SDR OMCB TEMPLATE

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SUBNETWORK_ID TEMPLATE_VERSION SDR_VERSION

Sub Network ID Template Version

1,001 4.1.0 4.11.10.14P04

Base Station Soft Version

INTEGER: 0～4095



OP_SIGN BTS_NAME NE_ID NE_IP

Operate Sign Site Name Network Element ID

P: No operate

LIC313 7 10.93.64.97test 186 10.90.151.173

Network Element IP Address

80 characters at mostWithout & ' " < > # % / \ ? @ : , * |

INTEGER: 0 to 65535.

Should be unique in the whole subnetwork. Index of all sheets.

O&M IP of Node B, should be unique in the whole network.



SDR_TYPE RNC_ID BSC_ID

SDR Type RNC ID BSC ID

BS8700 2,005 1,001BS8700 2,005 1,001

BS8700BS8900ABS8800 U120BS8800 U240BS8800 GU360BS8900 U240BS8900 GU360BS8906BS8800 U120ABS8908BS8900 Z01S80BS8900 Z01S18BS8900 Z02USG


GSM single-mode base station does not need to fill in.


UMTS single-mode base station does not need to fill in.



LONGITUDE LATITUDE LOCATION VENDOR_NAME

Longitude Latitude Location Vendor Name

180.0 90.0 Viettel Peru90.0 90.0 Viettel Peru

RANGE: -180 to 180.

Accurate to six digits after the decimal point.

RANGE: -90 to 90.

Accurate to six digits after the decimal point.

40 bytes at most, can be blank.




USER_DEFINED_STATE

User Defined State

11


NE_ID CLOCK_PRIORITY CLOCK_TYPE CLOCK_SYNC_MODE

Network Element ID Clock Source Type Clock Synchronization Mode

INTEGER: 1 to 8

7 1 1588186 1 1588

Clock Source Priority



Internal GNSSExternal GNSSCascade GNSS1PPS+TODBITS-2MHzBITS-2MbpsLine1588SyncE

0: GSM/UMTS Frequency Sync,1: GSM FrameNumber Sync. UMTS Frequency Sync,2: GSM Frequency Sync. UMTS FrameNumber Sync,3: GSM/UMTS FrameNumber Sync

GPS_CABLE_TYPE GPS_RECEIVER_TYPE GPS_CABLE_DELAY

GPS Cable Type GPS Receiver Type

INTEGER: 0 to 15

Length of Cascade cable(m)

0: Multiplexing input1: Distribution input

1:GPS2:GLONASS3:GPS+GLONASS

CLOCK_SSM

Enable SSM

Y:YesN:No

Must be configured if CLOCK_ID is SyncE

NE_ID LINK_PRIORITY TRANS_TYPE

Network Element ID Link Priority IP Clock Transmission Mode

INTEGER: 1 to 32

7 1 1186 1 1



0:Multicast1:Unicast

default: 1

IPCLK_SYNC_SERVER_IP IPCLK_IP_NO

10.95.211.1 0110.9.1.49 0

IP Address of 1588 Clock Sync Server

IP Link No. of 1588 Clock Sync Channel

Must be configured for IP 1588 clock reference source(GIPI interface IP). Valid only when it is IP over Ethernet transmission type. If there are two or more 1588 servers, configure it as this: "IP1;IP2;...", with four IP addresses at most.

INTEGER: 0 to 19

Existed in IP sheet.

NE_ID NTP_SERVER_IP TIME_ZONE SUMMER_TIME_START

Network Element ID Time Zone Summer Time Start

IPV4

NTP Server IP Address



Pattern: MM-DD HH:mm.

Fill in '0' if not used

SUMMER_TIME_END

Summer Time End

Pattern: MM-DD HH:mm.

Fill in '0' if not used

NE_ID TELECOM_OPERATOR OPERATOR_PLANNED_ID

Network Element ID Telecom Operator

7 Viettel Peru186 Viettel Peru

Network Element ID planned by operator



127 bytes at most, without & ' " < > # %


Operator plans the unique network element ID for base station. Users cannot set the option if it is not be planed.

VENDOR_PLANNED_ID RADIO_MODE BBU_TYPE BBU_SLOT_1

Radio Mode BBU Type BBU Slot 1

GSM+UMTS BBU-2U CCGSM+UMTS BBU-2U CC

Network Element ID planned by vendor


Vendor plans the unique network element ID for base station. Users cannot set the option if it is not be planed.

UMTSGSMGSM+UMTS

BBU-2UBBU-3UDIET

CCCCCTRB-G904TRB-G184TRB-G194TRB-G854

BBU_SLOT_2 BBU_SLOT_3 BBU_SLOT_4 BBU_SLOT_5

BBU Slot 2 BBU Slot 3 BBU Slot 4 BBU Slot 5

FSFS

CCCCCUES

Keep empty or remove the column if there isn't a board.(It's applies to all BBU Slot)

FSUBPG2BPLUESUBPG(only available in BBU-3U)

BPCFSUBPGUBPG2TAM0TAM1TAM2BPLUESUBPG3

BPCUBPGBPKUBPG2SEUESTAM0TAM1TAM2USR1-ABPLUBPG3BPK-s

BBU_SLOT_6 BBU_SLOT_7 BBU_SLOT_8 BBU_SLOT_9 BBU_SLOT_10

BBU Slot 6 BBU Slot 7 BBU Slot 8 BBU Slot 9 BBU Slot 10

BPC UBPGBPC UBPG

BPCUBPGBPKUBPG2SEUESTAM0TAM1TAM2USR1-ABPLUBPG3BPK_s


BPCUBPGBPKUBPG2SEUESTAM0TAM1TAM2BPLUBPG3BPK_s

UBPGUES

only available in BBU-3U

UBPGUES


BBU_SLOT_11 BBU_SLOT_12 BBU_SLOT_14 BBU_SLOT_15

BBU Slot 11 BBU Slot 12 BBU Slot 14 BBU Slot 15

PM

PMPM

UBPGUES


UBPGUES


PMSE(only available in BBU-3U)

BBU_SLOT_16 BBU_SLOT_17 SHELF2_BBU_SLOT_1 SHELF2_BBU_SLOT_2

BBU Slot 16 BBU Slot 17 Shelf 2's BBU Slot 1 Shelf 2's BBU Slot 2

PM


PM


CCCCC

CCCCCUES

SHELF2_BBU_SLOT_3 SHELF2_BBU_SLOT_4 SHELF2_BBU_SLOT_5 SHELF2_BBU_SLOT_6

Shelf 2's BBU Slot 3 Shelf 2's BBU Slot 4 Shelf 2's BBU Slot 5 Shelf 2's BBU Slot 6

FSUBPG2BPLUES

BPCFSUBPGUBPG2TAM0TAM1TAM2BPLUESUBPG3



SHELF2_BBU_SLOT_7 SHELF2_BBU_SLOT_8 SHELF2_BBU_SLOT_14

Shelf 2's BBU Slot 7 Shelf 2's BBU Slot 8 Shelf 2's BBU Slot 14


BPCUBPGBPKUBPG2SEUESTAM0TAM1TAM2BPLUBPG3BPK_s

PM

SHELF2_BBU_SLOT_15 RACK_TOPOLOGY FS3_OPTICAL_MODULE_TYPE

Shelf 2's BBU Slot 15 Rack Topology

PM

1-51 1.25G1-51 1.25G

Optical Module Type of FS in Slot 3

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. Keep blank if there is no cascade connection.

1.25G2.5G3G6G

FS4_OPTICAL_MODULE_TYPE

Optical Module Type of FS in Slot 4

1.25G2.5G3G6G



NE_ID RRU_NAME RU_NO BOARD_TYPE

Network Element ID RRU Name RU No. Board Type

7 51 ADTR-GU1987 52 ADTR-GU1987 53 ADTR-GU198

186 51 ADTR-GU198186 52 ADTR-GU198



60 characters at most, can be blank. Without& ' " < > # % / \ ? @ : ,

RSU: 2 to 50RRU: 51 to 201DIET: 1 to 3



FS_PORT OPTICAL_MODULE_TYPE ANTENNA_TYPE VSWR_LOWER

Previous Hop Optical Port Optical Module Type Antenna Type

Integer

0 1.25G RET 2001 1.25G RET 2002 1.25G RET 2000 1.25G RET 2001 1.25G RET 200

VSWR Lower Limit

Shelf 1's FS-3: 0 to 5Shelf 1's FS-4: 20 to 25Shelf 1's UBPG2-3: 0 to 2Shelf 1's UBPG2-4: 20 to 22Shelf 1's UBPG2-8: 80 to 82

Shelf 2's FS-3: 10～15

Shelf 2's FS-4: 30～35

Shelf 2's UBPG2-3: 10～12



Only GSM BTS can use UBPG2 as parent topo.

1.25G2.5G3G6G

R8840、R8860、RU02 series must be 1.25G. All of RU linked to same FS port must be identical.

ANT:Normal AntennaRET:Aisg



VSWR_UPPER LOWER_RESUME_LIMIT UPPER_RESUME_LIMIT DIVERSITY_MODE

Diversity Receiving Mode

Integer Integer Integer

300 190 290 0300 190 290 0300 190 290 0300 190 290 0300 190 290 0

VSWR Upper Limit

Alarm Recovery Lower Limit of VSWR

Alarm Recovery Upper Limit of VSWR

0:Normal diversity reception1:Cross diversity receptiondefault: 0

NE_ID RU_NO PADEV_NO RADIO_MODE

Network Element ID RU No. PA Device No. Radio Mode

7 51 1 GSM+UMTS7 52 1 GSM+UMTS7 53 1 GSM+UMTS

186 51 1 GSM+UMTS186 52 1 GSM+UMTS



RSU: 2 to 50RRU: 51 to 201

INTEGER: 1 to 3

The second PA is 2,The third PA is 3

UMTSGSMGSM+UMTS

TRANSMIT_FREQ

0.00.00.00.00.0

Central Downlink Frequency(MHz)

Multiple of 0.2MHz. 0 or blank represents automatical calculation by Node B



NE_ID FCE_RACK_NO CTRL_AUX_CABINET_NO

Network Element ID FCE Rack NoControlled auxiliary cabinet

No.INTEGER: 0 to 65535.


2 to 50119 to 123: FCE in 1-1-19 to 1-1-23

Fill out the attribute for the FCE in an auxiliary cabinet, Can not be duplicate.

NE_ID RU_NO RX_PORT_NO

Network Element ID RU No. Rx Port ID

INTEGER: 1 to 6

7 51 27 51 17 52 27 52 17 53 27 53 1

186 51 1186 51 2186 52 1186 52 2



RSU: 2 to 50RRU: 51 to 201

RECEIVE_FREQ RX_EXTENSION_RU RX_EXTENSION_PORT

Rx RF Extension RU No. Rx RF Extension Port ID

INTEGER: 1 to 6

0.00.00.00.00.00.00.00.00.00.0

Central Uplink Frequency(MHz)

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.

The frequency band of associated RU should be identical. Each RU can only be associated once.

TMA_NO TM_TYPE RX_POWER_GAIN

TMA No. Tower Top Amplifier type

INTEGER: 1 to 96

Tower Top Amplifier Uplink Power Gain

TMAA-TMAA-COMETMAA-ETMA

TMA: 70 to 150A-TMA: 44 to 100A-COM: 0 to 14ETMA: 200 to 320A-ETMA: 92 to 100Invalid: 65535

TX_POWER_GAIN TMA_NOISE ANT_NO RET_NO

Tower Top Amplifier Downlink Power

Gain(0.1db)

Tower Top Amplifier Noise

Coefficient(0.1dB)

Connected Mechanical

Antenna RDN

Connected RET Antenna RDN

INTEGER:70 to 170Invalid:255

INTEGER: 10 to 30Invalid:255

This field can not be configured. Do not modify it.


NE_ID EPM_BOARD EPM_PWR_TYPE

Network Element ID Connected Board Epm Power Type



SASE-SlotNo2-SA: SA in shelf 22-SE-SlotNo: SE in shelf 2

ZXDU58 B900ZXDU58 B121ZXDU68 B201ZXDU150ZXDU45ZXDU75ZXDU58 B121(V4.5)ZXDU68 B201(V5.0)ZXDU68 W301ZXDU68 S301ZXDU58 B121(V2.2)

EPM_DEAL_MODE

EPm Data Processing Mode

0:Transparent transmission,1:Parse



NE_ID DRY_CONTACT_POSITION DRY_CONTACT_NO

Network Element ID Dry Contact Position Dry Contact No.



SASE-SlotNo2-SA: SA in shelf 22-SE-SlotNo: SE in shelf 2

FCE (1-1-18)FCE-RackNo

If position is RU, the pattern is RU-No., example:RU-51.

The boards that support dry contact alarms are SA, FCE boards, and radio frequency boards.



DRY_CONTACT_USERLABEL DRY_CONTACT_TYPE

User Label Dry Contact Type

128 bytes at most, can be blank. Without& ' " < > # % / \ ? @ : ,

Input:Input dry contactOutput:Output dry contact

Output dry contact should be linked to contact No.6 or 7 of SA/SE.



DRY_CONTACT_CONTENT ALARM_STATUS

Dry Contact Alarm Code Dry Contact Alarm Status

198092044:Door control alarm 198092045:Flooding alarm 198092046:Smog alarm 198092047:Infrared alarm 198092048:Air conditioner fault 198092049:Lightning protection device alarm198092051:PSU alarm 198092052:PSU fan alarm 198092068:Base station has a main power cut-off alarm198092206:Battery alarm 198092207:AC power-cut alarm 198092208:Rectifier module alarm 198092209:Thermoelectric cooler alarm 198092259:Battery low-voltage alarm 198092260:Faulty external device connected at a dry contact 198092261:Outdoor lightning protection box alarm 198092262:Breaker alarm in indoor lightning protection box

Valid only if type is input. OPEN:Alarm appears if contact is openCLOSE:Alarm appears if contact is closed



OUT_CONTACT_TYPE

Output Dry Contact Status

Valid only if type is output. 0:Output low level1:Output high level

NE_ID TAM_SHELF TAM_SLOT

Network Element ID TAM Board Shelf No. TAM Board Slot No.

INTEGER: 1 to 2 INTEGER: 1 to 23INTEGER: 0 to 65535.


TAM_PORT TAM_WORKING_CURRENT TAM_ALM_MODE

TAM Board Port No. Alarm Detect Mode

INTEGER: 0 to 5

Work Current Value（mA）

TAM0: 75 to 300TAM1: 75 to 400TAM2: 75 to 400

Configure the maximum current value of the specified port.

0:currentDetect1:pulsewidthDetect

NE_ID AISG_RU_NO UNIQUE_ID DEV_TYPE

Network Element ID CCU Rack No. Device Serial Number Device Type

32 bytes at mostINTEGER: 0 to 65535.


RSU：2 to 50

RRU：51 to 201

Existed in RU sheet.

RETCMULTI_RETATMAMULTI_TMAACOMAETMANSNRETLGPTMA

VENDOR_CODE AISG_VERSION RET_RU_NO

Vendor Code AISG Version Connected RET Device RU No

127 bytes at most 1.12.0

RSU: 2 to 50RRU: 51 to 201

Existed in RxDevice sheet and ANTENNA_TYPE must be RET. It indicates AISG_TMA_NO bearer.

RET_PORT_NO AISG_TMA_NO MULTI_ANT_NO

Subunits No.Connected RET Device Port

NoConnected TMA

Device No.INTEGER: 1 to 6

Existed in RxDevice sheet and ANTENNA_TYPE must be RET. It indicates AISG_TMA_NO bearer.

INTEGER: 1 to 96

Existed in RxDevice sheet. Indicates RET_RU_NO and RET_PORT_NO bearer.

INTEGER: 1 to 4255:Invalid

The antenna number of AISG1.1 and AISG2.0 Single RET decives is invalid. A subunit No. of other AISG2.0 devices corresponds to an AISG that can be controlled independently.

AISG_USERLABEL FATHER_PORT SELF_PORT

Superior Channel Local ChannelDescription of Self-

defined Field128 bytes at most, can be blank. Without& ' " < > # % / \ ? @ : ,

INTEGER: 0 to 12

Used for SDTMA device of NSN private protocol. The value for other devices is 0.

INTEGER: 0 to 12

Used for SDTMA device of NSN private protocol. The value for other devices is 0.



NE_ID TRANSMISSION_TYPE TRANSMISSION_MEDIUM

Network Element ID Transmission Type Transmission Medium

7 IP FE186 IP FE



IPATMATM+IP

FEE1T1FE+E1FE+T1



ETHERNET_WORK_MODE FE_BANDWIDTH FE_PHYLAYERPORTNO

Ethernet Mode FE/GE BandWidth(kbps)

INTEGER: 0 to 17

Auto 21,000 0Auto 21,000 0

FE/GE Physical Layer Port No.

Auto1000M100M10M100M-Fiber

INTEGER:100 to 1000000. Step 100



NE_ID ATM_E1T1_PHYLAYERPORT_NO

Network Element ID ATM E1/T1 Physical Layer Port No.



Pattern: portNo,portNo,.. portNo:0 to 17. Must be existed in E1T1 sheet



ATM_ADDRESS

ATM Address

Pattern: dec.dec…Keep blank if not used

NE_ID E1T1_PHYLAYERPORT_NO E1T1_SHELF

Network Element ID E1T1 Board Shelf No.

INTEGER: 0 to 17 INTEGER: 1 to 2

E1/T1 Physical Layer Port No.



E1T1_BOARD E1T1_PORT

E1T1 Board Type E1/T1 Port No.

INTEGER: 0 to 7SASE-5SE-14TRB Series.



NE_ID HDLC_NO HDLC_E1T1_PHYLAYERPORT_NO

Network Element ID HDLC Link No. E1/T1 Physical Layer Port No.

INTEGER: 0 to 15INTEGER: 0 to 65535.


INTEGER: 0 to 17

Must be existed in E1T1 sheet



HDLC_TIMESLOT_MAP TSI_IN_TIMESLOT_MAP TSI_OUT_PHYLAYERPORT_NO

HDLC Timeslot TSI In Timeslot TSI Out Physical Layer Port No.

Pattern:start of time slot-end of time slot,... Slot 1 to 31(T1 is 24) can be used. Slot 0 is excluded.Default: 1-31

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 17.

Should be filled in case of time slot interchange, otherwise keeping empty.



TSI_OUT_TIMESLOT_MAP TSI_OUT_NO

TSI Out Timeslot TSI Out No.

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 IP_NO IP_VLAN_ID IP_VLAN_IP_ADDR

Network Element ID IP No. IP Vlan No. IP Address

INTEGER: 0 to 19 IPV4

7 1 3,033 10.95.64.977 0 3,032 10.93.64.97186 0 10.90.151.173186 1 110.9.1.50



INTEGER: 1 to 4094.

Keeping empty if it's invalid.

IP_VLAN_MASK IP_VLAN_GATEWAY STATICROUTE_IPADDRESS

IP Subnet Mask IP Gateway Address

IPV4 IPV4

255.255.255.224 10.95.64.126255.255.255.224 10.93.64.126255.255.255.0 10.90.151.254255.255.255.0 110.9.1.49

Static Route Destination IP Address

IPV4can be blank.

STATICROUTE_NETWORKMASK STATICROUTE_NEXTHOP_IPADDR PATH_DOMAIN

Static Route Network Mask Static Route Next Hop IP Address Path Domain

IPV4can be blank.

IPV4can be blank.

INTEGER: 0～3255: Invalid

UMTS multi-path parameter

PPP_NO PPP_HDLC_NO PPP_IP_ADDRESS PPP_PROTOCOL

PPP No. PPP HDLC Link No. PPP EncapsulationBase Station IP

AddressINTEGER: 0 to 7. ML-PPP: 0 to 2

Pattern: hdlc No.,hdlc No.,... hdlc No.:0 to 15, 8 links at most.

IPV4. "0.0.0.0" represents automatic allocation.

PPPML-PPP

PPP_COMPRESSION MP_HEAD MP_PRIORITY

Support IP compress or not MP Head MP Priority

Y:supportN:non-support

PPP does not support IP compress.

LongShortInvalid

Valid when encapsulation type is ML-PPP.

1234INVALID

Valid when encapsulation type is ML-PPP.

QOSMAP_NO

QosMap No.

1001




NE_ID SCTP_NO SCTP_RADIO_MODE SCTP_LOCAL_PORT

Network Element ID SCTP No. SCTP Radio Mode SCTP Local Port

INTEGER: 0 to 3

7 1 UMTS 1077 0 GSM 7186 0 GSM 1186 1 UMTS 186



GSMUMTS

UMTS:0 to 65535GSM:1 to 1536, it is Site Id.



SCTP_REMOTE_PORT SCTP_REMOTE_IP SCTP_IP_NO

SCTP Remote Port IP No. of SCTP Channel

IPV4

107 10.95.205.129 114,595 10.91.130.1 014,595 10.91.210.1 0186 10.95.205.129 1

SCTP Remote IP Address

UMTS:0 to 65535GSM: iBSC CMP module No. + 0x3900

INTEGER: 0 to 19




SCTP_INOUT_STREAM SCTP_QOS

SCTP QOS

Integer: 2 to 6

2 462 462 462 46

Number of SCTP in-and-out Streams

Integer: 0 to 63

IP service model configuration. You can choose different model according to the actual scenario.



NE_ID OMC_CHANNEL_NO OMCB_GATEWAY_IP OMCB_IP_NO

Network Element ID OMC Channel Link No. OMC Used IP No.

Integer: 0 to 2 IPV4

7 0 10.91.130.254 0186 0 10.91.130.254 0

OMC Gateway IP Address



INTEGER: 0 to 19




OMC_SERVER_IP INNER_IP OMCB_QOS

OMC Server IP Address SDR inner ip address

IPV4 IPV4

10.121.13.1 4610.121.13.1 46

Operation and Maintenance Gateway QoS

Integer: 0 to 63

The transmission quality priority of O&M packet. It is set by the user. It is recommendedto set it to "46:EF service, accelerated forwarding, minimum delay, and maximum flow".



NE_ID NODEB_ID CE_UP CE_DOWN

Network Element ID NodeB ID CE Up CE Down

7 7 189 123186 186 189 123




Same as NE ID if radio mode is UMTS.





DYNAMIC_POWER_TRACK PASHARE_PER

RU Dynamic Power Track Power-sharing Ratio

INTEGER: 0 to 50

N 0N 0

Y: Function openedN: Function closed



NE_ID UMTS_SECTOR_ID UMTS_SECTOR_INFO RELATED_RU

Network Element ID Sector No. Sector Information Related RU

INTEGER: 0 to 255

7 0 517 1 527 2 53186 0 51186 1 52



199 bytes at most, can be blank. Without& ' " < > # % / \ ? @ : ,

RU Units belong to this sector. Pattern: RU No.&RU No.&…The second PA of RU is:'RU No.#2'



RX_TYPE RFRX_ORDER

Rx Type RFRx Line Order

Y 0Y 0Y 0Y 0Y 0

Y: DiversityN: No DiversityMIMO

0: Normal1: ReversePattern: RU Order&RU Order&…If all of the RU order is the same, fill in '0' or '1'



NE_ID LOCAL_CELL_INFO LOCAL_CELL_ID

Network Element ID Local Cell Information Local Cell ID

7 30,1317 30,1327 30,133186 1186 2



199 bytes at most, can be blank, without& ' " < > # % / \ ? @ : ,

INTEGER: 0 to 268435455.

Unique in the network.



BP_BOARD AUTOASSIGN_BASEBAND_RESOURCE UMTS_SECTOR_ID

BP Board Sector No.

7 Y 07 Y 17 Y 27 Y 07 Y 1

Automatically assign baseband resource or not

Fill in BPC and BPK's slot number.Pattern: BPSlot&BPSlot&…Plus 20 for slot number of shelf 2's BP board.

YN

Refers to the sheet "UMTS Sector"



TRANSMITTING_FREQ FREQ_SPACING CELL_RADIUS TRANSMIT_OFFSET

Cell Radius

Integer: -63 to 63

1,983.6 5M 5km 01,983.6 5M 5km 01,983.6 5M 5km 01,983.6 5M 5km 01,983.6 5M 5km 0

Transmitting Frequency(MHz)

Receive Filter BandWidth

Transmit Delay Offset(chip)

Multiple of 0.2MHz.869 to 894925 to 9601805 to 18801930 to 19902110 to 2170

5M4.8M4.6M4.4M4.2M3.8M

2.5km5km10km20km40km80km120km240km



RECEIVE_OFFSET LOCAL_CELL_POWER SUPPORT_SPEED COVERAGE_TYPE

Local Cell Power(W) Coverage Type

Integer: -63 to 63

0 20 0 10 20 0 10 20 0 10 20 0 10 20 0 1

receive Delay Offset(chip)

Mobile Speed Supported by Cell


0:0-250km/h1:250-350km/h

0:Indoor1:Outdoor



DC_LOCAL_CELL BATTERY_SAVING LOCAL_CELL_2MS_GAIN

Dual Carrier Secondary Local Cell Electric-saving Mode 2ms Gain

N EnableN EnableN EnableN EnableN Enable

Primary and secondary local cell must belong to the same sector, and is neighboring cells(transmission frequency interval is between 3.8 and 5MHz)

Y:Function openedN:Function closed

Enable:supportDisable:non-support



LOCAL_CELL_VAM ENHANCED_VAM

VAM Function

N NN NN NN NN N

Enable E-VAM function or not

Y:supportN:non-support

It can be set as "Y" only when Rx type of affiliated sector is MIMO.

Y：Enable

N：Disable

In the case of vamEnable being Y, it decide whether to enable E-VAM function.

NE_ID CELL_ID GPS_OFFSET

Network Element ID Cell No.


7 1 0186 1 0

GPS Synchronous Frame Header Offset



POINT1_RU_NO POINT2_RU_NO BCCH_RU_NO

BCCH preferential RU No.High speed railway cell entry

point 1 RU No.High speed railway cell entry

point 2 RU No.

The second PA of R8882、RSU82 is:'RU No.#2'. Can be blank



BCCH_TRU_NO

Can be blank

BCCH preferential Carrier No.



NE_ID GRU_NO CHANNEL_GROUP_NO GU_CONFIG_MODE

Network Element ID GSM RU No. GU Carrier Config Mode

7 51 0 4G+1U7 52 0 4G+1U7 53 0 4G+1U

186 51 0 4G+1U186 52 0 4G+1U

GSM Cell Channel Group No.



RSU: 2 to 50RRU: 51 to 201

The second PA of R8882、RSU82 is:'RU No.#2'

INTEGER: 0 to 216

GSM Cell Channel Group No. 0 indicates no grouping. When Carrier Group is greater than zero,GSM Cell Channel Group No must be greater than zero.

4G+1U2G+2UINVALID

Single radio mode is INVALID.



CARRIER_GROUP CARRIER_NUMBER CARRIER_POWER_PARA STATIC_POWER_LEVEL

Carrier Group Total Carrier Number Carrier Power(W) Static Power Level(db)

INTEGER: 1 to 80

0 2 20 2db0 2 20 2db0 2 20 2db0 2 20 2db0 2 20 2db

INTEGER: 0 to 32. 0:Do not group

DTR:1 to 6TTR:1 to 2RSU82:1 to 4R8882: 1 to 6

0db, 2db, 4db, 6db, 8db, 10db, 12db, 14db, 16db, 18db, 20db, -0.2db, -0.4db,-0.6db, -0.8db, -1.0db, -1.2db



CELL_ID_1 TRX_NUMBER_1 CELL_ID_2 TRX_NUMBER_2

First GSM Cell No. Second GSM Cell No.

INTEGER: 1 to 54

1 21 11 21 11 2

Carrier Number dedicated to first sector

Carrier Number dedicated to second

sector

INTEGER: 1 to 6

The sum total of all sector's carrier number is not greater than the Total Carrier Number.

INTEGER: 1 to 54255: Invalid

INTEGER: 1 to 6





Third GSM Cell No. Fourth GSM Cell No.

INTEGER: 1 to 54

Carrier Number dedicated to third

sector

Carrier Number dedicated to fourth

sector

INTEGER: 1 to 6



INTEGER: 1 to 6





Fifth GSM Cell No. Sixth GSM Cell No.

INTEGER: 1 to 54

Carrier Number dedicated to fifth sector

Carrier Number dedicated to sixth

sector

INTEGER: 1 to 6



INTEGER: 1 to 6




SUB_FREQ_BAND TX_MODE RX_MODE

Tx Mode Rx Mode

255 0 0255 0 0255 0 0255 0 0255 0 0

Branch Frequence Band

INTEGER: 1 to 3. 255: Invalid

0:Normal mode1:DPCT2:DDT3:Antenna hopping

RU02: series:0 to 3, RSU82/R8882:{0,2,3}. Other RU types should be blank. Default:0

0:2-antenna diversity reception1:4-antenna diversity reception

Only RU02/RSU82/R8882 can be configured as 4-antenna diversity reception.



DDT_OFFSET GSM_RX_CONFIG GSM_NO

DDT delay

0 00 00 00 00 0

GSM primary-secondary antenna receiving setting

GSM Cell Channel Resource No.

INTEGER: 0 to 8.

Be valid when tx mode is DDT. Default:0

0:Primary and secondary antenna receiving,1:Primary antenna receiving. secondary antenna not receiving,2:Secondary antenna receiving. primary antenna not receiving




NE_ID CELL_ID TRX_NO CHANNEL_MODE

Network Element ID Cell No. Channel Mode


7 1 2 SINGLE186 1 1 SINGLE

Logic Carrier Frequency No.



0:Single carrier1:Dual carrier2:Multi carrier



CARRIER_GROUP FREQ_BAND SUB_FREQ_BAND USE_IRC

Carrier Group Frequency Band Use IRC or Not

0 1900M 255 10 1900M 255 1

Branch Frequence Band

INTEGER: 0 to 32. 0:Do not group

2.1G1900M1800M850M900M

INTEGER: 1 to 3. 255: Invalid

0:Disable IRC1:Enable IRC2:Enable STIRC



EXTENSION_CARRIER MCUM_RX_SEL_MODE MCUM_TX_SEL_MODE

N N NN N N

Extend Carrier Frequency or Not

Is uplink signal selected according to

CIR

Select RU transmission or not

Y:YesN:No

Y:YesN:No

default:N

Y:YesN:No

default:N

SDR OMCB TEMPLATE

Documents

bpl ubpg3

branch frequence

5g 3g 6g

network element

optical module

carrier number

total carrier

support ip