Description NodeB

System Clock Working Mode

ADD TSCROSS(Optional)ADD TREELNKPVC(Optional)

DHCPSVRIP DHCP Server IP Address NodeB ADD DHCPSVRIP(Mandatory)

DSCP NodeB ADD IPPATH(Mandatory)

DSTIP Destination IP Address NodeB

MUL NodeB SET NEMUANLGIN(Optional)

DSTMASK NodeB

MXPWR Max Output Power NodeB ADD LOCELL(Mandatory)

MXPWRPHUSR NodeB SET MACHSPARA(Optional)

NAME Name NodeB SET NODEBNAME(Mandatory)

Differentiated Services Code Point

ADD IP2RSCGRP(Mandatory)ADD IPRT(Mandatory)

Measurement Upper Limit

Destination IP Address Mask

ADD IP2RSCGRP(Mandatory)ADD IPRT(Mandatory)

MAX POWER PER HS-USER

NAME Name NodeB

NAME Device Name NodeB SET ANTTILT(Mandatory)

NAME Device Name NodeB ADD ALD(Mandatory)

NAME Device Name NodeB SET TMAMODE(Mandatory)

DSTRSCGRP NodeB ADD TREELNKPVC(Mandatory)

SET OUTPORT(Optional)SET TMAGAIN(Mandatory)SET TILTAER(Mandatory)SET SASUDCLD(Mandatory)SET SASUDCSW(Mandatory)SET SASUGAIN(Mandatory)SET SASUMODE(Mandatory)

Destination Resource Group ID

DSTTSN NodeB ADD TSCROSS(Mandatory)

DSTVCI Destination Port VCI NodeB ADD TREELNKPVC(Mandatory)

DSTVPI Destination Port VPI NodeB ADD TREELNKPVC(Mandatory)

FLAG Flag NodeB ADD IUBCP(Optional)

FPMUXSWITCH FPMUX Switch NodeB ADD IPPATH(Optional)

FRAATM Fraatm Link No. NodeB ADD FRAATM(Optional)

Destination E1/T1 Time Slot No.

NSEHICHPCMOD NodeB SET MACEPARA(Mandatory)

NSEHICHPCPARA NodeB SET MACEPARA(Optional)

NSEHICHPOWER NodeB SET MACEPARA(Mandatory)

NodeB SET MACEPARA(Mandatory)

NSERGCHPCMOD NodeB SET MACEPARA(Mandatory)

NodeB SET MACEPARA(Optional)



E-HICH HPC Mode for Non-service Radio Links Set

E-HICH HPC Parameters for Non-service Radio Links Set

E-HICH Power for Non-service Radio Links Set

NSEHICHPWROFFSET

E-HICH Power Offset for Non-service Radio Links Set

E-RGCH HPC Mode for Non-service Radio Links

NSERGCHPCPARA

E-RGCH HPC Parameters for Non-service Radio Links

NSERGCHPOWER

E-RGCH Power for Non-service Radio Links

NSERGCHPWROFFSET

E-RGCH Power Offset for Non-service Radio Links

FRAMELEN Frame Max Length(byte) NodeB ADD IPPATH(Optional)

FRAMODE Frame Mode NodeB SET FRAMEMODE(Optional)

NTDI NodeB SET HTCDPA(Optional)

NTDO NodeB SET HTCDPA(Optional)

Normal temperature delta Tint

Normal temperature delta Tout

OBJAID Object Alarm ID NodeB ADD OBJALMSHLD(Mandatory)

OBJN Object No. NodeB ADD OBJALMSHLD(Mandatory)

OBJTP Object Type NodeB ADD OBJALMSHLD(Mandatory)

OCTHD NodeB SET ALDPWRSW(Optional)

FRMLEN Tx Frame Length NodeB ADD IMAGRP(Optional)

OOS On/Off Status NodeB SET OUTPORT(Mandatory)

OOTHD NodeB SET ALDPWRSW(Optional)

OPESORT Operating Sort NodeB SET ALDDEV(Mandatory)

Overcurrent Alarm Clear Threshold(mA)

Overcurrent Alarm Occur Threshold(mA)

OPEVER ALD Protocl Version NodeB SET ALDDEV(Mandatory)

OPMODE Operating Mode NodeB

OPTYPE Operation Type NodeB MOD CMBGROUP(Mandatory)

OTH NodeB SET TATH(Optional)

SET TILTAER(Optional)SET TMAGAIN(Optional)SET SASUDCLD(Optional)SET SASUDCSW(Optional)SET SASUGAIN(Optional)SET SASUMODE(Optional)SET TMAMODE(Optional)SET SASUVSWRTHD(Optional)SET ANTTILT(Optional)

Over Temperature Threshold

IFNO Interface Number NodeB ADD IPRT(Optional)

IFT Interface Type NodeB ADD IPRT(Mandatory)

IMAGRPN IMA Group No. NodeB

IMALNKN IMA Link No. NodeB ADD IMALNK(Optional)

INSTAG Insert VLAN Tag NodeB ADD VLANMAP(Optional)

ADD IMAGRP(Optional)ADD IMALNK(Optional)

IP IP Address NodeB ADD DEVIP(Mandatory)

IPHC IP Header Compress NodeB

IPMASK Local IP Mask NodeB

JNRSCGRP Join Resource Group NodeB

LN Link No. NodeB ADD IPCLKLNK(Optional)

LN SAAL Link No. NodeB ADD IUBCP(Optional)

ADD MPGRP(Optional)ADD PPPLNK(Optional)


ADD AAL2PATH(Optional)ADD IPPATH(Optional)ADD SAALLNK(Optional)ADD TREELNKPVC(Optional)

LN SCTP Link No. NodeB ADD IUBCP(Optional)

LN SAAL Link No. NodeB

LOCALIP Local IP Address NodeB

PI RHUB Port ID NodeB ADD RRU(Mandatory)

PKPEnableSta NodeB SET CERTFILE(Optional)

LOCPORT Local SCTP Port NodeB ADD SCTPLNK(Mandatory)

MASK IP Address Mask NodeB ADD DEVIP(Mandatory)

PN Port No. NodeB STR E1T1RTTST(Mandatory)

ADD AAL2NODE(Optional)ADD AAL2ADJNODE(Optional)


Private Key Password Enabled State

PN Port No. NodeB SET OUTPORT(Mandatory)

PN NPSU No. NodeB ADD NPSU(Mandatory)

PN Port No. NodeB SET ALMPORT

PN Port No. NodeB

PN Port No. NodeB

ADD LNKSRC(Optional)ADD DEVIP(Optional)ADD PPPLNK(Optional)ADD FRAATM(Optional)ADD IPPATH(Optional)ADD MPLNK(Optional)ADD OMCH(Optional)ADD SAALLNK(Optional)ADD BACKE1T1(Optional)

SET E1T1LOP(Optional)SET E1T1WORKMODE(Optional)SET ETHPORT(Optional)SET HSDPAFLOWCTRLPARA(Optional)SET LR(Optional)SET SCRAM(Optional)

PN Bearing Port No. NodeB

PN Bearing Fraatm Link No. NodeB

PN Fraatm Link No. NodeB ADD OMCH(Mandatory)

PN Fraatm Link No. NodeB

MBS Max Burst Size(cell) NodeB

PORT Destination Port NodeB ADD FTPSCLTDPORT(Mandatory)

MCPPP Multi Class PPP NodeB ADD MPGRP(Optional)

MCR Min Cell Rate NodeB ADD SAALLNK(Mandatory)

ADD AAL2PATH(Optional)ADD IP2RSCGRP(Optional)ADD RSCGRP(Optional)

ADD AAL2PATH(Optional)ADD RSCGRP(Optional)ADD SAALLNK(Optional)

SET HSDPAFLOWCTRLPARA(Optional)SET SCRAM(Optional)

ADD TREELNKPVC(Optional)ADD AAL2PATH(Optional)

MCR Min Cell Rate NodeB

MINLNK NodeB ADD IMAGRP(Optional)

MPDAAT NodeB ADD MPGRP(Optional)

PrivKey Private Key File Name NodeB SET CERTFILE(Optional)

PS RRU Position NodeB ADD RRU(Mandatory)

ADD AAL2PATH(Mandatory)ADD TREELNKPVC(Mandatory)

Min Number of Links Activated

MLPPP Packets Discard Alarm Appear Threshold

PSP NodeB SET ALDPWRSW(Mandatory)

PST power type NodeB SET NBPWRTYPE(Mandatory)

PT Port Type NodeB SET ALMPORT

PTYPE Power Type NodeB SET PWRSYSCFG(Optional)

PubCert Certificate File Name NodeB SET CERTFILE(Optional)

MPDADT NodeB ADD MPGRP(Optional)

PWD Private Key Password NodeB SET CERTFILE(Mandatory)

Power Supply Port Of ALD(Antenna Line Device) System

MLPPP Packets Discard Alarm Disappear Threshold

PWD Password NodeB SET CHRSW

PWRMGN Power Margin NodeB SET MACHSPARA(Optional)

PWRMODE Power Setting Mode NodeB MOD RRUOFLOCELL(Optional)

PWRSW NodeB SET ALDPWRSW(Mandatory)Power Supply Switch Of ALD(Antenna Line Device) System

RADIUS Local Cell Radius NodeB ADD LOCELL(Optional)

RCN RRU Chain No. NodeB

MPGRPN ML PPP Group No. NodeB

NodeB ADD REMOTECELLGRP(Mandatory)

NodeB ADD REMOTECELLGRP(Mandatory)

MRU NodeB

RETTP RET Type NodeB ADD ALD(Optional)

RFDS RF Desensitivity NodeB SET RFDESPARAM(Optional)

RGOPTYPE Operation Type NodeB

RM Rollback Mode NodeB ACT BATCHFILE(Mandatory)

RMTCGRPID NodeB ADD LOCELL(Optional)

ADD RRU(Mandatory)SET RRUCHAINBRKPOS(Mandatory)ADD RRUCHAIN(Optional)

ADD MPGRP(Optional)ADD MPLNK(Optional)

REMOTECELLGRPINDEX

Index of remote cell group

REMOTECELLGRPNAME

Name of Remote Cell Group

Maximum Receive Unit(byte)


MOD ULGROUP(Mandatory)MOD DLGROUP(Mandatory)

Index of Remote Cell Group

RMTCM Remote Cell Mode NodeB ADD LOCELL(Optional)

RN RRU Name NodeB ADD RRU(Optional)

MUXCP PPP MuxCP NodeB

RootCert NodeB SET CERTFILE(Optional)

RRUMODE RRU Mode NodeB ADD LOCELL(Optional)

RS RRU Work Standard NodeB ADD RRU(Mandatory)

RSCALLOCM NodeB SET MACHSPARA(Optional)

NEXTHOP Next Hop IP Address NodeB ADD IPRT(Mandatory)

NEXTHOPIP Next Hop IP NodeB ADD VLANMAP(Mandatory)


Root Certificate File Name

Resource Allocate Method

RSCLMSW Resource Limiting Switch NodeB SET MACHSPARA(Optional)

RSTMODE Reset Mode NodeB SET CFGFILEENB(Mandatory)

NO Tscross No. NodeB ADD TSCROSS(Mandatory)

NO PVC No. NodeB ADD TREELNKPVC(Mandatory)

RT RRU Type NodeB ADD RRU(Mandatory)

NODEBIP NodeB IP Address NodeB ADD IPPATH(Mandatory)

RTWPINITADJ NodeB SET RTWPINITADJ(Mandatory)

NT Node Type NodeB ADD AAL2NODE(Mandatory)

RTWP Initial Adjusting(0.1dB)

RULE Resource Allocate Rule NodeB SET RESALLOCRULE(Optional)

NT Node Type NodeB ADD AAL2PATH(Mandatory)

RXID Rx Index NodeB SET RXATTEN(Mandatory)

RxNo Rx Unit No. NodeB SET RXSW(Optional)

RXSW Rx Unit Switch. NodeB SET RXSW(Mandatory)

PATHCHK Path Check NodeB ADD IPPATH(Optional)

PATHID IP Path ID NodeB ADD IPPATH(Mandatory)

PATHID AAL2 Path ID NodeB ADD AAL2PATH(Mandatory)

PCR Peak Cell Rate NodeB ADD SAALLNK(Mandatory)

SBS Subboard Status NodeB SET SUBBRD(Mandatory)

SBT Subboard Type NodeB SET SUBBRD(Mandatory)

SBT Subboard Type NodeB



SCCHPWR HS-SCCH Power NodeB SET MACHSPARA(Mandatory)

ADD LNKSRC(Mandatory)ADD DEVIP(Mandatory)ADD PPPLNK(Mandatory)ADD AAL2PATH(Mandatory)ADD FRAATM(Mandatory)ADD IMAGRP(Mandatory)ADD IMALNK(Mandatory)ADD IP2RSCGRP(Mandatory)ADD IPPATH(Mandatory)ADD IPRT(Mandatory)ADD MPGRP(Mandatory)ADD MPLNK(Mandatory)ADD OMCH(Mandatory)ADD RSCGRP(Mandatory)ADD SAALLNK(Mandatory)ADD UNILNK(Mandatory)ADD CFMMEP(Mandatory)ADD ETHTRK(Mandatory)ADD ETHTRKLNK(Mandatory)ADD BACKE1T1(Mandatory)

SET E1T1WORKMODE(Mandatory)SET ETHPORT(Mandatory)SET LR(Mandatory)SET SCRAM(Mandatory)

SET HSDPAFLOWCTRLPARA(Mandatory)

SCHEDULEPARA MAC-e Schedule Para NodeB SET MACEPARA(Optional)

SCID Source Cell ID NodeB ADD CMBGROUP(Mandatory)

PCR Peak Cell Rate NodeB

PEERIP Peer IP Address NodeB

PEERPORT Peer SCTP Port NodeB ADD SCTPLNK(Mandatory)

PFC Protocol Field Compress NodeB

PPPLNKN ML PPP Link No. NodeB

PREF Route Preference NodeB ADD IPRT(Optional)

SD Start Date NodeB STR E1T1RTTST(Mandatory)

SDAY Start date NodeB SET TZ(Mandatory)

SDSEV NodeB SET BATCTPA(Optional)

ADD AAL2PATH(Mandatory)ADD TREELNKPVC(Mandatory)

ADD SCTPLNK(Mandatory)ADD PPPLNK(Optional)ADD MPGRP(Optional)



Simple Discharge End Voltage(V)

SDSTML NodeB SET BATCTPA(Optional)

PWD Password NodeB

SECN Sector No. NodeB

SECN Sector No. NodeB

RCR Receive Cell Rate NodeB ADD AAL2PATH(Mandatory)

SECT Sector Type NodeB

SECTORID11 NodeB SET ALDDEV(Mandatory)

SECTORID20 NodeB SET ALDDEV(Mandatory)

Simple Discharge Time LimitMinute


ADD SEC(Mandatory)ADD LOCELL(Mandatory) ADD TXPAIR(Manaatory)

SET ANTTILT(Mandatory)SET TILTAER(Mandatory)

ADD SEC(Optional)ADD LOCELL(Mandatory)

Supported Frequency Band of 800MHz

Supported Frequency Band of 800MHz

SEHICHPCMOD NodeB SET MACEPARA(Mandatory)

SEHICHPCPARA NodeB SET MACEPARA(Optional)

SEHICHPOWER NodeB SET MACEPARA(Mandatory)


SERGCHPCMOD NodeB SET MACEPARA(Mandatory)

SERGCHPCPARA NodeB SET MACEPARA(Optional)

SERGCHPOWER NodeB SET MACEPARA(Mandatory)


E-HICH HPC Mode for Service Radio Links Set

E-HICH HPC Parameters for Service Radio Links Set

E-HICH Power for Service Radio Links Set

SEHICHPWROFFSET

E-HICH Power Offset for Service Radio Links Set

E-RGCH HPC Mode for Service Radio Links Set

E-RGCH HPC Parameters for Service Radio Links Set

E-RGCH Power for Service Radio Links Set

SERGCHPWROFFSET

E-RGCH Power Offset for Service Radio Links Set

SERIAL Serial No. NodeB ADD ALD(Optional)

SERIALNUM Antenna Serial No. NodeB SET ALDDEV(Mandatory)

SERVERIP FTP Server Ip Address NodeB ADD FTPSCLTDPORT(Mandatory)

SFACHID NodeB ADD CMBGROUP(Mandatory)

SHLDFLG Shield Flag NodeB SET ALMSHLD(Mandatory)

RESTARTTMR RestartTimer(ms) NodeB


RNCIP RNC IP Address NodeB ADD IPPATH(Mandatory)

Source FACH Channel ID


SINGLERLEHICHPOWER

E-HICH Power for Single Radio Link

SM Start date mode NodeB SET TZ(Mandatory)

SM Scheduling Method NodeB SET MACHSPARA(Optional)

SMONTH Start month NodeB SET TZ(Mandatory)

SN Slot No. NodeB

SET RTWPINITADJ(Mandatory)SET TXSW(Mandatory)SET IFOFFSET(Mandatory)SET RXATTEN(Mandatory)SET RFDESPARAM(Mandatory)SET VSWRALMPARAM(Mandatory)SET RXSW(Optional)ADD OBJALMSHLD(Mandatory)ADD RRU(Mandatory)SET OUTPORT(Mandatory)SET SUBBRD(Mandatory)ADD BRD(Mandatory)SET CLKMODE(Optional)SET ALMPORT(Mandatory)SET RXINTDETSW(Optional)

SN Slot No. NodeB

SN Slot No. NodeB

ADD LNKSRC(Mandatory)ADD DEVIP(Mandatory)ADD PPPLNK(Mandatory)ADD AAL2PATH(Mandatory)ADD FRAATM(Mandatory)ADD IMAGRP(Mandatory)ADD IMALNK(Mandatory)ADD IP2RSCGRP(Mandatory)ADD IPCLKLNK(Mandatory)ADD IPPATH(Mandatory)ADD IPRT(Mandatory)ADD MPGRP(Mandatory)ADD MPLNK(Mandatory)ADD OMCH(Mandatory)ADD RSCGRP(Mandatory)ADD SAALLNK(Mandatory)ADD SCTPLNK(Mandatory)ADD UNILNK(Mandatory)ADD CFMMA(Mandatory)ADD CFMMEP(Mandatory)ADD BFDSESSION(Mandatory)ADD ETHTRK(Mandatory)ADD ETHTRKLNK(Mandatory)ADD BACKE1T1(Mandatory)

SET E1T1BEAR(Mandatory)SET E1T1LOP(Mandatory)SET E1T1WORKMODE(Mandatory)SET ETHPORT(Mandatory)SET HSDPAFLOWCTRLPARA(Mandatory)SET IPREMOTELOOP(Mandatory)SET LR(Mandatory)SET SCRAM(Mandatory)SET STM1WORKMODE(Mandatory)SET STM1LOP(Mandatory)SET SDHJ0J1J2(Mandatory)

SN1 NodeB ADD LOCELL(Optional)

SN2 NodeB ADD LOCELL(Optional)

SNB Slot No. of RRU Begin NodeB

SNE Slot No. of RRU End NodeB

SNE1 NodeB ADD DLGROUP(Mandatory)

SNE1 NodeB ADD ULGROUP(Mandatory)

SNE2 NodeB ADD DLGROUP(Optional)

SNE2 NodeB ADD ULGROUP(Optional)





SOLL NodeB SET NEMUANLGIN(Optional)

Slot No. of Power Amplifier1

Slot No. of Power Amplifier2

ADD SEC(Optional)ADD LOCELL(Optional) ADD TXPAIR(Optional)ADD SEC(Optional)ADD LOCELL(Optional) ADD TXPAIR(Optional)

Slot No. of DL Process Unit 1

Slot No. of UL Process Unit 1







Sensor Output Lower Limit(V)

SOLL NodeB SET NEMUANLGIN(Optional)

SOUL NodeB SET NEMUANLGIN(Optional)

SOUL NodeB SET NEMUANLGIN(Optional)

SP Sync Period(Minute) NodeB SET SNTPCLTPARA(Optional)

RSCGRPID Resource Group ID NodeB

SPR Speed Rate NodeB ADD LOCELL(Mandatory)

Sensor Output Lower LimitA

Sensor Output Upper Limit(V)

Sensor Output Upper LimitA

ADD AAL2PATH(Optional)ADD IP2RSCGRP(Optional)ADD IPPATH(Optional)ADD RSCGRP(Optional)ADD SAALLNK(Optional)

SPTSTATEFWL Support State Firewall NodeB SET FTPSCLT(Optional)

SRCPN Source Port No. NodeB ADD TREELNKPVC(Optional)

SRCPN Source Fraatm Link No. NodeB ADD TREELNKPVC(Optional)

SRCPN Source Port No. NodeB ADD TSCROSS(Mandatory)

SRCPT Source Port Type NodeB ADD TREELNKPVC(Mandatory)

RSW Expected Rx Switch NodeB SET SDHJ0J1J2(Optional)

SRCSBT Source Subboard Type NodeB

SRCSBT Source Subboard Type NodeB

SRCSN Source Slot No. NodeB ADD TREELNKPVC(Mandatory)

SRCSN Source Slot No. NodeB ADD TSCROSS(Mandatory)

SRCSRN Source Subrack No. NodeB ADD TREELNKPVC(Mandatory)

RTTYPE Route Type NodeB ADD IPRT(Mandatory)

ADD TREELNKPVC(Mandatory)ADD TSCROSS(Mandatory)

ADD TREELNKPVC(Mandatory)ADD TSCROSS(Mandatory)

RU Rate Unit NodeB

RXBW Rx Bandwidth(kbps) NodeB ADD IPPATH(Mandatory)


SRN Subrack No. NodeB

ADD AAL2PATHADD SAALLNKADD TREELNKPVCADD RSCGRPADD OMCH

SRLEHICHPWROFFSET

E-HICH Power Offset for Single Radio Link

SET TXSW(Mandatory)SET IFOFFSET(Mandatory)SET RXATTEN(Mandatory)SET RFDESPARAM(Mandatory)SET VSWRALMPARAM(Mandatory)SET RXSW(Mandatory)SET HTPROTECT(Mandatory)SET BCFCVOLTAGE(Mandatory)ADD OBJALMSHLD(Mandatory)SET TMAGAIN(Mandatory)ADD RRU(Mandatory)SET ACDCVLIMIT(Mandatory)SET BATATPA(Mandatory)SET BATCTPA(Mandatory)SET HTCDPA(Mandatory)SET OUTPORT(Mandatory)SET PWRSYSCFG(Mandatory)SET TATH(Mandatory)SET SUBBRD(Mandatory)SET TILTAER(Mandatory)SET SASUDCLD(Mandatory)SET SASUDCSW(Mandatory)SET SASUGAIN(Mandatory)SET SASUMODE(Mandatory)SET ANTTILT(Mandatory)ADD NPSU(Mandatory)SET HTPA(Mandatory)SET SDPA(Mandatory)ADD BRD(Mandatory)ADD ALD(Mandatory)SET SDPA(Mandatory)SET TMAMODE(Mandatory)SET CLKMODE(Optional)SET ALDPWRSW(Mandatory)SET ALMPORT(Mandatory)SET RXINTDETSW(Mandatory)



ADD LNKSRC(Mandatory)ADD DEVIP(Mandatory)ADD PPPLNK(Mandatory)ADD AAL2PATH(Mandatory)ADD FRAATM(Mandatory)ADD IMAGRP(Mandatory)ADD IMALNK(Mandatory)ADD IP2RSCGRP(Mandatory)ADD IPCLKLNK(Mandatory)ADD IPPATH(Mandatory)ADD IPRT(Mandatory)ADD MPGRP(Mandatory)ADD MPLNK(Mandatory)ADD OMCH(Mandatory)ADD RSCGRP(Mandatory)ADD SAALLNK(Mandatory)ADD SCTPLNK(Mandatory)ADD TSCROSS(Mandatory)ADD UNILNK(Mandatory)ADD CFMMA(Mandatory)ADD CFMMEP(Mandatory)ADD BFDSESSION(Mandatory)ADD ETHTRK(Mandatory)ADD ETHTRKLNK(Mandatory)ADD BACKE1T1(Mandatory)

SET E1T1BEAR(Mandatory)SET E1T1LOP(Mandatory)SET E1T1WORKMODE(Mandatory)SET ETHPORT(Mandatory)SET HSDPAFLOWCTRLPARA(Mandatory)SET IPREMOTELOOP(Mandatory)SET LR(Mandatory)SET SCRAM(Mandatory)SET STM1WORKMODE(Mandatory)SET STM1LOP(Mandatory)SET SDHJ0J1J2(Mandatory)

SRN1 NodeB ADD LOCELL(Mandatory)

SRN2 NodeB ADD LOCELL(Optional)

SRNB NodeB

SRNE Subrack No. of RRU End NodeB

SRNE1 NodeB ADD DLGROUP(Optional)

SRNE1 NodeB ADD ULGROUP(Optional)







SRT Subrack Type NodeB ADD SUBRACK(Optional)

Subrack No. of Power Amplifier1

Subrack No. of Power Amplifier2

Subrack No. of RRU Begin

ADD SEC(Mandatory)ADD LOCELL(Mandatory) ADD TXPAIR(Mandatory)ADD SEC(Mandatory)ADD LOCELL(Mandatory) ADD TXPAIR(Mandatory)

Subrack No. of DL Process Unit 1

Subrack No. of UL Process Unit 1







RXT Expected Rx Type NodeB SET SDHJ0J1J2(Optional)

RXV Expected Rx Information NodeB SET SDHJ0J1J2(Optional)

RXVER NodeB SET SDHJ0J1J2(Optional)

SAALNO SAAL Link No. NodeB ADD SAALLNK(Optional)

SCR Sustain Cell Rate NodeB ADD TREELNKPVC(Optional)

Expected Rx Procotol Version

ST Start time NodeB SET TZ(Mandatory)

ST Start Time NodeB STR E1T1RTTST(Mandatory)

SCR Sustain Cell Rate NodeB ADD AAL2PATH(Mandatory)

STN Site No. NodeB

STN Site No. NodeB

STNAME Site Name NodeB ADD SITE(Mandatory)

ADD SITE(Mandatory)ADD SEC(Mandatory)ADD LOCELL(Mandatory) ADD TXPAIR(Mandatory)

SET ANTTILT(Mandatory)SET TILTAER(Mandatory)

SCRAM Scramble Mode NodeB

SCTPNO SCTP Link No. NodeB ADD SCTPLNK(Optional)

SUBUNIT Subunit No. NodeB ADD ALD(Mandatory)

SW Switch of Time Sync NodeB SET SNTPCLTPARA(Optional)

SECLOCIP Second Local IP Address NodeB ADD SCTPLNK(Optional)

SWEEK Start week NodeB SET TZ(Mandatory)

ADD FRAATM(Optional)ADD IMAGRP(Optional)ADD UNILNK(Optional)

SECPEERIP Second Peer IP Address NodeB ADD SCTPLNK(Optional)

SWITCH Function Switch NodeB SET VSWRALMPARAM(Mandatory)

SWITCH NodeB SET SMTHPWRSWTCH(Mandatory)

SWSEQ Start week sequence NodeB SET TZ(Mandatory)

SIP Server IP Address NodeB ADD IPCLKLNK(Mandatory)

TCC NodeB ADD BATTERY(Optional)

TCN Tail Cabinet No. NodeB ADD RRUCHAIN(Optional)

SRCRSCGRP NodeB ADD TREELNKPVC(Mandatory)

TDSTM NodeB SET BATATPA(Optional)

Smooth Power Change Function Switch

Temperature Compensation Coefficient

Source Resource Group ID

Timely Discharge Test Time

TILT Antenna Tilt(0.1 degree) NodeB SET ANTTILT(Mandatory)

TILT1 Installed Mechanical Tilt NodeB SET ALDDEV(Mandatory)

TILT2 Installed Mechanical Tilt NodeB SET ALDDEV(Mandatory)

SRCTSN NodeB ADD TSCROSS(Mandatory)

SRCVCI Source Port VCI NodeB ADD TREELNKPVC(Mandatory)

SRCVPI Source Port VPI NodeB ADD TREELNKPVC(Mandatory)

TLL NodeB MOD NEMUTHLIMIT(Optional)

Source E1/T1 Time Slot No.

Temperature Alarm Lower Limit

TLT Tout Limit NodeB SET HTCDPA(Optional)

TM Time NodeB SET EMGLICENSE(Mandatory)

TO Time offset(Minute) NodeB SET TZ(Mandatory)

TP RRU Topo Position NodeB ADD RRU(Mandatory)

TPN Tail Port No. NodeB ADD RRUCHAIN(Mandatory)

ST Service Type NodeB ADD TREELNKPVC(Optional)

ST Bearing Service Type NodeB ADD AAL2PATH(Optional)

STM1N STM1 No. NodeB

TSN NodeB ADD RRUCHAIN(Mandatory)

TSRN Tail Subrack No. NodeB ADD RRUCHAIN(Optional)

TT Topo Type NodeB ADD RRUCHAIN(Optional)

TUL NodeB MOD NEMUTHLIMIT(Optional)

SUBFRAMELEN NodeB ADD IPPATH(Optional)

SW Tx Switch NodeB SET SDHJ0J1J2(Optional)

TB Trace Byte NodeB SET SDHJ0J1J2(Optional)

SET STM1WORKMODE(Optional)SET STM1LOP(Optional)

Tail Interface Board Slot No.

Temperature Alarm Upper Limit

Sub Frame Max Length(byte)

TIMER Timer(ms) NodeB ADD IPPATH(Optional)

TS16 16th Timeslot Support NodeB

TxNo Tx Unit No. NodeB SET TXSW(Mandatory)

TXSW Tx Unit Switch NodeB SET TXSW(Mandatory)

TSN E1/T1 Time Slot No. NodeB

ADD IMAGRP(Optional)ADD UNILNK(Optional)

ADD MPLNK(Mandatory)ADD PPPLNK(Mandatory)ADD FRAATM(Mandatory)

TXBW TX Bandwidth(kbps) NodeB ADD IPPATH(Mandatory)

TXBW Tx Bandwidth(kbps) NodeB ADD RSCGRP(Mandatory)

TYPE Sensor Type NodeB SET NEMUANLGIN(Optional)

UCTHD NodeB SET ALDPWRSW(Optional)Undercurrent Alarm Clear Threshold(mA)

UL Upper Limit NodeB SET NEMUINVLIMIT(Optional)

UL Upper Alarm Occur Limit NodeB SET ALMPORT

ULDELAY1 UL Time Delay1 NodeB ADD SEC(Optional)




ULFREQ NodeB ADD LOCELL(Mandatory)

ULGROUPN NodeB ADD ULGROUP(Mandatory)

ULGROUPNO NodeB ADD LOCELL(Optional)

TXCBS Tx CBS(bit) NodeB ADD IPPATH(Mandatory)

TXEBS Tx EBS(bit) NodeB ADD IPPATH(Mandatory)

UOTHD NodeB SET ALDPWRSW(Optional)

UPPERLIMIT Maximum timer value NodeB SET CLSPATIMER

USR User Name NodeB SET CHRSW

UL Frequency Channel Number

UL BB Resource Group No.

UL BB Resource Group No.

Undercurrent Alarm Occur Threshold(mA)

TXT Tx Type NodeB SET SDHJ0J1J2(Optional)

TXV Tx Information NodeB SET SDHJ0J1J2(Optional)

VENDOR Vendor Code NodeB ADD ALD(Optional)

TXVER Tx Procotol Version NodeB SET SDHJ0J1J2(Optional)

UN User Name NodeB

UNILNKN UNI Link No. NodeB ADD UNILNK(Optional)

VCI Bearing VCI NodeB

VER IMA Protocol Version NodeB ADD IMAGRP(Optional)

VLANGROUPNO VLAN Group No NodeB ADD VLANMAP(Optional)

VLANID VLAN ID NodeB ADD VLANMAP(Optional)

VLANMODE VLAN Mode NodeB ADD VLANMAP(Mandatory)

VLANPRIO VLAN Priority NodeB ADD VLANMAP(Optional)

VPI Bearing VPI NodeB


ADD AAL2PATH(Mandatory)ADD SAALLNK(Mandatory)

ADD AAL2PATH(Mandatory)ADD SAALLNK(Mandatory)

VST VP/VC Switch Type NodeB ADD TREELNKPVC(Mandatory)

VT RRU Vertical NodeB ADD RRU(Optional)

WM Work Mode NodeB MOD DEMMODE(Optional)

ZONET Time zone NodeB SET TZ(Optional)

SD Switch of Detecting NodeB SET RXINTDETSW(Optional)

CM Check mode NodeB SET RXINTDETSW(Optional)

IQDL IQ Data Length NodeB SET RXINTDETSW(Mandatory)

PSP Power Start Period NodeB SET RXINTDETSW(Mandatory)

PCT Power Collecting Time NodeB SET RXINTDETSW(Optional)

PD Period of Detecting NodeB SET RXINTDETSW(Mandatory)

THR Interfere threshold NodeB SET RXINTDETSW(Mandatory)

NMCA Unit No. NodeB SET RXINTDETSW(Optional)

INCA1 Carrier Index 1 NodeB SET RXINTDETSW(Optional)

INCH1 Unit Index 1 NodeB SET RXINTDETSW(Optional)





RU Rate Unit NodeB

ICPT Ipclk ProtocolType NodeB ADD IPCLKLNK(Optional)

DM Domain NodeB ADD IPCLKLNK(Optional)

BELONG Belong Flag NodeB

NAME MD name NodeB ADD CFMMD(Mandatory)

LEVEL MD level NodeB ADD CFMMD(Optional)

MDNAME MD Name NodeB

MANAME MA Name NodeB

VLANID VLAN ID NodeB ADD CFMMA(Mandatory)

ADD SAALLNK(Mandatory)ADD AAL2PATH(Mandatory)ADD TREELNKPVC(Mandatory)ADD OMCH(Mandatory)ADD RSCGRP(Mandatory)

ADD IUBCP(Optional)ADD AAL2NODE(Optional)

ADD CFMMA(Mandatory)ADD CFMMEP(Mandatory)ADD CFMRMEP(Mandatory)ADD CFMBNDIP(Mandatory)

ADD CFMMA(Mandatory)ADD CFMMEP(Mandatory)ADD CFMRMEP(Mandatory)ADD CFMBNDIP(Mandatory)

MEPID MEP ID NodeB ADD CFMMEP(Mandatory)

RMEPID RMEP ID NodeB ADD CFMBNDIP(Mandatory)

MAC RMEP MAC Addr NodeB ADD CFMRMEP(Optional)

BNDIP RMEP IP Addr NodeB ADD CFMBNDIP(Mandatory)

PT Port Type NodeB ADD CFMMEP(Mandatory)

PN Port No. NodeB ADD CFMMEP(Optional)

BFDSN BFD Session No. NodeB ADD BFDSESSION(Mandatory

SRCIP Source IP Address NodeB ADD BFDSESSION(Mandatory

DESTIP Destination IP Address NodeB ADD BFDSESSION(Mandatory

HT Hop Type NodeB ADD BFDSESSION(Mandatory

MINTI Min Tx Interval NodeB ADD BFDSESSION(Optional)

MINRI Min Rx Interval NodeB ADD BFDSESSION(Optional)

DM Detect Mult NodeB ADD BFDSESSION(Optional)

TN TrunkNo. NodeB

LACP Lacp Switch NodeB ADD ETHTRK(Optional)

ADD ETHTRK(Optional)ADD ETHTRKLNK(Optional)

ARPPROXY ArpProxy NodeB ADD ETHTRK(Optional)

FERAT NodeB ADD ETHTRK(Optional)

FERDT NodeB ADD ETHTRK(Optional)

PN Port No. NodeB

NodeB SET MACHSPARA(Optional)








ADD CFMMEP(Optional)ADD ETHTRKLNK(Optional)

MAXEFACHHARQRT

Maximum Efach Retransmission Times

MAXNONCONVERHARQRT

Max HARQ Retransmission Times of Non-Conversational serive in Cell DCH state

HSSCCHPWRCMINDCH

HS-SCCH Power Control Method in CELL DCH state

HSSCCHPWRCMINEFACH

EFACH HS-SCCH Power Control Method

HSSCCHFERTRGTINDCH

HS-SCCH FER Target in CELL DCH State

CQIADJALGOFCON

CQI Adjust Algorithm Switch of Conversational Service


RBLERTARGET Residual Bler Target NodeB SET MACHSPARA(Optional)



SLOCELL Source LocalCell ID NodeB ADD PAGRP(Mandatory)

DLOCELL Destination LocalCell ID NodeB ADD PAGRP(Mandatory)

MAXSHRTO NodeB ADD PAGRP(Optional)

SHMGN Sharing Power Margin NodeB ADD PAGRP(Optional)

SWITCH NodeB SET R99FLOWCTRLSWICH(Mandatory)

DLRESMODE NodeB ADD LOCELL(Optional)

BBPOOLTYPE BB Resource Pool Type NodeB ADD LOCELL(Optional)

ISD Itel Shutdown Switch NodeB

SD Switch of Detecting NodeB SET RXINTDETSW(Optional)

CM Check mode NodeB SET RXINTDETSW(Optional)

CQIADJALGOFNONCON

CQI Adjust Algorithm Switch of non-Conversational Service

HSUPACESCHSWITCH

HSUPA CE SCHEDULING SWITCH

HSUPAOLSCHSWITCH

HSUPA OVERLOAD SCHEDULING SWITCH

Max Sharing Power Ratio

R99 Flow Control Function Switch

Dl BB Resource Allocation Mode

SET ITELSHUTDOWN(Mandatory)

IQDL IQ Data Length NodeB SET RXINTDETSW(Mandatory)

PSP Power Start Period NodeB SET RXINTDETSW(Mandatory)

PCT Power Collecting Time NodeB SET RXINTDETSW(Optional)

PD Period of Detecting NodeB SET RXINTDETSW(Mandatory)

THR Interfere threshold NodeB SET RXINTDETSW(Mandatory)

NMCA Unit No. NodeB SET RXINTDETSW(Optional)

















PT Bearing Port Type NodeB ADD AAL2PATH(Optional)

PT Port Type NodeB

PT Bearing Port Type NodeB ADD IP2RSCGRP(Optional)

ADD DEVIP(Optional)ADD IPPATH(Optional)

PT Port Type NodeB ADD LNKSRC(Optional)

PT Port Type NodeB ADD OMCH(Optional)

PT Bearing Port Type NodeB ADD RSCGRP(Optional)

IMAGRPSBT NodeB ADD IMALNK(Optional)

IPDAAT NodeB

IPDAAT NodeB

IMA Group Subboard Type

IP Packets Discard Alarm Appear Threshold


IP Packets Discard Alarm Disappear Threshold


MPGRPSBT NodeB ADD MPLNK(Optional)

E1T1SRN E1T1 Subrack No. NodeB ADD MPLNK(Mandatory)

E1T1SN E1T1 Slot No. NodeB ADD MPLNK(Mandatory)

E1T1SBT E1T1 Subboard Type NodeB ADD MPLNK(Mandatory)

E1T1PN E1T1 Port No. NodeB ADD MPLNK(Mandatory)

HWNO Back Board Hw No. NodeB ADD MPLNK(Mandatory)

FCS Frame CRC NodeB ADD MPLNK(Mandatory)

RMEPID RMEP ID NodeB ADD CFMRMEP(Mandatory)


OAM3AHSW 3ah Switch NodeB

PTPPRI PTP Priority NodeB SET DIFPRI(Mandatory)

CLEAR Clear Statistic NodeB DSP CFMMEP(Mandatory)

ML PPP Group Subboard Type

SET STM1WORKMODE(Mandatory)SET STM1LOP(Mandatory)SET SDHJ0J1J2(Mandatory)

SET STM1WORKMODE(Mandatory)SET STM1LOP(Mandatory)

CNT No. of Send Packets NodeB STR CFMLOOPBACKTST(Mandatory)

SZ Packet Size(bytes) NodeB STR CFMLOOPBACKTST(Mandatory)

TMOUT Timeout(s) NodeB STR CFMLOOPBACKTST(Mandatory)

INTVL Interval(s) NodeB STR CFMLOOPBACKTST(Mandatory)

PT Port Type NodeB SET LR(Mandatory)

PTYPE The type of power NodeB ADD BATTERY(Mantory)

Description Value Type GUI Value Range

Interval Type 1~100

Interval Type 1~100

16QAM Switch Enumeration Type OPEN, CLOSE

Interval Type 1~100

Interval Type 1~100

Interval Type 1~100

Interval Type 1~100

Interval Type 1~100

ARP Proxy Enumeration Type

Antenna Connector Number Enumeration Type

Upper limit ratio of the power for the user with 128 kbps GBR to the total power of the cell







DISABLE(Disable Arp Proxy), ENABLE(Enable Arp Proxy)

N0A, N0B, N1A, N1B, N2A, N2B, N3A, N3B, N4A, N4B, N5A, N5B

Interval Type 60~300


Enumeration Type ATM, IPV4


Tilt Alarm Error Range Interval Type 0~10

Interval Type 0~31

AC Upper Limit of the NPMU AC/DC Voltage Alarm Threshold

AC Lower Limit of the NPMU AC/DC Voltage Alarm Threshold

Bearing Type, which indicates whether the Resource Group Bearing Type is configured on the IP link or the ATM link.

BootpTime. The Bootp Time starts when the OMCH is abnormal.

AG Threshold. If the UE-expected authorized value is equal to or great than the active authorized value plus this threshold value, authorize the UE through the AG channel. Otherwise, authorize the UE through RG channel; It may affect the rate of HSUPA.

Alarm ID Interval Type 1~32000

Alarm ID Select Type Enumeration Type

Alarm ID Interval Type 65334~65535

Enumeration Type

Enumeration Type

ALL(All of alarm ID), ONEBYONE(One by one alarm ID)

Binding Route. When the remote maintenance IP address and local maintenance IP address are in different network segments, the binding route should be set. It indicates whether to bind a route.

NO(not bind a route), YES(bind a route)

Cabinet No. of Antenna Channel1: There are one or more antenna channels in one sector. The number of the channels equals antenna magnitude. The antenna channels are identified by antenna connectors at the cabinet top, hereinafter referred to as "antenna connector".

MASTER(Master cabinet)

Enumeration Type

Enumeration Type


Enumeration Type

It is the No. of the first antenna connector; There are one or more antenna channels in one sector. The number of the channels equals antenna magnitude. The antenna channels are identified by antenna connectors at the cabinet top, hereinafter referred to as "antenna connector".

R0A(Cabinet No.0A Ant), R0B(Cabinet No.0B Ant)

It is the Antenna No. of the first antenna connector;

ANTA(No.A Ant of Power Amplifier), ANTB(No.B Ant of Power Amplifier)

Subrack No. of Antenna Channel1: There are one or more antenna channels in one sector. The number of the channels equals antenna magnitude. The antenna channels are identified by antenna connectors at the cabinet top, hereinafter referred to as "antenna connector".



Enumeration Type

Enumeration Type


Enumeration Type

It is the No. of the second antenna connector; There are one or more antenna channels in one sector. The number of the channels equals antenna magnitude. The antenna channels are identified by antenna connectors at the cabinet top, hereinafter referred to as "antenna connector".


It is the Antenna No. of the second antenna connector;

ANTA(No.A Ant of Power Amplifier), ANTB(No.B Ant of Power Amplifier)




Enumeration Type


Enumeration Type

Enumeration Type

It is the No. of the third antenna connector; There are one or more antenna channels in one sector. The number of the channels equals antenna magnitude. The antenna channels are identified by antenna connectors at the cabinet top, hereinafter referred to as "antenna connector".





It is the No. of the fourth antenna connector; There are one or more antenna channels in one sector. The number of the channels equals antenna magnitude. The antenna channels are identified by antenna connectors at the cabinet top, hereinafter referred to as "antenna connector".



Enumeration Type

BER Threshold Enumeration Type


It refers to the magnitude of antennas in the sector. Do not use it when Sector Type is Distributed Sector.

1(single antenna), 2(two antennas), 4(four antennas)

1E-3(E1/T1 high bit error rate threshold 1E-3), 1E-4(E1/T1 high bit error rate threshold 1E-4), 1E-5(E1/T1 high bit error rate threshold 1E-5), 1E-6(E1/T1 high bit error rate threshold 1E-6)

Antenna Line Device (ALD) System Type Enumeration Type

Alarm Type Value Enumeration Type

Battery Auto Test Mode Enumeration Type

Value of the WRFU/RRU RX Attenuation Interval Type 0, 4~22


TMA12DB_ONLY_NON_AISG (Only TMA 12dB (NON_AISG)), TMA24DB_ONLY_NON_AISG (Only TMA 24dB (NON_AISG)), RET_ONLY_COAXIAL (Only RET (COAXIAL)), RET_ONLY_MULTICORE (Only RET (MULTICORE)), TMA12DB_AISG (12dB TMA and RET or Only TMA 12dB (AISG)), TMA24DB_AISG (24dB TMA and RET or Only TMA 24dB (AISG)), CUSTOM (Custom)

WATER (water immersion), SMOKING (smoking), INFRARED (infrared), GATING (door control)

PERIOD (Period Auto Test), POWERCUT (Power Cut Auto Test), PERIODPOWERCUT (Period and Power Cut Auto Test), NOAUTOTEST (No Auto Test)

Timer_CC, which indicates the length of the SSCOP timer Timer_CC specified in the SAAL-related protocol.

SSL Handshake Authentication Mode Enumeration Type

Auto Touchoff Switch Enumeration Type ON, OFF

Enumeration Type

NEMU Dedicated Boolean Alarm Voltage Enumeration Type

Alarm Voltage Enumeration Type

Frequency Band Enumeration Type No, Yes





NONE (Verify None), PEER (Verify Peer Certificate)

Clock Mode. If this parameter is not specified, the original value is kept.

MASTER(Master), SLAVE(Slave)

HIGH (High), LOW (Low)

HIGH (Alarms at high impedance), LOW (Alarms at low impedance)


Base station ID String Type None

Base station ID String Type None

Battery Capacity Interval Type 5~600

Boost-Charging Duration Interval Type 30~240

Battery Current Limiting Coefficient Any Type 0.05~0.25

Environment Mode Enumeration Type INNER, OUTER

Interval Type 40~79

Interval Type -19~5

Boost-Charging Voltage of the NPMU Any Type 43.2~57.6

Over-temperature alarm threshold of battery temperature

Under-temperature alarm threshold of battery temperature

Beamwidth Range Type 0~255







Interval Type 0~1000Discard Rate. The link is not congested when the frame loss ratio is lower than or equal to this threshold.

IP Address Type -

IP Address Type -

Excessive Burst Size Interval Type 0~155000

Antenna Bearing Range Type 0~65535

Battery Overtemperature Shutdown Flag Enumeration Type

Link Backup Mode (For Ring Topology Only) Enumeration Type COLD, HOT

Interval Type 0

Enable Switch Enumeration Type

Destination IP Address. This parameter must meet all the following conditions: The IP address must be the one of legal A, B, or C type, excluding the default route (IP address 0.0.0.0). The IP & mask must be equal to this IP address.The mask in binary does not allow "0" before "1", or "1" after "0".

Destination IP Mask. This parameter must meet all the following conditions: The IP & mask must be equal to this IP address.The mask in binary does not allow "0" before "1", or "1" after "0".

DISABLE(Disable), ENABLE(Enable)

Number of the Sub-Board of the E1/T1 Routine Test


Interval Type 0~8First Break Point Position of the RRU Chain/Ring

Interval Type 0~8

Enable Switch Enumeration Type

Battery Shutdown Flag Enumeration Type

Battery Shutdown Voltage Any Type 35.0~55.6

Interval Type 0~100

Second Break Point Position of the RRU Chain/Ring (For Ring Topology Only) If it is not specified, it equals to the value of the first break point position.




Added Board Type Enumeration Type

Activated Board Type Enumeration Type

Battery Shutdown Temperature Interval Type 40~70

Interval Type

NEMU (NE Environment Monitoring Unit), NFAN (NodeB FAN Box), WMPT (WCDMA Main Processing & Transmission unit), UTRP (Universal extension TRansmission Processing unit), WBBPa (WCDMA BaseBand Process unit type A), WBBPb (WCDMA BaseBand Process unit type B), UPEA (Universal Power and environment Interface Unit A), UPEB (Universal Power and environment Interface Unit B), UEIU (Universal environment Interface Unit).

HBBU/HBBUC, MRRU, RHUB, PRRU

Number of the Carrier in the Initial RTWP Adjusting

0~1(2 carrier RRU), 0~3(4 carrier RRU)

Antenna Line Device Scenario Enumeration Type

Interval Type 0~100

Enabled State of the SSL Certificate Chain Enumeration Type

Enumeration Type

Enumeration Type

Name of the SSL Certificate Chain File String Type None

REGULAR (Regular Installation Scenario: One RET antenna connects to one antenna connector for signal transmission), SECTOR_SPLITTING (Sector Splitting Scenario: A number of RET antennas transmit signals to cover one cell in which the single sector is logically divided into multiple sub-sectors), DAISY_CHAIN (Antenna Cascaded Scenario: A number of RET antennas are sequentially connected to a single cable), 2G_EXTENSION (2G Extension Scenario: Control the RET antennas of 2G networks by NodeB)



A flag, which indicates whether the OM channel is the master one or the slave one.

MASTER(Master Channel), SLAVE(Slave Channel)

FPMUX Switch, which is a switch to enable or disable FP multiplexing.

DISABLE(Disable FP multiplexing), ENABLE(Enable FP multiplexing)

Enumeration Type

Compress Flag Enumeration Type

Interval Type 0~1

CHR Switch Enumeration Type ON, OFF

CHR Type Enumeration Type ALL, ABNORMAL

Interval Type 5~600

Enumeration Type



Fault Handling Mode for Failure in Running the Batch Command Files

BEST_EFFORT (Best effort), BREAK_ON_FAILURE (Break on failure)

COMPRESSED, UNCOMPRESSED

Number of the RX Channel in the Initial RTWP Adjusting

Value of the Change Time in Starting the RTWP Routine Test

Type of the Channel in Setting the SASU Gain

BS (Channel of BS), UMTS (Channel of UMTS)

Frame Max Length, which indicates the maximum length of the FP, without the IP/UDP header after multiplexing.

Timer_Idle. Length of the SSCOP timer Timer_Idle specified in the SAAL-related protocol. The value of this parameter should be larger than or equal to the value of KATM.

Interface Number Interval Type 0~15

Interface Type Enumeration Type

E1 or T1 line Impendance Enumeration Type

Clock Source Type of the NodeB Enumeration Type

PPP(PPP), MPGRP(MLPPP GROUP)

75(the line workmode is E1), 120(the line workmode is E1), 100(the line workmode is T1)

GPSCARD (GPS card clock source), LINE(LINE clock source), IPCLK(IP clock source), PTP(PTP clock source), PEER

Sub-Board Type of the E1/T1 Routine Test Enumeration Type

Cabinet No. Enumeration Type

Enumeration Type

Enumeration Type

BASE_BOARD, E1_COVERBOARD


Cabinet No. of Power Amplifier1:Power Amplifier refers to the power amplify unit in RRU.


Cabinet No. of Power Amplifier2:Power Amplifier refers to the power amplify unit in RRU.


Cabinet No. of RRU Begin Enumeration Type

Cabinet No. of RRU End Enumeration Type

Cabinet No. of DL Process Unit 1 Enumeration Type

Cabinet No. of UL Process Unit 1 Enumeration Type







Operator Index Interval Type 0~65535

Operator Name String Type A string of up to 31 bytes

Enumeration Type ALL(ALL Type)











Connection Type Value of the Accepted Connection

Statistic Count Interval Type 0~65535

Cover Type of Sector Enumeration Type

IP Address Type -

SAMEZONE (Same Cover Type), DIFFZONE (Different Cover Type)

IP Address. The local IP cannot be the same as the peer IP address. The value range should meet the following conditions: The IP address is of legal A, B, or C type but cannot be the reserved IP address 0.x.x.x or 127.x.x.x. The IP & ~mask cannot be 0, the IP & mask cannot be 0, the IP & mask + ~mask cannot be 0xffffffff, and the IP & ~mask + mask cannot be 0xffffffff. Note that "~mask" indicates the complement on mask.

IP Address Type -

CQI Filter Alpha of HSDPA Interval Type 0~99

Name of the Cancelled List File String Type None

Enable State of the Cancelled List File Enumeration Type

Enumeration Type

Cold Start Load Shutdown Flag of the NEMU Enumeration Type ENABLE, DISABLE

Interval Type -40~0

Flag for Setting the CM Control Switch Enumeration Type

Current DA Interval Type 255~65520

DA Interval Type 255~65520

Installation Date Interval Type 1~31

Local IP Address. The local IP address cannot be the same as the peer IP address. The value range should meet the following conditions: The IP address is of legal A, B, or C type but cannot be the reserved IP address 0.x.x.x or 127.x.x.x. The IP & ~mask cannot be 0, the IP & mask cannot be 0, the IP & mask + ~mask cannot be 0xffffffff, and the IP & ~mask + mask cannot be 0xffffffff. Note that "~mask" indicates the complement on mask.


State Indicating Whether the RRU is Connected to an Auxiliary Power SystemState Indicating Whether the CMU is configured

CONFIGED (Configed), NOTCONFIGED (Not Configed)

Cold Start Load Shutdown Temperature of the NEMU

ON(turnon), OFF(turnoff)

Start Time Compound Type Format: YYYY&MM&DD

Lasting days Interval Type 0~65535

Interval Type 0~30

Destination Cell ID Interval Type 0~65535

The First Destination Cell ID Interval Type 0~65535

The Second Destination Cell ID Interval Type 0~65535

SASU DC Load Interval Type 0~65535

Dead Band of the NCMU Heat Control Delta Parameter

SASU DC Switch State Enumeration Type

Any Type 58.0~60.0

Any Type 35.0 ~ 55.6

Delayed Discharge Test Time Interval Type 1~60


BS (Supplied by BS), UMTS (Supplied by UMTS), OFF (OFF)

DC Upper Limit of the NPMU AC/DC Voltage Alarm Threshold

DC Lower Limit of the NPMU AC/DC Voltage Alarm Threshold

Default Power Level; use it when Sector Type is Distributed Sector.

Join Resource Group Enumeration Type


Device Type Enumeration Type

Device Type Enumeration Type

Type of the Antenna Line Device (ALD) Enumeration Type

AISG Protocl Version Enumeration Type V1.1, V2.0_3GPP

Destination FACH Channel ID Interval Type 0~255

DISABLE(Not Join in Transmission Resource Group), ENABLE(Not Join in Transmission Resource Group)

Timer_Keep_Alive. Length of the SSCOP timer Timer_Keep_Alive specified in the SAAL-related protocol.

SINGLE_RET (Single-antenna Remote Electrical Tilt), STMA (Smart Tower-mounted Amplifier), MULTI_RET (Multi-antenna Remote Electrical Tilt), SASU (Same band Antenna Sharing Unit)

SINGLE_RET (Single-antenna Remote Electrical Tilt), STMA (Smart Tower-mounted Amplifier), MULTI_RET (Multi-antenna Remote Electrical Tilt), SASU (Same band Antenna Sharing Unit)

SINGLE_RET (Single-antenna Remote Electrical Tilt), MULTI_RET (Multi-antenna Remote Electrical Tilt)

The First Destination FACH Channel ID Interval Type 0~255

The Second Destination FACH Channel ID Interval Type 0~255

IP Address Type -

Interval Type -

TX Diversity Mode of Sector Enumeration Type



Local IP Address. The local IP address can be 0.0.0.0. If the local IP address is not 0.0.0.0, it should belong to legal A, B, or C type but cannot be the reserved IP address 0.x.x.x or 127.x.x.x.

To match the uplink coverage capability with the downlink coverage capability, desensitization is applied to reduce the sensitivity of the receiver manually by adding proper noise to received signals; if the desensitization intensity is set to 0, the desensitization is not applied.

COMMON_MODE(Common Mode), HALFFREQ(0.5/0.5 Mode)

It refers to the downlink delay of the first antenna channel.

It refers to the downlink delay of the second antenna channel.



DL Frequency Channel Number Interval Type 0~65535

It is the No. of the dllink resource group. Interval Type 0~3

It is the No. of the downlink resource group. Interval Type 0~3

IP Address Type -

It refers to the downlink delay of the third antenna channel.

It refers to the downlink delay of the fourth antenna channel.

Local IP Address. The local IP address should belong to legal A, B, or C type but cannot be the reserved IP address 0.x.x.x or 127.x.x.x. The parameter cannot be equal to the other SCTP link IP address. The parameter must be the active interface address of this board.

0.05C10 Discharge Time Any Type -

0.1C10 Discharge Time Any Type 0.01~50.01









IP Address Type -

Enumeration Type -

String Type None

IP Address Mask. A valid IP address must meet all the following conditions: The IP & ~mask cannot be 0, the IP & mask cannot be 0, the IP & mask + ~mask cannot be 0xffffffff, and the IP & ~mask + mask cannot be 0xffffffff. Note that "~mask" indicates the complement on the mask. The mask cannot be 255.255.255.254. The mask in binary does not allow "0" before "1", or "1" after "0".

Daylight Saving Time Flag (If it is not specified, the DST settings do no change.)

Valid absolute path of the destination on FTP SERVER, not including the file name

IP Address Type -

Interval Type -



Interval Type 1~100

Destination Port No. Range Type 0~7

Local IP Mask. A valid IP address must meet all the following conditions: The IP & ~mask cannot be 0, the IP & mask cannot be 0, the IP & mask + ~mask cannot be 0xffffffff, and the IP & ~mask + mask cannot be 0xffffffff. Note that "~mask" indicates the complement on the mask. The mask cannot be 255.255.255.254. The mask in binary does not allow "0" before "1", or "1" after "0".

Max Connection Control Count, which indicates the maximum number of connections or releases specified in SAAL-related protocol, that is the maximum permitted number of retransmissions

Max STAT Count, which indicates the maximum number of list elements in STAT PDU specified in SAAL-related protocol. It must be an odd number.

Max Poll Data Count, which indicates the maximum number of times of polling data transmissions specified in SAAL-related protocol.

Discharge Test Time Limit of the Battery Capacity Test

Destination Fraatm Link No. Range Type 0~7

Destination Port No. Range Type 0~7

Destination Port Type Enumeration Type

Min Cell Rate Interval Type

Destination Subboard Type Enumeration Type

Destination Subboard Type Enumeration Type

Destination Slot No. Range Type 0~7

IMA(Bearing Port Type is IMA), UNI(Bearing Port Type is UNI), FRAATM(Bearing Port Type is FRAATM)

The value range is 30~20999 when rate unit is kbps;The value range is 71~49526 when rate unit is cell per second;

BASE_BOARD(base board)

E1_COVERBOARD(E1/T1 cover board)

Destination Slot No. Range Type 0~7

Destination Subrack No. Range Type 0

Bearing Mode Enumeration Type ATM, IPV4

IP Address Type -


Refers to OM priority Interval Type 0~63

Enumeration Type OPEN, CLOSE

Next Hop IP. A valid IP address must satisfy all the following conditions:Legal A/B/C type IP address. IP address can not be 0.0.0.0 and 255.255.255.255.

Timer_No_Response. Length of the SSCOP timer timer Timer_No_Response specified in the SAAL-related protocolIt.

Dynamic Code Resource Distribuiton Switch of HSDPA

E-AGCH power control policy Enumeration Type

Enumeration Type NO, YES

Interval Type -350~150

Interval Type 0~255

Peak cell rate of ATM channel. Interval Type

FIXED (Fixed transmit power), RNC_BASED (Dynamic transmit power control based on the Pilot of DPCH or F-DPCH), FOLLOW_TPC (Dynamic transmit power control based on the TPC of DPCH or F-DPCH), CQI_BASED (Dynamic transmit power control based on CQI), HSSCCH_BASED (Dynamic transmit power control based on HS-SCCH)

Whether to set the E-AGCH power control parameters or not

This parameter specifies the power offset of the E-AGCH from the power of the Common Pilot Channel.

E-AGCH Power Offset; An offset is added to the power of the current 2 ms sub-frame based on the TPC field power of its corresponding DPCCH. This offset is related to the Signal-to-Noise Ratio difference.


End Date of the E1/T1 Routine Test Compound Type None

End Date of the Daylight Saving Time Interval Type 1~31

Battery Charge Efficiency Interval Type 80~100

Effect Signal Enumeration Type

End Mode of the Daylight Saving Time Enumeration Type

End Month of the Daylight Saving Time Enumeration Type

EFFICIENT~0(Efficient) UNEFFICIENT~1(Not Efficient)

DATE, WEEK, DATEWEEK

JAN(January), FEB(February), MAR(March), APR(April), MAY(May), JUN(June), JUL(July), AUG(August), SEP(September), OCT(October), NOV(November), DEC(December)

Enumeration Type

End Voltage Of Battery Capacity Test Interval Type 1.70~2.20

IP Address Type -

IP Address Type -

Compound Type None

Transport Encryption Mode of the FTPS Client Parameter

Auto(Automatic), Plaintext(Plaintext), Encrypted(SSL encrypted)

Peer IP Address, which is of legal A, B, or C type but cannot be the reserved IP address 0.x.x.x or 127.x.x.x. The IP & ~mask cannot be 0, the IP & mask cannot be 0, the IP & mask + ~mask cannot be 0xffffffff, and the IP & ~mask + mask cannot be 0xffffffff. Note that "~mask" indicates the complement on the mask.

Peer IP Mask. The IP & ~mask cannot be 0, the IP & mask cannot be 0, the IP & mask + ~mask cannot be 0xffffffff, and the IP & ~mask + mask cannot be 0xffffffff. Note that "~mask" indicates the complement on the mask. The mask in binary allows no "0" before "1" or "1" after "0".

End Time of the Daylight Saving Time (At a Non-DST).

End Time of the E1/T1 Routine Test Compound Type None

End Week of the Daylight Saving Time Enumeration Type

Enumeration Type

Float-Charging Voltage of the NPMU Any Type 43.2~57.6


PLR Appearing Threshold Interval Type 0~100

SUN(Sunday), MON(Monday), TUE(Tuesday), WED(Wednesday), THU(Thursday), FRI(Friday), SAT(Saturday)

End Week Sequence of the Daylight Saving Time

FIRST(First), SECOND(Second), THIRD(Third), FOURTH(Fourth), LAST(Last)

Peer UDP Port is one of the parameters between NodeB and RNC.

Interval Type 0~100


Download Configuration File Enable Flag Enumeration Type

MPT Backup Flag Enumeration Type ENABLE, DISABLE

RRU Installation Floor Interval Type -100~1000

Route Preference Interval Type 1~255

Enumeration Type

Resource Group ID Interval Type 0~3

Packet Loss Rate Disappearing Threshold, and its value shall not be larger than the PLRAT value.

Timer_Poll. Length of the SSCOP timer Timer_Poll specified in the SAAL-related protocol.


Priority Rule, according to the precedence in the TOS field or the DSCP field

IPPRECEDENCE(According to the precedence value in the TOS field), DSCP(According to the DSCP value in the TOS field)

Route type option Enumeration Type

Rx Bandwidth of this resource group Interval Type 32~15800

Sustain Cell Rate Interval Type


Interval Type 0~63

NEXTHOP(IP address of the next hop), IF(Out port)



Signaling priority. IPPRECEDENCE: 0 (lowest) and 7 (highest) DSCP: 000000 (for default PHB) and XXX000 (for Class-Selector PHB), where X is 0 or 1. The service level is consistent with the IP Precedence in the existing network. For Expedited Forwarding PHB, DSCP is 101110. For Assured Forwarding PHB, four service levels (bandwidth and buffer size) and three packet discard priorities are listed here.

Enumeration Type

TMA Gain Interval Type 0~255

Antenna Gain Range Type 0~255




GPS Cable Delay Interval Type 0~1000

Number of the Head Cabinet Enumeration Type

Two Tx Way of the Local Cell Enumeration Type

Bearing Service Type. When the value is CBR or UBR, only PCR needs to be set; when the value is RTVBR or NRTVBR, both PCR and SCR need to be set; when the value is UBR+, both PCR and MCR need to be set.

CBR(Constant Bit Rate), RTVBR(Real Time Variable Bit Rate), NRTVBR(Non-Real Time Variable Bit Rate), UBR(Unspecified Bit Rate), UBR_PLUS(Unspecified Bit Rate+)


FALSE (Not Support), TRUE (Support)

Enumeration Type

Humidity Lower Limit Interval Type 5.00~95.00

Local Cell Inner Handover Radius Interval Type 0~200000

Interval Type

Slot Number of the Head Interface Board Interval Type 2~3

Number of the Head Subrack Interval Type 0


High Speed Movement Mode of the Local Cell


Optical Port Number of the Head Interface Board

0~2(WBBPa), 0~5(WBBPb)

High Temperature Critical Point of the NCMU Heat Control Delta Parameter


Interval Type 0~30

Heater Close Temperature of the NCMU Heater Parameter

High Temperature at the Delta Air Outlet of the NCMU Heat Control Delta Parameter

Heater Start Temperature Interval Type -99~40

Humidity Upper Limit Interval Type 5.00~95.00

Horizontal Position of the RRU Interval Type 0~1000

Enumeration Type



CBR(Constant Bit Rate), RTVBR(Real Time Variable Bit Rate), NRTVBR(Non-Real Time Variable Bit Rate), UBR_PLUS(Unspecified Bit Rate+), UBR(Unspecified Bit Rate)

Sub Frame Max Length, which indicates the maximum length of the FP before multiplexing. The FP can be multiplexed only when its frame length is smaller than this value.

Flow Control Switch Enumeration Type

Enumeration Type

Interval Type 0~100

Interval Type 1~20

Transmission Link Fault Recover Switch Enumeration Type

STATIC_BW_SHAPING, DYNAMIC_BW_SHAPING, NO_BW_SHAPING, BW_SHAPING_ONOFF_TOGGLE

WRFU/RRU IF Offset Indicating the Direction of IF Filter.

BOTTOM (Offset to bottom, that is, offset to the minimum value (The interference signal frequency is greater than or equal to the current receive frequency.)), MIDDLE (Offset to middle, that is, there is no offset (no interference).), TOP (Offset to top, that is offset to the maximum value (The interference signal frequency is smaller than the current receive frequency.)), MINUS_50M (Only 4 carrier RRU support), PLUS_50M (Only 4 carrier RRU support), MINUS_75M (Only 4 carrier RRU support), PLUS_75M (Only 4 carrier RRU support).

Time Delay. The link is not congested when the delay is lower than this threshold.

This parameter indicates the duration of Timer.

DISABL(Disabl), ENABLE(Enable)

Tx Clock Enumeration Type

Bearing VCI Interval Type 32~511

Interval Type 0~3

Bearing VPI Interval Type 0~255

Committed Burst Size Interval Type 32~155000

Installation Date String Type None

Installer's ID String Type None

Interval Type

RECOVEDRX(the clock recovered from optical signals received by the receive end), EXT8K(external 8kHz clock transmitted from NMPT to NUTI)

Analog Port Number of the NEMU Standby Analog Value Input Parameters

Committed Information Rate, which is related to a specific physical interface but lower than the physical interface rate.

ETH:32~100000MPGRP:32~31744ETHTHK:32~100000

Interval Type

Enumeration Type FULL(Full-Duplex)

IP Address of the NTP Server IP Address Type None

IP address of the FTP Serve IP Address Type None

Enumeration Type

Enumeration Type

Committed Information Rate, which is related to a specific physical interface but lower than the physical interface rate.

ETH:32~100000MPGRP:32~31744ETHTHK:32~100000

Duplex. Interface duplex mode. The value can be forced full-duplex. If the value is null, the duplex mode is not modified.

Frame Structure. If this parameter is not specified, the original value is kept.

E1_DOUBLE_FRAME (Double framtype for E1), E1_CRC4_MULTI_FRAME (CRC4 Mutipiy framtype for E1), T1_SUPER_FRAME (Super framtype for T1), T1_EXTENDED_SUPER_FRAME (Extended Super framtype for T1)

Function. DISABLE means disabling the LR settings on the port. ENABLE means enabling the LR settings on the port.

DISABLE(Disable the LR settings on the port), ENABLE(Enable the LR settings on the port)

Enumeration Type

Enumeration Type

Auto or Manual IP Clock Synchronization Mode

AUTO(Auto), MANUAL(Manual)

This parameter indicates whether to add the VLAN tag. DISABLE means not adding the VLAN tag, and ENABLE means adding the VLAN tag.

ENABLE(Insert VLAN Tag), DISABLE(not Insert VLAN Tag)

Loopback Mode of E1/T1 Enumeration Type

Loopback Mode of IP Level Enumeration Type

Load Overtemperature Shutdown Flag Enumeration Type ENABLE, DISABLE

Interval Type 15~30

Any Type 36.00~43.00

Lower Alarm Occur Limit Any Type None

NOLOOP (loopback mode is cancelled.), LOCAL (Local end loopback, which means that data goes through a loop within a NodeB instead of through E1 cables. It is used to check whether the transmission chips are normal..), REMOTE (Remote loopback, which means that data goes through a loop of E1 cables between NodeB and RNC. it is used to check whether the E1 cables are normal.)

NOLOOP (No loop), ALL (ALL IP Address), IPADDR (Appointed IP Address), IPADDRADDUDPPORT (Appointed IP Address and UDP port No.)

Automatic Alarm Handling Limit After the VSWR Alarm

Lower Threshold of the Input Voltage Alarm of the NEMU

Loopback Mode Enumeration Type

Enumeration Type

Enumeration Type

Loopback Time Range Type 1~60

NOLOOP (loopback mode is cancelled.), REMOTE (Remote loopback, which means that data goes through a loop of fibers betweenNodeB and RNC/BSC. it is used to check whether the fibers are normal.), LOCAL (Local end loopback, which means that data goes through a loop within a NodeB instead of through fibers. It is used to check whether the transmission chips are normal.)

Line Code. If this parameter is not specified, the original value is kept.

HDB3(HDB3 code for E1), AMI(AMI code for E1or T1)

Line Code. If this parameter is not specified, the original value is kept.

AMI(AMI code for E1or T1), B8ZS(B8ZS code for T1)

IP Address Type -

Scramble Mode Enumeration Type

Enumeration Type

IP Clock Link Number Interval Type 0~1

Interval Type 0~63

Enumeration Type

VLAN Group No. Interval Type 0~3


ENABLE(Scramble, it must be ENABLE, when E1/T1 adopts AMI mode), DISABLE(No scramble)

Speed mode. The value can be forced 10 Mbps, forced 100 Mbps, or auto-negotiated. It must be consistent with the peer IP interface. If the value is null, the speed is not modified. Value range: 10M (Forced 10 Mbps), 100M (Forced 100 Mbps), AUTO (Auto-negotiation).

10M(Forced 10Mbps), 100M(Forced 100Mbps), AUTO(Auto-negotiation)

This parameter indicates the DSCP priority of the user data.

Traffic Type, including user data, OM, SIG, and other types.

USERDATA (USERDATA), SIG (SIG DATA), OM (Maintenance DATA), OTHER (OTHER)

Local Cell ID Interval Type 0~268435455

VLAN ID Interval Type 1~4094

Interval Type 0~7


Interval Type 0~255

Load Shutdown Flag of the NEMU Enumeration Type ENABLE, DISABLE

Load Shutdown Voltage Of NEMU Any Type 35.0~55.6

Address & Control Field Compress Enumeration Type DISABLE, ENABLE

VLAN Priority, which indicates the priority level of VLAN

Maximum number of transmission units. It is the maximum length of the IP packets on the port. If this parameter is not specified, the MTU is not modified.

Minimum value of the timer for disabling the cell transmitter


Load Shutdown Temperature Interval Type 55~70

Low Temperature Threshold of the NCMU Interval Type -40~10

Manual Touchoff Switch Enumeration Type ON, OFF

Low Temperature Critical Point of the NCMU Heat Control Delta Parameter

Any Type

ATM Address Any Type

Adjacent Node ID Interval Type 0~31

E-AGCH Max Power Interval Type -350~150

Authentication Enumeration Type

Enumeration Type ENABLE, DISABLE


Max RRU Output Power Interval Type 0~500

ATM Address, a hexadecimal string of 40 characters (excluding H').

A hexadecimal string of 40 characters (excluding H'). Format: H'3902030405060708090001020304050607080900. The ATM address must start with 39, 45, or 47 to comply with the protocols.


NONAUTH(no authentication), PAP(PAP authentication), CHAP(CHAP authentication)

Auto Switch to Master Address. When the master address is restored, the service can be switched to the master address automatically.

NCP/CCP Bearing Type, which indicates whether the Resource Group Bearing Type is configured on the IP link or the ATM link.

Resource Group Bearing Type Enumeration Type IPV4


Cell Delay Variation Tolerance Interval Type 1024~13300000

IP Address Type -

Enumeration Type

E-AGCH Min TX Power Interval Type -350~150

Range Type 0~65535

Statistic Periods Interval Type 0~65535

Any Type 0~4294967295

NCP/CCP Port Type Enumeration Type

SASU Mode Enumeration Type

TMA Mode Enumeration Type

Bearing Type, which indicates whether the Resource Group Bearing Type is configured on the IP link or the ATM link.

Client IP Address, which must be the IP address of ETHPORT.

For the different links in a group may go through different transmission network, the links may use the different synchronize source. In this case, the clock mode of the IMA group should be ITC.

ITC(Independent Transmit Clock), CTC(Common Transmit Clock)

CCP Port No.. It is valid when NCP/CCP Port Type is CCP.

Measurement Lower Limit of the NEMU Standby Analog Value Input Parameters

NCP(NCP port), CCP(CCP port)

NORMAL (Normal Mode), BYPASS (Bypass Mode)NORMAL (Normal Mode), BYPASS (Bypass Mode)

System Clock Working Mode Enumeration Type MANUAL, FREE

Work Mode Enumeration Type

Antenna Model No. String Type None

Interval Type 4~100

String Type 0~64 characters

OFF(Disabled mode), DEFAULT(System default mode), CUSTOM(User-defined mode)

Diff Max Delay. The links in an IMA group go through different tranmission lines, which introduces different transmission delays and causes relative delay variation between the links (known as Link Differential Delay). When the Link Differential Delay exceeds the capacity setting, the LODS alarms related to the link are reported.

The identifier, the parameter can not include the letters of '<', '>', '?', '!', ''', '\' and '"'.

DHCP Server IP Address IP Address Type -

Interval Type 0~63

IP Address Type -

Any Type 0~4294967295

IP Address Type -

Interval Type 0~500

Interval Type 1~100

NodeB Name String Type None

Differentiated Services Code Point. Refer to [MML]SET DIFPRI[/MML].

Destination IP Address. This parameter must meet all the following conditions: The IP address must be the one of legal A, B, or C type, excluding the default route (IP address 0.0.0.0). The IP & mask must be equal to this IP address.The mask in binary does not allow "0" before "1", or "1" after "0".

Measurement Upper Limit of the NEMU Standby Analog Value Input Parameters

Destination IP Mask. This parameter must meet all the following conditions: The IP & mask must be equal to this IP address.The mask in binary does not allow "0" before "1", or "1" after "0".

The maximum transmit power of the local cell is the maximum output power at the antenna connector on the cabinet top. The value must stay within the value range supported by the power amplifier; otherwise, the local cell is unavailable.

Every HSDPA user will limit the power configured by the parameter value.

Name of the SASU Which Needs Setting String Type None

String Type None

String Type None

String Type None

Destination Resource Group ID Interval Type 0~3

Name of the RET Antenna of Which the Downtilt Needs Setting

Device Name of the Antenna Line Device (ALD)

Device Name of the Smart Tower-Mounted Amplifier (STMA)

Enumeration Type

Destination Port VCI Interval Type 32~511

Destination Port VPI Interval Type 0~255

Enumeration Type

Enumeration Type

Fraatm Link No. Interval Type 0~7

Destination E1/T1 Time Slot No. A map of the timeslot, denoted in binary format. If a timeslot is selected, it indicates that the timeslot is used; otherwise, it indicates that the timeslot is not used.

TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, TS25, TS26, TS27, TS28, TS29, TS30, TS31

A flag, which indicates whether the transmission channel is the master one or the slave one.

MASTER(Master Channel), SLAVE(Slave Channel)

FPMUX Switch, which is a switch to enable or disable FP multiplexing.

DISABLE(Disable FP multiplexing), ENABLE(Enable FP multiplexing)

Enumeration Type



Interval Type 0~255

Enumeration Type



Interval Type 0~255

E-HICH power control policy for non-service radio link set

FIXED (Fixed transmit power), RNC_BASED (Dynamic transmit power control based on the Pilot of DPCH or F-DPCH), FOLLOW_TPC (Dynamic transmit power control based on the TPC of DPCH or F-DPCH)

Whether to set the E-HICH power control parameters for non-service radio link set or not

This parameter specifies the power offset of the E-HICH non-serving RLS from the power of the Common Pilot Channel.

E-HICH Power Offset for Non-service Radio Links Set. An offset is added to the power of the current 2 ms sub-frame based on the TPC field power of its corresponding DPCCH. This offset is related to the Signal-to-Noise Ratio difference.

E-RGCH power control policy for non-service radio links


Whether to set the E-RGCH power control parameters for non-service radio links or not

This parameter specifies the power offset of the E-RGCH non-serving RL from the power of the Common Pilot Channel.

E-RGCH Power Offset for Non-service Radio Links; an offset is added to the power of the current 2 ms sub-frame based on the TPC field power of its corresponding DPCCH. This offset is related to the Signal-to-Noise Ratio difference.


Frame Mode Enumeration Type

Interval Type 0~30

Interval Type 0~30

Frame Max Length, which indicates the maximum length of the FP, without the IP/UDP header after multiplexing.

FRAMEMODE_SONET(The optical port work in SONET OC-3 mode), FRAMEMODE_SDH(The optical port work in SDH STM-1mode)

Normal Temperature at the Delta Air Inlet of the NCMU Heat Control Delta Parameter

Normal Temperature at the Delta Air Outlet and Inlet of the NCMU Heat Control Delta Parameter

Object Alarm ID Interval Type 1~32000

Object Number Interval Type 0~254

Type of Objects Needed Shielding Enumeration Type


Enumeration Type

On/Off Status of the Environment Devices Enumeration Type ON, OFF


Operating Sort Enumeration Type DEV, OPE

ALL(ALL), BRD(Board), E1/T1(E1/T1), E1/T1OnChannelsSubbrd(E1/T1 On Channels Subboard)

Overcurrent Alarm Clearance Threshold of the Antenna Line Device (ALD)

Tx Frame Length. A longer Tx Frame Length brings about more efficient data transmission but lower sensitivity to data transmission errors. The default value is recommended.

D32(Tx Frame Length D32), D64(Tx Frame Length D64), D128(Tx Frame Length D128), D256Tx Frame Length D256)

Overcurrent Alarm Occurrence Threshold Of ALD(Antenna Line Device)

ALD Protocl Version Enumeration Type V1.1, V2.0_3GPP

Operating Mode Enumeration Type

Enumeration Type

Over Temperature Threshold of the NCMU Interval Type 20~80

NAME (ALD Name), CSAT (Cabinet No., Subrack No., Antenna Connector No. and Device Type), SECTOR (Site No. and Sector No.)

It indicates whether you are adding the destination FACH channel to the CMB FACH_D group or deleting a destination FACH channel from the group.

ADDDESFACH(Add destination FACH to CMB FACH_D Group), DELDESFACH(Delete destination FACH from CMB FACH_D Group)

Interface Number Interval Type 0~15

Interface Type Enumeration Type

IMA Group No. Interval Type 0~3

IMA Link No. Interval Type 0~7

Enumeration Type

PPP(PPP), MPGRP(MLPPP GROUP)

This parameter indicates whether to add the VLAN tag. DISABLE means not adding the VLAN tag, and ENABLE means adding the VLAN tag.

ENABLE(Insert VLAN Tag), DISABLE(not Insert VLAN Tag)

IP Address Type -

Enumeration Type

IP Address Type -

Join Resource Group Enumeration Type

Link No. Interval Type 0~1

Interval Type 0~63

IP Address. The local IP cannot be the same as the peer IP address. The value range should meet the following conditions: The IP address is of legal A, B, or C type but cannot be the reserved IP address 0.x.x.x or 127.x.x.x. The IP & ~mask cannot be 0, the IP & mask cannot be 0, the IP & mask + ~mask cannot be 0xffffffff, and the IP & ~mask + mask cannot be 0xffffffff. Note that "~mask" indicates the complement on mask.

IP Header Compress. DISABLE means that the IP header is not expected to be compressed from the peer end. ENABLE means that the UDP/IP header is expected to be compressed from the peer end.

DISABLE(The IP header is not expected to be compressed from the peer), ENABLE(The UDP/IP header is expected to be compressed from the peer)

Local IP Mask. If the IP mask is 0.0.0.0, it indicates that the IP mask must be negotiated; if the IP mask is not 0.0.0.0, the following conditions must be met: The IP & ~mask cannot be 0, the IP & mask cannot be 0, the IP & mask + ~mask cannot be 0xffffffff, and the IP & ~mask + mask cannot be 0xffffffff. Note that "~mask" indicates the complement on the mask. The mask in binary does not allow "0" before "1", or "1" after "0".

DISABLE(Not Join in Transmission Resource Group), ENABLE(Not Join in Transmission Resource Group)

No. of the SAAL link where the CP is located.

SCTP Link No. Interval Type 0~19

Interval Type 0~63

IP Address Type -

Interval Type 0~7

Enumeration Type


IP Address Type -

Port Number of the E1/T1 Routine Test Interval Type 0~7

No. of the SAAL link where the AAL2 node is located.

Local IP Address. The parameter must meet all the following conditions: The local IP address can be 0.0.0.0. If it is not 0.0.0.0, the IP address is of legal A, B, or C but cannot be the reserved IP address 0.x.x.x or 127.x.x.x. The IP & ~mask cannot be 0, the IP & mask cannot be 0, the IP & mask + ~mask cannot be 0xffffffff, and the IP & ~mask + mask cannot be 0xffffffff. Note that "~mask" indicates the complement on the mask. If the IP address is 0.0.0.0, it indicates that the IP address must be negotiated; if the IP address is not 0.0.0.0, it cannot be the same as the peer IP address.

Port Number of the RHUB Where the Pico RRU is Located

Password Enabled State of the Private Key File


Local SCTP Port, which is one of the parameters between NodeB and RNC.

IP Address Mask. A valid IP address must meet all the following conditions: The IP & ~mask cannot be 0, the IP & mask cannot be 0, the IP & mask + ~mask cannot be 0xffffffff, and the IP & ~mask + mask cannot be 0xffffffff. Note that "~mask" indicates the complement on the mask. The mask cannot be 255.255.255.254. The mask in binary does not allow "0" before "1", or "1" after "0".

NEMU Port Number Interval Type 0~5

NPSU Number Interval Type 1~3

Alarm Port Number Interval Type 0~35

Port No. Range Type 0~7


Bearing Port No. Range Type 0~7

Bearing Fraatm Link No. Range Type 0~7

Fraatm Link No. Range Type 0~7

Fraatm Link No. Range Type 0~7

Max Burst Size Interval Type 3~10000


Enumeration Type


Port Number of the FTP Server Providing the FTP Services

Multi Class PPP. DISABLE means not using MCPPP; ENABLE means using MCPPP.

DISABLE(not use MCPPP), ENABLE(use MCPPP)



Interval Type 1~8

Interval Type 0~100

Name of the Private Key Certificate File String Type None

RRU Position in the Chain Interval Type 0~7


Min Number of Links Activated, which is a threshold indicating the available status of IMA group. For example, if this parameter is set to 3 and the number of activated IMA links in an IMA group is larger than or equal to 3, then the IMA group is available. If the number of activated IMA links in the group is smaller than 3, then the IMA group is unavailable.

MLPPP Packets Discard Alarm Appear Threshold

Enumeration Type R0A, R0B, RET_PORT

NodeB Power Supply Type Enumeration Type

Port Type Enumeration Type

Auxiliary Power System Type Enumeration Type

Name of the Public Key Certificate File String Type None

Interval Type 0~100

Private Key Password Password Type None

Power Supply Port of the Antenna Line Device (ALD)

-48VDC (-48V DC), 24VDC (24V DC), 220VAC (220V AC)

BOOL(Boolean port), VALUE(Analog port)

APM100, APM200, APM30, OMB

MLPPP Packets Discard Alarm Disappear Threshold

User password for login Password Type None

Interval Type 0~100

It is power setting mode of the RRU. Enumeration Type

Enumeration Type ON, OFF

Power Margin Ratio, to prevent the total power from exceeding the 100% power margin in 2 ms.

DEFAULT(Use the default power), ABSOLUTE(Use this absolute power value for power amplifier)

Power Supply Switch of the Antenna Line Device (ALD) System


Number of the RRU Chain/Ring Interval Type 0~249

ML PPP Group No. Interval Type 0~3

Index of remote cell group Interval Type 0~4294967295

Name of remote cell group String Type None

Maximum Receive Unit Interval Type 128~1500

RET Type Enumeration Type DUAL

RF Desensitivity of the RRU Interval Type 0~10

Enumeration Type

Rollback Mode for Activating the Baseline Enumeration Type

Remote Cell Group Index of Local Cell Interval Type 0~4294967295

The radius of the local cell affects its coverage.

It indicates whether you are deleting the board from the resource group or add a board to the resource group.

ADDULPUNIT, DELULPUNIT(MOD ULGROUP)ADDDLPUNIT, DELDLPUNIT(MOD DLGROUP)

ENABLE (Support rollback), DISABLE (Not support rollback)

Remote Mode of the Local Cell Enumeration Type

RRU Name String Type None

Enumeration Type

Name of the Root Certificate File String Type None

Enumeration Type

RRU Work Standard Enumeration Type

Resource Allocate Method of HSDPA Enumeration Type

IP Address Type -

IP Address Type -


PPP MuxCP. DISABLE means disabling the local protocol; ENABLE means enabling the local protocol.

DISABLE(Local protocol disable), ENABLE(Local protocol enable)

Mode of RRU used in this local cell; if Sector Type is Distributed Sector, just use the sector type; if the mode is SYNC, the local cell uses all the RRUs in the sector where the local cell is; if the mode is UNSYNC, the local cell uses specified RRUs.

UNSYNC (use part of the sector RRUs), SYNC (use all of the sector RRUs)

UO (UMTS ONLY), G/U (G/U DUAL MODE(Only MRRU support)), GO (GSM ONLY(Only MRRU support))

CODE_PRI(Code Priority:refers to power limited cell), POWER_PRI(Power Priority:refers to code limited cell), POWERCODE_BAL(Balance between Code and Power)

Next Hop IP Address. A valid IP address must meet all the following conditions:The IP address is of legal A, B, or C type. The IP address cannot be 0.0.0.0 or 255.255.255.255.

Next Hop IP. A valid IP address must satisfy all the following conditions:Legal A/B/C type IP address. IP address can not be 0.0.0.0 and 255.255.255.255.

Resource Limiting Switch of HSDPA Enumeration Type

Enumeration Type

Tscross No. Interval Type 0~15

Tree link PVC No. Interval Type 0~65535

RRU Type Enumeration Type

IP Address Type -

Value of the RTWP Initial Adjusting Interval Type -130~130

Node Type Enumeration Type

OPEN (OPEN), CLOSE (CLOSE)

NodeB Resetting Mode After the Download of the Configuration File

LATER(Later reset), IMMEDIATELY(Immediately reset)

MRRU, RHUB, PRRU, WRFU

NodeB IP Address, which indicates the NodeB IP address of the IP port. It can be classified into the following types: When the NodeB IP address is configured by the link Layer, the configured address can be used. When the DEVIP is configured, the DEVIP address can be used.When the NodeB IP address is obtained by the link layer negotiation, the negotiated address cannot be used but can be configured as 0.0.0.0.

LOCAL(End Node), HUB(Switching Node)

Resource Allocate Rule of Baseband Enumeration Type

Node Type Enumeration Type

Index of the WRFU/RRU RX Channel Interval Type 0~1

RX Unit Number of the WRFU/RRU Interval Type 0~1

RX Unit Switch of the WRFU/RRU Enumeration Type

Enumeration Type DISABLE, ENABLE

IP Path ID Interval Type 0~65535

AAL2 Path ID Interval Type 1~4294967295

Peak cell rate of ATM channel Interval Type

Status of the Sub-Board Enumeration Type

Sub-Board Type Enumeration Type

PERFFIRST (Handover performance first mode), CAPAFIRST (Capacity first mode)

LOCAL(End Node), HUB(Switching Node), ADJNODE(Adjacent Node)

ON (Switch on), OFF (Switch off)

Path Check. DISABLE means not using PING to detect the path state; ENABLE means using PING to detect the path state.


YES (has a subboard), NO (has no subboard)

UAEC, UPEC, UUAS, UQEC, UEOC

Subboard Type Enumeration Type



Interval Type 0~80

BASE_BOARD(base board), E1_COVERBOARD(E1/T1 cover board), BACK_BOARD(back board)

BASE_BOARD(base board), E1_COVERBOARD(E1/T1 cover board)

BASE_BOARD(base board), E1_COVERBOARD(E1/T1 cover board), BACK_BOARD(back board)

The power of the HS-SCCH is an offset in dB to the transmit power of the PCPICH. The power of the HS-SCCH is valid only when the power of the HS-SCCH is controlled by predefined values. The power is a fixed value.


Source logical Cell ID Interval Type 0~65535

Peak cell rate of ATM channel Interval Type

IP Address Type -


Enumeration Type DISABLE, ENABLE

ML PPP Link No. Interval Type 0~15

Route Preference Interval Type 1~255

Start Date of the E1/T1 Routine Test Compound Type None

Start Date of the Daylight Saving Time Interval Type 1~31

Any Type 40.00~54.00

Whether to set the Mac-e schedule parameters or not



Peer SCTP Port is one of the parameters between NodeB and RNC.

Protocol Field Compress. DISABLE means not being compressed; ENABLE means being compressed.

Simple Discharge End Voltage of the Battery Capacity Test

Interval Type 1~240

Password Type 0~16 characters

Interval Type 0~5

Sector Number Interval Type 0~5

Interval Type

It indicates type of the sector. Enumeration Type

Sector ID String Type None

Sector ID String Type None

Simple Discharge Time Limit of the Battery Capacity Test

Password. It is mandatory if AUTH is not NONAUTH.

It is sequentially numbered in the site. Up to six sectors can be configured to one site.

Receive Cell Rate. The RCR value must be equal to the DL bandwidth configured at the RNC. When the AAL2PATH is configured at the NodeB, the RCR will be used as the receive bandwidth, which is an important parameter in the algorithm for flow control. Whether the RCR is configured correctly or not will affect the result of the algorithm for flow Control.


REMOTE_SECTOR (Remote Sector), DIST_SECTOR (Distributed Sector)

Enumeration Type



Interval Type 0~255

Enumeration Type



Interval Type 0~255

E-HICH power control policy for service radio link set


Whether to set the E-HICH power control parameters for non-service radio link set or not

This parameter specifies the power offset of the E-HICH non-serving RLS from the power of the Common Pilot Channel.

E-HICH Power Offset for Service Radio Links Set; an offset is added to the power of the current 2 ms sub-frame based on the TPC field power of its corresponding DPCCH. This offset is related to the Signal-to-Noise Ratio difference.

E-RGCH power control policy for service radio link set


Whether to set the E-RGCH power control parameters for non-service radio links or not

This parameter specifies the power offset of the E-RGCH non-serving RL from the power of the Common Pilot Channel.

E-RGCH Power Offset for Service Radio Links Set; an offset is added to the power of the current 2 ms sub-frame based on the TPC field power of its corresponding DPCCH. This offset is related to the Signal-to-Noise Ratio difference.

Serial Number String Type None

Antenna Serial No. String Type None

IP Address of the FTP Server IP Address Type None

Source FACH Channel ID Interval Type 0~255

Shield Flag to Be Set Enumeration Type


E-HICH Power for Single Radio Link Interval Type -350~150

IP address bearing traffic at the RNC. IP Address Type -

UNSHIELDED(Not Shielded), SHIELDED(Shielded)

RestartTimer. Timer for Configure-Request or Terminate-Request packets.

Start Date Mode of the Daylight Saving Time Enumeration Type

Scheduling Method of HSDPA Enumeration Type

Start Month of the Daylight Saving Time Enumeration Type


EPF (Enhanced Proportional Fairness), PF (Proportional Fairness), RR (Round Robin), MAXCI (Max C/I)

JAN(January), FEB(February), MAR(March), APR(April), MAY(May), JUN(June), JUL(July), AUG(August), SEP(September), OCT(October), NOV(November), DEC(December)

Slot No. Interval Type 0~7, 16, 18~19

Slot No. Range Type 0~7

Slot No. Range Type 0~7

Interval Type 0

Interval Type 0

Slot No. of RRU Begin Interval Type 0

Slot No. of RRU End Interval Type 0

Slot No. of DL Process Unit 1 Interval Type 0~3

Slot No. of UL Process Unit 1 Interval Type 0~3







Any Type 0~4294967295

Slot No. of Power Amplifier1:Power Amplifier refers to the power amplify unit in RRU.

Slot No. of Power Amplifier2:Power Amplifier refers to the power amplify unit in RRU.

Sensor Output Lower Limit of the NEMU Standby Analog Value Input Parameters (Voltage Sensor)

Any Type 0~4294967295

Any Type 0~4294967295

Any Type 0~4294967295


Resource Group ID Interval Type 0~3

Speed Rate of High Speed Local Cell Enumeration Type

Sensor Output Lower Limit of the NEMU Standby Analog Value Input Parameters (Current Sensor)

Sensor Output Upper Limit of the NEMU Standby Analog Value Input Parameters (Voltage Sensor)

Sensor Output Upper Limit of the NEMU Standby Analog Value Input Parameters(For Current Sensor)

Synchronization Period of the SNTP Client Parameters

250 (250km/h), 400 (400km/h), 500 (500km/h)

State of the Supported Firewall Enumeration Type No, Yes

Source Port No. Range Type 0~7

Source Fraatm Link No. Range Type 0~7

Source Port No. Range Type 0~7

Source Port Type Enumeration Type

Enumeration Type

Source Subboard Type Enumeration Type

Source Subboard Type Enumeration Type

Source Slot No. Range Type 0~7

Source Slot No. Range Type 0~7

Source Subrack No. Range Type 0

Route type option Enumeration Type

IMA(Bearing Port Type is IMA), UNI(Bearing Port Type is UNI), FRAATM(Bearing Port Type is FRAATM)

Expected Rx Switch, if it is empty, the Rx Expected Trace Byte Setting will not be changed.


BASE_BOARD(base board)

E1_COVERBOARD(E1/T1 cover board)

NEXTHOP(IP address of the next hop), IF(Out port)

Rate unit Enumeration Type KBIT/S, CELL/S


E-HICH Power Offset for Single Radio Link Interval Type 0~255

Subrack No. Interval Type 0~8, 20~254

Rx Bandwidth. This is an important parameter for the flow control algorithm. The value of RXBW must be equal to the DL bandwidth at the RNC. If not, the result of flow control algorithm will be affected.

Subrack No. Range Type 0

Subrack No. Range Type 0



Subrack No. of RRU Begin Interval Type 20~254

Subrack No. of RRU End Interval Type 20~254

Subrack No. of DL Process Unit 1 Interval Type 0

Subrack No. of UL Process Unit 1 Range Type 0







Subrack Type Enumeration Type

Subrack No. of Power Amplifier1: Power Amplifier refers to the power amplify unit in RRU.

Subrack No. of Power Amplifier2: Power Amplifier refers to the power amplify unit in RRU.

FAN (Fan Subrack), EXT (Extension Subrack), RFU (RFU Subrack)

Expected Rx Type Enumeration Type

Expected Rx Information Any Type 0~64 characters

Enumeration Type

SAAL Link No. Interval Type 0~63


TRACE_1BYTE(One byte type), TRACE_16BYTE(16 byte CRC type), TRACE_64BYTE(64 Byte type)

Expected Rx Procotol Version. According to the Second Revision of ITU-T 3/G.831, the trace message will be padded with T.50 "NUL" character to get a maximum available byte character string. For interworking with equipment developed prior to this version of protocol that may use the T.50 space as a padding character, new equipment should be able to generate T.50 "SPACE" padding characters as an option.

REVISION_2ND(Second Revision. Padding with T.50 "NUL"), EARLIER_VER(Prior to Second Revision. Padding with T.50 space)


Compound Type None

Start Time of the E1/T1 Routine Test Compound Type None


It is the number of the site. Interval Type 0~4294967295

Site Number Interval Type 0~4294967295

Site Name String Type None

Start Time of the Daylight Saving Time (At a Non-DST).


Scramble Mode Enumeration Type

SCTP Link No. Interval Type 0~19

Interval Type 1~6

Enumeration Type

IP Address Type -

Start Week of the Daylight Saving Time Enumeration Type

ENABLE(Scramble, it must be ENABLE, when E1/T1 adopts AMI mode), DISABLE(No scramble)

Subunit Number of the Antenna Line Device (ALD)

Switch of the Time Synchronization of the SNTP Client Parameters

ON (Need to be synchronized), OFF (Not need to be synchronized)

Second local IP address of SCTP association. This parameter is one of those between NodeB and RNC. This parameter must meet the following conditions: This parameter can be set to 0.0.0.0. If it is not set to 0.0.0.0, the IP address is of legal A, B, or C type, but cannot be the reserved IP address 0.x.x.x or 127.x.x.x. If it is set to 0.0.0.0, this parameter is not used. The parameter cannot be equal to any other SCTP link IP address but must be an active interface address of this board.

SUN(Sunday), MON(Monday), TUE(Tuesday), WED(Wednesday), THU(Thursday), FRI(Friday), SAT(Saturday)

IP Address Type -

Enumeration Type

Smooth Power Change Function Switch Enumeration Type

Enumeration Type

IP Address Type -

Temperature Compensation Coefficient Interval Type 0~500

Number of the Tail Cabinet in the RRU Ring Enumeration Type

Source Resource Group ID Interval Type 0~3

Timely Discharge Test Time Interval Type 30~240

Second peer IP address of SCTP association. This parameter is one of those between NodeB and RNC. This parameter must be set to meet the following conditions: This parameter can be set to 0.0.0.0. If it is not set to 0.0.0.0, the IP address is of legal A, B, or C type, but cannot be the reserved IP address 0.x.x.x or 127.x.x.x. If it is set to 0.0.0.0, this parameter is not used. The parameter cannot be equal to any other SCTP link IP address.

Automatic Alarm Handling Switch After the VSWR Alarm


OPEN (OPEN), CLOSE (CLOSE)

Start Week Sequence of the Daylight Saving Time

FIRST(First), SECOND(Second), THIRD(Third), FOURTH(Fourth), LAST(Last)

IPCLK Server IP Address, which should belong to legal A, B, or C type but cannot be the reserved IP address 0.x.x.x or 127.x.x.x. The CIP and SIP should be different.


Antenna Tilt Interval Type -100~300

Installed Mechanical Tilt Range Type -100~127

Installed Mechanical Tilt Range Type -10~30

Enumeration Type

Source Port VCI Interval Type 32~511

Source Port VPI Interval Type 0~255

Temperature Alarm Lower Limit Interval Type -10.00~55.00

Source E1/T1 Time Slot No. A map of the timeslot, denoted in binary format. If a timeslot is selected, it is crossed to the timeslot. Otherwise, it is not crossed.



Start Time Compound Type Format:HH&MM&SS

Time Offset of the Daylight Saving Time Interval Type -120~120

RRU Topology Position Enumeration Type

Interval Type

Enumeration Type

Enumeration Type

Minimum Preferable Value of the Temperature at the Delta Air Outlet of the NCMU Heat Control Delta Parameter

TRUNK (TRUNK), BRANCH (BRANCH)

Optical Port Number of the Tail Interface Board (For Ring Topology Only)

0~2(WBBPa), 0~5(WBBPb)

Service Type. When the value is CBR or UBR, only PCR needs to be set; when the value is RTVBR or NRTVBR, both PCR and SCR need to be set; when the value is UBR+, both PCR and MCR need to be set.

RTVBR(Real Time Variable Bit Rate), NRTVBR(Non-Real Time Variable Bit Rate), UBR(Unspecified Bit Rate), UBR_PLUS(Unspecified Bit Rate+)


CBR(Constant Bit Rate), RTVBR(Real Time Variable Bit Rate), NRTVBR(Non-Real Time Variable Bit Rate), UBR(Unspecified Bit Rate), UBR_PLUS(Unspecified Bit Rate+)

STM1 No. Range Type 0~1

Interval Type 2~3

Interval Type 0

Topology Type of the RRU Chain Enumeration Type

Temperature Alarm Upper Limit Interval Type -10.00~55.00


Enumeration Type

Trace Byte Enumeration Type J0(J0), J1(J1), J2(J2)

Slot Number of the Tail Interface Board (For Ring Topology Only)

Number of the Tail Subrack (For Ring Topology Only)

CHAIN (Chain Topology Type), RING (Ring Topology Type)

Sub Frame Max Length, which indicates the maximum length of the FP before multiplexing. The FP can be multiplexed only when its frame length is smaller than this value.

Tx Switch, if it is empty, the Tx Trace Byte Setting will not be changed.


Interval Type 1~20

Enumeration Type

Tx Unit No. Range Type 0~1

WRFU/RRU TX Unit Switch Enumeration Type

Enumeration Type

This parameter indicates the duration of Timer.

16th TimeSlot Support. This parameter is valid when the timeslot is in E1 mode.

ENABLE(Enable), DISABLE(Disable)


E1/T1 Time Slot No. A map of the timeslot, denoted in binary format. If a timeslot is selected, it is crossed to the timeslot. Otherwise, it is not crossed.


Tx Bandwidth Interval Type 8~100000


Enumeration Type


The TXBW of RSCGRP should be smaller than or equal to the physical port bandwidth.

Sensor Type of the NEMU Standby Analog Value Input Parameters

VOLTAGE (Voltage Type), CURRENT (Current Type)

Undercurrent Alarm Clearance Threshold of the Antenna Line Device (ALD)

Any Type 57.00~60.00

Upper Alarm Occur Limit Any Type None





Upper Threshold of the NEMU Input Voltage Alarm

It refers to the uplink delay of the first antenna channel.

It refers to the uplink delay of the second antenna channel.

It refers to the uplink delay of the third antenna channel.

It refers to the uplink delay of the fourth antenna channel.

UL Frequency Channel Number Interval Type 0~65535

UL BB Resource Group No. Interval Type 0~3

UL BB Resource Group No. Interval Type 0~3


Tx EBS Interval Type 0~155000000


Interval Type 0~255

User name of FTP Server for login String Type None

Tx CBS. Recommended value: 1/2 of the TX bandwidth.

Undercurrent Alarm Occurrence Threshold of the Antenna Line Device (ALD)

Maximum value of the timer for disabling the cell transmitter

Tx Type Enumeration Type

Tx Information Any Type 0~64 characters

Vendor Code String Type None

Enumeration Type

TRACE_1BYTE(One byte type), TRACE_16BYTE(16 byte CRC type), TRACE_64BYTE(64 Byte type)

Tx Procotol Version. According to the Second Revision of ITU-T 3/G.831, the trace message will be padded with T.50 "NUL" character to get a maximum available byte character string. For interworking with equipment developed prior to this version of protocol that may use the T.50 space as a padding character, new equipment should be able to generate T.50 "SPACE" padding characters as an option.

REVISION_2ND(Second Revision. Padding with T.50 "NUL"), EARLIER_VER(Prior to Second Revision. Padding with T.50 space)

Any Type 0~64 characters

UNI Link No. Interval Type 0~7

Bearing VCI Interval Type 32~511

IMA Protocol Version Enumeration Type

VLAN Group No. Interval Type 0~3

VLAN ID Interval Type 1~4094

VLAN Mode Enumeration Type

Interval Type 0~7

Bearing VPI Interval Type 0~255

User Name. It is mandatory if AUTH is not NONAUTH.

V1.0(IMA protocol version 1.0), V1.1(IMA protocol version 1.1)

SINGLEVLAN (Single vlan), VLANGROUP (Vlan Group)

VLAN Priority, which indicates the priority level of VLAN

Tree Link PVC Switch Type Enumeration Type

Vertical Position of the RRU Interval Type 0~1000

Work Mode Enumeration Type

Enumeration Type

VP_SWITCH(VC Switch), VC_SWITCH(VP Switch)

DEM_2_CHAN (2-Channels Demodulation Mode), DEM_4_CHAN (4-Channels Demodulation Mode), DEM_ECON_4_CHAN (Economical 4-Channels Demodulation Mode)

Time Zone (If it is not specified, the time zone settings do not change.)

GMT-0400 (GMT-04:00), GMT-0330 (GMT-03:30), GMT-0300 (GMT-03:00), GMT-0200 (GMT-02:00), GMT-0100 (GMT-01:00), GMT (GMT), GMT+0100 (GMT+01:00), GMT+0200 (GMT+02:00), GMT+0300 (GMT+03:00), GMT+0330 (GMT+03:30), GMT+0400 (GMT+04:00), GMT+0430 (GMT+04:30), GMT+0500 (GMT+05:00), GMT+0530 (GMT+05:30), GMT+0545 (GMT+05:45), GMT+0600 (GMT+06:00), GMT+0630 (GMT+06:30), GMT+0700 (GMT+07:00), GMT+0800 (GMT+08:00), GMT+0900 (GMT+09:00), GMT+0930 (GMT+09:30),

Switch for disturb detect range 0~1

Check mode range 0~2

IQ Data Length range

Power Start Period range

Power Collect Time range 5~50

Detect Period range 100~5000

range 0~4294967295

Unit Number Enumerate 1~8, 0xFF for all

Carrier Index 1 range 0~3

Unit Index 1 range 0~1

If the check mode is POW_IQ_MODE or IQ_MODE, the range is 9~28.If the check mode is POW_MODE, the range is 0xFF for invalid value.

If the check mode is POW_IQ_MODE or POW_MODE, the range is 9~18.If the check mode is IQ_MODE, the range is 0xFF for invalid value.

When the signal linearity range is bigger than the threshold, the detect is started.





Rate Unit Enumerate kbps, cell/s

Protocol Type Enumerate HW_DEFINED, PTP

Domain which slave side join in Range Type 0~127

Enumerate MASTER, SLAVE

Maintenance Domain name String Type -

Maintenance level Range Type 0~7

Maintenance Domain name String Type -

Maintenance Association name String Type -

Virtual LAN ID Range Type 1~4094

A flag indicating which RNC the NodeB belong to.

Maintenance End Point ID, only in VLAN Range Type 1~8191

Remote Maintenance End Point ID Range Type 1~8191

String Type -

Destination IP Address IP Address Type -

Bearing Port Type Enumeration Type ETH, ETHTRK


BFD Session No. Range Type 0~3

Source IP Address IP Address Type None

Destination IP Address IP Address Type None

Hop Type Enumeration Type

User configure local TX interval Range Type 10~1000

User configure local RX interval Range Type 10~1000

User configure local detect multiplier Range Type 3~10

TrunkNo. Range Type 0~1

Lacp Switch Enumeration Type DISABLE, ENABLE

Remote Maintenance End Point MAC address

SINGLE_HOP, MULTI_HOP

ArpProxy Enumeration Type DISABLE, ENABLE

Range Type 0~100

Range Type 0~100

Ethernet Port No. in TRUNK Range Type 0~3

Maximum Efach Retransmission Times Range Type 0~10

Range Type 0~10

Enumeration Type

EFACH HS-SCCH Power Control Method Enumeration Type

HS-SCCH FER Target in CELL DCH State Range Type 1~999

Enumeration Type



Max HARQ Retransmission Times of Non-Conversational serive in Cell DCH state

HS-SCCH Power Control Method in CELL DCH state

CQI (CQI-based power control), FIXED (Fixed Power)

CQI (CQI-based power control), FIXED (Fixed Power)

CQI Adjustment Algorithm Switch of Conversational Service

NO_CQI_ADJ(Not CQI Adjust Algorithm), CQI_ADJ_BY_RBLER(CQI Adjusted by RBLER),

Enumeration Type

Range Type 1~50

HSUPA CE SCHEDULING SWITCH Enumeration Type OPEN, CLOSE

Enumeration Type OPEN, CLOSE

It refers to Source LocalCell ID Range Type 0~26843545

It refers to Destination LocalCell ID Range Type 0~26843545

Max Sharing Power Ratio Range Type 1~80

Sharing Power Margin Range Type 1~80

R99 Flow Control Function Switch Enumeration Type OPEN, CLOSE

Dl BB Resource Allocation Mode Enumeration Type

BB Resource Pool Type Enumeration Type GEN_POOL

Itel Shutdown Switch Enumerate

Switch for disturb detect range 0~1

Check mode range 0~2

CQI Adjustment Algorithm Switch of non-Conversational Service

NO_CQI_ADJ(Not CQI Adjust Algorithm), CQI_ADJ_BY_IBLER(CQI Adjusted by IBLER)

Residual BLER Target is valid only when the CQI Adjust Algorithm is set to CQI_ADJ_BY_RBLER

HSUPA OVERLOAD SCHEDULING SWITCH

INHBOARD, UNLIMITED, INEBOARD


IQ Data Length range

Power Start Period range

Power Collecting Time range 5~50

Period of Detecting range 100~5000

range 0~4294967295

Unit Number Enumerate 1~8, 0xFF for all









If the check mode is POW_IQ_MODE or IQ_MODE, the range is 9~28;If the check mode is POW_MODE, the range is 0xFF for invalid value.


When the signal linearity range is bigger than the threshold, the detect is started.









Bearing Port Type Enumeration Type

When SBT is BASE_BOARD, choose IMA (IMAGRP), UNI (UNILNK), or FRAATM (FRAATM)When SBT is UNCHANNELLED_COVERBARD, choose STM1 (Unchannelled STM1)When SBT is BACK_BOARD, choose UNI (UNILNK), or FRAATM (FRAATM)



when SBT is E1_COVERBOARD: PPP(PPP), MPGRP(MLPPPP GROUP) are available.when SBT is ETH_COVERBOARD: ETH(ETHPORT), ETHTRK(Ethernet Trunk Group) , LOOPINT(LOOPBACK INTERFACE) are available.when SBT is BACK_BOARD: PPP(PPP) is available.

When SBT is BASE_BOARD, choose PPP (PPP), MPGRP (MLPPP Group), ETH (ETH), or LOOPINT(LOOPBACK INTERFACE)When SBT is E1_COVERBOARD, choose PPP (PPP) or MPGRP (MLPPP Group)When SBT is ETH_COVERBOARD, choose ETH (ETH), ETHTRK (Ethernet Trunk Group), or LOOPINT(LOOPBACK INTERFACE)When SBT is BACK_BOARD, choose PPP(PPP)



E1T1~ETH: when SBT is BASE_BOARD;STM1:when SBT is UNCHANNELLED_COVERBOARD;E1T1: when SBT is E1_COVERBOARD

it is valid when BEAR is ATM modeValue range: IMA (Bearing Port Type is IMA), UNI (Bearing Port Type is UNI), STM1 (Bearing Port Type is STM1), FRAATM (Bearing Port Type is FRAATM)


IMA Group Subboard Type Enumeration Type

Interval Type 0~100

Interval Type 0~100

ATM, When SBT is BASE_BOARD, choose IMA (IMAGRP), UNI (UNILNK), or FRAATM (FRAATM)When SBT is UNCHANNELLED_COVERBARD, choose STM1 (Unchannelled STM1)When SBT is BACK_BOARD, choose UNI (UNILNK), or FRAATM (FRAATM)When the bear type is IPV4, When SBT is BASE_BOARD, choose PPP (PPP), MPGRP (MLPPP Group), ETH (ETH), or LOOPINT(LOOPBACK INTERFACE)When SBT is E1_COVERBOARD, choose PPP (PPP) or MPGRP (MLPPP Group) When SBT is ETH_COVERBOARD, choose ETH (ETH), ETHTRK (Ethernet Trunk Group), or LOOPINT(LOOPBACK INTERFACE)When SBT is BACK_BOARD, choose If SN = 0~5, E1_COVERBOARD: E1 Coverboard;If SN = 6~7, BASE_BOARD: Base Board;

IP Packets Discard Alarm Appear Threshold

Unit: one in a thousand

IP Packets Discard Alarm Disappear Threshold

ML PPP Group Subboard Type Enumeration Type

E1T1 Subrack No. Range Type 0

E1T1 Slot No. Range Type 0~7

E1T1 Subboard Type Enumeration Type

E1T1 Port No. Range Type

Back Board Hw No. Range Type 0~7

Frame CRC Enumeration Type

Remote Maintenance End Point ID Range Type 1~8191


3ah Switch Enumeration Type DISABLE, ENABLE

PTP Priority Range Type

Clear Statistic Range Type

If SN = 0~5, E1_COVERBOARD:E1 CoverboardIf SN = 6~7, BASE_BOARD: Base Board

If SN = 0~5, E1_COVERBOARD:E1 Coverboard

0~3: When SBT is BASE_BOARD;0~7: When SBT is E1_COVERBOARD;0~3: When SBT is BACK_BOARD.

NOCRC~1 CRC_16~2 CRC_32~4

UNCHANNELLED_COVERBOARD~2

Refers to PTP priority.Value range:0~7:when PRIRULE is IPPRECEDENCE, 0 ~63:when PRIRULE is DSCP.

Note: 0 indicates that the statistics is not cleared and 1 indicates that the statistics is cleared.

Range Type 1~256

Range Type 95~1500

Range Type 1~65535

Range Type 1~60


The type of power Enumeration Type

This parameter indicates the number of the sent packets.

This parameter indicates the size of the sent packet.

This parameter indicates the preset timeout (unit: s).

This parameter indicates the preset interval (unit: s).

ETHTRK(ETHTRK), MPGRP(MLPPP GROUP), ETH(ETH)

APM100, APM200, APM30

Actual Value Range Unit Default Value Recommended Value

1~100 % None 20

1~100 % None 10

OPEN, CLOSE None None OPEN

1~100 % None 25

1~100 % None 15

1~100 % None 30

1~100 % None 15

1~100 % None 10

DISABLE, ENABLE None None None

None None NoneN0A, N0B, N1A, N1B, N2A, N2B, N3A, N3B, N4A, N4B, N5A, N5B

60~300 V 280 None

60~300 V 180 None

ATM, IPV4 None None None

15~70000000 min 500000 500000

0.1~1, Step:0.1 degree None None

0~31 None None None

1~32000 None None None

None None None


NO, YES None NO None

MASTER None MASTER MASTER

ALL(All of alarm ID), ONEBYONE(One by one alarm ID)

R0A, R0B None None None(ADD SEC)

ANTA, ANTB None ANTA None

20~254 None None None(ADD SEC)



1, 2, 4 None None None

1E-3, 1E-4, 1E-5, 1E-6 None 1.00E-05 1ENone5

None None None

None None None

None None None

0, 4~22 dB None None

100~65535 ms 1000 1000

TMA12DB_ONLY_NON_AISG TMA24DB_ONLY_NON_AISG RET_ONLY_COAXIAL TMA12DB_AISG TMA24DB_AISG CUSTOM

WATER, SMOKING, INFRARED, GATING

PERIOD, POWERCUT, PERIODPOWERCUT, NOAUTOTEST

None, PEER None None None

ON, OFF None OFF None

MASTER, SLAVE None None None

HIGH, LOW None None None

HIGH, LOW None None None

No, Yes None No No

No, Yes None No No

No, Yes None No No

No, Yes None No No

No, Yes None No No

No, Yes None No No

A string of up to 12 bytes None None None


5~600 Ah None None

30~240 day 60 60

0.05~0.25 None None None

INNER, OUTER None None None

40~79 Celsius None None

-19~5 Celsius None None

43.2~57.6, Precision: 0.01 V 56.5 56.5

0~255 deg None None

0~255 deg None None

0~255 deg None None

0~65535 deg None None




0~1, Step: 0.001 None 1 1

0.0.0.0~255.255.255.255 None None None

0.0.0.0~255.255.255.255 None None None

0~155000 kbit None None


ENABLE, DISABLE None ENABLE ENABLE

COLD, HOT None None None

0 None 0 None

DISABLE, ENABLE None DISABLE None

0~8 None None None

0~8 None None None

DISABLE, ENABLE None ENABLE ENABLE

ENABLE, DISABLE None ENABLE None

35.0~55.6, Precision: 0.01 V 43 None

0~0.1, Step: 0.001 None None 10

None None None

None None None

40~70 degree 53 53

None 0 None

WMPT, UTRP, WBBPa, WBBPb, MRRU, RHUB, PRRU, SRXU, WRFU

HBBU/HBBUC, MRRU, RHUB, PRRU

0~1(2 carrier RRU), 0~3(4 carrier RRU)

None REGULAR REGULAR

0~0.1, Step: 0.001 None None 8

Disable, Enable None None None

MASTER, SLAVE None MASTER MASTER

DISABLE, ENABLE None DISABLE DISABLE

None None None

REGULAR, SECTOR_SPLITTING, DAISY_CHAIN, 2G_EXTENSION

A string of up to 64 characters

None BEST_EFFORT None

None COMPRESSED COMPRESSED

0~1 None None None

ON, OFF None OFF OFF

ALL, ABNORMAL None ALL ALL


BS, UMTS None None None

100~1031 byte 270 270

100~65535 ms 15000 15000

BEST_EFFORT, BREAK_ON_FAILURE

COMPRESSED, UNCOMPRESSED

0~15 None None None

PPP, MPGRP None None None

75, 120, 100 ohm 75 None

None LINE LINEGPSCARD, LINE, IPCLK, PTP, PEER

None None None

MASTER None

MASTER None MASTER None


BASE_BOARD, E1_COVERBOARD

CFMMEP)MASTER(ADD BFDSESSION)MASTER(ADD ETHTRK)MASTER(ADD ETHTRKLNK)MASTER(SET ACDCVLIMIT)MASTER(SET ALDPWRSW)MASTER(SET ALMPORT)MASTER(SET ANTTILT)MASTER(SET BATATPA)MASTER(SET BATCTPA)MASTER(SET BCFCVOLTAGE)MASTER(SET CLKMODE)MASTER(SET HTPROTECT)MASTER(SET IFOFFSET)MASTER(SET OUTPORT)MASTER(SET PWRSYSCFG)MASTER(SET RFDESPARAM)MASTER(SET RTWPINITADJ)MASTER(SET RXATTEN)

TREELNKPVC)MASTER(ADD TSCROSS)MASTER(ADD UNILNK)MASTER(ADD CFMMA)MASTER(ADD CFMMEP)MASTER(ADD BFDSESSION)MASTER(ADD ETHTRK)MASTER(ADD ETHTRKLNK)MASTER(SET ACDCVLIMIT)MASTER(SET ALDPWRSW)MASTER(SET ALMPORT)MASTER(SET ANTTILT)MASTER(SET BATATPA)MASTER(SET BATCTPA)MASTER(SET BCFCVOLTAGE)MASTER(SET CLKMODE)MASTER(SET HTPROTECT)MASTER(SET IFOFFSET)MASTER(SET OUTPORT)MASTER(SET PWRSYSCFG)MASTER(SET CMUCFG)MASTER(SET RFDESPARAM)MASTER(SET RTWPINITADJ)MASTER(SET RXATTEN)MASTER(SET RXSW)MASTER(SET SASUDCLD)MASTER(SET SASUDCSW)













ALL None ALL None

0~65535 None 64 None

SAMEZONE, DIFFZONE None None None

0.0.0.0~255.255.255.255 None None None

0.0.0.0~255.255.255.255 None None None

0~99 None None None

None None None


None None None

ENABLE, DISABLE None DISABLE None

-40~0 degree -10 None

ON, OFF None None None



1~31 None None None


CONFIGED, NOTCONFIGED

Format: YYYY&MM&DD None None None


0~30 Celsius 2 None




0~65535*0.2, Step:0.2 mA None None

BS, UMTS, OFF None None None

58.0~60.0, Precision: 0.01 V 58 58

35.0~55.6, Precision: 0.01 V 48.5 48.5

1~60 d 14 None

10~100 % 100(ADD LOCELL) None


100~65534 ms 2000 2000

None None None

None None None

None None None

V1.1, V2.0_3GPP None V1.1 V1.1


SINGLE_RET, STMA, MULTI_RET, SASU

SINGLE_RET, STMA, MULTI_RET, SASU

SINGLE_RET, MULTI_RET



0.0.0.0~255.255.255.255 None None None

0~30 dB None

None COMMON_MODE COMMON_MODE

0~1000 ns 100(ADD SEC) 100(ADD SEC)


-(SET DESENS)0(ADD LOCELL)

COMMON_MODE, HALFFREQ




0~3 None None None(ADD DLGROUP)

0~3 None 0(ADD LOCELL) None

0.0.0.0~255.255.255.255 None None None











0.0.0.0~255.255.255.255 None None None

YES, NO None None None


0.0.0.0~255.255.255.255 None None None

1~255 None 4 4

3~65535 None 67 67

1~65535 None 25 25


0~7 None 0 None

0~7 None 0 None

0~7 None None None

IMA, UNI, FRAATM None None None

None None

BASE_BOARD None

E1_COVERBOARD None

0~7 None


kbps or cell/s

-(ADD TREELNKPVC)-(ADD TSCROSS)

None(ADD TREELNKPVC)None(ADD TSCROSS)



-(ADD TREELNKPVC)-(ADD BACKE1T1)

None(ADD TREELNKPVC)None(ADD BACKE1T1)

0~7 None None None

0 None None None

ATM, IPV4 None ATM None

0.0.0.0~255.255.255.255 None None None

101~65535 ms 15000 15000

0~63 None None None


None None FIXED


-35~15 dB, step: 0.1 dB dB None -132

dB None 142

None None

FIXED, RNC_BASED, FOLLOW_TPC, CQI_BASED, HSSCCH_BASED

-32~31.75 dB, step: 0.25 dB


kbps or cell/s

None None None

1~31 None None None

80~100 % None None

None None None

None None None

None None None

Format: YYYY&MM&DD, for example: 2001&05&09

EFFICIENT~0(Efficient) UNEFFICIENT~1(Not Efficient)


JAN, FEB, MAR, APR, MAY, JUN, JUL, AUG, SEP, OCT, NOV, DEC

Auto, Plaintext, Encrypted None None None

1.70~2.20, Precision: 0.01 V/cell None None

0.0.0.0~255.255.255.255 None None None

0.0.0.0~255.255.255.255 None None None

None None NoneFormat:HOUR (hour)& MIN (minute)& SEC (second)

None None None

None None None

None None None

43.2~57.6, Precision: 0.1 V 53.5 53.5


0~0.1, Step: 0.001 None 10 10

Format:HOUR (hour)& MIN (minute)& SEC (second)

SUN, MON, TUE, WED, THU, FRI, SAT

FIRST, SECOND, THIRD, FOURTH, LAST

0~0.1, Step: 0.001 None 8 8

100~65534 ms 750 750

ENABLE, DISABLE None None None


-100~1000 None None None

1~255 None 60 None

IPPRECEDENCE, DSCP None IPPRECEDENCE None

0~3 None None None

NEXTHOP, IF None IF None

32~15800 kbit/s None None

None None

None None

0~63 None None None


kbps or cell/s


kbps or cell/s

None None None

0~255*0.5, Step:0.5 dB None None

0~25.5, Step:0.1 dB None None






FALSE, TRUE None 0 None

CBR, RTVBR, NRTVBR, UBR, UBR+

FALSE, TRUE None FALSE(ADD LOCELL) None

5.00~95.00 % None None

0~200000 m 0(ADD LOCELL) None

0~5 None None None

2~3 None None 0

0 None 0 None

-99~70 Celsius 40 None


0~30 Celsius 10 None


5.00~95.00 % None None

0~1000 None 0 None

None CBR None

1~1023 byte 127 127

CBR, RTVBR, NRTVBR, UBR+, UBR

None None

None None MIDDLE

0~500, Step: 5ms ms 4 4

1~20 ms 1 1

DISABLE, ENABLE None ENABLE None

STATIC_BW_SHAPING, DYNAMIC_BW_SHAPING, NO_BW_SHAPING, BW_SHAPING_ONOFF_TOGGLE

BW_SHAPING_ONOFF_TOGGLE

BOTTOM, MIDDLE, TOP, MINUS_50M, PLUS_50M, MINUS_75M, PLUS_75M

RECOVEDRX, EXT8K None None None


0~3 None None None


32~155000 kbit None ULCIRx0.5



kpbs None NoneETH:32~100000MPGRP:32~31744ETHTHK:32~100000

kbps None

FULL None None None

None None None

0.0.0.0~255.255.255.255 None None None

None None None


ETH:32~100000MPGRP:32~31744ETHTHK:32~100000

ETH:100000MPGRP:31744ETHTHK:100000

Unicast address in 0.0.0.1~255.255.255.254

E1_DOUBLE_FRAME, E1_CRC4_MULTI_FRAME, T1_SUPER_FRAME, T1_EXTENDED_SUPER_FRAME

AUTO, MANUAL None AUTO AUTO


None NOLOOP NOLOOP

None NOLOOP NOLOOP

ENABLE, DISABLE None DISABLE DISABLE


V 42 42

None None None None

NOLOOP, LOCAL, REMOTE

NOLOOP, ALLLOOP, ONLYIPADDR, IPADDRANDUDPPORT

36.00~43.00, Precision: 0.1

None NOLOOP NOLOOP

HDB3, AMI None None None

AMI, B8ZS None None None

1~60 min 1 1

NOLOOP, LOCAL, REMOTE

0.0.0.0~255.255.255.255 None None None


None None None

0~1 None 0 0

0~63 None None None

None None None

0~3 None 0 None

Ethernet electrical port: 10M, 100M, AUTO; Ethernet optical port: 100M

USERDATA, SIG, OM, OTHER


1~4094 None 1 None

0~7 None 0 None

46~1500 None None

0~255 min None None


35.0~55.6, precision:0.1 V 44 None


-(SET ETHPORT)1500(ADD ETHTRK)


55~70 None 65 65

-40~10 Celsius -20 None

ON, OFF None OFF None

None None None

None None None

0~31 None

-35~15 dB, step: 0.1 dB dB None -60

NONAUTH, PAP, CHAP None None None


ATM, IPV4 None ATM None

0~50 dB, step: 0.1 dB dB None None



0(ADD AAL2PATH)-(ADD AAL2ADJNODE)

0(ADD AAL2PATH)None(ADD AAL2ADJNODE)

IPV4 None IPV4 IPV4

ATM, IPV4 None None

us 10240 10240

0.0.0.0~255.255.255.255 None None None

ITC, CTC None ITC None

-35~15 dB, step: 0.1 dB dB None -300

0~65535 None 0 None

0~65535 None 15 None

None None None

NCP, CCP None NCP None

NORMAL, BYPASS None None None

NORMAL, BYPASS None None None

ATM(SET HSDPAFLOWCTRLPARA)-(ADD RSCGRP)

102.4~1330000, Step: 0.1us

0~4294967.295, precision:0.001

MANUAL, FREE None MANUAL MANUAL

None None None


4~100 ms 25 25

0~64 characters None None None

OFF(Disabled mode), DEFAULT(System default mode), CUSTOM(User-defined mode)

0.0.0.0~255.255.255.255 None None None

0~63 None None None

0.0.0.0~255.255.255.255 None None None

None None None

0.0.0.0~255.255.255.255 None None None

0~50, step: 0.1 dB dB None None

1~100 % None 100

None None None

0~4294967.295, precision:0.001


None None None

None None None

None None None

None None None

0~3 None 0 None



A string of up to 31 characters.

A string of up to 31 characters.

None None None





0~7 None 0 0

A map of the timeslot, denoted in binary format. If a timeslot is selected, it is crossed to the timeslot with the same No. of E1 0. Or else, it is not crossed. Select "SELECT ALL" or "CLEAR ALL" to select or not select all the timeslots. In E1 mode, TS1~TS31 respectively corresponds to timeslots 1~31. Timeslots 0 cannot be configured. In T1 mode, TS1~TS24 respectively corresponds to timeslots 1~24, and the other timeslots are unavailable.

None None FIXED


-35~15 dB, step: 0.1 dB dB None -136

dB None None

None None FIXED


-35~15 dB, step: 0.1 dB dB None -173

dB None 105

FIXED, RNC_BASED, FOLLOW_TPC

-32~31.75 dB, step: 0.25 dB


-32~31.75 dB, step: 0.25 dB

100~1031 byte 270 270

None FRAMEMODE_SDH None

0~30 Celsius 9 None


FRAMEMODE_SONET, FRAMEMODE_SDH



None None None

0~1000 mA None None

D32, D64, D128, D256 None D128 D128

ON~0 OFF~1 None None None

0~1000 mA None None

DEV, OPE None DEV DEV

ALL, BRD, E1/T1, E1/T1OnChannelsSubbrd

V1.1, V2.0_3GPP None V1.1 V1.1

NAME, CSAT, SECTOR None NAME None

None None None


ADDDESFACH, DELDESFACH

0~15 None 0 0

PPP, MPGRP None None None

0~3 None 0 0

0~7 None 0 0


0.0.0.0~255.255.255.255 None None None


0.0.0.0~255.255.255.255 None 0.0.0.0 None


0~1 None 0 None

0~63 None 0 None

0~19 None 0 None

0~63 None 0 None

0.0.0.0~255.255.255.255 None 0.0.0.0 None

0~7 None None None



0.0.0.0~255.255.255.255 None None None

0~7 None None None

0~5 None None None

1~3 None None None

0~35 None None None

0~7 None

0~7 None

0(ADD LNKSRC)0(ADD DEVIP)0(ADD PPPLNK)0(ADD FRAATM)0(ADD IPPATH)0(ADD MPLNK)0(ADD OMCH)0(ADD SAALLNK)

None(ADD LNKSRC)None(ADD DEVIP)None(ADD PPPLNK)None(ADD FRAATM)None(ADD IPPATH)None(ADD MPLNK)None(ADD OMCH)None(ADD SAALLNK)

0(SET E1T1LOP)0(SET E1T1WORKMODE)0(SET ETHPORT)0(SET HSDPAFLOWCTRLPARA)0(SET LR)0(SET SCRAM)

None(SET E1T1LOP)None(SET E1T1WORKMODE)None(SET ETHPORT)None(SET HSDPAFLOWCTRLPARA)None(SET LR)None(SET SCRAM)

0~7 None

0~7 None

0~7 None 0 None

0~7 None

3~10000 None 1000 1000



None None

0(ADD AAL2PATH)0(ADD IP2RSCGRP)0(ADD RSCGRP)

None(ADD AAL2PATH)None(ADD IP2RSCGRP)None(ADD RSCGRP)

0(ADD AAL2PATH)0(ADD RSCGRP)0(ADD SAALLNK)

None(ADD AAL2PATH)None(ADD RSCGRP)None(ADD SAALLNK)

0(SET HSDPAFLOWCTRLPARA)0(SET SCRAM)

None(SET HSDPAFLOWCTRLPARA)None(SET SCRAM)


kbps or cell/s

None None

1~8 None 1 1

0~0.1, Step: 0.001 None 100 100

None None None

0~7 None None None


kbps or cell/s


R0A, R0B, RET_PORT None None None

-48VDC, 24VDC, 220VAC None None None

None None None

None APM100 None

None None None

0~0.1, Step: 0.001 None 50 50

None None None

BOOL(Boolean port), VALUE(Analog port)

APM100, APM200, APM30, OMB



None None None

0~100 % None 5

DEFAULT, ABSOLUTE None ABSOLUTE ABSOLUTE


0~16 characters, excluding <, >, !, ?, : in the password

150~200000 m 29000(ADD LOCELL) None


0~3 None 0 0



128~1500 byte 1500 1500

DUAL None DUAL DUAL

0~10 None 0 None

None None None



ADDULPUNIT, DELULPUNIT(MOD ULGROUP)ADDDLPUNIT, DELDLPUNIT(MOD DLGROUP)

FALSE, TRUE None 0 None

None RruName None


None None None

UNSYNC, SYNC None SYNC(ADD LOCELL) None

UO~128 G/U~192 GO~64 None UO UO

None None CODE_PRI

0.0.0.0~255.255.255.255 None None None

0.0.0.0~255.255.255.255 None None None



CODE_PRI, POWER_PRI, POWERCODE_BAL


LATER, IMMEDIATELY None None None

0~15 None None None


None None None

0.0.0.0~255.255.255.255 None None None

-13~13, step 0.1 dB None None

LOCAL, HUB None None None

MRRU, RHUB, PRRU, WRFU

PERFFIRST, CAPAFIRST None PERFFIRST None

LOCAL, HUB, ADJNODE None None None

0~1 None None None

0~1 None 0 None

ON, OFF None ON None




None None

YES, NO None None None

None None None


kbps or cell/s

UAEC, UPEC, UUAS, UQEC, UEOC

None

None

None None None

-10~10 dB, step: 0.25 dB dB None 28

BASE_BOARD(Base Board), E1_COVERBOARD(E1 Coverboard), BACK_BOARD(Back Board)

-(ADD LNKSRC)-(ADD DEVIP)-(ADD PPPLNK)-(ADD AAL2PATH)-(ADD FRAATM)-(ADD IMAGRP)-(ADD IMALNK)-(ADD IP2RSCGRP)-(ADD IPPATH)-(ADD IPRT)-(ADD MPGRP)-(ADD MPLNK)-(ADD OMCH)-(ADD RSCGRP)-(ADD SAALLNK)-(ADD UNILNK)-(ADD CFMMEP)-(ADD ETHTRK)-(ADD ETHTRKLNK)

None(ADD LNKSRC)None(ADD DEVIP)None(ADD PPPLNK)None(ADD AAL2PATH)None(ADD FRAATM)None(ADD IMAGRP)None(ADD IMALNK)None(ADD IP2RSCGRP)None(ADD IPPATH)None(ADD IPRT)None(ADD MPGRP)None(ADD MPLNK)None(ADD OMCH)None(ADD RSCGRP)None(ADD SAALLNK)None(ADD UNILNK)None(ADD CFMMEP)None(ADD ETHTRK)None(ADD ETHTRKLNK)

BASE_BOARD(Base Board), E1_COVERBOARD(E1 Coverboard)

-(SET E1T1WORKMODE)-(SET ETHPORT)-(SET LR)-(SET SCRAM)

None(SET E1T1WORKMODE)None(SET ETHPORT)None(SET LR)None(SET SCRAM)

BASE_BOARD(Base Board), E1_COVERBOARD(E1 Coverboard), BACK_BOARD(Back Board)


0~65535 None None None(ADD CMBGROUP)

None None

0.0.0.0~255.255.255.255 None None



0~15 None 0 None

1~255 None 60 None

Format: YYYY&MM&DD None None None

1~31 None None None

V None None


kbps or cell/s

None(ADD SCTPLNK)0.0.0.0(ADD PPPLNK)0.0.0.0(ADD MPGRP)

40.00~54.00, Precision: 0.01

1~240 min None None


0~5 None None None

0~5 None None None

None None

None




kbps or cell/s

REMOTE_SECTOR, DIST_SECTOR

REMOTE_SECTOR(ADD SEC)-(ADD LOCELL)

REMOTE_SECTOR(ADD SEC)None(ADD LOCELL)

None None FIXED


-35~15 dB, step: 0.1 dB dB None -197

dB None 96

None None FIXED


-35~15 dB, step: 0.1 dB dB None -210

dB None 100


-32~31.75 dB, step: 0.25 dB


-32~31.75 dB, step: 0.25 dB

None None None


None None None

0~255 None None None(ADD CMBGROUP)

None None None

1~65535 ms 3000 3000

-35~15 dB, step: 0.1 dB dB None -243

0.0.0.0~255.255.255.255 None None None


Unicast address in 0.0.0.1~255.255.255.254

UNSHIELDED, SHIELDED

None None None

EPF, PF, RR, MAXCI None None EPF

None None None


JAN, FEB, MAR, APR, MAY, JUN, JUL, AUG, SEP, OCT, NOV, DEC

0~7, 16, 18~19 None None None

0~7 None

0~7 None

None(ADD LNKSRC)None(ADD DEVIP)None(ADD PPPLNK)None(ADD AAL2PATH)None(ADD FRAATM)None(ADD IMAGRP)None(ADD IMALNK)None(ADD IP2RSCGRP)None(ADD IPCLKLNK)None(ADD IPPATH)None(ADD IPRT)None(ADD MPGRP)None(ADD MPLNK)None(ADD OMCH)None(ADD RSCGRP)None(ADD SAALLNK)None(ADD SCTPLNK)None(ADD UNILNK)None(ADD CFMMA)None(ADD CFMMEP)None(ADD BFDSESSION)None(ADD ETHTRK)None(ADD ETHTRKLNK)

None(ADD LNKSRC)None(ADD DEVIP)None(ADD PPPLNK)None(ADD AAL2PATH)None(ADD FRAATM)None(ADD IMAGRP)None(ADD IMALNK)None(ADD IP2RSCGRP)None(ADD IPCLKLNK)None(ADD IPPATH)None(ADD IPRT)None(ADD MPGRP)None(ADD MPLNK)None(ADD OMCH)None(ADD RSCGRP)None(ADD SAALLNK)None(ADD SCTPLNK)None(ADD UNILNK)None(ADD CFMMA)None(ADD CFMMEP)None(ADD BFDSESSION)None(ADD ETHTRK)None(ADD ETHTRKLNK)

None(SET E1T1BEAR)None(SET E1T1LOP)None(SET E1T1WORKMODE)None(SET ETHPORT)None(SET HSDPAFLOWCTRLPARA)None(SET IPREMOTELOOP)None(SET LR)None(SET SCRAM)


0 None None None

0 None None None

0 None 0 0

0 None 0 0

0~3 None None None

0~3 None None None

0~3 None None None

0~3 None None None

0~3 None None None

0~3 None None None

0~3 None None None

0~3 None None None

V None None0~4294967.295, precision:0.001

A None None

V None None

A None None

1~525600 min None None

0~3 None 0 None

250, 400, 500 km/h None None

0~4294967.295, precision:0.001

0~4294967.295, precision:0.001

0~4294967.295, precision:0.001

No, Yes None None None

0~7 None 0 None

0~7 None 0 None

0~7 None None None

IMA, UNI, FRAATM None None None

DISABL, ENABLE None ENABLE None

BASE_BOARD None

E1_COVERBOARD None

0~7 None None None

0~7 None None None

0 None None None

NEXTHOP, IF None None None





KBIT/S, CELL/S None None None


dB None 88

0~8, 20~254 None

-32~31.75 dB, step: 0.25 dB

MASTER(SET HTPROTECT)MASTER(SET BCFCVOLTAGE)MASTER(STR E1T1RTTST)None(ADD OBJALMSHLD)MASTER(SET TMAGAIN)MASTER(ADD RRU)MASTER(SET ACDCVLIMIT)MASTER(SET BATATPA)MASTER(SET BATCTPA)MASTER(SET OUTPORT)MASTER(SET PWRSYSCFG)MASTER(SET SUBBRD)MASTER(SET TILTAER)MASTER(SET SASUDCLD)MASTER(SET SASUDCSW)MASTER(SET SASUGAIN)MASTER(SET ANTTILT)MASTER(ADD NPSU)MASTER(SET SDPA)MASTER(ADD BRD)MASTER(ADD ALD)

VSWRTEST)MASTER(SET RXSW)MASTER(STR CLKTST)MASTER(STR RRULNKTST)MASTER(STR BATTST)MASTER(SET HTPROTECT)MASTER(SET BCFCVOLTAGE)MASTER(STR E1T1RTTST)None(ADD OBJALMSHLD)MASTER(SET TMAGAIN)MASTER(ADD RRU)MASTER(SET ACDCVLIMIT)MASTER(SET BATATPA)MASTER(SET BATCTPA)MASTER(SET OUTPORT)MASTER(SET PWRSYSCFG)MASTER(SET SUBBRD)MASTER(SET TILTAER)MASTER(SET SASUDCLD)MASTER(SET SASUDCSW)MASTER(SET SASUGAIN)MASTER(SET ANTTILT)MASTER(ADD NPSU)MASTER(SET SDPA)MASTER(ADD BRD)MASTER(ADD ALD)MASTER(SET SDPA)MASTER(SET SASUMODE)

0 None

0 None

-(ADD LNKSRC)-(ADD DEVIP)-(ADD PPPLNK)-(ADD AAL2PATH)-(ADD FRAATM)-(ADD IMAGRP)-(ADD IMALNK)-(ADD IP2RSCGRP)-(ADD IPCLKLNK)-(ADD IPPATH)-(ADD IPRT)-(ADD MPGRP)-(ADD MPLNK)-(ADD OMCH)-(ADD RSCGRP)-(ADD SAALLNK)-(ADD SCTPLNK)-(ADD TREELNKPVC)-(ADD TSCROSS)-(ADD UNILNK)-(ADD CFMMA)-(ADD CFMMEP)-(ADD BFDSESSION)-(ADD ETHTRK)-(ADD ETHTRKLNK)

None(ADD LNKSRC)None(ADD DEVIP)None(ADD PPPLNK)None(ADD AAL2PATH)None(ADD FRAATM)None(ADD IMAGRP)None(ADD IMALNK)None(ADD IP2RSCGRP)None(ADD IPCLKLNK)None(ADD IPPATH)None(ADD IPRT)None(ADD MPGRP)None(ADD MPLNK)None(ADD OMCH)None(ADD RSCGRP)None(ADD SAALLNK)None(ADD SCTPLNK)None(ADD TREELNKPVC)None(ADD TSCROSS)None(ADD UNILNK)None(ADD CFMMA)None(ADD CFMMEP)None(ADD BFDSESSION)None(ADD ETHTRK)None(ADD ETHTRKLNK)







0 None 0 0

0 None 0 0

0 None 0 0

0 None 0 0

0 None 0 0

0 None 0 0

0 None 0 0

0 None 0 0

FAN, EXT, RFU None None None

None None None


None EARLIER_VER None

0~63 None 0 None

None None

TRACE_1BYTE, TRACE_16BYTE, TRACE_64BYTE

REVISION_2ND, EARLIER_VER


kbps or cell/s

HOUR , MIN , SEC None None None

Format:HH&MM&SS None None None

None None





kbps or cell/s


0~19 None 0 None

1~6 None None None


0.0.0.0~255.255.255.255 None 0.0.0.0 None

None None NoneSUN, MON, TUE, WED, THU, FRI, SAT

0.0.0.0~255.255.255.255 None 0.0.0.0 None


OPEN, CLOSE None None None

None None None

0.0.0.0~255.255.255.255 None None None

0~500 Celsius 80 80


0~3 None 0 None

30~240 d 120 None

FIRST, SECOND, THIRD, FOURTH, LAST

-100~300*0.1, Step:0.1 degree None None

-10~12.7, Step:0.1 degree None None

-100~300, Step:10 degree None None

None None None



-10.00~55.00 Celsius None None



Format:HH&MM&SS None None None

-120~120 None None None

TRUNK, BRANCH None None None

0~5 None None None

None RTVBR None

None RTVBR None

RTVBR, NRTVBR, UBR, UBR+

CBR, RTVBR, NRTVBR, UBR, UBR+

0~1 None 0 None

2~3 None None None

0 None 0 0

CHAIN, RING None None None

-10.00~55.00 Celsius None None

1~1023 byte 127 127

DISABLE, ENABLE None ENABLE None

J0, J1, J2 None J0 None

1~20 ms 1 1


0~1 None 0 0


None None None




VOLTAGE, CURRENT None None None

0~1000 mA None None

V 57 57

None None None None





57.00~60.00, precision:0.01


0~3 None None None

0~3 None 0 None

15000~155000000 bit None None

0~155000000 bit None None

0~1000 mA None None

0~255 min None None


None None None


None None None

None EARLIER_VER None

TRACE_1BYTE, TRACE_16BYTE, TRACE_64BYTE


REVISION_2ND, EARLIER_VER


0~7 None 0 None


V1.0, V1.1 None V1.1 V1.1

0~3 None 0 None

1~4094 None 1 None

None None None

0~7 None 0 None


SINGLEVLAN, VLANGROUP

None None None

0~1000 None 0 None

None DEM_2_CHAN DEM_2_CHAN

None None None

VP_SWITCH, VC_SWITCH

DEM_2_CHAN, DEM_4_CHAN, DEM_ECON_4_CHAN

GMT-1200 (GMT-12:00), GMT-1100 (GMT-11:00), GMT-1000 (GMT-10:00), GMT-0900 (GMT-09:00), GMT-0800 (GMT-08:00), GMT-0700 (GMT-07:00), GMT-0600 (GMT-06:00), GMT-0500 (GMT-05:00), GMT-0400 (GMT-04:00), GMT-0330 (GMT-03:30), GMT-0300 (GMT-03:00), GMT-0200 (GMT-02:00), GMT-0100 (GMT-01:00), GMT (GMT), GMT+0100 (GMT+01:00), GMT+0200 (GMT+02:00), GMT+0300 (GMT+03:00), GMT+0330 (GMT+03:30), GMT+0400 (GMT+04:00), GMT+0430 (GMT+04:30), GMT+0500 (GMT+05:00), GMT+0530 (GMT+05:30), GMT+0545 (GMT+05:45), GMT+0600 (GMT+06:00), GMT+0630 (GMT+06:30), GMT+0700 (GMT+07:00), GMT+0800 (GMT+08:00), GMT+0900 (GMT+09:00), GMT+0930 (GMT+09:30), GMT+1000 (GMT+10:00), GMT+1100 (GMT+11:00), GMT+1200 (GMT+12:00), GMT+1300 (GMT+13:00), GMT+1400 (GMT+14:00)

0~1 None 0 None

0~2 None 0 None

byte None None

None None None

0.5s~5s 0.1sec 5s None

0.1s~5s ms None None

0~4294967295 dBFS None None

1~8, 0xFF for all None 0xFF None

0~3 None 0 None

0~1 None 0 None

If the check mode is POW_IQ_MODE or IQ_MODE, the range is 2^9~2^28.If the check mode is POW_MODE, 255 for invalid value.

If the check mode is POW_IQ_MODE or POW_MODE, the range is 9~18, If the check mode is IQ_MODE, the range is 0xFF for invalid value.

0~3 None 1 None

0~1 None 0 None

0~3 None 2 None

0~1 None 0 None

0~3 None 3 None

0~1 None 0 None

0~3 None 0 None

0~1 None 1 None

0~3 None 1 None

0~1 None 1 None

0~3 None 2 None

0~1 None 1 None

0~3 None 3 None

0~1 None 1 None

kbps, cell/s None kbps kbps

HW_DEFINED, PTP None HW_DEFINED HW_DEFINED

0~127 None 0 None


1~43byte None None None

0~7 None 0 None






1~13 byte None None None

0.0.0.0~255.255.255.255 None None None

ETH, ETHTRK None ETH None

0~3 None None None

0~3 None None None

0.0.0.0~255.255.255.255 None None None

0.0.0.0~255.255.255.255 None None None

None None None

10~1000 ms 10 10

10~1000 ms 10 10

3~10 None 3 None

0~1 None 0 None


SINGLE_HOP, MULTI_HOP


0~100 100 None

0~100 0 None

0~3 None None None

0~10 Times None 2

0~10 Times None 4

CQI, FIXED None None CQI

CQI, FIXED None None CQI

1~999 ‰ None 10

None None NO_CQI_ADJ

one in a thousand

one in a thousand

NO_CQI_ADJ, CQI_ADJ_BY_RBLER

None None NO_CQI_ADJ

1~50 ‰ None 7

0, 1 None None OPEN

0, 1 None None OPEN



1~80 % 50 50

1~80 % 10 10

OPEN, CLOSE None None None

None INHBOARD INHBOARD

GEN_POOL None GEN_POOL INHBOARD

None ENABLE None

0~1 None 0 None

0~2 None 0 None

NO_CQI_ADJ, CQI_ADJ_BY_IBLER

INHBOARD, UNLIMITED, INEBOARD


byte None None

None None None

0.5s~5s 0.1sec 5s None

0.1s~5s ms None None

0~4294967295 dBFS None None

1~8, 0xFF for all None 0xFF None

0~3 None 0 None

0~1 None 0 None

0~3 None 1 None

0~1 None 0 None

0~3 None 2 None

0~1 None 0 None

0~3 None 3 None

0~1 None 0 None

If the check mode is POW_IQ_MODE or IQ_MODE, the range is 2^9~2^28;If the check mode is POW_MODE, 255 for invalid value.


0~3 None 0 None

0~1 None 1 None

0~3 None 1 None

0~1 None 1 None

0~3 None 2 None

0~1 None 1 None

0~3 None 3 None

0~1 None 1 None

None IMA IMA

When SBT is BASE_BOARD, choose IMA (IMAGRP), UNI (UNILNK), or FRAATM (FRAATM)When SBT is UNCHANNELLED_COVERBARD, choose STM1 (Unchannelled STM1)When SBT is BACK_BOARD, choose UNI (UNILNK), or FRAATM (FRAATM)

None None None

None None None

when SBT is E1_COVERBOARD: PPP(PPP), MPGRP(MLPPPP GROUP) are available.when SBT is ETH_COVERBOARD: ETH(ETHPORT), ETHTRK(Ethernet Trunk Group) , LOOPINT(LOOPBACK INTERFACE) are available.when SBT is BACK_BOARD: PPP(PPP) is available.

When SBT is BASE_BOARD, choose PPP (PPP), MPGRP (MLPPP Group), ETH (ETH), or LOOPINT(LOOPBACK INTERFACE)When SBT is E1_COVERBOARD, choose PPP (PPP) or MPGRP (MLPPP Group)When SBT is ETH_COVERBOARD, choose ETH (ETH), ETHTRK (Ethernet Trunk Group), or LOOPINT(LOOPBACK INTERFACE)When SBT is BACK_BOARD, choose PPP(PPP)

None None None

None None None

E1T1~ETH: when SBT is BASE_BOARD;STM1:when SBT is UNCHANNELLED_COVERBOARD;E1T1: when SBT is E1_COVERBOARD

it is valid when BEAR is ATM modeValue range: IMA (Bearing Port Type is IMA), UNI (Bearing Port Type is UNI), STM1 (Bearing Port Type is STM1), FRAATM (Bearing Port Type is FRAATM)

None None None

None E1_COVERBOARD E1_COVERBOARD

0~100 None 10 10

0~100 None 8 8

When the bear type is ATM, When SBT is BASE_BOARD, choose IMA (IMAGRP), UNI (UNILNK), or FRAATM (FRAATM)When SBT is UNCHANNELLED_COVERBARD, choose STM1 (Unchannelled STM1)When SBT is BACK_BOARD, choose UNI (UNILNK), or FRAATM (FRAATM)When the bear type is IPV4, When SBT is BASE_BOARD, choose PPP (PPP), MPGRP (MLPPP Group), ETH (ETH), or LOOPINT(LOOPBACK INTERFACE)When SBT is E1_COVERBOARD, choose PPP (PPP) or MPGRP (MLPPP Group) When SBT is ETH_COVERBOARD, choose ETH (ETH), ETHTRK (Ethernet Trunk Group), or LOOPINT(LOOPBACK INTERFACE)When SBT is BACK_BOARD, choose If SN = 0~5, E1_COVERBOARD: E1 Coverboard;If SN = 6~7, BASE_BOARD: Base Board;

None E1_COVERBOARD E1_COVERBOARD

0 None None None

0~7 None None None

None None None

None 0 0

0~7 None 0 0

None CRC_16 CRC_16


None None None

DISABLE, ENABLE None None None

None None None

None None None

If SN = 0~5, E1_COVERBOARD:E1 CoverboardIf SN = 6~7, BASE_BOARD: Base Board

If SN = 0~5, E1_COVERBOARD:E1 Coverboard

0~3: When SBT is BASE_BOARD;0~7: When SBT is E1_COVERBOARD;0~3: When SBT is BACK_BOARD.

NOCRC~1 CRC_16~2 CRC_32~4

UNCHANNELLED_COVERBOARD~2

Refers to PTP priority.Value range:0~7:when PRIRULE is IPPRECEDENCE, 0 ~63:when PRIRULE is DSCP.

Note: 0 indicates that the statistics is not cleared and 1 indicates that the statistics is cleared.

1~256 None 10 None

95~1500 bytes 95 None

1~65535 s 2 None

1~60 s 1 None

None None None

None None None

ETHTRK(ETHTRK), MPGRP, ETH

APM100, APM200, APM30

Impact Parameter Relationship Access

Cell None Read & Write








NodeB None Read & Write

NodeB Read & WriteThis parameter is valid when the operating mode is CSAT

NPMU Read & Write

NPMU Read & Write

OMCH None Read & Write



Cell Read & Write

This parameter value must be greater than [PARA]ACVLL[/PARA] in [MML]SET ACDCVLIMIT[/MML]

[PARA]ACVLL[/PARA] is less than [PARA]ACVHL[/PARA] in [MML]SET ACDCVLIMIT[/MML]

It is valid when [PARA]SCHEDULEPARA[/PARA] is YES in [MML]SET MACEPARA[/MML].


NodeB Read & Write

NodeB Read & Write

OMCH Read & Write

Cell None Read Only

This parameter is valid only when the [PARA]OBJN[/PARA] is set "BRD", E1/T1(E1/T1), E1/T1OnChannelsSubbrd.

When MODE = CUSTOM, this parameter is valid. If the parameter is not specified, the existing binding relation is not changed. If the original setting of the system is 0, the alarm ID is invalid.

This parameter is valid when the [PARA]BEAR[/PARA] parameter in [MML]ADD OMCH[/MML] is set to IPV4.

Cell Read Only

Cell Read & Write

Cell Read Only

Cell None Read Only

For DBS:when [PARA]SECT[/PARA] in [MML]ADD SEC[/MML] is set to REMOTE_SECTOR, the value range is R0A, R0B.For BTS:REMOTE_SECTOR and LOCAL_SECTOR is valid.When [PARA]SECT[/PARA] in [MML]ADD SEC[/MML] is set to LOCAL_SECTOR, the value range is N0A, N0B, N1A, N1B, N2A, N2B, N3A, N3B, N4A, N4B, N5A, N5B;


For DBS:When [PARA]SECT[/PARA] is set to REMOTE_SECTOR, the value range is 20~254;For BTS:REMOTE_SECTOR and LOCAL_SECTOR is valid.When [PARA]SECT[/PARA] is set to LOCAL_SECTOR, the value range is 4~5.When [PARA]SECT[/PARA] is set to REMOTE_SECTOR, the value range is 20~254;

Cell Read Only

Cell Read Only

Cell None Read Only

Cell Read Only




Cell Read Only

Cell Read Only



This parameter is valid only When the [PARA]SECT[/PARA] is REMOTE_SECTOR or LOCAL_SECTOR. When [PARA]WM[PARA] of [MML]SET DEMODE[/MML] is set to DEM_2_CHAN, there will be 1 or 2 antena; When [PARA]WM[PARA] of [MML]SET DEMODE[/MML] is set to DEM_4_CHAN or DEM_ECON_4_CHAN , there will be 1/2/4 antena.


NEMU None Read & Write

Battery Read & Write


SAAL None Read & Write

This parameter TDSTM is valid only when [PARA]TDSTM[/PARA] in [MML]SET BATATPA[/MML] is set to "PERIOD" or "PERIODPOWERCUT"





NodeB Read & Write

No Read & Write

No Read & Write

No Read & Write

No Read & Write

No Read & Write

When [PARA]PT[/PARA] in [MML]SET ALMPORT[/MML] is BOOL, this parameter is valid.

This parameter is valid when [PARA]OPESORT[/PARA] in [MML]SET ALDDEV[/MML] is set to DEV.





No Read & Write

No Read & Write

No Read & Write

NodeB Read & Write






NodeB Read & Write


This parameter is valid when in [MML]SET ALDDEV[/MML] [PARA]OPESORT[/PARA] is set to OPE and [PARA]OPEVER[/PARA] is set to V1.1.

This parameter is valid when in [MML]SET ALDDEV[/MML] [PARA]OPESORT[/PARA] is set to OPE and [PARA]OPEVER[/PARA] is set to V2.0 or 3GPP

The value range is 30~600 when [PARA]PTYPE[/PARA] is APM100.The value range is 30~600 when [PARA]PTYPE[/PARA] is APM200.The value range is 5~600 when [PARA]PTYPE[/PARA] is APM30.

This parameter must be greater than [PARA]FCVOL[/PARA] in [MML]SET BCFCVOLTAGE[/MML] and less than [PARA]DCVHL[/PARA] in [MML]SET ACDCVLIMIT[/MML]-1, and between 43.2 and 57.6.

No Read & Write

No Read & Write

No Read & Write

No Read & Write

No Read & Write

No Read & Write

No


This parameter is valid when in [MML]SET ALDDEV[/MML] [PARA]OPESORT[/PARA] is set to DEV and [PARA]DEVVER[/PARA] is set to V1.1.



This parameter is valid when in [MML]SET ALDDEV[/MML] [PARA]OPESORT[/PARA] is set to DEV and [PARA]DEVVER[/PARA] is set to V2.0_3GPP.




OMCH Read & Write

OMCH Read & Write

NodeB Read & Write

No Read & Write


NodeB Read & Write


IUBCP None Read & Write

This parameter is valid when in [MML]ADD OMCH[/MML] [PARA]BEAR[/PARA] is set to IPV4 and [PARA]BRT[/PARA] is set to YES.The [PARA]DSTIP[/PARA] & the [PARA]DSTMASK[/PARA] must be equal to the [PARA]DSTIP[/PARA].

This parameter is valid when in [MML]ADD OMCH[/MML] [PARA]BEAR[/PARA] is set to IPV4 and [PARA]BRT[/PARA] is set to YES.The [PARA]DSTIP[/PARA] & the [PARA]DSTMASK[/PARA] must be equal to the [PARA]DSTIP[/PARA].

This parameter is valid only when the [PARA]FUNCTION[/PARA] parameter is set to ENABLE.

This parameter is valid when in [MML]SET ALDDEV[/MML] [PARA]OPESORT[/PARA] is set to OPE.

This parameter is valid only when [PARA]TT[/PARA] in [MML]ADD RRUCHAIN[/MML] is set to RING.

NodeB Read & Write


NodeB Read & Write

NodeB Read & Write

Ethport Read & Write

This parameter is valid only when [PARA]TT[/PARA] in [MML]ADD RRUCHAIN[/MML] is set to "RING"

If the value is "ENABLE", the value of [PARA]BSDV[/PARA] in [MML]SET SDPA[/MML] is valid.

The parameter is valid only when the [PARA]BSDF[/PARA] in [MML]SET SDPA[/MML] is set to Enable.

[PARA]FERAT[/PARA] should be greater than or equal to [PARA]FERDT[/PARA].

NodeB None Read Only

NodeB Read Only

NodeB Read & Write


The parameter is valid only when the [PARA]SWT[/PARA] in [MML]ACT SOFTWARE[/MML] is set to HOMOBRDSW or HOMOBRDROM.

BTEM could be configed when [PARA]BFLG[/PARA] in [MML]SET HTPROTECT[/MML] is ENABLE


Ethport Read & Write


OMCH None Read & Write


NodeB Read & Write

[PARA]FERDT[/PARA] should be smaller than or equal to [PARA]FERAT[/PARA].

[PARA]CertChain[/PARA] is valid while [PARA]CCAEnableSta[/PARA]=Enable in [MML]SET CERTFILE[/MML].


NodeB Read & Write



NodeB Read & Write

NodeB Read & Write


NodeB Read & Write

SAAL Read & Write

This parameter is valid only when [PARA]CHRSW[/PARA]=ON in [MML]SET CHRSW[/MML]


This parameter is valid only when [PARA]TYPE[/PARA] in [MML]STR RTWPRTTST[/MML] is set to "CHANGE" or "CHANGE_THRESHOLD"

This parameter is valid only when the [PARA]FPMUXSWITCH[/PARA] parameter in [MML]SET FPMUX[/MML] is set to ENABLE.The difference between [PARA]FRAMELEN[/PARA](Frame Max Length) and [PARA]SUBFRAMELEN[/PARA](Sub Frame Max Length) is greater than 4.

The value of this paramter must be greater than or equal to the value of [PARA]KATM[/PARA].

OMCH Read & Write

OMCH Read & Write


NodeB Read & Write

This parameter is valid when in [MML]ADD OMCH[/MML] [PARA]BEAR[/PARA] is set to IPV4 , [PARA]BRT[/PARA] is set to YES and [PARA]RT[/PARA] is set to IF.

This parameter is valid when in [MML]ADD OMCH[/MML] [PARA]BEAR[/PARA] is set to IPV4 , [PARA]BRT[/PARA] is set to YES and [PARA]RT[/PARA] is set to IF.

This parameter is valid only when [PARA]MODE[/PARA] in [MML]SET CLKMODE[/MML] is set to "MANUAL"


NodeB Read Only

Cell Read Only

Cell Read Only

type A) \WBBPb (WCDMA BaseBand Process unit type B) \UTRP (Universal extension TRansmission Processing unit) 0 0 0~5 UTRP (Universal extension TRansmission Processing unit) 0 0 6~7 WMPT (WCDMA Main Processing & Transmission unit) 0 0 16 UBF (Universal BBU Fan unit) 0 0 18~19 UPEA(Universal Power and Environment interface unit type A(-48V)) \UPEB(Universal Power and Environment interface unit type B(24V)) \UEIU(Universal Environment Interface Unit)0 6 0 NEMU (NodeB Environment Monitoring Unit) 0 7 0 NPMU (NodeB Power Monitoring Unit) 0 8 0~1 NCMU

For DBS:This parameter is valid only When the [PARA]SECT[/PARA] is REMOTE_SECTOR.For BTS:This parameter is valid When the [PARA]SECT[/PARA] is REMOTE_SECTOR and LOCAL_SECTOR.

For DBS:This parameter is valid only When the [PARA]SECT[/PARA] is REMOTE_SECTOR.For BTS:This parameter is valid When the [PARA]SECT[/PARA] is REMOTE_SECTOR and LOCAL_SECTOR.

Cell Read Only

Cell Read Only






NodeB None


NodeB None




ADD SEC:This parameter is valid only When the [PARA]SECT[/PARA] is DIST_SECTOR.ADD LOCELL:This parameter is valid noly When the [PARA]SECT[/PARA] is DIST_SECTOR, at the same time[PARA]RRUMODE[/PARA] is UNSYNC.

ADD SEC:This parameter is valid only When the [PARA]SECT[/PARA] is DIST_SECTOR.ADD LOCELL:This parameter is valid noly When the [PARA]SECT[/PARA] is DIST_SECTOR, at the same time[PARA]RRUMODE[/PARA] is UNSYNC.

NodeB Read & Write

Cell Read Only

NodeB Read & Write

It is valid when [PARA]AUTOSW[/PARA] is ON in [MML]SET EMGLICENSE[/MML].

It is valid only When [PARA]DIVM[/PARA] in [MML]ADD SEC[/MML] is HALFFREQ.

[SET LOCALIP]The IP address for local maintenance, IP address of the Ethernet port, and IP address for remote maintenance must be unique.The IP addresses of the FE port, local maintenance channel, and remote maintenance channel cannot be on the same network segment. In addition, the network segments of the three types of IP address must be exclusive of each other.Check whether two IP addresses are on the same network segment by using the following formula: (IpValueA & IpMaskA==IpValueB & IpMaskB)&&(IpMaskA==IpMaskB)Check whether two network segments are exclusive of each other by using the following formulas:1. IpMask=IpMaskA & IpMaskB2. IpValueA & IpMask==IpValueB & IpMaskIP & ~mask cannot be 0IP & mask cannot be 0IP & mask + ~mask cannot be 0xffffffffIP & ~mask + mask cannot be 0xffffffffNote: "~mask" indicates the complement on mask.

OMCH Read & Write


NodeB Read & Write


None Read & Write


NodeB Read & Write

No involved None Read & Write




IP & ~mask cannot be 0IP & mask cannot be 0IP & mask + ~mask cannot be 0xffffffffIP & ~mask + mask cannot be 0xffffffffNote: "~mask" indicates the complement on mask.

[PARA]CRL[/PARA] is valid while [PARA]CRLEnableSta[/PARA]=Enable in [MML]SET CERTFILE[/MML].

Auxiliary power systemCMU

This parameter is valid only when [PARA]CSLSDF[/PARA] in [MML]SET SDPA[/MML] is set to "ENABLE"

NodeB Read & Write

NodeB Read & Write

NCMU None Read & Write





It is valid when [PARA]MANUALSW[/PARA] is ON in [MML]SET EMGLICENSE[/MML].



NPMU Read & Write

NPMU Read & Write


Cell Read & Write

This parameter must be greater than [PARA]BCVOL[/PARA] in [MML]SET BCFCVOLTAGE[/MML] + 1

This parameter value must be greater than [PARA]LSDV[/PARA] in [MML]SET SDPA[/MML], less than [PARA]FCVOL[/PARA] in [MML]SET BCFCVOLTAGE[/MML]-2This parameter value must be greater than [PARA]BSDV[/PARA] in [MML]SET SDPA[/MML] when [PARA]LSDF[/PARA] in [MML]SET SDPA[/MML] is set to "Disable"This parameter value must be greater than 35 when [PARA]LSDF[/PARA] and [PARA]BSDF[/PARA] in [MML]SET SDPA[/MML] are both set to "Disable"

The [PARA]DDSTM[/PARA] value must be smaller than [PARA]TDSTM[/PARA] value in [MML]SET BATATPA[/MML].

This parameter is valid noly When the [PARA]SECT[/PARA] in [MML]ADD SEC[/MML] is DIST_SECTOR.

OMCH Read & Write

SAAL Read & Write



NodeB Read & Write



The resource group is added when [PARA]BEAR[/PARA] in [MML]ADD OMCH[/MML] is set to ATM.

This parameter must be greater than or equal to the value of [PARA]POLL[/PARA].This parameter must be smaller than or equal to the value of [PARA]IDLE[/PARA].This parameter must be smaller than the value of [PARA]NRTM[/PARA].

[PARA]DEVTP[/PARA] is valid while [PARA]OPMODE[/PARA]=SECTOR or OPMODE=CSAT



NodeB Read & Write

Cell Read & Write

Cell Read & Write

Cell Read & Write

Cell Read & Write

This parameter is valid only when the value of [PARA]LM[/PARA] is set to ONLYIPADDR or IPADDRANDUDPPORT.

This parameter is valid only when the sector type of local cell is not distributed sector.

This parameter is invalid when the [PARA]SECT[/PARA] in [MML]ADD SEC[/MML] is DIST_SECTOR; HALFFREQ is valid when [PARA]SECT[/PARA] in [MML]ADD SEC[/MML] is REMOTE_SECTOR.

For DBS:It is valid when [PARA]ANT1N[/PARA] in [MML]ADD SEC[/MML] is R0A, R0B.For BTS:It is valid when [PARA]ANT1N[/PARA] in [MML]ADD SEC[/MML] is R0A, N0A, N1A, N2A, N3A, N4A, N5A.


Cell Read & Write

Cell Read & Write




SCTP None Read & Write



Battery None Read & Write










NodeB Read & Write


NodeB Read & Write



OMCH Read & Write





NodeB Read Only


The value range is 0~1 when [PARA]DSTPT[/PARA] is IMA and [PARA]DSTSBT[/PARA] is BASE_BOARD;The value range is 0~3 when [PARA]DSTPT[/PARA] is IMA and [PARA]DSTSBT[/PARA] is E1_COVERBOARD;The value range is 0~3 when [PARA]DSTPT[/PARA] is UNI and [PARA]DSTSBT[/PARA] is BASE_BOARD;The value range is 0~7 when [PARA]DSTPT[/PARA] is UNI and [PARA]DSTSBT[/PARA] is E1_COVERBOARD;

NodeB Read Only

NodeB Read Only


OMCH Read & Write

Read Only

Read Only

None Read Only

The value range is 0~3 when [PARA]DSTPT[/PARA] is FRAATM and [PARA]DSTSBT[/PARA] is BASE_BOARD;The value range is 0~7 when [PARA]DSTPT[/PARA] is FRAATM and [PARA]DSTSBT[/PARA] is E1_COVERBOARD;

The value range is 0~3 when [PARA]DSTSBT[/PARA] is BASE_BOARD;The value range is 0~7 when [PARA]DSTSBT[/PARA] is E1_COVERBOARD;

This parameter is valid only when in [MML]ADD OMCH[/MML] [PARA]BEAR[/PARA] is set to ATM and [PARA]ST[/PARA] is set to UBR+ .

NodeB(ADD TREELNKPVC)NodeB(ADD TSCROSS)

When the value range of [PARA]DSTSN[/PARA] is 6~7, [PARA]DSTSBT[/PARA] is BASE_BOARD.


BASE_BOARD: when the board in destination slot is WMPT;E1_COVERBOARD:When the board in destination slot is UTRPValue range: BASE_BOARD, E1_COVERBOARD

NodeB(ADD TREELNKPVC)NodeB(ADD BACKE1T1)

NodeB Read Only



OMCH Read & Write

SAAL Read & Write

NodeB Read & Write


The value range is 0~7 when the value range of [PARA]NO[/PARA] in [MML]ADD TSCROSS[/MML] is 0~7;The value range is 0~5 when the value range of [PARA]NO[/PARA] in [MML]ADD TSCROSS[/MML] is 8~15;

This parameter is valid only when in [MML]ADD OMCH[/MML] [PARA]BEAR[/PARA] is set to IPV4, [PARA]BRT[/PARA] is set to YES, [PARA]SN[/PARA] is set to 6-7 and [PARA]RT[/PARA] is set to NEXTHOP .

This parameter must be greater than the value of [PARA]KATM[/PARA].

The value range is 0~7 when [PARA]PRIRULE[/PARA] is set to IPPRECEDENCE. The value range is 0~63 when [PARA]PRIRULE[/PARA] is set to DSCP.

Cell Read & Write


Cell Read & Write

Cell Read & Write

OMCH Read & Write

It is valid when [PARA]EAGCHPCPARA[/PARA] is YES in [MML]SET MACEPARA[/MML].

It is valid when [PARA]EAGCHPCMOD[/PARA] is FIXED in [MML]SET MACEPARA[/MML].

It is valid when [PARA]EAGCHPCMOD[/PARA] is RNC_BASED, FOLLOW_TPC, CQI_BASED, HSSCCH_BASED in [MML]SET MACEPARA[/MML].

When the [PARA]BEAR[/PARA] parameter in the MML command is set to ATM , and [PARA]ST[/PARA] parameter in the MML command is set to RTVBR, NRTVBR, or UBR+, the value of this parameter should be greater than that of [PARA]SCR[/PARA] or [PARA]MCR[/PARA].

NodeB Read & Write

NodeB Read & Write



NodeB Read & Write

NodeB Read & Write

End Date and End Time"[PARA]ED[/PARA] and [PARA]ET[/PARA]in [MML]STR E1T1RTTST[/MML]" must be later than the current date and time. Start Date and Start Time"[PARA]SD[/PARA] and [PARA]ST[/PARA]in [MML]STR E1T1RTTST[/MML]" plus test time must be earlier than the End Date and End Time"[PARA]ED[/PARA] and [PARA]ET[/PARA]in [MML]STR E1T1RTTST[/MML]".

[PARA]EDAY[/PARA] is valid while [PARA]DST[/PARA]=YES and EM is DATEWEEK or DATE in [MML]SET TZ[/MML].

[PARA]EM[/PARA] is valid while [PARA]DST[/PARA]=YES in [MML]SET TZ[/MML].

[PARA]EMONTH[/PARA] is valid while [PARA]DST[/PARA]=YES and [PARA]EM[/PARA] is DATEWEEK or DATE in [MML]SET TZ[/MML].



OMCH Read & Write

OMCH Read & Write

NodeB Read & Write



[PARA]ET[/PARA] is valid while [PARA]DST[/PARA]=YES in [MML]SET TZ[/MML].

NodeB Read & Write

NodeB Read & Write

NodeB Read & Write

NodeB

NodeB Read & Write

NodeB Read & Write

End Date and End Time"[PARA]ED[/PARA] and [PARA]ET[/PARA]in [MML]STR E1T1RTTST[/MML]" must be later than the current date and time. Start Date and Start Time"[PARA]SD[/PARA] and [PARA]ST[/PARA]in [MML]STR E1T1RTTST[/MML]" plus test time must be earlier than the End Date and End Time"[PARA]ED[/PARA] and [PARA]ET[/PARA]in [MML]STR E1T1RTTST[/MML]".

[PARA]EWEEK[/PARA] is valid while [PARA]DST[/PARA]=YES and [PARA]EM[/PARA] is DATEWEEK or WEEK in [MML]SET TZ[/MML].

[PARA]EWSEQ[/PARA] is valide while [PARA]DST[/PARA]=YES and [PARA]EM[/PARA]=WEEK.

This parameter must be less than [PARA]BCVOL[/PARA] in [MML]SET BCFCVOLTAGE[/MML] and greater than [PARA]DCVLL[/PARA] in [MML]SET ACDCVLIMIT[/MML]+2, and between 43.2 and 57.6.

This parameter is valid only when the value of [PARA]LM[/PARA] is set to IPADDRANDUDPPORT.

[PARA]PLRAT[/PARA] should be greater than or equal to [PARA]PLRDT[/PARA].

NodeB Read & Write

SAAL Read & Write




OMCH Read & Write


OMCH Read & Write

[SET PLRTHRESHOLD]This is the threshold for clearing the packet loss alarm. The value of this command should not exceed the alarm generation threshold.[PARA]PLRDT[/PARA] should be smaller than or equal to [PARA]PLRAT[/PARA].

The value of this parameter must be smaller than or equal to the value of [PARA]KATM[/PARA].

This parameter is valid when[PARA]BEAR[/PARA] in [MML]ADD OMCH[/MML] is set to IPV4 and [PARA]BRT[/PARA] in [MML]ADD OMCH[/MML] is set to YES.

The SN of the resource group is required when [PARA]JNRSCGRP[/PARA] in [MML]ADD OMCH[/MML] is set to ENABLE and [PARA]BEAR[/PARA] is set to ATM.

OMCH Read & Write


OMCH Read & Write

SAAL Read & Write

NodeB Read & Write

This parameter is valid when in [MML]ADD OMCH[/MML] [PARA]BEAR[/PARA] is set to IPV4 and [PARA]BRT[/PARA] is set to YES .

This parameter is valid when in [MML]ADD OMCH[/MML] [PARA]BEAR[/PARA] is set to ATM and [PARA]ST[/PARA] is set to RTVBR or NRTVBR.

This parameter is valid when in [MML]ADD SAALLNK[/MML] [PARA]ST[/PARA] is set to RTVBR or NRTVBR.

The value range is 0~7 when [PARA]PRIRULE[/PARA] is IPPRECEDENCE;The value range is 0~63 when [PARA]PRIRULE[/PARA] is DSCP;

OMCH Read & Write


No Read & Write

No Read & Write

No Read & Write

No Read & Write

GPS None Read & Write



This parameter should be set when [PARA]BEAR[/PARA] in [MML]ADD OMCH[/MML] is set to ATM.

This parameter is valid when in [MML]SET ALDDEV[/MML] [PARA]OPESORT[/PARA] is set to DEV.




Cell Read & Write

No

Cell Read & Write





For DBS:This parameter is valid only When the [PARA]SECT[/PARA] in [MML]ADD SEC[/MML] is REMOTE_SECTOR.For BTS:This parameter is valid When the [PARA]SECT[/PARA] in [MML]ADD SEC[/MML] is REMOTE_SECTOR or LOCAL_SECTOR

[PARA]HLL[/PARA] is less than [PARA]HUL[/PARA] in[MML]MOD NEMUTHLIMIT[/MML]

The inner handover radius of the local cell must not be greater than [PARA]RADIUS[/PARA] in[MML]ADD LOCELL[/MML].


No Read & Write



NodeB Read & Write

[PARA]HLL[/PARA] is less than [PARA]HUL[/PARA] in[MML]MOD NEMUTHLIMIT[/MML]

This parameter is valid when [PARA]FPMUXSWITCH[/PARA] in [MML]SET FPMUX[/MML] is set to ENABLE.The difference between [PARA]FRAMELEN[/PARA](Frame Max Length) and [PARA]SUBFRAMELEN[/PARA](Sub Frame Max Length) is greater than 4.




NodeB Read & Write


This parameter is valid when [PARA]FPMUXSWITCH[/PARA] in [MML]SET FPMUX[/MML] is set to ENABLE.

STM1 None Read & Write

OMCH Read & Write


OMCH Read & Write

NodeB Read & Write

No Read & Write

No Read & Write

NodeB Read & Write



This parameter is valid only when the [PARA]FUNCTION[/PARA] parameter is set to ENABLE.



This parameter is valid only when the [PARA]FUNCTION[/PARA] parameter is set to ENABLE. The value depends on the physical interface rate and must be lower than the physical interface rate. When [PARA]PT[/PARA] is set to MPGRP, the value range is 32 to 155000 kbit/s; when [PARA]PT[/PARA] is set to ETH, the value range is 32 to 155000 kbit/s.

NodeB Read & Write

NodeB Read & Write

NodeB Read & Write

NodeB Read & Write

None Read & Write


This parameter is valid only when the [PARA]FUNCTION[/PARA] parameter is set to ENABLE. The value depends on the physical interface rate and must be lower than the physical interface rate. When [PARA]PT[/PARA] is set to MPGRP, the value range is 32 to 155000 kbit/s; when [PARA]PT[/PARA] is set to ETH, the value range is 32 to 155000 kbit/s.

If the Ethernet port is an electrical port and [PARA]SPEED[/PARA] in [MML]SET ETHPORT[/MML] is not set to AUTO, this parameter is valid. If the Ethernet port is an optical port, this parameter is set to forced full-duplex.

This parameter is valid only when [PARA]SW[/PARA] in [MML]SET SNTPCLTPARA[/MML] is set to "ON".


NodeBSET E1T1WORKMODE)

NodeB Read & Write


This parameter is valid when [PARA]MODE[/PARA] in [MML]SET CLKMODE[/MML] is set to MANUAL and [PARA]CLKSRC[/PARA] in [MML]SET CLKMODE[/MML] is set to "IP"




NodeB Read & Write

NodeB Read & Write

NodeB Read & Write

The value range is 15~30 when [PARA]SWTICH[/PARA] in [MML]SET VSWRALMPARAM[/MML] is set to ATM.

LL is less than [PARA]UL[/PARA] in [MML]SET NEMUINVLIMIT[/MML]

When [PARA]PT[/PARA] in [MML]SET ALMPORT[/MML] is VALUE, this parameter is valid.


NodeB Read & Write

NodeB Read & Write

Read & Write

[PARA]LNCODE[/PARA] can be HDB3 or AMI when [PARA]FRAME[/PARA] is E1_DOUBLE_FRAME or E1_CRC4_MULTI_FRAME.

[PARA]LNCODE[/PARA] can be B8ZS or AMI when [PARA]FRAME[/PARA] is T1_SUPER_FRAME or T1_EXTENDED_SUPER_FRAME.

NodeB(SET IPREMOTELOOP)E1/T1(SET E1T1LOP)STM1(SET STM1LOP)

It is valid when [PARA]LM[/PARA] is not NOLOOP in [MML]SET IPREMOTELOOP[/MML].It is valid when [PARA]LM[/PARA] is not NOLOOP in [MML]SET E1T1LOP[/MML].It is valid when [PARA]LM[/PARA] is not NOLOOP in [MML]SET STM1LOP[/MML].

NodeB Read & Write


NodeB Read & Write

NodeB Read & Write

NodeB Read & Write



This parameter is valid only when the value of [PARA]LM[/PARA] is set to ONLYIPADDR or IPADDRANDUDPPORT.

If [PARA]PN[/PARA] = 0, the value can be forced 10Mbps, forced 100Mbps, or auto-negotiated.If [PARA]PN[/PARA] = 1, the value can be forced 100Mbps.

This parameter is valid when [PARA]MODE[/PARA] in [MML]SET CLKMODE[/MML] is set to MANUAL , [PARA]CLKSRC[/PARA] in [MML]SET CLKMODE[/MML] is set to "IP" and [PARA]IPMODE[/PARA] in [MML]SET CLKMODE[/MML] is set to MANUAL

This parameter is valid when [PARA]TRAFFIC[/PARA] in [MML]SET VLANCLASS[/MML] is set to USERDATA.


NodeB Read & Write

NodeB Read & Write



NodeB Read & Write

NodeB Read & Write

None Read & Write

This parameter is valid when [PARA]INSTAG[/PARA] in [MML]SET VLANCLASS[/MML] is set to ENABLE.

This parameter is valid when [PARA]INSTAG[/PARA] in [MML]SET VLANCLASS[/MML] is set to ENABLE.

If it is "ENABLE", the [PARA]LSDV[/PARA] in [MML]SET SDPA[/MML] value is valid.

The parameter is valid only when the [PARA]LSDF[/PARA] in [MML]SET SDPA[/MML] is set to Enable.

MLPPP Link(ADD MPLNK)PPP Link(ADD PPPLNK)


NodeB Read & Write

NodeB Read & Write


LTEM could be configed when [PARA]LFLG[/PARA] in [MML]SET HTPROTECT[/MML] is ENABLE

[PARA]OTH[/PARA] is more than [PARA]LTH[/PARA] in [MML]SET THAT[/MML]

NodeB Read & Write


Read & Write

Cell Read & Write

None Read & Write



Cell Read & Write

This parameter is valid only when the [PARA]NT[/PARA] parameter in [MML]ADD AAL2NODE[/MML] is set to LOCAL.

AAL2 Path(ADD AAL2PATH)NodeB(ADD AAL2ADJNODE)

This parameter is valid only when the [PARA]NT[/PARA] parameter in [MML]ADD AAL2PATH[/MML] is set to ADJNODE.

It is valid when [PARA]EAGCHPCMOD[/PARA] is CQI_BASED, HSSCCH_BASED in [MML]SET MACEPARA[/MML].

MLPPP Group(ADD MPGRP)PPP Link(ADD PPPLNK)

It is valid when [PARA]PWRMODE[/PARA] is ABSOLUTE in [MML]MOD RRUOFLOCELL[/MML].



None Read & Write



Cell Read & Write

IUBCP Read & Write

NodeB Read & Write

NEMU Read & Write




Tree Link PVC(ADD TREELNKPVC)AAL2 Path(ADD AAL2PATH)

It is valid when [PARA]EAGCHPCMOD[/PARA] is CQI_BASED, HSSCCH_BASED in [MML]SET MACEPARA[/MML].

This parameter is valid only when in [MML]ADD IUBCP[/MML] [PARA]CPPT[/PARA] is set to CCP.

It is valid when [PARA]AUTOSW[/PARA] is ON in [MML]SET EMGLICENSE[/MML].

MLL is less than [PARA]MUL[/PARA] in [MML]SET NEMUANLGIN[/MML]



None Read & Write

IMA Group None Read & Write

None Read & Write


Tree Link PVC(ADD TREELNKPVC)Timeslot Cross(ADD TSCROSS)


IP Path None Read & Write

NodeB Read & Write

NEMU Read & Write

NodeB Read & Write

Cell Read & Write



The [PARA]DSTIP[/PARA] & the [PARA]DSTMASK[/PARA] must be equal to the [PARA]DSTIP[/PARA].

This parameter value must be greater than [PARA]MLL[/PARA] in [MML]SET NEMUANLGIN[/MML]

The [PARA]DSTIP[/PARA] & the [PARA]DSTMASK[/PARA] must be equal to the [PARA]DSTIP[/PARA].

For DBS:This parameter is valid only When the [PARA]SECT[/PARA] in [MML]ADD SEC[/MML] is REMOTE_SECTOR.For BTS:This parameter is valid When the [PARA]SECT[/PARA] in [MML]ADD SEC[/MML] is REMOTE_SECTOR or LOCAL_SECTOR





Tree Link PVC Read & Write

This parameter is valid only when the [PARA]JNRSCGRP[/PARA] parameter in [MML]ADD TREELNKPVC[/MML] is set to ENABLE.

Timeslot Cross Read & Write


Tree Link PVC None Read & Write


IP Path Read & Write

Fractional ATM Read & Write

The number of [PARA]DSTTSN[/PARA] and [PARA]SRCTSN[/PARA] timeslots must be equal.

It is valid when [PARA]VST[/PARA] is VC_SWITCH in [MML]ADD TREELNKPVC[/MML].

This parameter is valid only when the [PARA]PT[/PARA] parameter in [MML]ADD IPPATH[/MML] is set to ETH.

The value range is 0~3 when [PARA]SBT[/PARA] is set to BASE_BOARD;The value range is 0~7 when [PARA]SBT[/PARA] is set to E1_COVERBOARD;

Cell Read & Write


Cell Read & Write

Cell Read & Write

Cell Read & Write


Cell Read & Write

Cell Read & Write

It is valid when [PARA]NSEHICHPCPARA[/PARA] is YES in [MML]SET MACEPARA[/MML].

It is valid when [PARA]NSEHICHPCMOD[/PARA] is FIXED in [MML]SET MACEPARA[/MML].

It is valid when [PARA]NSEHICHPCMOD[/PARA] is RNC_BASED, FOLLOW_TPC in [MML]SET MACEPARA[/MML].

It is valid when [PARA]NSERGCHPCPARA[/PARA] is YES in [MML]SET MACEPARA[/MML].

It is valid when [PARA]NSERGCHPCMOD[/PARA] is FIXED in [MML]SET MACEPARA[/MML].

It is valid when [PARA]NSERGCHPCMOD[/PARA] is RNC_BASED, FOLLOW_TPC in [MML]SET MACEPARA[/MML].


STM1 None Read & Write



This parameter is valid only when in [MML]ADD IPPATH[/MML] the value of [PARA]PT[/PARA] is set to ETH and [PARA]FPMUXSWITCH[/PARA] is set to ENABLE.The difference between [PARA]FRAMELEN[/PARA](Frame Max Length) and [PARA]SUBFRAMELEN[/PARA](Sub Frame Max Length) is greater than 4.

NodeB Read & Write

NodeB Read & Write


NodeB Read & Write



NodeB Read & Write


The parameter is valid when [PARA]AIDST[/PARA] in [MML]SET OBJALMSHLD[/MML]is set to "ONEBYONE".

The parameter is valid when [PARA]SN[/PARA] in [MML]SET OBJALMSHLD[/MML]is valid.

You must enter the parameter when the ALD system type [PARA]AST[/PARA]in [MML]SET ALDPWRSW[/MML] is set to "CUSTOM".Alarm Clear Threshold must be satisfied:UOTHD<UCTHD<OOTHD;UOTHD<OCTHD<OOTHD





NodeB Read & Write[PARA]OTH[/PARA] is more than [PARA]LTH[/PARA] in [MML]SET THAT[/MML]

NodeB Read & Write

NodeB Read & Write

Read & Write

IMA Link Read & Write

NodeB Read & Write

This paramter is valid when [PARA]RTTYPE[/PARA] in [MML]ADD IPRT[/MML] is set to IF.The value range is 0~7 when [PARA]PT[/PARA] is PPP and [PARA]SBT[/PARA] is BASE_BOARD;The value range is 0~15 when [PARA]PT[/PARA] is PPP and [PARA]SBT[/PARA] is E1_COVERBOARD;The value range is 0~1 when [PARA]PT[/PARA] is MPGRP and [PARA]SBT[/PARA] is BASE_BOARD;The value range is 0~3 when [PARA]PT[/PARA] is MPGRP and [PARA]SBT[/PARA] is E1_COVERBOARD;

This parameter is valid only when [PARA]RTTYPE[/PARA] in [MML]ADD IPRT[/MML] is set to IF.

IMA Group(ADD IMAGRP)IMA Link(ADD IMALNK)

The value range is 0~1 when [PARA]SBT[/PARA] is BASE_BOARD;The value range is 0~3 when [PARA]SBT[/PARA] is E1_COVERBOARD;


This parameter is valid only when [PARA]VLANMODE[/PARA] in [MML]ADD VLANMAP[/MML] is set to SINGLEVLAN.

NodeB Read & Write

None Read & Write

Read & Write

None Read & Write


IUBCP Read & Write





AAL2 Path(ADD AAL2PATH)IP Path(ADD IPPATH)SAAL(ADD SAALLNK)Tree Link PVC(ADD TREELNKPVC)

The value range is 0~63 when [PARA]BEAR[/PARA] in [MML]ADD IUBCP[/MML] is set to ATM.

IUBCP Read & Write


Read & Write

NodeB Read & Write



NodeB Read & Write


The value range is 0~19 when [PARA]BEAR[/PARA] in [MML]ADD IUBCP[/MML] is set to IPV4.



This parameter is valid when [PARA]TP[/PARA] in [MML]ADD RRU[/MML] is set to "BRANCH"




NodeB Read & Write

Read Only

Read & Write

Value Range:BTS3900:UPEA/ UPEB:0~7MRRU:0~6RHUB:0~3PRRU:0NEMU:0~35BTS3900A:UPEA/UPEB:0~7MRRU:0~6RHUB:0~3PRRU:0NPMU:5~7DBS3900:UPEA/UPEB:0~7MRRU:0~6RHUB:0~3PRRU:0NEMU:0~35NPMU:5~7

NodeB(ADD LNKSRC)NodeB(ADD DEVIP)PPP Link(ADD PPPLNK)Fractional ATM(ADD FRAATM)IP Path(ADD IPPATH)MLPPP Link(ADD MPLNK)OMCH(ADD OMCH)SAAL(ADD SAALLNK)

The value range is 0~3 when [PARA]SBT[/PARA] is BASE_BOARD.The value range is 0~7 when [PARA]SBT[/PARA] is E1_COVERBOARD.

NodeB(SET E1T1LOP)NodeB(SET E1T1WORKMODE)Ethport(SET ETHPORT)NodeB(SET HSDPAFLOWCTRLPARA)NodeB(SET LR)IMA Group/UNI Link/Fractional ATM(SET SCRAM)


Read Only

Read Only

OMCH Read Only

Read & Write

None Read & Write


MLPPP Group None Read & Write

Read & Write

AAL2 Path(ADD AAL2PATH)NodeB(ADD IP2RSCGRP)NodeB(ADD RSCGRP)


AAL2 Path(ADD AAL2PATH)NodeB(ADD RSCGRP)SAAL(ADD SAALLNK)

The value range is 0~3 when [PARA]SBT[/PARA] is BASE_BOARD.The value range is 0~7 when [PARA]SBT[/PARA] is E1_COVERBOARD.The value range is 0~3 when [PARA]SBT[/PARA] is BACK_BOARD.


NodeB(SET HSDPAFLOWCTRLPARA)IMA Group/UNI Link/Fractional ATM(SET SCRAM)


Tree Link PVC(ADD TREELNKPVC)AAL2 Path(ADD AAL2PATH)

SAAL

This parameter is valid when [PARA]ST[/PARA] is set to UBR+, and its value should be smaller than the value of [PARA]PCR[/PARA].

Read & Write

IMA Group Read & Write

MLPPP Group Read & Write



AAL2 Path(ADD AAL2PATH)Tree Link PVC(ADD TREELNKPVC)

This parameter is valid only when the [PARA]ST[/PARA] is UBR+, and the value of this parameter is smaller than the [PARA]PCR[/PARA] value.


The value of this parameter cannot be smaller than that of [PARA]MPDADT[/PARA].

NodeB Read & Write


NodeB Read & Write

NodeB


MLPPP Group Read & Write

NodeB Read & Write

when the ALD system type [PARA]AST[/PARA] in [MML]SET ALDPWRSW[/MML] is set to "custom", the value range is between R0A, R0B and RET_PORT;when the ALD system type [PARA]AST[/PARA] in [MML]SET ALDPWRSWALD[/MML] is set to "RET_ONLY_MULTICORE", the value range is only RET_PORT;otherwise the value range is between R0A and R0B.For the WRFU subrack, the value range is between N0A and N5A, N0B and N5B.For the RRU, if the ALD system type is custom, the value range is between R0A, R0B and RET_PORT, if the ALD system type is RET_ONLY_MULTICORE, the value range is only RET_PORT, otherwise the value range is between R0A and R0B.

When MODE = CUSTOM, this parameter is valid. If the parameter is not specified, the existing type is not changed.

[PARA]PTYPE[/PARA] is valid while [PARA]CS[/PARA]=CONFIGED in [MML]SET PWRSYSCFG[/MML]

The value of this parameter cannot be greater than that of [PARA]MPDAAT[/PARA].

[PARA]PWD[/PARA] is valid while [PARA]PKPEnableSta[/PARA]=Enable in [MML]SET CERTFILE[/MML].

NodeB Read & Write


Cell This para is valid for distribution cell. Read & Write





Read & Write



None Read & Write





Cell Read & Write

MLPPP Group(ADD MPGRP)MLPPP Link(ADD MPLNK)



It is valid when [PARA]RMTCM[/PARA] is TRUE in [MML]ADD LOCELL[/MML].



None Read & Write


Cell Read & Write



NodeB Read & Write



This parameter is valid noly When the [PARA]SECT[/PARA] in [MML]ADD SEC[/MML] is DIST_SECTOR.

This parameter is valid when [PARA]RTTYPE[/PARA] in [MML]ADD IPRT[/MML] is set to NEXTHOP.


NodeB Read & Write



NodeB Read Only



NodeB Read & Write

This parameter is valid only when [PARA]RSTMODE[/PARA] in [MML]SET CFGFILEENB[/MML] is set to "ENABLE".

The value range of [PARA]SRCSN[/PARA] is 0~7 when [PARA]NO[/PARA] is 0~7.The value range of [PARA]SRCSN[/PARA] is 0~5 when [PARA]NO[/PARA] is 8~15.

Value Range:BTS3900&BTS3900A:MRRU, RHUB, PRRU , WRFU DBS3900:MRRU, RHUB , PRRU

The LOCAL node must already exist before the HUB node is added.


AAL2 Path None Read & Write







SAAL Read & Write


NodeB Read & Write

When the [PARA]ST[/PARA] parameter in the MML command is set to RTVBR, NRTVBR, or UBR+, the value of this parameter should be greater than that of [PARA]SCR[/PARA] or [PARA]MCR[/PARA].

This parameter is valid only when [PARA]SBS[/PARA] in [MML]SET SUBBRD[/MML] is set to "YES".

Read Only

Read & Write

NodeB Read & Write

Cell Read & Write

NodeB(ADD LNKSRC)NodeB(ADD DEVIP)PPP Link(ADD PPPLNK)AAL2 Path(ADD AAL2PATH)Fractional ATM(ADD FRAATM)IMA Group(ADD IMAGRP)IMA Link(ADD IMALNK)NodeB(ADD IP2RSCGRP)IP Path(ADD IPPATH)NodeB(ADD IPRT)MLPPP Group(ADD MPGRP)MLPPP Link(ADD MPLNK)OMCH(ADD OMCH)NodeB(ADD RSCGRP)SAAL(ADD SAALLNK)UNI Link(ADD UNILNK)ETH OAM(ADD CFMMEP)NodeB(ADD ETHTRK)NodeB(ADD ETHTRKLNK)

When [PARA]SN[/PARA] is in the range of 0~5, choose E1_COVERBOARD.When [PARA]SN[/PARA] is in range of 6~7, choose BASE_BOARD, BACK_BOARD

NodeB(SET E1T1WORKMODE)Ethport(SET ETHPORT)NodeB(SET LR)IMA Group/UNI Link/Fractional ATM(SET SCRAM)



It is valid when [PARA]SCCHPWRCM[/PARA] is FIXED in [MML]SET MACHSPARA[/MML].



Read & Write

None Read & Write


None Read & Write

Read & Write



NodeB Read & Write


AAL2 Path(ADD AAL2PATH)Tree Link PVC(ADD TREELNKPVC)

When the [PARA]ST[/PARA] parameter in the MML command is set to RTVBR, NRTVBR, or UBR+, the value of this parameter should be greater than that of [PARA]SCR[/PARA] or [PARA]MCR[/PARA].

SCTP(ADD SCTPLNK)PPP Link(ADD PPPLNK)MLPPP Group(ADD MPGRP)




[PARA]SDAY[/PARA] is valid while [PARA]DST[/PARA]=YES and [PARA]SM[/PARA] is DATEWEEK or DATE in [MML]SET TZ[/MML].


Read & Write

Cell Read Only

NodeB Read & Write


Cell Read Only

No Read & Write

No Read & Write


This parameter is mandatory if [PARA]AUTH[/PARA] is not NONAUTH.

For BTS:When the value of [PARA]SECT[/PARA] is LOCAL_SECTOR, It's valua is 0~5.

This parameter is valid when the operating mode is SECTOR.

For BTS, The para LOCAL_SECTOR of [MML]ADD SEC[/MML] is valid and optional, When [PARA]SECT[/PARA] is LOCAL_SECTOR, It's value should be 4 or 5. For DBS, When [PARA]SECT[/PARA] is REMOTE_SECTOR, It's value should be ROA and R0B

This parameter is valid when in [MML]SET ALDDEV[/MML] [PARA]OPESORT[/PARA] is set to OPE and [PARA]OPEVER[/PARA] is set to V1.1.

This parameter is valid when in [MML]SET ALDDEV[/MML] [PARA]OPESORT[/PARA] is set to OPE and [PARA]OPEVER[/PARA] is set to V2.0_3GPP.

Cell Read & Write


Cell Read & Write

Cell Read & Write

Cell Read & Write


Cell Read & Write

Cell Read & Write

It is valid when [PARA]SEHICHPCPARA[/PARA] is YES in [MML]SET MACEPARA[/MML].

It is valid when [PARA]SEHICHPCMOD[/PARA] is FIXED in [MML]SET MACEPARA[/MML].

It is valid when [PARA]SEHICHPCMOD[/PARA] is RNC_BASED, FOLLOW_TPC in [MML]SET MACEPARA[/MML].

It is valid when [PARA]SERGCHPCPARA[/PARA] is YES in [MML]SET MACEPARA[/MML].

It is valid when [PARA]SERGCHPCMOD[/PARA] is FIXED in [MML]SET MACEPARA[/MML].

It is valid when [PARA]SERGCHPCMOD[/PARA] is RNC_BASED, FOLLOW_TPC in [MML]SET MACEPARA[/MML].


No Read & Write




None Read & Write

Cell Read & Write


This parameter is valid when in [MML]SET ALDDEV[/MML] [PARA]DEVVER[/PARA] is set to DEV .


It is valid when [PARA]SEHICHPCMOD[/PARA] is FIXED in [MML]SET MACEPARA[/MML].

NodeB Read & Write


NodeB Read & Write

[PARA]SM[/PARA] is valid while [PARA]DST[/PARA]=YES in [MML]SET TZ[/MML].

[PARA]SMONTH[/PARA] is valid while [PARA]DST[/PARA]=YES and [PARA]SM[/PARA] is DATEWEEK or DATE in [MML]SET TZ[/MML].

NodeB Read Only

Cabinet No. Subrack No. Slot No. Board type 0 0 0~3 WBBPa (WCDMA BaseBand Process unit type A) \WBBPb (WCDMA BaseBand Process unit type B) \UTRP (Universal extension TRansmission Processing unit) 0 0 0~5 UTRP (Universal extension TRansmission Processing unit) 0 0 6~7 WMPT (WCDMA Main Processing & Transmission unit) 0 0 16 UBF (Universal BBU Fan unit) 0 0 18~19 UPEA(Universal Power and Environment interface unit type A(-48V)) \UPEB(Universal Power and Environment interface unit type B(24V)) \UEIU(Universal Environment Interface Unit)0 4 0~5 WRFU (WCDMA Radio Frequency Unit) 0 6 0 NEMU (NodeB Environment Monitoring Unit) 0 7 0 NPMU (NodeB Power Monitoring Unit) 0 11 0 NFAN (NodeB FAN Box) 0 20~254 0 MRRU\RHUB\PRRU (Radio Remote Unit)

None Read Only

None Read & Write

ADD LNKSRC(Optional)ADD DEVIP(Optional)ADD PPPLNK(Optional)ADD AAL2PATH(Optional)ADD FRAATM(Optional)ADD IMAGRP(Optional)ADD IMALNK(Optional)ADD IP2RSCGRP(Optional)ADD IPCLKLNK(Optional)ADD IPPATH(Optional)ADD IPRT(Optional)ADD MPGRP(Optional)ADD MPLNK(Optional)ADD OMCH(Optional)ADD RSCGRP(Optional)ADD SAALLNK(Optional)ADD SCTPLNK(Optional)ADD UNILNK(Optional)ADD CFMMA(Optional)ADD CFMMEP(Optional)ADD BFDSESSION(Optional)ADD ETHTRK(Optional)ADD ETHTRKLNK(Optional)

NodeB(SET E1T1BEAR)NodeB(SET E1T1LOP)NodeB(SET E1T1WORKMODE)Ethport(SET ETHPORT)NodeB(SET HSDPAFLOWCTRLPARA)NodeB(SET IPREMOTELOOP)NodeB(SET LR)IMA Group/UNI Link/Fractional ATM(SET SCRAM)

Cell Read Only

Cell Read Only

Cell Read Only

Cell Read Only









NEMU Read & Write

When [PARA]SECT[/PARA] is set to REMOTE_SECTOR, the value range is 0.When [PARA]SECT[/PARA] is LOCAL_SECTOR, the value range is 0~5.

When [PARA]SECT[/PARA] is set to REMOTE_SECTOR, the value range is 0.When [PARA]SECT[/PARA] is LOCAL_SECTOR, the value range is 0~5.

This para is valid, when [PARA]SECT[/PARA] is DIST_SECTOR This para is valid, when [PARA]SECT[/PARA] is DIST_SECTOR

The parameter is valid only when the [PARA]TYPE[/PARA] in [MML]SET NEMUANLGIN[/MML] is set to "VOLTAGE".

NEMU Read & Write

NEMU Read & Write

NEMU Read & Write

NodeB Read & Write

Read & Write

Cell Read & Write

The parameter is valid only when the [PARA]TYPE[/PARA] in [MML]SET NEMUANLGIN[/MML] is set to "CURRENT".

The parameter is valid only when the [PARA]TYPE[/PARA] in [MML]SET NEMUANLGIN[/MML] is set to "VOLTAGE".This parameter value must be greater than [PARA]SOLL[/PARA] in [MML]SET NEMUANLGIN[/MML].

The parameter is valid only when the [PARA]TYPE[/PARA] in [MML]SET NEMUANLGIN[/MML] is set to "CURRENT";This parameter value must be greater than [PARA]SOLL[/PARA] in [MML]SET NEMUANLGIN[/MML].

This parameter is valid only when [PARA]SW[/PARA] in [MML]SET SNTPCLTPARA[/MML] is set to "ON".

AAL2 Path(ADD AAL2PATH)NodeB(ADD IP2RSCGRP)NodeB(ADD IPPATH)NodeB(ADD RSCGRP)SAAL(ADD SAALLNK)

This parameter is valid only when the [PARA]JNRSCGRP[/PARA] in the MML command is ENABLE.

This parameter is valid noly When the [PARA]HISPM[/PARA] in [MML]ADD LOCELL[/MML] is TRUE.


NodeB Read Only

NodeB Read Only

NodeB Read Only

The value range is 0~1 when [PARA]SRCPT[/PARA] is IMA and [PARA]SRCSBT[/PARA] is BASE_BOARD;The value range is 0~3 when [PARA]SRCPT[/PARA] is IMA and [PARA]SRCSBT[/PARA] is E1_COVERBOARD;The value range is 0~3 when [PARA]SRCPT[/PARA] is UNI and [PARA]SRCSBT[/PARA] is BASE_BOARD;The value range is 0~7 when [PARA]SRCPT[/PARA] is UNI and [PARA]SRCSBT[/PARA] is E1_COVERBOARD;

The value range is 0~3 when [PARA]SRCPT[/PARA] is FRAATM and [PARA]SRCSBT[/PARA] is BASE_BOARD;The value range is 0~7 when [PARA]SRCPT[/PARA] is FRAATM and [PARA]SRCSBT[/PARA] is E1_COVERBOARD;

The value range is 0~3 when [PARA]SRCSBT[/PARA] is BASE_BOARD;The value range is 0~7 when [PARA]SRCSBT[/PARA] is E1_COVERBOARD;


STM1 Read & Write

Read Only

Read Only


NodeB Read Only


NodeB Read & Write

This parameter is valid when the [PARA]SBT[/PARA] parameter is CHANNELLED_COVERBOARD and [PARA]SW[/PARA] is set to ENABLE in [MML]SET SDHJ0J1J2[/MML]. Only ENABLE is valid when [PARA]TB[/PARA] is J2.


When the value range of [PARA]SRCSN[/PARA] is 6~7, [PARA]SRCSBT[/PARA] is BASE_BOARD.


When the value range of [PARA]SRCSN[/PARA] is 0~5, [PARA]SRCSBT[/PARA] is E1_COVERBOARD.

The value range is 0~7 when the value range of [PARA]NO[/PARA] in [MML]ADD TSCROSS[/MML] is 0~7;The value range is 0~5 when the value range of [PARA]NO[/PARA] in [MML]ADD TSCROSS[/MML] is 8~15;The [PARA]SRCSN[/PARA] and [PARA]DSTSN[/PARA] should be different.

When SBT is BASE_BOARD, choose NEXTHOP or IFWhen SBT is E1_COVERBOARD, choose IF

None None Read & Write


Cell Read & Write

NodeB Read Only

The value range is 8~100000 when [PARA]PT[/PARA] is ETH;The value range is 8~1984 when [PARA]PT[/PARA] is PPP;The value range is 8~31744 when [PARA]PT[/PARA] is MPGRP;

It is valid when [PARA]SEHICHPCMOD[/PARA] is RNC_BASED, FOLLOW_TPC in [MML]SET MACEPARA[/MML].

0 0 0~3 WBBPa (WCDMA BaseBand Process unit type A) \WBBPb (WCDMA BaseBand Process unit type B) \UTRP (Universal extension TRansmission Processing unit) 0 0 4~5 UTRP (Universal extension TRansmission Processing unit) 0 0 6~7 WMPT (WCDMA Main Processing & Transmission unit) 0 0 16 UBF (Universal BBU Fan unit) 0 0 18~19 UPEA(Universal Power and Environment interface unit type A(-48V)) \UPEB(Universal Power and Environment interface unit type B(24V)) \UEIU(Universal Environment Interface Unit)0 6 0 NEMU (NodeB Environment Monitoring Unit) 0 7 0 NPMU (NodeB Power Monitoring Unit) 0 8 0~1 NCMU (NodeB Climate Monitoring Unit)

None Read Only

None Read & Write

NodeB(ADD LNKSRC)NodeB(ADD DEVIP)PPP Link(ADD PPPLNK)AAL2 Path(ADD AAL2PATH)Fractional ATM(ADD FRAATM)IMA Group(ADD IMAGRP)IMA Link(ADD IMALNK)NodeB(ADD IP2RSCGRP)NodeB(ADD IPCLKLNK)IP Path(ADD IPPATH)NodeB(ADD IPRT)MLPPP Group(ADD MPGRP)MLPPP Link(ADD MPLNK)OMCH(ADD OMCH)NodeB(ADD RSCGRP)SAAL(ADD SAALLNK)SCTP(ADD SCTPLNK)Tree Link PVC(ADD TREELNKPVC)Timeslot Cross(ADD TSCROSS)UNI Link(ADD UNILNK)ETH OAM(ADD CFMMA)ETH OAM(ADD CFMMEP)NodeB(ADD BFDSESSION)NodeB(ADD ETHTRK)NodeB(ADD ETHTRKLNK)

NodeB(SET E1T1BEAR)NodeB(SET E1T1LOP)NodeB(SET E1T1WORKMODE)Ethport(SET ETHPORT)NodeB(SET HSDPAFLOWCTRLPARA)NodeB(SET IPREMOTELOOP)NodeB(SET LR)IMA Group/UNI Link/Fractional ATM(SET SCRAM)

Cell Read & Write

Cell Read & Write

Cell Read & Write

Cell Read & Write










When [PARA]SECT[/PARA] is set to REMOTE_SECTOR, the value range is 20~254. When [PARA]SECT[/PARA] is LOCAL_SECTOR, the value of this para is 4~5.

When [PARA]SECT[/PARA] is set to REMOTE_SECTOR, the value range is 20~254. When [PARA]SECT[/PARA] is LOCAL_SECTOR, the value of this para is 4~5.

This para is valid, when [PARA]SECT[/PARA] is DIST_SECTORThis para is valid, when [PARA]SECT[/PARA] is DIST_SECTOR

STM1 Read & Write

STM1 Read & Write

STM1 Read & Write



This parameter is valid when the [PARA]RSW[/PARA] is ENABLE.When [PARA]TB[/PARA] is J0: TRACE_1BYTE and TRACE_16BYTE and TRACE_64BYTE is valid.When [PARA]TB[/PARA] is J1: TRACE_16BYTE and TRACE_64BYTE is valid.When [PARA]TB[/PARA] is J2: TRACE_16BYTE is valid.

This parameter is valid when the [PARA]RSW[/PARA] is ENABLE.It should be A integer(0~255) or a string consist of single space, A-Z, a-z, 0-9.When [PARA]RXT[/PARA] is TRACE_1BYTE, it should be an integer(0~255).When [PARA]RXT[/PARA] is TRACE_16BYTE, it should be a string which length is not more than 15.When [PARA]RXT[/PARA] is TRACE_64BYTE, it should be a string which length is not more than 62.

This parameter is valid when [PARA]RXT[/PARA] is TRACE_16BYTE or TRACE_64BYTE.

This parameter is valid when in [MML]ADD TREELNKPVC[/MML] [PARA]ST[/PARA] is set to RTVBR or NRTVBR, and its value should be less than the [PARA]PCR[/PARA].

NodeB Read & Write


AAL2 Path Read & Write


NodeB Read & Write


[PARA]ST[/PARA] is valid while [PARA]DST[/PARA]=YES in [MML]SET TZ[/MML].

This parameter is valid only when [PARA]ST[/PARA] in [MML]ADD AAL2PATH[/MML] is set to RTVBR or NRTVBR, and the value of this parameter should be smaller than the [PARA]PCR[/PARA] value.

This parameter is valid when the operating mode is SECTOR.

Read & Write


NodeB Read & Write



NodeB Read & Write

Fractional ATM(ADD FRAATM)IMA Group(ADD IMAGRP)UNI Link(ADD UNILNK)

For the UNI link on the baseboard, the scrambling mode must be enabled when the line code of AMI is used by the E1/T1 link. If the line code of AMI is used by an IMA link of the IMA group, the scrambling mode of the IMA group must be enabled.

This parameter is invalid when [PARA]DEVTP[/PARA] in [MML]ADD ALD[/MML] is set to "SINGLE_RET"

[PARA]SWEEK[/PARA] is valid while [PARA]DST[/PARA]=YES and [PARA]SM[/PARA] is DATEWEEK or WEEK in [MML]SET TZ[/MML].




NodeB Read & Write



NodeB Read & Write



[PARA]SWSEQ[/PARA] is valid while [PARA]DST[/PARA]=YES and [PARA]SM[/PARA]=WEEK in [MML]SET TZ[/MML].


This parameter is valid only when [PARA]JNRSCGRP[/PARA] in [MML]ADD TREELNKPVC[/MML] is set to ENABLE.

The TDSTM is valid only when [PARA]ATMODE[/PARA] in [MML]SET BATATPA[/MML] is set to PERIOD or PERIODPOWERCUT.The DDSTM value must be smaller than TDSTM value.


No Read & Write

No Read & Write

This parameter is valid when in [MML]SET ALDDEV[/MML] [PARA]DEVVER[/PARA] is set to OPE and [PARA]DEVVER[/PARA] is set to V1.1.

This parameter is valid when in [MML]SET ALDDEV[/MML] [PARA]DEVVER[/PARA] is set to DEV and [PARA]DEVVER[/PARA] is set to V2.0_3GPP.




No Read & Write

[ADD TSCROSS]When the source or destination port of the timeslot cross connection is carried at the WMPT, TscrossNo ranges from 0 to 7. When the source or destination ports of the timeslot cross connection are carried at the UAEC, TscrossNo ranges from 0 to 15. The source E1/T1 link over which timeslot cross connection is configured cannot carry the IMA/UNI/FRAATM link or the PPP/MP link.For a timeslot cross connection, the source and destination timeslots can be different timeslots at different boards. The number of source timeslots, however, must be equal to that of the destination timeslots.If the sub-board type is BASE_BOARD, only eight timeslot cross connections are supported.The number of [PARA]DSTTSN[/PARA] and [PARA]SRCTSN[/PARA] timeslots must be equal.

This parameter is valid only when [PARA]VST[/PARA] in [MML]ADD TREELNKPVC[/MML] is set to VC_SWITCH.

[PARA]TLL[/PARA] is less than [PARA]TUL[/PARA] in[MML]MOD NEMUTHLIMIT[/MML]


NodeB Read & Write

NodeB Read & Write


NodeB Read & Write




[PARA]TO[/PARA] is valid while [PARA]DST[/PARA]=YES in [MML]SET TZ[/MML].


STM1 Read & Write

NodeB Read & Write

NodeB Read & Write


No Read & Write


STM1 Read & Write

STM1 Read & Write

The value is 0 when [PARA]SBT[/PARA] is CHANNELLED_COVERBOARD;The value range is 0~1 when [PARA]SBT[/PARA] is UNCHANNELLED_COVERBOARD;



[PARA]TLL[/PARA] is less than [PARA]TUL[/PARA] in[MML]MOD NEMUTHLIMIT[/MML]

This parameter is valid only when in [MML]ADD IPPATH[/MML] the value of [PARA]PT[/PARA] is set to ETH and [PARA]FPMUXSWITCH[/PARA] is set to ENABLE.The difference between [PARA]FRAMELEN[/PARA](Frame Max Length) and [PARA]SUBFRAMELEN[/PARA](Sub Frame Max Length) is greater than 4.

Only ENABLE is valid when [PARA]TB[/PARA] is J2.

The value range is J0~J2 when [PARA]SBT[/PARA] is CHANNELLED_COVERBOARD;The value range is J0~J1 when [PARA]SBT[/PARA] is UNCHANNELLED_COVERBOARD;


None Read & Write



None Read & Write

This parameter is valid only when in [MML]ADD IPPATH[/MML] the value of [PARA]PT[/PARA] is set to ETH and [PARA]FPMUXSWITCH[/PARA] is set to ENABLE.

IMA Group(ADD IMAGRP)UNI Link(ADD UNILNK)

MLPPP Link(ADD MPLNK)PPP Link(ADD PPPLNK)Fractional ATM(ADD FRAATM)




NodeB Read & Write

The value range is 8~100000 when [PARA]PT[/PARA] is ETH.The value range is 8~1984 when [PARA]PT[/PARA] is PPP.The value range is 8~31744 when [PARA]PT[/PARA] is MPGRP.


NodeB Read & Write

NodeB Read & Write

Cell Read & Write

Cell Read & Write

Cell Read & Write

Cell Read & Write

UL is more than [PARA]LL[/PARA] in [MML]SET NEMUINVLIMIT[/MML]

When [PARA]PT[/PARA] in [MML]SET ALMPORT[/MML] is VALUE, this parameter is valid.

For DBS:It is valid when [PARA]ANT1N[/PARA] in [MML]ADD SEC[/MML] is R0A, R0B.For BTS:It is valid when [PARA]ANT1N[/PARA] in [MML]ADD SEC[/MML] is R0A, R0B, N0A, N0B, N1A, N1B, N2A, N2B, N3A, N3B, N4A, N4B, N5A, N5B.






Cell None Read Only



NodeB Read & Write




STM1 Read & Write

STM1 Read & Write


STM1 Read & Write

This parameter is valid when [PARA]SW[/PARA] is ENABLEWhen [PARA]SBT[/PARA] is UNCHANNELLED_COVERBOARD, only TRACE_64BYTE is valid.When [PARA]SBT[/PARA] is CHANNELLED_COVERBOARD:For [PARA]TB[/PARA]=J0, TRACE_1BYTE , TRACE_16BYTE and TRACE_64BYTE are valid.For [PARA]TB[/PARA]=J1, TRACE_16BYTE and TRACE_64BYTE are valid.For [PARA]TB[/PARA]=J2, TRACE_16BYTE is valid.

This parameter is valid when [PARA]SW[/PARA] is ENABLE.It should be A integer(0~255) or a string consist of single space, A-Z, a-z, 0-9.When [PARA]TXT[/PARA]=TRACE_1BYTE, it should be an integer(0~255).When [PARA]TXT[/PARA]=TRACE_16BYTE, it should be a string which length is not more than 15.When [PARA]TXT[/PARA]=TRACE_64BYTE, it should be a string which length is not more than 62.

This parameter is valid when [PARA]TXT[/PARA] is TRACE_16BYTE or TRACE_64BYTE.

Read & Write

UNI Link Read & Write

None Read & Write


NodeB Read & Write

NodeB Read & Write


NodeB Read & Write

None Read & Write


This parameter is mandatory if [PARA]AUTH[/PARA] is not NONAUTH.


AAL2 Path(ADD AAL2PATH)SAAL(ADD SAALLNK)

[SET VLANCLASS]A parameter is added.Only eight different VLAN IDs are allowed.This parameter is valid only when [PARA]VLANMODE[/PARA] in [MML]ADD VLANMAP[/MML] is set to SINGLEVLAN.

This parameter is valid when in [MML]ADD VLANMAP[/MML] [PARA]VLANMODE[/PARA] is set to SINGLEVLAN and [PARA]INSTAG[/PARA] is set to ENABLE.

This parameter is valid when [PARA]VLANMODE[/PARA] in [MML]ADD VLANMAP[/MML] is set to SINGLEVLAN and [PARA]INSTAG[/PARA] in [MML]ADD VLANMAP[/MML] is set to ENABLE.

AAL2 Path(ADD AAL2PATH)SAAL(ADD SAALLNK)



NodeB Read & Write


When the para [PARA]WM[PARA] of [MML]SET DEMODE[/MML] is DEM_2_CHAN, There will be 1 or 2 antena; When the para [PARA]WM[PARA] of [MML]SET DEMODE[/MML] is DEM_4_CHAN or DEM_ECON_4_CHAN, There will be 1 or 2 or 4 antenas;

RRU None Read & Write

RRU Read & Write

RRU Read & Write

RRU Read & Write

RRU Read & Write

RRU Read & Write

RRU Read & Write


RRU Read & Write

RRU Read & Write

This parameter is valid when [PARA]SD[/PARA] in [MML]SET RXINTDETSW[/MML] is set to ON.






This parameter is valid when [PARA]NMCA[/PARA] in [MML]SET RXINTDETSW[/MML] is set to 1~8.


RRU Read & Write

RRU Read & Write

RRU Read & Write

RRU Read & Write

RRU Read & Write

RRU Read & Write

RRU Read & Write

RRU Read & Write

RRU Read & Write

RRU Read & Write











RRU Read & Write

RRU Read & Write

RRU Read & Write

RRU Read & Write

NodeB The Rate Unit of a NodeB is unitive Read & Write


NodeB Read & Write


ETH OAM None Read & Write







This parameter is valid when [PARA]NMCA[/PARA] in [MML]SET RXINTDETSW[/MML] is set to 8.

This parameter is valid when [PARA]NMCA[/PARA] in [MML]SET RXINTDETSW[/MML] is set to 8.

This parameter is valid when [PARA]ICPT[/PARA] in [MML]ADD IPCLKLNK[/MML] is set to PTP.





ETH OAM Read & Write

ETH OAM Read Only










When [PARA]SBT[/PARA] is BASE_BOARD, choose ETH(ETH);When [PARA]SBT[/PARA] is ETH_COVERBOARD, choose ETH(ETH), ETHTRK(ETHTRK);

The value range is 0~3 when [PARA]PT[/PARA] is ETH.The value range is 0~1 when [PARA]PT[/PARA] is ETHTRK.









Cell Read & Write


This parameter is valid when [PARA]HSSCCHPWRCTRLMETHODINDCH[/PARA] in [MML]SET MACHSPARA[/MML] is set to CQI


Cell Read & Write








CELL None Read & Write

CELL None Read & Write




This parameter is valid when [PARA]CQIADJALGOFCON[/PARA] in [MML]SET MACHSPARA[/MML] is set to CQI_ADJ_BY_RBLER

RRU Read & Write

RRU Read & Write

RRU Read & Write

RRU Read & Write

RRU Read & Write


RRU Read & Write

RRU Read & Write

RRU Read & Write

RRU Read & Write

RRU Read & Write

RRU Read & Write

RRU Read & Write

RRU Read & Write

The parameter is valid when the detect switch is set to ON.





The parameter is valid when NMCA is set to 1~8.








RRU Read & Write

RRU Read & Write

RRU Read & Write

RRU Read & Write

RRU Read & Write

RRU Read & Write

RRU Read & Write

RRU Read & Write

Read & Write







The parameter is valid when NMCA is set to 8.

The parameter is valid when NMCA is set to 8.

AAL2 Path(ADD AAL2PATH)OMCH(ADD OMCH)NodeB(ADD RSCGRP)SAAL(ADD SAALLNK)

When [PARA]SBT[/PARA] is BASE_BOARD, choose IMA (IMAGRP), UNI (UNILNK), or FRAATM (FRAATM);When [PARA]SBT[/PARA] is CHANNELLED_COVERBOARD, choose IMA (IMAGRP) or UNI (UNILNK);When [PARA]SBT[/PARA] is UNCHANNELLED_COVERBARD, choose STM1 (Unchannelled STM1);When [PARA]SBT[/PARA] is E1_COVERBOARD, choose IMA (IMAGRP), UNI (UNILNK).

None Read & Write

None Read & Write

NodeB(ADD DEVIP)NodeB(ADD IP2RSCGRP)IP Path(ADD IPPATH)OMCH(ADD OMCH)NodeB(ADD RSCGRP)


None Read & Write

Read & Write

NodeB(ADD LNKSRC)NodeB(ADD DEVIP)PPP Link(ADD PPPLNK)Fractional ATM(ADD FRAATM)IP Path(ADD IPPATH)MLPPP Link(ADD MPLNK)OMCH(ADD OMCH)SAAL(ADD SAALLNK)


When [PARA]SBT[/PARA] is BASE_BOARD, choose IMA (IMAGRP), UNI (UNILNK), or FRAATM (FRAATM);When [PARA]SBT[/PARA] is CHANNELLED_COVERBOARD, choose IMA (IMAGRP) or UNI (UNILNK);When [PARA]SBT[/PARA] is UNCHANNELLED_COVERBARD, choose STM1 (Unchannelled STM1);When [PARA]SBT[/PARA] is E1_COVERBOARD, choose IMA (IMAGRP), UNI (UNILNK).

None Read & Write

Read & Write

None Read & Write

None Read & Write

AAL2 Path(ADD AAL2PATH)OMCH(ADD OMCH)NodeB(ADD RSCGRP)SAAL(ADD SAALLNK)

IMA Group(ADD IMAGRP)IMA Link(ADD IMALNK)


MLPPP Group(ADD MPGRP)PPP Link(ADD PPPLNK)PPPoE Link(ADD PPPOELNK)

MLPPP Group(ADD MPGRP)PPP Link(ADD PPPLNK)PPPoE Link(ADD PPPOELNK)

None Read & Write

None Read Only

None Read Only

None Read Only

None Read Only

None Read & Write

None Read & Write






MLPPP Group(ADD MPGRP)MLPPP Link(ADD MPLNK)

MLPPP Link(ADD MPLNK)






Service Interrupted During Modification Interruption Scope

N (No impact on the UE in idle mode) Not involved









Not involved Not involved




Y NodeB



Y The board be actived




Not involved NodeB







Y NodeB








Y Port



Y Port

Y Port

Y Port



Y Port

Y Port


Y Port

Y Port

Y Port

Y NodeB

Y NodeB



Y Port

Y Port

Y Port

Y Port

Y Port

Y Port

Y Port


Y Port

Y Port

Y Port


Y Port

Y Port

Port


Y NodeB

Y NodeB


Y(SET ETHPORT)N(ADD ETHTRK)


Y NodeB













Y NodeB

Y NodeB







Y NodeB





Not involved NodeB




Y NodeB

Not involved NodeB






Y NodeB

Y NodeB


No involved No involved














N Not involved

N Not involved

N Not involved

N Not involved

N Not involved










No involved


The parameter modification has no impact on the equipment.

Interruption Duration(Min) Caution

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

To modify the Mac-hs maximum resource limit ratio parameters of the specified local cell, ensure that the local cell supports HSDPA.

To modify the Mac-hs maximum resource limit ratio parameters of the specified local cell, ensure that the local cell supports HSDPA.

It only takes effect on the new user after the parameter is set, and the old users use the old parameter. To modify the Mac-hs scheduling parameters of the specified local cell, ensure that the local cell supports HSDPA.

To modify the Mac-hs resource Limit scheduling parameters of the specified local cell, ensure that the local cell supports HSDPA.





The ARP proxy needs to be enabled when the local IP address of the OM channel is in the same subnet as the IP address of the Ethernet port on the board of the same slot.

The gain range supported by the STMA varies with models and vendors. It is recommended that you list the gain range supported by the STMA by running the DSP TMAFUN command before setting the gain.

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Before setting the AC voltage alarm threshold value, make sure whether the 220 V AC or 110 V AC power is supplied to the NPMU.



After the NodeB is started, the time delay for starting BOOTP is set to 15 min by default, during which if the OM channel returns to normal, the time delay for starting BOOTP will be set to "BootpTime" in this command and the default value is 500000 min. If the time delay for starting BOOTP is set to 15 min, after the OM channel is in abnormal status for 15 min, and the NCP is also abnormal, BOOTP will be started. Every time the OM channel is found in normal state, the time delay for starting BOOTP will be set to BootpTime in this command. If you set the BootpTime to a relatively short period of time to trigger a BOOTP start, then it is recommended that you set the BootpTime to the default value 500000 min when the OM channel returns to normal. In this way, the BOOTP mistriggering caused by transmission intermittent can be prevented.


It only takes effect on the new user after the parameter is set, and the old users use the old parameter.

Not involved

Not involved

Not involved

Not involved

Not involved This parameter cannot be modified.

After you set an alarm to be shielded, the NodeB handles the alarm according to its current status. If the alarm exists at that time, the NodeB generates the alarm occurrence report. Then, when the alarm is cleared manually, the NodeB generates the alarm clearance report. If the alarm does not exist at that time, the NodeB does not generate the alarm occurrence report or clearance report.When you set an alarm to be unshielded, the NodeB handles the alarm according to its current status. If the alarm exists at that time, the NodeB generates the alarm occurrence report. If the alarm does not exist at that time, the NodeB does not generate any report.After you set an alarm to be unshielded, the NodeB handles the alarm in a normal way. If the alarm is generated, the NodeB generates the alarm occurrence report. If the alarm is cleared, the NodeB generates the alarm clearance report.






Not involvedReducing the Bit Error Rate (BER) threshold of the NodeB lowers the upper limit of the BER alarm threshold.

Not involved

Not involved

Not involved

Not involved


The configuration takes effect immediately after the parameter is modified.This command is valid only for the NEMU manufactured by Huawei.

The delayed discharge test time has a direct impact on power-off test, timing test and manual background test.

The service is affected until the configuration is correct.

When no TMA is used, the attenuation value is set to 0. When the 12 dB TMA is used, the attenuation value is set between 4 dB to 11 dB. When the 24 dB TMA is used, the attenuation value is set between 11 dB and 22 dB.


Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

This command can be run only by the network administrator.After the command is sent, the NE uses a corresponding authentication mode at the next SSL connection. This command does not affect the existing connections.When the identity is authenticated, the NE must be configured with the root certificate, public key certificate, and private key certificate. If any of the certificates is not configured, a message is displayed, reporting that a certificate is not configured.


When multiple NodeBs are cascaded, a lower-level node is connected to an upper-level one through E1/T1 cables and extracts the clock from the E1/T1 cables. Therefore, the clock mode of the upper-level node must be set as master and that of the lower level node must be set as slave.

The configuration takes effect immediately after the parameter is modified.This command is valid only for the NEMU manufactured by Huawei.







Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved




APM100:Battery Capacity(AH):100;Battery Current Limiting Coefficient:0.15APM200:Battery Capacity(AH):200;Battery Current Limiting Coefficient:0.15APM30: Battery Capacity(AH):36; Battery Current Limiting Coefficient:0.07







The value must be larger than the value of the FCVOL and between 43.2 and 57.6.

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved








The link is regarded as not congested when the discard rate is lower than or equal to this threshold, and thus the congestion judgement may be influenced by [PARA]DR[/PARA].

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved






The backup mode of the chain or ring decides whether the CPRI hot redundancy is supported by the equipment on the chain or ring. Currently only the MRRU supports the CPRI hot redundancy. In this case, the backup mode should be set as hot redundancy.


If this switch is not enabled, the added SLAVE CP channel will not take effect. If you disable this switch when the NodeB is using the SLAVE CP channel, the NodeB does not switch to the MASTER CP when the MASTER CP is restored. This switch should be consistent with that of the RNC to ensure communication.

The service is affected until the RRU Chain configuration is correct

For an RRU chain, only one break point can be set and the chain can be divided into two parts:Part one consists of the RRUs between the chain head and the break point position. The services of the RRUs in this part are not affected.Part two consists of the RRUs between the break point position and the chain tail. The RRUs in this part are isolated, and the services are disrupted. You can rectify the fault through the RMV RRUCHAINBRKPOS command. You can run the DSP RRUCHAINSTATE command to query the attributes of the CPRI interfaces of the RRU.For an RRU ring, two break points can be set and the ring can be divided into three parts:Part one consists of the RRUs between the ring head and the first break point position. The services of the RRUs in this part may be affected.Part two consists of the RRUs between the break point positions. The RRUs in this part are isolated, and the services are disrupted. You can rectify the fault through the RMV RRUCHAINBRKPOS command.Part three consists of the RRUs between the second break point position and the ring tail. The services of the RRUs in this part may be affected.For an RRU ring, the value of Break Point1 should be larger than that of Break Point2. For an RRU chain, only the value of Break Point1 can be set. You can run the command to adjust the break point position of the RRU chain/ring. You can run the RMV RRUCHAINBRKPOS command to cancel the break point.

Not involved

Not involved

Not involved

Not involved

Not involved

For an RRU chain, only one break point can be set and the chain can be divided into two parts:Part one consists of the RRUs between the chain head and the break point position. The services of the RRUs in this part are not affected.Part two consists of the RRUs between the break point position and the chain tail. The RRUs in this part are isolated, and the services are disrupted. You can rectify the fault through the RMV RRUCHAINBRKPOS command. You can run the DSP RRUCHAINSTATE command to query the attributes of the CPRI interfaces of the RRU.For an RRU ring, two break points can be set and the ring can be divided into three parts:Part one consists of the RRUs between the ring head and the first break point position. The services of the RRUs in this part may be affected.Part two consists of the RRUs between the break point positions. The RRUs in this part are isolated, and the services are disrupted. You can rectify the fault through the RMV RRUCHAINBRKPOS command.Part three consists of the RRUs between the second break point position and the ring tail. The services of the RRUs in this part may be affected.For an RRU ring, the value of Break Point1 should be larger than that of Break Point2. For an RRU chain, only the value of Break Point1 can be set. You can run the command to adjust the break point position of the RRU chain/ring. You can run the RMV RRUCHAINBRKPOS command to cancel the break point.

To enable the DHCP Relay function, you need to run [MML]ADD DHCPSVRIP[/MML] to add the DHCP Server IP address, and you may need to run [MML]ADD IPRT[/MML] to add related routes to ensure the current NodeB can communicate with this IP address.


The BSDV is valid only when the BSDF is set to ENABLE.



Until be actived successfully. This parameter cannot be modified.

Not involved




Not involved

Not involved

Not involved

Not involved

Not involved






Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

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Not involved







The gain range supported by the SASU varies with models and vendors. It is recommended that you list the gain range supported by the SASU by running the DSP SASUFUN command before setting the gain.



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For the E1 lines, the 75-ohm and 120-ohm modes are supported; for the T1 lines, only the 100-ohm mode is supported. After you modify the line impedance by running this command, you must reset the Iub interface board manually to make your modification valid.

If a clock source exists and the clock mode is set to FREE, the clock source is invalid and the clock works in free-run mode.The system clock works in free-run mode when the clock source is faulty. After the reference clock source is restored, the NodeB uses the clock source.Ensure that the clock source is available before running the command.If the system uses the IP clock source, the IP clock source can be configured to automatic or manual mode. In automatic IP mode, the IP source link in a normal state and with a high priority will be chosen as the clock source. In manual IP mode, the cabinet number, subrack number, slot number, and IP link number are required, and they can be configured successfully.The command cannot be run when the clock quality test is being performed.If the system responds with a "Clock source is unavailable" message after you run the command, do as follows:For the LINE clock source, check whether the LINE clock is configured through the DSP LNKSRC command. If not, add the LINE clock source through the ADD LNKSRC command.For the GPS card clock source, check whether the GPS is configured through the DSP GPS command. If the system responds with no information, you can infer that the NodeB does not support the GPS. If the system responds with some information, you can infer that the GPS is faulty. Handle the fault first.

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Not involved This parameter can not be modified.









Not involved The parameter modification has no impact on the equipment.

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The IP address takes effect immediately after it is configured. For local maintenance, this command might cause the interruption of the maintenance channel. The IP address and the subnet mask must be valid. Any one of the IP addresses of the local maintenance channel, Ethernet port, and Operation and Maintenance (OM) IP address must be unique. The IP addresses of the FE port, local maintenance channel, and remote maintenance channel must be in different network segments and are free from the inclusion relation.

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An auxiliary power system can supply power to multiple RRUs. One RRU controls this auxiliary power system.






Modifying battery installation time will clear all the saved battery test results of NPMU. The NPMU restarts saving battery test result.


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You can successfully run this command only if the NCMU works properly.The configuration takes effect immediately after the parameter is modified.The value of the Low Temperature Critical Point must be smaller than that of the High Temperature Critical Point.This command is applicable to only the NCMU of the direct-ventilation type and that with a ventilation film.This command can be run successfully for the NCMU in the auxiliary power system of the RRU only when the power system is the APM30.

The DC load is used to simulate a TMA in the BS system. In some situations, when a high gain is set on the BS RX path through the WCDMA NodeB, the SASU should notify the BS BTS that a TMA is connected to the antenna system. It is preferable to install a DC load to the BS BTS. In this way, the BS BTS can be notified about the TMA on the antenna system when the DC current on the antenna system is detected.The BS DC load cannot be enabled if the DC power switch state of the SASU is set to BS power supply mode.

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The BS DC load will be automatically changed to 7 after the antenna DC power switch state is set to BS power supply mode.The antenna DC power switch state of the SASU is only set on the main antenna port. If you set the switch state not on the main antenna port, it responds with a Not Supported message.This setting is effective in both subunits of the SASU simultaneously.




This parameter cannot be modified when the logical cell exists.

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The parameter cannot be equal to [PARA]PEERIP[/PARA]. It is not displayed when the value of [PARA]LM[/PARA] is set to ALL or NOLOOP.

After this parameter is set, the receiver sensibility will be reduced. Adjust the receiver sensibility according to network planning and optimization.

Modifying delay may affect normal access of a cell; The heavier the load in the cell is, the more obvious the impact is.

Modifying delay may affect normal access services of a cell; The heavier the load in the cell is, the more obvious the impact is.

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Modifying delay may affect normal access services of a cell; The heavier the load in the cell is, the more obvious the impact is.

Modifying delay may affect normal access services of a cell; the heavier the load in the cell is, the more obvious the impact is.

This parameter cannot be modified when the logical cell exists; The downlink and uplink frequencies of the local cell must stay within the same frequency band; If the power amplify unit can only support two carriers, then in a Power Amplifier, the difference between frequencies of local cells must be greater or equal to 4.2MHz(21*0.2MHz), and be less or equal to 5MHz(25*0.2MHz); If the power amplify unit can support four carriers, then in a Power Amplifier, the difference between frequencies of local cells must be greater or equal to 4.2MHz(21*0.2MHz), and be less or equal to 15MHz(75*0.2MHz).

When the logical cell does not exist, you can modify the downlink resource group; if the downlink resource group does not exist or the downlink resource group is not the subset of the uplink resource group, the execution of the command fails.

The parameter cannot be equal to [PARA]PEERIP[/PARA]. It is not displayed when the value of [PARA]LM[/PARA] is set to ALL or NOLOOP.

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The IP address takes effect immediately after it is configured. For local maintenance, this command might cause the interruption of the maintenance channel. The IP address and the subnet mask must be valid. Any one of the IP addresses of the local maintenance channel, Ethernet port, and Operation and Maintenance (OM) IP address must be unique. The IP addresses of the FE port, local maintenance channel, and remote maintenance channel must be in different network segments and are free from the inclusion relation.

The Alarm Report Synchronization will be affected when the parameter is modified.


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After you modify the E1/T1 bearing mode of the Iub interface board by running this command, you must reset the board manually to make your modification valid. The parameter can be modified only when the board supports this bearing mode.



If the value of [PARA]OMPRI[/PARA] is larger than that of the other sevices, the OM channel will use the bandwidth of the other sevices on the same physical port.


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When the encryption mode for transmission is set to AUTO, the FTP client tries to transmit data in encryption mode first. If the transmission fails, the FTP client transmits data in plain text mode.If the FTP client is set to support firewalls, the FTP client sends the CCC command to switch the data transmitted in the control command channel to plain text.After this command is run successfully, the settings take effect in the next FTP operation.





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The value must be greater than the value of the DCVLL plus two and less than that of the BCVOL.



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You can successfully enable or disable the backup function of the WMPT through this command if this function is previously enabled or disabled.The WMPT backup flag in the initial data configuration file is ENABLE.The modified WMPT backup flag is stored in the data configuration file. Therefore, the flag is still valid after the NodeB is restarted.





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Ensure that the transmission resource group to be modified does exist, and the bandwidth of the transmission resource group after modification should not be greater than the bandwidth of the physical port carrying them. If the bearing type of the transmission resource group is IPV4, the bandwidth of the transmission resource group after modification should not be smaller than the bandwidth of IPPATH added to the transmission resource group.



If the value of [PARA]SIGPRI[/PARA] is smaller than that of the other sevices, the user access may be affected.

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Not involved RRU num must be greater or equal than 2.


The gain range supported by the STMA varies with models and vendors. It is recommended that you list the gain range supported by the STMA by running the DSP TMAFUN command before setting the gain.





The running of the command fails if the WMPT is not configured with a GPS card.For GPS feeders delivered by Huawei Technologies Co. Ltd., the delay equals the feeder length (m) multiplied by 3.8 (ns/m).For feeders delivered by other vendors, contact the corresponding vendors about the delay


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There must be a gap of no less than 5% between the upper limit and the lower limit of the humidity.

The inner handover radius of the local cell must not be greater than cell radius.



For details, refer to <a href="BTS3836-CABINET.htm">Subrack Information Table</a>.


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You can successfully run this command only if the NCMU works properly.The configuration takes effect immediately after the parameter is modified.The value of the Heater Start Temperature must be smaller than that of the Heater Close Temperature.The value of the Heater Close Temperature should not be set too large. Otherwise, the heat dissipation of the system will be affected.This command can be run successfully for the NCMU in the auxiliary power system of the RRU or BBU only when the power system is the APM30.It is recommended that you obtain the current heater parameter values by running the LST HTPA command before setting the threshold to avoid configuration mistakes.


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You can successfully run this command only if the NCMU works properly.The configuration takes effect immediately after the parameter is modified.The value of the Heater Start Temperature must be smaller than that of the Heater Close Temperature.The value of the Heater Close Temperature should not be set too large. Otherwise, the heat dissipation of the system will be affected.This command can be run successfully for the NCMU in the auxiliary power system of the RRU or BBU only when the power system is the APM30.It is recommended that you obtain the current heater parameter values by running the LST HTPA command before setting the threshold to avoid configuration mistakes.

There must be a gap of no less than 5% between the upper limit and the lower limit of the humidity.



This parameter indicates the maximum length of the FP before multiplexing. The FP can be multiplexed only when its frame length is smaller than this value.

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Not involved Delay is introduced when the traffic is not busy.

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The service is affected until the RRU Chain configuration is correct

The RRU IF offset is usually set by users in network planning. In general, it is recommended that this command be not run by users.The RRU IF offset value takes effect immediately after the parameter is modified.


If this switch is enabled, system will detect Transmission Link Fault and try to recover it.

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When a port connects to an upper node such as RNC or upper NodeB, this port should be set as RECOVEDRX, while the port of the upper node should be set as EXT8K.When a port connects to a lower node, it should be set as EXT8K, while the port of the lower node should be set as RECOVEDRX.





The service is interrupted if the [PARA]CBS[/PARA] value is set too small.




The value of this parameter must be smaller than the physical interface rate.

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The value of this parameter must be smaller than the physical interface rate.


This parameter must be consistent with the peer Ethernet interface.




This parameter must be consistent with the [PARA]FRAME[/PARA] parameter of the peer E1/T1 interface.


The available bandwidth of service is affected when [PARA]Function[/PARA] is set to ENABLE and [PARA]ULCIR[/PARA] is set too small.

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This parameter must be consistent with that of the peer Ethernet interface.

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The service is re-established only when the loop is cancelled.

The service is affected when the [PARA]LM[/PARA] is set to REMOTE or LOCAL.


The loop back mode can be overwritten. The command only takes effect with the IP packets of the UDP protocol. This command cannot be executed with IP tracing at the same time. Some services may be interrupted.


If the switch is set to ON, it is recommended that you run the LST VSWRLIMIT to query the current VSWR limit before setting the VSWR limit.


When you set the alarm limit of the NEMU, do not need to enter the value, because the recovered limit is automatically set by the system.


The service is affected when the [PARA]LM[/PARA] is set to REMOTE or LOCAL.


This parameter must be consistent with [PARA]LNCODE[/PARA] of the peer E1/T1 interface.


This parameter must be consistent with [PARA]LNCODE[/PARA] of the peer E1/T1 interface.



Not involved


The service based on the [PARA]PEERIP[/PARA] will be interrputed.


The scrambling mode that has been set must be consistent with the E1 supported. If [PARA]LNCODE[/PARA] of the E1 supported is set to AMI, you must use the scrambling mode.


This parameter must be consistent with that of the peer ethernet interface.



The user data carried on this port will be interrupted.


The data stream on the user plane can be classified as different service classes among the user data types according to the DSCP values, and the classification corresponds to different VLAN settings.




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The value is valid only when the LSDF is set to ENABLE.

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You can successfully run this command only if the NCMU works properly.The configuration takes effect immediately after the parameter is modified.The value of the Over Temperature Threshold must be larger than that of the Low Temperature Threshold.The two temperature thresholds correspond to the following two temperature alarms respectively:Over Temperature Threshold: the over temperature alarm is reported when the actual temperature exceeds the Over Temperature Threshold.Low Temperature Threshold: the low temperature alarm is reported when the actual temperature is lower than the Low Temperature Threshold.This command can be run successfully for the NCMU in the auxiliary power system of the RRU only when the power system is the APM30.It is recommended that you obtain the current threshold values by running the LST TATH command before setting the threshold to avoid configuration mistakes.





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If the SASU works in bypass mode, it does not support tower-mounted amplification


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This parameter cannot be modified when the logical cell exists; The maximum transmit power of the local cell must stay within the value range supported by the power amplifier; otherwise, the local cell is unavailable.


A string of up to 31 characters can be entered. The string cannot be all blanks, or contain characters such as '<', '>', '!', '?', '^', two or more spaces, or two or more percentage symbols (%). It is recommended you name the NodeB after the place.

Not involved The output ports only exist on the NEMU.

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Adjusting the downtilt of the RET antenna may affect the antenna coverage.Ensure that you have calibrated the RET antenna before setting the downtilt of the antenna through the CLB ANT command.The tilt range supported by the RET antenna varies with models and vendors. It is recommended that you list the tilt range supported by the antenna through the LST ANTTILTRNG command before adjusting the tilt.It takes up to three minutes to set the tilt of an RET antenna.For the single polarization RET antenna, ensure that the two RET antennas connected to the ANT_Tx/RxA and ANT_RxB connectors have the same tilt.

A string of up to 31 characters can be entered. The string cannot be all blanks or all '\'s, or contain the characters such as ">", "<", "!", "?", ";", """, "'", or ", ".

A string of up to 31 characters can be entered. The string cannot be all blanks or all '\'s, or contain the characters such as ">", "<", "!", "?", ";", """, "'", or ", ".

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You can successfully run this command only if the NCMU works properly.The configuration takes effect immediately after the parameter is modified.The value of the Over Temperature Threshold must be larger than that of the Low Temperature Threshold.The two temperature thresholds correspond to the following two temperature alarms respectively:Over Temperature Threshold: the over temperature alarm is reported when the actual temperature exceeds the Over Temperature Threshold.Low Temperature Threshold: the low temperature alarm is reported when the actual temperature is lower than the Low Temperature Threshold.This command can be run successfully for the NCMU in the auxiliary power system of the RRU only when the power system is the APM30.It is recommended that you obtain the current threshold values by running the LST TATH command before setting the threshold to avoid configuration mistakes.




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Use this command to add a destination port which is a FTP server port providing FTP services. The port is corresponding to a FTP server ip address. The max number of list is twenty.




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If the position of the RRU is TRUNK, you can infer that the position of the RRU is in the main chain or ring. If the position of the RRU is BRANCH, you can infer that the position of the RRU is in a parent RRU. All parent RRUs refer to the RHUB.

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If the ALD system type is Custom, the value can be set to R0A, R0B, and RET_PORT. If the ALD system type is RET_ONLY_MULTICORE, the value can be only set to RET_PORT. In other cases, the value can be set to R0A and R0B.



An auxiliary power system can supply power to multiple RRUs. One RRU controls this auxiliary power system.



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TMA24DB_ONLY_NON_AISG Only 24 dB TMA (NON_AISG) 40 60 310 280 RET_ONLY_COAXIAL Only RET (COAXIAL) 25 33 150 120 RET_ONLY_MULTICORE Only RET (MULTICORE) 0 1 150 120 TMA12DB_AISG 12 dB TMA and RET or Only 12 dB TMA (AISG) 30 40 450 400 TMA24DB_AISG 24 dB TMA and RET or Only 24 dB TMA (AISG) 40 60 850 750

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The modified parameters take effect immediately; When the NodeB works in four-way antenna mode, it does not support the cell radius larger than 30 km; When the logical cell exits, you cannot make dynamic modification to the cell radius when the cell radius changes between equal to or smaller than 30 km and larger than 30 km.

The remote cell group to be modified must exist; It contains a string of up to 31 bytes.The string should not be totally blanks or contain the following characters: ' &lt ', ' &gt ', ' ! ', '?', ' ' ', ' " '. In addition it will be ignored if the end of the string is "\".





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A string of up to 31 characters can be entered. The string cannot be all blanks or contain the following characters such as ">", "<", "!", "?", ";", """, "'", ", ", or "\".


To specify the RRUs for a local cell in the distributed sector, you may repeatedly execute the command; when you remove the ending RRU from the cell, the command fails to be executed.


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This parameter can be successfully modified only when the logical cells are not set up. After this parameter is modified, all cells in the NodeB are set up again according to the new resource allocation mode.



The type of the sub-board can be modified only if the sub-board is removed.


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Use this command to add a destination port which is a FTP server port providing FTP services. The port is corresponding to a FTP server ip address. The max number of list is twenty.

After you set an alarm to be shielded, the NodeB handles the alarm according to its current status. If the alarm exists at that time, the NodeB generates the alarm occurrence report. Then, when the alarm is cleared manually, the NodeB generates the alarm clearance report. If the alarm does not exist at that time, the NodeB does not generate the alarm occurrence report or clearance report.When you set an alarm to be unshielded, the NodeB handles the alarm according to its current status. If the alarm exists at that time, the NodeB generates the alarm occurrence report. If the alarm does not exist at that time, the NodeB does not generate any report.After you set an alarm to be unshielded, the NodeB handles the alarm in a normal way. If the alarm is generated, the NodeB generates the alarm occurrence report. If the alarm is cleared, the NodeB generates the alarm clearance report.


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Among the input parameters, the following ones must be entered in compliance with the sensor specifications: Sensor Output Upper Limit, Sensor Output Lower Limit, Measurement Upper Limit, and Measurement Lower Limit. Otherwise, such serious faults as incorrect monitoring values may occur.

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When the encryption mode for transmission is set to AUTO, the FTP client tries to transmit data in encryption mode first. If the transmission fails, the FTP client transmits data in plain text mode.If the FTP client is set to support firewalls, the FTP client sends the CCC command to switch the data transmitted in the control command channel to plain text.After this command is run successfully, the settings take effect in the next FTP operation.

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Adjusting the downtilt of the RET antenna may affect the antenna coverage.Ensure that you have calibrated the RET antenna before setting the downtilt of the antenna through the CLB ANT command.The tilt range supported by the RET antenna varies with models and vendors. It is recommended that you list the tilt range supported by the antenna through the LST ANTTILTRNG command before adjusting the tilt.It takes up to nine minutes to set the tilt of an RET antenna.For the single polarization RET antenna, ensure that the two RET antennas connected to the ANT_Tx/RxA and ANT_RxB connectors have the same tilt.

The site to be modified must exist; It contains a string of up to 31 bytes.The string should not be totally blanks or contain the following characters: ' &lt ', ' &gt ', ' ! ', '?', ' ' ', ' " '. In addition it will be ignored if the end of the string is "\".



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Adjusting the downtilt of the RET antenna may affect the antenna coverage.Ensure that you have calibrated the RET antenna before setting the downtilt of the antenna through the CLB ANT command.The tilt range supported by the RET antenna varies with models and vendors. It is recommended that you list the tilt range supported by the antenna through the LST ANTTILTRNG command before adjusting the tilt.It takes up to 11 minutes to set the tilt of an RET antenna.For the single polarization RET antenna, ensure that the two RET antennas connected to the ANT_Tx/RxA and ANT_RxB connectors have the same tilt.






Not involvedThere must be a gap of no less than 3°C between the upper limit and the lower limit of the temperature

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For details on the value range, refer to <a href="BTS3836-CABINET.htm">Subrack Information Table</a>.

The service is affected until the configuration is correct


There must be a gap of no less than 3°C between the upper limit and the lower limit of the temperature



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You can run this command only if the specified RRU works properly.Normally, the RRU TX unit is set to ON. If you set the RRU TX unit to OFF, the cell in this RRU cannot work properly.After you run this command to set the RRU TX unit to ON in case that the RRU TX unit is OFF, the TX transmission channel of the RRU is unavailable until the logical cell is set up and the carrier frequency is configured for the RRU.


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Ensure that the transmission resource group to be modified does exist, and the bandwidth of the transmission resource groups after modification should not be greater than the bandwidth of the physical port carrying them. If the bearing type of the transmission resource group is ATM, the bandwidth of the transmission resource groups after modification should satisfy the bandwidth check. The method to check the bandwidth is as follows:1. Suppose the bandwidth of the Bearing Type physical port is A if the AAL2 path does not join in the configured transmission resource group, then SUM (bandwidth occupied by all SAAL links carried on this physical link (using SCR for calculation in case of VBR)) + MAX (bandwidth occupied by all AA2PATH carried on this physical link (using PCR for calculation))+ bandwidth occupied by OM channel carried on this physical link (using SCR for calculation in case of VBR) <= A.2. Suppose the bandwidth of transmission resource group is A if the AAL2 path joins in the configured transmission resource group, then SUM (bandwidth occupied by all SAAL links carried on this physical link (using SCR for calculation in case of VBR)) + SUM (bandwidth occupied by all CESs carried on this physical link) + MAX (bandwidth occupied by all AA2PATH carried on this physical link (using PCR for calculation))+ bandwidth occupied by OM channel carried on this physical link (using SCR for calculation in case of VBR) <= A.



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When you set the alarm limit of the NEMU, do not need to enter the value, because the recovered limit is automatically set by the system.

Modifying delay may affect normal services of a cell. The heavier the load in the cell is, the more obvious the impact is; Test results indicate that the change smaller than 300 ns in delay shows no impact on the normal services of the cell.




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This parameter cannot be modified when the logical cell exists; The downlink and uplink frequencies of the local cell must stay within the same frequency band; If the power amplify unit can only support two carriers, then in a Power Amplifier, the difference between frequencies of local cells must be greater or equal to 4.2MHz(21*0.2MHz), and be less or equal to 5MHz(25*0.2MHz) ; If the power amplify unit can support four carriers, then in a Power Amplifier, the difference between frequencies of local cells must be greater or equal to 4.2MHz(21*0.2MHz), and be less or equal to 15MHz(75*0.2MHz).






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If two clock links of the PTP protocol are configured, the two clock links must be in the same slot with the same client address and domain value.

This parameter is affective when link type is 1588 clock link.

Before the secondary homing NCP/CCP is added, the corresponding primary homing NCP/CCP must exist.

The maintenance domain name must be unique in one equipment.

The maintenance domain name must be unique in one equipment.

The maintenance association name must be unique in one maintenance domain.

VLAN must be mapped with the maintenance association.

No involved Only in VLAN


No involved A string of 12 characters is required

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One RMEP can be assigned with up to four IP addresses. The assigned IP address cannot be in conflict with the local IP address.

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None This parameter cannot be modified.


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No involved This parameter cannot be modified.











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Validation of Modification Impact on Radio Network Performance

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It will affect the transffers-rate.









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NoneThe parameter modification has no impact on the equipment.

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BTS3900-BTS3900A-DBS3900 WCDMA V200R011C00SPC100 Parameter Reference

Documents

delta air

upper limit

nterface typeenumeration

unspecified

specific physical

frequency

device typeenumeration

cmb fachd

Transcript of BTS3900-BTS3900A-DBS3900 WCDMA V200R011C00SPC100 Parameter Reference