88

SUBNETWORK_ID

SubNetwork Id

INTEGER: 0 to 4095

66

BTS_NAME NE_ID NE_IP SDR_TYPE

BTS Name NE ID NE IP Address SDR Type

80 characters at most

INTEGER: 0 to 65535.

should be unique in the

whole subnetwork.

Index of all sheets

O&M IP of Node B,


whole network

BS8700,BS8800

GU360,BS8800

U240,BS8800

U120,BS8800

U120A,BS8900

GU360,BS8900

U240,BS8800 GU360

E,BS8900 GU360

E,BS8900A,BS8906

OR8JRSGD009G_27-BIJAYA NAGAR88 118.66.88.100 BS8800 GU360

SDR_VERSION RNC_ID BSC_ID LONGITUDE LATITUDE

SDR Software

VersionRNC ID BSC ID Longitude Latitude

4.09.21.05,4.09.21.05P

01

INTEGER: 0 to 4095.

GSM single-mode base

station does not need

to fill in.


UMTS single-mode

base station does not

need to fill in.

RANGE: -180 to 180.

Accurate to six digits

after the decimal point

RANGE: -90 to 90.

Accurate to six digits

after the decimal point

4.09.21.05P01 28 66 180.0 90.0

LOCATION VENDOR_NAME USER_DEFINED_STATE

Location Vendor Name User Defined State

40 characters at most.

Can be blank.


Can be blank.


Can be blank.

NE_ID RADIO_MODE CC_SLOT FS_SLOT PM_SLOT

NE ID Radio Mode CC Slot FS Slot PM Slot



whole subnetwork.

Index of all sheets

UMTS,GSM,GSM+UM

TS

Pattern:slot,... Slot

range: 1,2; Configured

as "1,2" if there are two

CC boards. The board

in slot 1 must be

configured.


range: 3,4; Configured

as "3,4" if there are two

FS boards.


range: 14,15;

Configured as "14,15" if

there are two PM

boards.

88 GSM 1 3 14

BPC_SLOT UBPG_SLOT SE_SLOT TAM_BOARD TAM_SLOT

BPC Slot UBPG Slot SE Slot TAM Board Type TAM Board Slot


range:4 to 8, UMTS

parameter. For

example:6,7,8


range:4 to 8, GSM

parameter. For

example:5,6,7

INTEGER: 5 to 8

0:TAM0;1:TAM1. Keep

blank if TAM board is

not configured

INTEGER: 4 to 8

5

TAM_WORKING_CURRENT UES_SLOT RACK_TOPOLOGY BATTERY_SAVING EPM_PWR_TYPE

TAM Normal

Working

Current(mA)

UES Board Slot Rack TopologyEnergy Saving

Mode

Embedded power

device Type

TAM0:75 to 400;

TAM1:75 to 600INTEGER: 3 to 8

Pattern:1-RU-RU-...,1-

RU-RU-... For

example, "1-2-3,1-4,1-

51-52" means RSU2

and RSU4 and RRU51

connect with the main

rack, RSU3 connects

with RSU2, RRU52

connects with RRU51.

Each optical port

cascade up to four RU.

Keep blank if there is

no cascade connection.

Y:Function opened,

N:Function closed

ZXDU58 B900,ZXDU

B121,ZXDU45-

75,ZXDU150

1-2,1-4,1-6 N ZXDU45-75

EPM_DEAL_MODE

Embedded power

data processing

mode

0:Transparent

transmission,1:Parse

0

NE_ID NTP_SERVER_IP TIME_ZONE SUMMER_TIME_START SUMMER_TIME_END

NE IDNTP Server IP

AddressTime Zone

Summer Time

StartSummer Time End



whole subnetwork.

Index of all sheets

IPV4Please refer to the help

documentation

Pattern: MM-DD

HH:mm, Fill in '0' if not

used

Pattern: MM-DD

HH:mm, Fill in '0' if not

used

88 139.66.0.254 GMT + 5:30 0 0

NE_ID CLOCK_ID1 CLOCK_ID2 CLOCK_ID3 CLOCK_SYNC_MODE

NE IDClock Source

Priority 1

Clock Source

Priority 2

Clock Source

Priority 3

Clock

Synchronization

Mode



whole subnetwork.

Index of all sheets

GPS,BITS-2MHz,BITS-

2Mbps,Line,1588,Sync

E

GPS,BITS-2MHz,BITS-


E

GPS,BITS-2MHz,BITS-


E

0:GSM/UMTS

Frequency Sync;

1:GSM FrameNumber

Sync. UMTS

Frequency Sync;

2:GSM Frequency

Sync. UMTS

FrameNumber Sync;

3:GSM/UMTS

FrameNumber Sync

88 Line

GPS_CABLE_TYPE GPS_RECEIVER_TYPE GPS_FEEDER_DELAY

GPS Cable Type GPS Receiver TypeGPS Antenna

Feeder Delay(ns)

0:One Cable Input;

1:Two Cables Input

0:Build-in; 2:Slave

ShelfINTEGER: 0 to 32767

NE_ID TRANSMISSION_TYPE TRANSMISSION_MEDIUM ETHERNET_WORK_MODE FE_BANDWIDTH

NE ID Transmission TypeIP Transmission

Medium

Ethernet Work

Mode

FE/GE

BandWidth(kbps)



whole subnetwork.

Index of all sheets

IP,ATM,ATM+IPFE,E1,T1,FE+E1,FE+T

1Auto,1000M,100M,10M

INTEGER: 100 to

1000000, Step 100

88 IP E1

FE_LINK_TYPE OMCB_GATEWAY_IP OMCB_QOS OMCB_IP_NO IPCLK_SYNC_SERVER_IP

FE/GE Link TypeOMCB Gateway IP

AddressOMCB Qos OMC-B IP No.

1588 Sync server

IP Address

RNC/BSC/CN,SDR IPV4

BE: Try the best. EF:

EF service, Expedited

Forwarding, Minimum

Delay, Maximum flow.

AF42: Class-4 service

with medium discarding

priority. AF22: Class-2

service with medium

discarding priority.


with high discarding


service with high

discarding priority

INTEGER: 0 to 19,

existed in IP sheet.

Must be configured for

IP 1588 clock reference

source(GIPI interface

IP). Valid only when it

is IP over Ethernet

transmission type.

118.66.0.1 BE 0

IPCLK_IP_NO IPCLK_QOS

1588 IP No. Ip Clock Qos

INTEGER: 0 to 19,


BE,EF,AF42,AF22,AF4

3,AF23

NE_ID IP_NO IP_VLAN_ID IP_VLAN_IP_ADDR IP_VLAN_MASK

NE ID IP No. IP Vlan No.IP VLAN IP

Address

IP VLAN Subnet

Mask



whole subnetwork.

Index of all sheets

INTEGER: 0 to 19INTEGER: 2 to 4094.

65535:InvalidIPV4

88 0

IP_VLAN_GATEWAY PPP_NO PPP_HDLC_NO PPP_IP_ADDRESS PPP_PROTOCOL

IP VLAN Gateway

IPPPP No.

PPP HDLC Link

No.PPPoE IP Address PPP Encapsulation

IPV4INTEGER: 0 to 7. ML-

PPP: 0 to 2

Pattern: hdlc No.,...

hdlc No.:0 to 15, 8 links

at most

PPPoE ip address.

"0.0.0.0" represents

automatic allocation.

PPP,ML-PPP

0 0 118.66.88.100 ML-PPP

PPP_LINK_TYPE PPP_COMPRESSION MP_HEAD MP_PRIORITY

PPP Link TypeSupport IP

compress or notMP Head MP Priority

RNC/BSC/CN,SDRN:non-support,

Y:support

LONG,SHORT,INVALI

D1,2,3,4,INVALID

RNC/BSC/CN Y LONG 4

NE_ID SCTP_NO SCTP_RADIO_MODE SCTP_LOCAL_PORT SCTP_REMOTE_PORT

NE ID SCTP No. SCTP Radio Mode SCTP Local Port SCTP Remote Port



whole subnetwork.

Index of all sheets

INTEGER: 0 to 3 GSM,UMTSUMTS:0 to

65535;GSM:1 to 1536

UMTS:0 to 65535;

GSM: iBSC CMP

Module No. + 0x3900

88 0 GSM 88 14595

SCTP_REMOTE_IP SCTP_INOUT_STREAM SCTP_QOS SCTP_IP_NO PATH_DOMAIN

SCTP Remote IP

Address

SCTP InOut

StreamSCTP Qos IP No. Path Domain

IPV4 INTEGER: 1 to 6

BE: Try the best. EF:

EF service, Expedited

Forwarding, Minimum

Delay, Maximum flow.


with medium discarding


service with medium

discarding priority.


with high discarding


service with high

discarding priority

INTEGER: 0 to 19,


INTEGER: 0 to 3,

255:Invalid. UMTS

multi-path parameter,

OMCR docking

parameter is: Omcb

Path-Omcb Module

97.241.102.93 6 EF 0 255

NE_ID HDLC_NO E1T1_LINK_ID E1T1_LINK_TYPE HDLC_TIMESLOT_MAP

NE ID HDLC No. E1/T1 Link No. E1/T1 Link Type HDLC Timeslot



whole subnetwork.

Index of all sheets

INTEGER: 0 to 15

INTEGER: 0 to 15. 8 to

15 is the E1/T1 link id

of SE which is plugged

in slot 5.

RNC/BSC/CN,SDR

Pattern:start of time

slot-end of time slot,...

Slot 1 to 31(T1 is 24)

can be used. Slot 0 is

excluded.

88 0 0 RNC/BSC/CN 1-31

TSI_IN_TIMESLOT_MAP TSI_OUT_LINK_ID TSI_OUT_TIMESLOT_MAP

TSI In Timeslot TSI Out Link ID TSI Out Timeslot

The pattern is same as

HDLC timeslot. can not

overlap with the HDLC

timeslot. should be

filled in case of time

slot interchange,

otherwise keeping

empty.

INTEGER: 0 to 15.

should be filled in case

of time slot

interchange, otherwise

keeping empty.

The pattern is same as

HDLC timeslot. The

number of out&in

timeslot must be

identical. should be

filled in case of time

slot interchange,

otherwise keeping

empty.

NE_ID RU_NO RRU_NAME RADIO_MODE BOARD_TYPE

NE ID RU No. RU Name Radio Mode Board Type



whole subnetwork.

Index of all sheets

RSU：2 to 25, RRU: 51

to 74

60 characters at most,

can be blank. without

<>&'"

UMTS,GSM,GSM+UM

TS

Please refer to the help

documentation

88 2 GSM RSU60E-GU908



DOWNLINK_FREQ UPLINK_FREQ FS_PORT OPTICAL_MODULE_TYPE RX_EXTENSION_RU

Central Downlink

Frequency(MHz)

Central Uplink

Frequency(MHz)FS Port

Optical Module

Type

Rx RF Extension

RU No.

Multiple of 0.2MHz. 0 or

blank represents

automatical calculation

by Node B

Multiple of 0.2MHz. 0 or

blank represents

automatical calculation

by Node B. When

downlink frequency is

not 0, uplink frequency

should not be 0.

First FS: 0 to 5, Second

FS: 20 to 25

1.25G,2.5G.

R8880,R8882,R8890,R

SU82 series can set

2.5G. All of RU linked

to same FS port must

be identical.

The frequency band of

associated RU should

be identical. Each RU

can only be associated

once.

0 0 0 1.25G

0 0 2 1.25G

0 0 4 1.25G

RX_PORT_ANTENNA ANTENNA_TYPE TM_TYPE RX_POWER_GAIN TX_POWER_GAIN

Connected to an

Antenna or notAntenna Type

Tower Top

Amplifier type

Tower Top

Amplifier Uplink

Power Gain

Tower Top

Amplifier

Downlink Power

Gain(0.1db)

N: Does not connect to

an antenna, Y: connect

to an antenna. If setting

Y, Rx RF Extension RU

can not set.

ANT:Normal Antenna,

RET:Aisg

TMA,A-TMA,ETMA,A-

ETMA. This parameter

and the following four

parameters is valid

when the antenna is

RET.

TMA:110 to

130(0.1dB); A-TMA:44

to 100(0.25dB);

ETMA:230 to

250(0.1dB); A-

ETMA:92 to

100(0.25dB);

Invalid:255

INTEGER:70 to 170;

Invalid:255

Y ANT

Y ANT

Y ANT

TMA_NOISE LINE_LOSS FCE_BOARD

Tower Top

Amplifier Noise

Coefficient(0.1dB)

Tower Top

Amplifier Feeder

Cable Loss(0.1dB)

FCE board type

INTEGER: 10 to 30 INTEGER: 0 to 80FCE,FCEA,FCE4,FCE

5. valid when it is RSU

FCE

NE_ID GRU_NO GW_CONFIG_MODE CARRIER_GROUP CARRIER_NUMBER

NE ID GSM RU No.GU Carrier Config

ModeCarrier Group

Total Carrier

Number



whole subnetwork.

Index of all sheets

RSU：2 to 25, RRU: 51

to 74。The second PA

of R8882、RSU82

is:'RU No.#2'

4G+1U,2G+2U,INVALI

D。Single radio mode

is INVALID.

INTEGER: 0 to 32.

0:Do not group

DTR:1 to 6, TTR:1 to 2,

RSU82:1 to 4, R8882:

1 to 6

88 4 Invalid 2 4

88 6 Invalid 3 4

88 2 Invalid 1 4

CARRIER_POWER_PARA STATIC_POWER_LEVEL SECTOR_ID_1 TRX_NUMBER_1 SECTOR_ID_2

Carrier Power(W)Carrier Static

Power Level(db)First Sector No.

Carrier Number

dedicated to first

sector

Second Sector No.

INTEGER: 1 to 80

0db,2db,4db,6db,8db,1

0db,12db,14db,16db,18

db,20db. -0.2db,-0.4db,-

0.6db,-0.8db,-1.0db,-

1.2db(only TTR and

RSU02)

The Id should exist in

GSM Sector sheet,

255:invalid

INTEGER: 1 to 6 Same as sector 1

20 0db 2 4

20 0db 3 4

20 0db 1 4

TRX_NUMBER_2 SECTOR_ID_3 TRX_NUMBER_3 SECTOR_ID_4 TRX_NUMBER_4

Carrier Number

dedicated to second

sector

Third Sector No.

Carrier Number

dedicated to third

sector

Fourth Sector No.

Carrier Number

dedicated to fourth

sector

Same as sector 1 Same as sector 1 Same as sector 1 Same as sector 1 Same as sector 1

SECTOR_ID_5 TRX_NUMBER_5 SECTOR_ID_6 TRX_NUMBER_6 SUB_FREQ_BAND

Fifth Sector No.

Carrier Number

dedicated to fifth

sector

Sixth Sector No.

Carrier Number

dedicated to sixth

sector

Branch Frequence

Band

Same as sector 1 Same as sector 1 Same as sector 1 Same as sector 1INTEGER: 0 to 3. 0 or

255:invalid

255

255

255

NE_ID SECTOR_ID GPS_OFFSET POINT1_RU_NO POINT2_RU_NO

NE ID Sector No.

GPS Synchronous

Frame Header

Offset

High speed railway

cell entry point 1

RU No.

High speed railway

cell entry point 2

RU No.



whole subnetwork.

Index of all sheets

INTEGER: 1 to 24 INTEGER: 0 to 50 Can be blank Can be blank

88 3 0

88 1 0

88 2 0

NE_ID SECTOR_ID TRX_NO CHANNEL_MODECARRIER_NUMBER_OF_LOGIC_FREQ

NE ID Sector No.Logic Carrier

Frequency No.Channel Mode

Physical Carrier

Number



whole subnetwork.

Index of all sheets

INTEGER: 1 to 24 INTEGER: 1 to 54

SINGLE:Single

channel, DUAL:Dual-

channel, MULTI:Multi-

channel

INTEGER: 1 to 12

88 2 1 MULTI 1

88 2 2 MULTI 1

88 2 3 MULTI 1

88 2 4 MULTI 1

88 3 1 MULTI 1

88 3 2 MULTI 1

88 3 3 MULTI 1

88 3 4 MULTI 1

88 1 1 MULTI 1

88 1 2 MULTI 1

88 1 3 MULTI 1

88 1 4 MULTI 1

CARRIER_GROUP FREQ_BAND SUB_FREQ_BAND USE_IRC EXTENSION_CARRIER

Carrier Group Frequency BandBranch Frequence

BandUse IRC Extension Carrier

INTEGER: 0 to 32.

0:Do not group

2.1G,1900M,1800M,85

0M,900M

INTEGER: 0 to 3. 0 or

255:invalid

0:Disable IRC,1:Enable

IRC,2:Enable STIRCY:Yes, N:No

2 900M(Band VIII)255 1 N












NE_ID DRY_CONTACT_POSITION DRY_CONTACT_NO

NE ID Dry Contact Position Dry Contact No.



whole subnetwork.

Index of all sheets

SA,SE,FCE,FCE-II,FCE-

III,FCEA,FCEA-II,FCE3,FCE5,FCE5-

II,FCE5-III. If position is RU, the

pattern is RU-No., example:RU-51.

For the FCE series, please refer to

the help documentation.

The SA/SE board supports 8-way

input, the number range is 0 to 7.

FCE3 is 0 to 7, FCE5 is 0 to 6, FCE

and FCEA is 0 to 4, R8880A-U2112

is 0 to 2, other RF board is 0 to 3.

88 SA 2

88 SA 3

88 SA 5

88 SA 4

88 SA 6

88 SA 7

88 SA 0

88 SA 1

DRY_CONTACT_TYPE DRY_CONTACT_CONTENT ALARM_STATUS

Dry Contact Type Dry Contact Alarm Code Dry Contact Alarm Status

Input:Input dry contact, Output:Output

dry contact. Output dry contact

should be linked to contact No.6 or 7

of SA/SE.

198092044:Cabinet door

alarm,198092045:Flooding

alarm,198092046:Smoke

alarm,198092047:Infrared

alarm,198092048:Air-condition

fault,198092049:Surge Protection

Device fault,198092051:PSU

alarm,198092052:PSU fan

alarm,198092068:Base station

master power supply break

alarm,198092206:Battery

alarm,198092207:AC power-cut

alarm,198092208:Rectifier model

alarm,198092209:Thermoelectric

cooling alarm,198092550 to

198092599:User Defined Alarm

Valid only if type is input.

OPEN:Alarm appears if contact is

open, CLOSE:Alarm appears if

contact is closed

Input 198092552 CLOSE








OUT_CONTACT_TYPE

Output Dry Contact Status

Valid only if type is output. 0:Output

low level, 1:Output high level

0

0

0

0

0

0

0

0

Date post:	19-Jul-2016
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