SBTS Supported Configurations

Single RAN, Rel. SRAN 16.2, Operating Documentation, Issue 02 SBTS Supported Configurations DN09210918 Issue 01C Approval Date 2016-03-30

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Summary of changes

Changes between document issues are cumulative. Therefore, the latest document issue contains all change Date

Issue

30-03-2016

01C

15-01-2016

01B

17-12-2015

01A

23-11-2015

01A DRAFT

20-08-2015

01

Copyright © 2012 Nokia. All rights reserved.

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nt issue contains all changes made to previous issues. Changes -new SBTS Profiles added -new radio modules added - FHED module added - The tab "Sector configuration types" updated - New profiles added to "SBTS profiles" tab - "HW, SW, and Bands" tab updated with new RFMs and RRHs - New RF capacity IDs added - Support for FBBA Extension Submodule added - New definition of OBSAI ports in the "Definitions" tab - 'AD' and 'AC' configuration types added to "Sector configuration types" tab - "HW, SW, and Bands" tab updated with new RFMs and RRHs -New SBTS Profiles and RF capacity IDs added This is the first issue of this document.


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Definitions

This section is to present the important definitions and concepts.

SW

SRAN16.2 is supported with NetAct16.2 SW version.

How to read the configuration tables

SBTS SM mode Defines which RAT(s) are supported by the configuration

Number of RF units

Supported RF units

The number of needed RF Modules List of RFM variants that support the (RFMs) required for the antenna configuration configuration type of specific band


System Module HW List of System Modules (SMs) that support the configuration and optional Baseband Extension Modules (FBBA, FBBC) that are possible to be deployed for the root configuration. Note that some configurations do not require the Extension Modules.

LTE/WCDMA/GSM cfg (Cell-sector) The maximum supported cell/sector-configuration Example: If this columns shows a 2+2+2 configuration, then also a 1+1+1 configuration is supported.

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Basic Cell Set (BCS)

Reduced Cell Set (RCS)

Extended Cell Set (ECS) deployed

System module can serve up to three (one per FSMF and each FBBC module) basic cell sets with following cell assignments: - maximum of six cells, up to 10 MHz with 2Tx/2Rx single band in up to six sectors - maximum of three cells, up to 20 MHz with 2Tx/2Rx single band in up to three sectors - maximum of three cells, up to 10 MHz with 2Tx/4Rx single band in up to three sectors - maximum of three cells, up to 10 MHz with 4Tx/4Rx single band in up to three sectors maximum of two 20 MHz and two 10 MHz cells with 2Tx/2Rx dual band

System module can serve one reduced cell sets with following cell assignments: - maximum of three cells, up to 10 MHz with 2Tx/2Rx single band in up to three sectors with CoMP in FSMF - maximum of four cells, up to 10 MHz with 2Tx/2Rx single band in up to three sectors without CoMP in FSMF

System module can serve one extended cell set in the configuration with one basic cell set with following cell assignments:

deployed on FSMF or FBBA/C

deployed on FSMF

on FSMF plus two FBBA/C

- maximum of three cells, up to 20 MHz with 2Tx/4Rx single band in up to three sectors in FSMF and two FBBA/Cs - maximum of three cells, up to 20 MHz with 4Tx/4Rx single band in up to three sectors in FSMF and two FBBA/Cs.

Ports System Module and FBBA/FBBC The table provides an overview of the ports on the System Module and the FBBA/FBBC

Optical ports on the SM EIF2/RF/6 RF/EXT1 RF/EXT2 RF/EXT3

OBSAI ports 1.6 1.1 1.2 1.3


11 / 82 Optical ports on the FBBC.1 RF/EXT1 RF/EXT2 RF/EXT3 RF/EXT4 Optical ports on the FBBC.2 RF/EXT1 RF/EXT2 RF/EXT3 RF/EXT4 Optical ports on the FBBA.1 RF/EXT Optical ports on the FBBA.2 RF/EXT

OBSAI ports 1.FBB1.1 1.FBB1.2 1.FBB1.3 or 1.FBB1.3X 1.FBB1.4 OBSAI ports 1.FBB2.1 1.FBB2.2 1.FBB2.3 or 1.FBB2.3X 1.FBB2.4 OBSAI ports 1.FBB1.3X OBSAI ports 1.FBB2.3X

The 1.FBB1.3X and 1.FBB2.3X OBSAI ports use a common notation for both FBBA and FBBC. In case of FBBA they describe the only RF/EXT port on the extension card, and for FBBC- the third RF/EXT port (also described as 1.FBB1.3 or 1.FBB2.3).

RF Modules

Optical cables should always be connected to the OPT IF 1 port (left port on the 6Tx Radio Modules and right one on the 3Tx Radio Modules). In case of two connections, always use first (OPT IF 1) and third (OPT IF 3) optical ports. Cables

Each SBTS profile has a unique way of connecting cables to RP3-01 OBSAI ports. The cables need to be connected to FSM and FR ports exactly as presented in the description of a configuration. Otherwise the SBTS does not work.


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Antenna configuration type Antenna cabling variant used in the configuration More details in tabs "Sector configuration types" and "SBTS Cabling" In some cases the antenna cabling variant contains information in brackets, for example: G(n,m) This indicates that both technologies use dedicated power amplifiers, meaning the DL-Tx carriers are transmitted on dedicated Tx-pipes. (n,m) represent Antenna port numbers, as labled on the RF-unit (check also tab "SBTS Cabling")

Tx/Rx The number of Tx- and Rx-paths in the configuration configurations. Examples: 1Tx/2Rx - SIMO 2Tx/2Rx - 2x2 MIMO


Number of optical interfaces The number of optical interfaces and the maximum RP3 link speed [Gbps]

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System Module configuration types This section is to present the general FSMr3 (FSMF) baseband configurations and RAT deployment on SBTS. The exact and detailed BB deployment is defined in the "SBTS Profiles" tab

1-RAT Configurations

GSM dedicated:

Up to 24 TRX

LTE dedicated:

Up to 3x basic cell set (1/FSP) / extended (2FSPs) + basic (1 FSP)

WCDMA decicated:

Up to 17.5 subunits


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WCDMA-GSM:

Up to 24 TRX + up to 15.5 WCDMA subunits

LTE-GSM:

Up to 24TRX + LTE reducet cell set + 2x LTE basic cell sets

LTE-WCDMA:

System Module Rel.3

Capacity Extension Submodule


WCDMA BB: No. of Subunits

LTE BB

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FSMF

2xFBBC

5.5

2x BCS


LTE-WCDMA-GSM:

System Module Rel.3



LTE BB

GSM BB

FSMF

2xFBBC

3.5

2x BCS

24TRX

System Module Rel.3



LTE BB

GSM BB

FSMF

2xFBBA/C

5.5

BCS + RCS

24TRX

Note 1: For details check Dimensioning Copyright © 2012 Nokia. All rights SBTS

Note 2: All WCDMA subunit figures are reserved. based on 1 Local Cell

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RAT deployment on SBTS.

extended (2FSPs) + basic (1 FSP) System Module Rel.3


FSMF

-

FSMF

FBBC

FSMF

2xFBBC

BCS: LTE basic cell set ECS: LTE extended cell set

System Module Rel.3


FSMF

-

FSMF

FBBA/C

FSMF

2xFBBA/C

WCDMA: OBSAI required between FSMF+FBBC if more than one dedicated WCDMA RF units connected to FBBC


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WCDMA: OBSAI required between FSMF+FBBC if more than one dedicated WCDMA RF units connected to FBBC

Note 1

Note 2

DMA subunits System Module Rel.3


FSMF

-

FSMF

FBBA/C

FSMF

2xFBBA/C

System Module Rel.3


set + 2x LTE basic cell sets

FSMF

-

FSMF

FBBC

FSMF

2xFBBC

RCS: LTE reduced cell set

System Module Rel.3



LTE BB


System Module Rel.3


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FSMF

2xFBBC

11.5

1x BCS

System Module Rel.3



LTE BB

GSM BB

FSMF

2xFBBC

9.5

1x BCS

24TRX

System Module Rel.3



LTE BB

GSM BB

2xFSMF

4xFBBA/C

15.5

Up to 3x BCS / ECS + BCS

24TRX


2xFSMF

2xFBBA/C, 2xFBBC

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LTE BB

1x BCS 2x BCS/ 1xECS 3xBCS/ECS+BCS

Number of Subunits

5.5 11.5 17.5

equired between FSMF+FBBC if edicated WCDMA RF units BC


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GSM BB

3.5

24TRX

9.5

24TRX

15.5

24TRX

GSM BB

LTE BB

24TRX

RCS

24TRX

RCS + BCS

24TRX

RCS + 2x BCS


LTE BB


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17.5

Up to 3x BCS / ECS + BCS


SBTS sector configuration types

Note: - "RFM" stands for "RF Module"; "RRH" stands for "Remote Radio Head". - The number of supported frequencies may vary. Only the basic rule of HW configurations is described, more - The modules' layouts presented below are informative only. The ordered modules' layouts may vary, though t - Primary OBSAI link is connected to FR port1 and capacity link to port3 for all configurations unless otherwise

A Type configuration - for RF Module 2 Way Rx diversity (SIMO) Sector has antenna connections (1 Tx + 2 Rx) from Ant 1 + Ant 2 or Ant 3 + Ant 4 or Ant 5 + Ant 6 Sector2 LCR1: Tx & Rx1

Sector3 LCR1: Tx & Rx1 Sector2 LCR1: Rx2

Sector3 LCR1: Rx2

Sector1 LCR1: Tx & Rx1

Sector1 LCR1: Rx2

B Type configuration - only for RF Module 2 Way Rx diversity (SIMO) Sector has antenna connections (1 Tx + 2 Rx) from Ant 1 + Ant 3 or Ant 3 + Ant 5 Sector1 LCR1: Rx LCR2: Tx & Rx

Sector1 LCR1: Tx & Rx LCR2: Rx

C Type configuration - two RF Modules 2 Way Rx diversity (SIMO) Sector has antenna connections (1 Tx, 2 Rx) from RFM 1 Ant1 + RFM 2 Ant1 or RFM 1 Ant3 + RFM 2 Ant3 or RFM 1 Ant5 + RFM 2 Ant5 in the two RFMs Sector3 LCR5: Tx & Rx LCR6: Rx






Sector3 LCR5: Rx LCR6: Tx & Rx



D Type configuration - only for RF Module Sector has antenna connections (1 Tx + 4 Rx) from Ant1 + Ant2 + Ant3 + Ant4 Sector1 LCR1: Rx

Sector1 LCR1: Rx

Sector1 LCR1: Rx

Sector1 LCR1: Tx & Rx

E Type configuration - only for two RF Modules Sector has antenna connections (1 Tx + 4 Rx) from RFM1 Ant1 + Ant2 + RFM2 Ant1 + Ant2 or RFM1 Ant3 + Ant4 + RFM2 Ant3 + Ant4 or RFM1 Ant5 + Ant6 + RFM2 Ant5 + Ant6 in the two RFMs Sector1 LCR1: Rx


Sector1 LCR1: Rx

Sector1 LCR1: Rx

G Type configuration - only for RF Module 2TX/2RX (MIMO, VAM, or IDD) Sector has antenna connections (2 Tx, 2 Rx) from Ant 1 + Ant 3



H Type configuration - for two RF Modules 2TX/2RX (MIMO, VAM, or IDD) Sector has antenna connections (2 Tx, 2 Rx) from: RFM 1 Ant 1 + RFM 2 Ant 1 or RFM 1 Ant 3 + RFM 2 Ant 3 or RFM 1 Ant 5 + RFM 2 Ant 5 Sector3 LCR3: Tx & Rx






I Type configuration - for RF Module 2TX/2RX (MIMO) Sector has antenna connections (2 Tx + 2 Rx) from Ant 1 + Ant 2 or Ant 3 + Ant 4 or Ant 5 + Ant 6 Sector3 LCR1: Tx & Rx1 Sector3 LCR1: Tx & Rx2





J Type configuration - only for RF Module 2TX/4RX (MIMO, VAM, or IDD) Sector has antenna connections (2 Tx, 4 Rx) from Ant 1 + Ant 2 + Ant 3 + Ant 4 Sector1 LCR1: Rx

Sector1 LCR1: Rx Sector1 LCR1: Tx & Rx


K Type configuration - two RF Modules

2TX/4RX (MIMO, VAM, or IDD) Sector has antenna connections (2 Tx, 4 Rx) from RFM 1 Ant 1, Ant2 + RFM 2 Ant 1, A RFM 1 Ant 3 , Ant4 + RFM 2 Ant 3, Ant4 or RFM 1 Ant 5, Ant6 + RFM 2 Ant 5, Ant6 in the

Sector 1 Sector 3

Sector 2

Sector 1 Sector 3

Sector 2 LCR1: Rx

LCR1: Tx & Rx

LCR1: Rx

LCR1: Tx & Rx

N Type configuration - two RF Modules

4TX/4RX (MIMO) Sector has antenna connections (4 Tx, 4 Rx) from RFM 1 Ant 1, Ant2 + RFM 2 Ant 1, A RFM 1 Ant 3 , Ant4 + RFM 2 Ant 3, Ant4 or RFM 1 Ant 5, Ant6 + RFM 2 Ant 5, Ant6 in the

Sector 1 Sector 3

Sector 2 LCR1: Tx & Rx

LCR1: Tx & Rx

LCR1: Tx & Rx

LCR1: Tx & Rx

M Type configuration - for RRH 4TX 4TX/4RX MIMO

Sector has antenna connections (4 Tx + 4 Rx) from Ant 1 + Ant 2 +Ant 3 +Ant 4 Sector1 LCR1: Tx & Rx


Sector1 LCR1: Tx & Rx Sector1 LCR1: Tx & Rx

AD Type configuration - for two FXEE - RX diversity kit (RDSA) used 2TX/2RX (MIMO, VAM, or IDD) Sector has antenna connections (2 Tx, 2 Rx) from: RFM 1 Ant 1, Ant 2 + RFM 2 Ant 1, Ant 2 Sector1 LCR1: Rx

Sector1 LCR1: Rx

Sector1 LCR1: Tx

Sector1 LCR1: Tx

AC Type configuration - two FXEE/F - PIM avoidance 2 Way Rx diversity (SIMO) Sector has antenna connections (1 Tx, 2 Rx) from RFM 1 Ant1 Tx + RFM 1 Ant2 Rx + RFM 2 Ant Rx and vice versa in second RM Sector3 LCR5: Tx

Sector2 LCR3: Tx

Sector1 LCR1: Tx

Sector2 LCR3: Tx

Sector3 LCR5: Tx Sector3 LCR5: Rx div LCR6: Rx

Sector3 LCR5: Rx LCR6: Rx div Sector3 LCR6: Tx

Sector2 LCR3: Rx div LCR4: Rx

Sector2 LCR3: Rx LCR4: Rx div

Sector1 LCR1: Tx Sector1 LCR1: Rx div LCR2: Rx

Sector1 LCR1: Rx LCR2: Rx div Sector2 LCR4: Tx

Sector1 LCR2: Tx

nfigurations is described, more carriers can be supported. ules' layouts may vary, though the connection rules are still the same. onfigurations unless otherwise expressed

A Type configuration - for RRH 4 or Ant 5 + Ant 6

t 3 + Ant 5

2 Ant1 or RFMs

2 Way Rx diversity (SIMO) Sector has antenna connections (1 Tx + 2 Rx) from Ant 1 + Ant 2 Sector1 LCR1: Rx LCR2: Tx & Rx


Sector3 LCR6: Rx div

3 + Ant4

2 Ant1 + Ant2 or nt6 in the two RFMs

3

+ RFM 2 Ant 5

G Type configuration - only for RRH 4TX 2TX/2RX (MIMO, VAM, or IDD) Sector has antenna connections (2 Tx, 2 Rx) from Ant 1 + Ant 3


H Type configuration - for two RRHs 2TX/2RX (MIMO, VAM, or IDD) Sector has antenna connections (2 Tx, 2 Rx) from: RFM 1 Ant 1 + RFM 2 Ant 1 Sector1 LCR1: Tx & Rx LCR2: Tx & Rx

Sector1 LCR1: Tx & Rx LCR2: Tx & Rx


H.1 Type con

H.1 is pointless S RFM 1 Ant 1 + RFM 2

Sector1 LCR1: Tx & Rx LCR2: Tx & Rx

I Type configuration - only for RRH 4 or Ant 5 + Ant 6

3 + Ant 4

Modules

D) nt 1, Ant2 + RFM 2 Ant 1, Ant2 or + RFM 2 Ant 5, Ant6 in the two RFMs

2TX/2RX (MIMO, VAM, or IDD) Sector has antenna connections (2 Tx + 2 Rx) from Ant 1 + Ant 2 Sector1 LCR1: Tx & Rx


CR1: Tx & Rx

CR1: Tx & Rx

Modules

nt 1, Ant2 + RFM 2 Ant 1, Ant2 or + RFM 2 Ant 5, Ant6 in the two RFMs

CR1: Tx & Rx

CR1: Tx & Rx

3 +Ant 4

A) used

Rx + RFM 2 Ant Rx

A.1 Type configuration - two FXEE/F - RX diversity kit (RDSA) used 2 Way Rx diversity (SIMO) Sector has antenna connections (1 Tx, 2 Rx) from RFM 1 Ant1 + RFM 2 Ant1 FwD, RFM 1 Ant3 + RFM 2 Ant3 FwD or RFM 1 Ant5 + RFM 2 Ant5 FwD and vice versa in 2nd RM Sector3 LCR5: Tx & Rx Sector3 LCR5: Rx div

Sector2 LCR3: Tx & Rx Sector2 LCR3: Rx div

Sector1 LCR1: Tx & Rx Sector1 LCR1: Rx div







4TX

Ant 1 + Ant 3

H.1 Type configuration - for two FXEE - RX diversity kit (RDSA) used 2TX/2RX (MIMO, VAM, or IDD) H.1 is pointless as such, but it is to be used along with RF sharing with A.1 type Sector has antenna connections (2 Tx, 2 Rx) from: RFM 1 Ant 1 + RFM 2 Ant 1 or RFM 1 Ant 3 + RFM 2 Ant 3 or RFM 1 Ant 5 + RFM 2 Ant 5 Sector3 LCR3: Tx & Rx






H

Ant 1 + Ant 2

A) used

Ant1 FwD, versa in 2nd RM

Flexi Multiradio modules

RF Modules and Remote Radio Heads

SW Release

Unit

Band

Band number

SRAN16.2

FXDA

900

VIII

SRAN16.2

FXDJ

900J

VIIIJ

SRAN16.2

900

VIII

SRAN16.2

FHDA FHDB

900

VIII

SRAN16.2

FXDB

900

VIII

SRAN16.2

FXJB

900J

VIIIJ

SRAN16.2

FXEA FXEB

1800

III

1800

III

FHEA FHEB

1800

III

SRAN16.2

1800

III

SRAN16.2

FHEF

1800

III

SRAN16.2

FXED

1800

III

SRAN16.1

FRGP.A

2100

I

SRAN16.2

FRGP.B

2100

I

SRAN16.2

FRGT

2100

I

SRAN16.2

FRGQ

2100

I

SRAN16.2

FRGS

2100

I

SRAN16.2

FRGU

2100

I

SRAN16.2

FRGY

2100

I

SRAN16.2

FRME

800

V

SRAN16.2

FRHD

2600

VII

SRAN16.2

FRHE

2600

VII

SRAN16.2

FRHC

2600

VII

SRAN16.2

FRHF

2600

VII

SRAN16.2

FRMC

800

XX

SRAN16.2

FRPA

700

XXVIII

SRAN16.2

FRPB

700

XXVIII

SRAN16.2

FHEG

1800

III

SRAN16.2

FRLB

730

XII

SRAN16.2

FRMB

800EU

XX

SRAN16.2 SRAN16.2

SRAN16.2

FXEE

1800

III

SRAN16.2

FRHG

2600

VII

SRAN16.2

FRMA

800EU

XX

SRAN16.2

FRHA

2600

VII

SRAN16.2

2600

VII

SRAN16.2

FRHB FRMF

800

V

SRAN16.2

FHDG

900

VIII

SRAN16.2

FXCA

850

V

SRAN16.2

FXCB

850

V

SRAN16.2

FXFA

1900

II

SRAN16.2

FXFC

1900

II

SRAN16.2

FHED

1900

II

SRAN16.2

FXEF

1800

III

SRAN16.2

FHEI

1800

III

SRAN16.2

FHGA

2100

I

RF Units RFM/RRH

Number of optical interfaces

HW Release

Supported power levels [W]

RFM 3x60 W

3x3 Gbps

Flexi HW 2.2

8,15,20,30,40,45,60

RFM 3x60 W

3x3 Gbps

Flexi HW 2.2

20, 40, 60

RRH 2x40W

3x3 Gbps

Flexi HW 2.2

8,20,30,40

RRH 2x60 W

2x6 Gbps

Flexi HW 2.3

8,20,30,40,60

RFM 3x80 W

3x6 Gbps

Flexi HW 2.3

8,15,20,30,40,45,60,80

RFM 3x60 W

3x6 Gbps

Flexi HW 2.3

8, 15, 20, 30, 40, 60, 80

RFM 3x60 W

3x3 Gbps

Flexi HW 2.2

8,20,30,40,60

RFM 3x80 W

3x6 Gbps

Flexi HW 2.3

8, 18, 20, 30, 40, 60, 80

RRH 2x40 W

3x3 Gbps

Flexi HW 2.2

8,20,30,40

RRH 2x60 W

2x6 Gbps

Flexi HW 2.3

8,20,30,40,60

RRH 2x60 W

2x6 Gbps

Flexi HW 2.3

8,20,30,40,60

RFM 6x60 W

3x6 Gbps

Flexi HW 3.2

8,20,30,40,60

RFM 3x60 W

2x3 Gbps

Flexi HW 2.1

8,15,20,30,40,45,60

RFM 3x60 W

2x3 Gbps

Flexi HW 2.2

8,15,20,30,40,45,60

RFM 3x80 W

3x6 Gbps

Flexi HW 2.3

8,15,20,30,40,60,80

RRH 2x40 W

2x3 Gbps

Flexi HW 2.1

8, 20, 30, 40

RFM 3x80 W

3x6 Gbps

Flexi HW 2.3

8,15,20,30,40,45,60,80

RFM 6x60 W

3x6 Gbps

Flexi HW 3.2

8,20,30,40,60

RRH 2x40 W

2x6 Gbps

Flexi HW 4.0

8,15,20,30,40,60

RFM 6x40 W

3x6 Gbps

Flexi HW 3.1

8, 20, 30, 40

RRH 4x30 W

3x6 Gbps

Flexi HW 2.3

8,10,15,20,27,30

RRH 4x30 W

3x6 Gbps

Flexi HW 2.3

8,10,15,20,30

RFM 6x40 W

3x6 Gbps

Flexi HW 3.1

8,20,30,40

RFM 6x40 W

3x6 Gbps

Flexi HW 3.1

8, 20, 30, 40

RFM 6x40 W

3x6 Gbps

Flexi HW 3.1

8,20,30,40

RFM 6x40 W

3x6 Gbps

Flexi HW 3.1

8, 20, 30, 40

RFM 6x40 W

3x6 Gbps

Flexi HW 3.1

8,15,20,30,40

RRH 2x60 W

2x6 Gbps

Flexi HW 2.3

8,20,30,40,60

RRH 2x30 W

2x3 Gbps

Flexi HW 2.1

8,10,15,20,30

RRH 2x40 W

2x3 Gbps

Flexi HW 2.1

8, 20, 30, 40

4) 5)

RFM 3x80 W

3x6 Gbps

Flexi HW 3.3

8,15,20,30,40

RRH 4x40 W

3x6 Gbps

Flexi HW 4.0

8, 20, 30, 40

RFM 3x60 W

3x3 Gbps

Flexi HW 3.1

8,20,30,40

RFM 3x60 W

3x3 Gbps

Flexi HW 2.1

8,20,30,40,60

RRH 2x40 W

3x3 Gbps

Flexi HW 2.1

8,20,30,40

RFM 6x60 W

3x6 Gbps

Flexi HW 3.2

8,20,30,40,60

RRH 2x5 W

2x6 Gbps

Flexi HW 4.1

50 mW - 5W, with 1dB step

RFM 3x60 W

3x6 Gbps

Flexi HW 2.2

8,20,30,40,60

RFM 3x80 W

3x6 Gbps

Flexi HW 2.3

8,20,30,40,60,80

RFM 3x60 W

3x3 Gbps

Flexi HW 2.2

8,20,30,40,60

RFM 3x80 W

3x6 Gbps

Flexi HW 2.3

8,20,30,40,60,80

RRH 4x40 W

3x6 Gbps

Flexi HW 4.0

8,20,30,40

RFM 3x80 W

6xX Gbps

Flexi HW 3.3

RRH 2x5 W

6xX Gbps

Flexi HW 4.0a

RRH 2x5 W

6xX Gbps

Flexi HW 4.0a

RX Band

TX Band

HW TX / RX capability:

880 - 915 MHz

925 - 960 MHz

TX: 25 MHz RX: 35 MHz

890-915 MHz

935-960 MHz

TX / RX: 25 MHz

880 - 915 MHz

925 - 960 MHz


880 - 915 MHz

925 - 960 MHz


880 - 915 MHz

925 - 960 MHz

TX / RX: 35 MHz

890-915 MHz

935-960 MHz

TX / RX: 25 MHz

1710 - 1785 MHz

1805 - 1880 MHz


1710 - 1785 MHz

1805 - 1880 MHz


1710 - 1785 MHz

1805 - 1880 MHz


1710 - 1785 MHz

1805 - 1880 MHz


1710 - 1765 MHz

1805 - 1860 MHz


1710 - 1785 MHz

1805 - 1880 MHz

TX / RX: 75 MHz

1920 - 1980 MHz

2110 -2170 MHz

TX / RX: 20 MHz

1920 - 1980 MHz

2110 -2170 MHz

TX / RX: 20 MHz

1920 - 1980 MHz

2110 -2170 MHz

TX / RX: 60 MHz

1920 - 1980 MHz

2110 -2170 MHz

TX / RX: 60 MHz

1940 - 1980 MHz

2130 -2170 MHz

TX / RX: 40 MHz

1920 - 1980 MHz

2110 -2170 MHz


1920 - 1980 MHz

2110 -2170 MHz


832 - 862 MHz

791 -811 MHz

TX: 20 MHz RX: 30MHz

2520 - 2570 MHz

2640 - 2690 MHz


2500 - 2555 MHz

2620 - 2675 MHz


2500 - 2555 MHz

2620 - 2675 MHz

TX / RX: 40 MHz

2520 - 2570 MHz

2640 - 2690 MHz

TX / RX: 40 MHz (for module/6pipes Rx due to common SAW filter)

842 - 862 MHz

801 -821 MHz

TX / RX: 40 MHz

703 - 738 MHz

758 -793 MHz

TX / RX: 35 MHz

718 - 748 MHz

773 -803 MHz

TX / RX: 30 MHz

1755 - 1785 MHz

1850 - 1880 MHz


699 - 715 MHz

729 - 745 MHz

TX / RX: 16 MHz

832 - 862 MHz

791 -821 MHz

TX / RX: 30 MHz

Support for RFS in SBTS

yes yes yes yes yes yes yes yes yes yes yes yes yes yes yes yes yes yes yes no no no no no no no no no no no

1710 - 1785 MHz

1805 - 1880 MHz

TX: 75 MHz RX: 60 MHz (75MHz with RDSA)

2500 - 2570 MHz

2620 - 2690 MHz

TX / RX: 65 MHz

842 - 862 MHz

801 -821 MHz

TX / RX: 40 MHz

2500 - 2570 MHz

2620 - 2690 MHz

TX / RX: 20 MHz

2500 - 2570 MHz

2620 - 2690 MHz

TX / RX: 70 MHz

832 - 862 MHz

791 -821 MHz

TX: 30 MHz, RX: 30MHz

900 - 915 MHz

945 - 960 MHz


824 - 849 MHz

869 - 894 MHz

TX/RX: 15 MHz

824 - 849 MHz

869 - 894 MHz

TX/RX: 25 MHz

1850 - 1910 MHz

1930 - 1990 MHz

TX / RX: 20 MHz

1850 - 1910 MHz

1930 - 1990 MHz


1710 - 1785 MHz

1805 - 1880 MHz


1710-1785 MHz

1805-1880 MHz

TX / RX: 75 MHz

1710 - 1770 MHz

1805 - 1865 MHz

TX / RX: 60 MHz

1920 - 1980 MHz

2110 - 2170 MHz

TX / RX: 60 MHz

yes no no no no no no yes yes yes yes no yes no no

Support for Support for GSM Support for LTE WCDMA dedicated dedicated mode dedicated mode mode

yes yes yes yes yes yes yes yes yes yes yes yes no no no no no no no no no no no

yes yes yes yes yes yes no no no no no no yes yes yes yes yes yes yes no no no no

yes no yes yes yes no yes yes yes yes yes yes yes yes yes yes yes yes yes yes yes yes yes

no no no no no no no

no no no no no no no

yes yes yes yes yes yes yes

yes no no no no no no yes yes yes yes no yes no no

no no no no no no no yes yes yes yes no no no no

yes yes yes yes yes yes yes yes yes yes yes yes yes yes yes

Supported carrier configurations from single band point of view <
RF carrier capacity No. of RF RF mode ID units. RF_G1

GSM

1

RF_G1_1

GSM

1

RF_G4

GSM

2

RF_G5

GSM

3

RF_G5_1

GSM

3

RF_G6

GSM

1

RF_W1

WCDMA

1

RF_W3

WCDMA

3

RF_W4

WCDMA

1

RF_W4

WCDMA

1

RF_W5

WCDMA

3

RF_W6

WCDMA

2

RF_W7

WCDMA

1

RF_W8

WCDMA

1

RF_W9

WCDMA

1

RF_W10

WCDMA

1

RF_FL1

FDD-LTE

1

RF_FL2

FDD-LTE

3

RF_FL2_2

FDD-LTE

3

RF_FL3

FDD-LTE

2

RF_FL4

FDD-LTE

3

RF_FL4_1

FDD-LTE

3

RF_FL5

FDD-LTE

1

RF_FL6

FDD-LTE

3

RF_FL8

FDD-LTE

3

RF_FL8_1

FDD-LTE

3

RF_FL11

FDD-LTE

3

RF_FL13_high_BW

FDD-LTE

2

RF_FL14

FDD-LTE

1

RF_WG1

WG

1

RF_WG1

WCDMA

1

RF_WG1

GSM

1

RF_WG2

GSM

3

RF_WG2

WCDMA

3

RF_WG2

WG

3

RF_WG3

WG

2

RF_WG3

WCDMA

2

RF_WG3

GSM

2

RF_WG4

WG

1

RF_WG4

GSM

1

RF_WG5

WG

1

RF_WG5

GSM

1

RF_WG6

WG

5

RF_WG8

WG

3

RF_WG9

WG

2

RF_WG9

WG

2

RF_LG1_low_BW

LG

1

RF_LG1_low_BW

GSM

1

RF_LG1_low_BW

FDD-LTE

1

RF_LG1_1_low_BW

GSM

1

RF_LG1_1_low_BW

FDD-LTE

1

RF_LG1_1_low_BW

LG

1

RF_LG1_2_low_BW

LG

1

RF_LG1_2_low_BW

GSM

1

RF_LG1_2_low_BW

FDD-LTE

1

RF_LG1_high_BW

FDD-LTE

1

RF_LG1_high_BW

LG

1

RF_LG1_high_BW

LG

1

RF_LG1_3_high_BW

FDD-LTE

1

RF_LG1_3_high_BW

LG

1

RF_LG1_3_high_BW

LG

1

RF_LG2_low_BW

LG

2

RF_LG2_low_BW

GSM

2

RF_LG2_low_BW

FDD-LTE

2

RF_LG2_high_BW

GSM

2

RF_LG2_high_BW

FDD-LTE

2

RF_LG2_high_BW

LG

2

RF_LG2_high_BW

LG

2

RF_LG4_low_BW

LG

3

RF_LG4_high_BW

LG

3

RF_LG4_high_BW

LG

3

RF_LG14

LG

4

RF_LG15

LG

1

RF_LG15_1

LG

1

RF_LG17

LG

3

RF_LG18

LG

2

RF_LG19

LG

2

RF_LW1

FDD-LTE

2

RF_LW1

LW

2

RF_LW1

LW

2

RF_LW1

LW

2

RF_LW1_2

FDD-LTE

2

RF_LW1_2

LW

2

RF_LW1_2

LW

2

RF_LW2_1

LW

3

RF_LW2_1

LW

3

RF_LW2

LW

3

RF_LW2

LW

3

RF_LW2_2

LW

3

RF_LW2_2

LW

3

RF_LW3_1

LW

3

RF_LW3_1

LW

3

RF_LW3

LW

3

RF_LW3

WCDMA

3

RF_LW5

LW

2

RF_LW5

LW

2

RF_LW5

WCDMA

2

RF_LW5_1

LW

2

RF_LW6

LW

1

RF_LW8

LW

1

RF_LW9

LW

3

RF_LW10

LW

3

RF_LG5_high_BW

LG

2

RF_LG5_high_BW

LG

2

RF_LG6_high_BW

LG

2

RF_LG6_high_BW

LG

2

RF_LG6_high_BW

LG

2

RF_LG7

LG

2

RF_LG8

LG

1

RF_LG9

LG

3

RF_LG9

LG

3

RF_LG9

LG

3

RF_LG10_low_BW

LG

2

RF_LG11_low_BW

LG

3

* In case applied 3MHz or 1.4MHz LTE carrier BW, place it on LCRs 1.1, 2.1, 3.1 so that t

ons from single band point of view

LTE carrier confi Supported RF units

# OBSAI RF type fibers/RF unit

Ant. Type

LTE cfg (Cellsector)

FXDB/FXJB/FXCB/FXEB/FXFC

3T6R

1

A


3T6R

1

A


3T6R

1

C

FHDB/FHEB/FHEF/FHEG

2T2R

1

A

FHDB/FHEB/FHEF/FHEG

2T2R

1

A

FXEE/FXEF

3T6R

1

A

FXDB/FXJB/FXCB/FXFC/FRGT/FRGS

3T6R

1

A

FRGY

2T2R

1

A

FRGU

6T6R

1

A

FRGU

6T6R

1

A

FRGQ/FHDA

2T2R

1

A


3T6R

1

C

FXDB/FXJB/FXCB/FXFC/FRGT/FRGS/ FRGP

3T6R

1

A

FRGP.A/B

3T6R

1

A


3T6R

1

A

FRGU

6T6R

1

A

FXED/FRPA/FRPB/FRMC/FRME/FRMF /FRGU/FRHC/FRHF

6T6R

2

I

1+1+1

FHED/FRHG

4T4R

1

G

1+1+1

FRHD/FRHE

4T4R

1

G

1+1+1

FXDB/FXJB/FXCB/FXEB/FXFC/FRGT/ FRGS

3T6R

1

H

1+1+1

FHDB/FHEB/FHEF/FHEG

2T2R

1

I

1+1+1

FHEI/FHGA/FHDG

2T2R

1

I

1+1+1


6T6R

1

I

1+1+1

FHED/FRHG

4T4R

1

I

1+1+1

FHED/FRHG

4T4R

2

M

1+1+1

FRHD/FRHE

4T4R

2

M

1+1+1

FRMB/FRLB/FRGQ/FRHB

2T2R

1

I

1+1+1

FRMA/FRHA

3T6R

2

H

1+1+1


3T6R

3

I

2+2+2

FXDB/FXJB/FXEB/FXCB/FXFC/FRGT/ FRGS

3T6R

1

A


3T6R

1

A


3T6R

1

A

FHDB/FHEB/FHEF/FHEG

2T2R

1

A

FHDB

2T2R

1

A

FHDB

2T2R

1

A

FXDB/FXJB/FXEB/FRGT/FRGS/FXCB/ FXFC

3T6R

1

C

FXDB/FXJB/FRGT/FRGS/FXCB/FXFC

3T6R

1

C

FXDB/FXJB/FXEB/FXCB/FXFC

3T6R

1

C

FXDA/FXDJ/FXCA/FXFA/FXFB/

3T6R

1

A

FXDA/FXDJ/FXEA/FXCA/FXFA/FXFB/

3T6R

1

A

3T6R

1

A

3T6R

1

A

2T2R

1

A

FXDA/FXEA/FXDJ/FXFA/FXFB/FXCA/F XDB/FXEB/FXCB/FXFC/FRGT/FRGS/F XJB/FRGP FXDA/FXEA/FXDJ/FXFA/FXFB/FXCA/F XDB/FXEB/FXCB/FXFC/FXJB FHDB/FHEB/FHEF/FHEG

FXDA/FXEA/FXDJ/FXFA/FXFB/FXCA/F XDB/FXEB/FXCB/FXFC/FRGT/FRGS/F XJB/FRGP FXDA/FXEA/FXDJ/FXFA/FXFB/FXCA/F

3T6R

1

B+A

XDB/FXEB/FXCB/FXFC/FRGT/FRGS/F XJB/FRGP FXDA/FXEA/FXDJ/FXFA/FXFB/FXCA/F

3T6R

1

C

XDB/FXEB/FXCB/FXFC/FRGT/FRGS/F XJB/FRGP FXED/FRPA/FRPB/FRMC/FRME/FRMF /FRGU/FRHC/FRHF

3T6R

1

C

6T6R

1

A/I

FXED

6T6R

1

A


6T6R

1

I

FXED

6T6R

1

A


6T6R

1

I

1+1+1

FXED

6T6R

1

A/I

2+2+2


6T6R

1

A/I

2+2+2

FXED

6T6R

1

A


6T6R

1

I

1+1+1


6T6R

2

I

1+1+1

FXED

6T6R

2

A/I

1+1+1

FXED

6T6R

2

A/I

1+1+1


6T6R

2

I

1+1+1

FXED

6T6R

2

A/I

1+1+1

FXED

6T6R

2

A/I

1+1+1

FXDB/FXEB/FXJB/FXCB/FXFC/FRGT/ FRGS

3T6R

1

C/H

1+1+1

FXDB/FXEB/FXJB/FXCB/FXFC

3T6R

1

C


3T6R

1

H


3T6R

2

C


3T6R

2

C/H

1+1+1


3T6R

2

C/H

1+1+1

1+1+1

1+1+1

1+1+1


3T6R

2

C/H

1+1+1

FHDB/FHEB/FHEF/FHEG

2T2R

1

A/I

1+1+1

FHDB/FHEB/FHEF/FHEG

2T2R

1

A/I

1+1+1

FHDB/FHEB/FHEF/FHEG

2T2R

1

A/I

1+1+1

FHDB/FHEB/FHEF/FHEG

2T2R

1

A/I

1+1+1+1


6T6R

2

A/I

1+1+1


6T6R

1

A/I

1+1+1

FHDB/FHEB/FHEF/FHEG

2T2R

1

A/I

1+1+1


3T6R

1

C/H

1+1+1


3T6R

2

C/H

1+1+1


3T6R

2

C/H

1+1+1

FXDB/FXJB/FXCB/FXFC

3T6R

2

C/H

1+1+1

FRGT

3T6R

2

C/H

1+1+1

FRGT

3T6R

2

C/H

1+1+1


3T6R

1

C/H

1+1+1

FXDB/FXJB

3T6R

1

C/H

1+1+1

FRGT

3T6R

1

C/H

1+1+1

FRGY

2T2R

1

A/I

1+1+1

FRGY

2T2R

1

A/I

1+1+1

FRGY

2T2R

1

A/I

1+1+1

FRGY

2T2R

1

A/I

1+1+1

FRGY

2T2R

1

A/I

1+1+1

FRGY

2T2R

1

A/I

1+1+1

FRGQ

2T2R

1

A/I

1+1+1

FRGQ

2T2R

1

A/I

1+1+1

FRGQ

2T2R

1

A/I

1+1+1

FRGQ

2T2R

1

A

FRGP.A/B (both are same)

3T6R

2

C/H

1+1+1


3T6R

2

C/H

1+1+1


3T6R

2

C


3T6R

2

C/H

1+1+1


6T6R

2

A/I

1+1+1


6T6R

2

A/I

1+1+1

FRGQ

2T2R

1

A/I

1+1+1


3T6R

1

B/G

1+1+1

FXEE/FXEF

3T6R

1

AC/AD

1+1+1

FXEE/FXEF

3T6R

1

AC/AD

1+1+1

FXEE/FXEF

3T6R

1

AC/AD

1+1+1

FXEE/FXEF

3T6R

1

AC/AD

2+2+2

FXEE/FXEF

3T6R

1

AC/AD

2+2+2

FXEE/FXEF

3T6R

1

AC/AD

2+2+2


6T6R

1

A/I

2+2+2


3T6R

1

B/G+A

2+2+2


3T6R

1

B/G+A

2+2+2


3T6R

1

B/G+A

1+1+1

3T6R

1

C/H

1+1+1

3T6R

1

B/G

1+1+1

FXDA/FXDJ/FXEA/FXCA/FXFA/FXFB FXDA/FXDJ/FXEA/FXCA/FXFA/FXFB

LTE carrier BW, place it on LCRs 1.1, 2.1, 3.1 so that they go onto FBBC1. Note that LCRs 1.2, 1.4, 1.6 can on

LTE carrier configuration Number Tx/Rx

Ant Cfg type

WCDMA carrier configuration

LTE Bandwidth (5,10,20)

2T/2R

I

20

2T/2R

G

20

2T/2R

G

20

WCDMA cfg (cell-sector)

Tx/Rx

Ant Cfg type

4+4+4

1T/2R

A

4+4+4

1T/2R

A

2+2+2

1T/2R

A

4+4+4

1T/2R

A

4+4+4

1T/2R

A

4+4+4

1T/2R

C

2+2+2

1T/2R

A

2+2+2

1T/2R

A

3+3+3

1T/2R

A

3+3+3

1T/2R

A

2T/2R

H

20

2T/2R

I

20

2T/2R

I

20

2T/2R

I

10

2T/2R

I

20

4T/4R

M

20

4T/4R

M

20

2T/2R

I

20

2T/2R

H

20

2T/2R

I

20+10 2+2+2

1T/2R

A

2+2+2

1T/2R

A

2+2+2

1T/2R

A

2+2+2

1T/2R

A

3+3+3

1T/2R

C

3+3+3

1T/2R

C

2+2+2

1T/2R

A

1+1+1

1T/2R

A

1+1+1+1+1

1T/2R

A

2T/2R

I

10

2T/2R

I

10

2T/2R

I

5

2T/2R

I

5

2T/2R

I

5

2T/2R

I

5

2T/2R

I

20

2T/2R

I

10

2T/2R

I

20

2T/2R

I

20

2T/2R

I

10

2T/2R

I

20

2T/2R

H

10

2T/2R

H

10

2T/2R

H

20

2T/2R

H

20

4+4+4

1T/2R

B(1,3)

3+3+3

1T/2R

C

2+2+2

1T/2R

C

2T/2R

H

10

2T/2R

I

10

2T/2R

I

10

2T/2R

I

20

2T/2R

I

10

2T/2R

I

20

2T/2R

I

10

2T/2R

I

20

2T/2R

H

10

2T/2R

H

20

2T/2R

H

20

2T/2R

H

10

2+2+2

1T/2R

C

2T/2R

H

20

2+2+2

1T/2R

C

2T/2R

H

10

2+2+2

1T/2R

C

2T/2R

H

10

2T/2R

H

10

2+2+2

1T/2R

C

2T/2R

H

10

4+4+4

1T/2R

C

2T/2R

I

20

1+1+1+1+1+1

1T/1R

F

2T/2R

I

10

2+2+2+2+2+2

1T/1R

F

2T/2R

I

20

2+2+2

1T/2R

A

2T/2R

I

10

4+4+4

1T/2R

A

2T/2R

I

20

2+2+2

2T/2R

I

2T/2R

I

10

4+4+4

2T/2R

I

2T/2R

I

10

1+1+1+1+1+1

1T/1R

F

2T/2R

I

5

2+2+2+2+2+2

1T/1R

F

2T/2R

I

5

2+2+2

1T/2R

A

4+4+4

1T/2R

A

2T/2R

H

10

2+2+2

1T/2R

C

2T/2R

H

5

3+3+3

1T/2R

C

4+4+4

1T/2R

C

2T/2R

H

15 only

1+1+1

1T/2R

C

2T/2R

I

20

2+2+2

1T/2R

A

2T/2R

I

10

4+4+4

1T/2R

A

2T/2R

I

15 only

1+1+1

2T/2R

I

2T/2R

G

20

4+4+4

1T/2R

B

2T/2R

AD

20

2T/2R

AD

10

2T/2R

AD

10

2T/2R

AD

10

2T/2R

AD

5

2T/2R

AD

5+3*

2T/2R

I

5+3*

2T/2R

G

10

2T/2R

G

5

2T/2R

G

10

2T/2R

H

10

2T/2R

G

10

Rs 1.2, 1.4, 1.6 can only carry 5MHZ due to 4DSP basic deployment in FSMF (FSM1)

GSM carrier configuration GSM cfg (max. Number cell-sector) Tx/Rx

Ant Cfg type

6+6+6

1T/2R

A

4+4+4

1T/2R

A

8+8+8

1T/2R

C

8+8+8

1T/2R

A

4+4+4

1T/2R

A

8+8+8

1T/2R

A

4+4+4

1T/2R

A

6+6+6

1T/2R

A

8+8+8

1T/2R

A

6+6+6

1T/2R

A

6+6+6

1T/2R

C

6+6+6

1T/2R

A

2+2+2

1T/2R

A

2+2+2

1T/2R

A

4+4+4

1T/2R

A

6+6+6

1T/2R

A

4+4+4+4+4

1T/2R

A

6+6+6

1T/2R

A(5,6)

4+4+4

1T/2R

C

6+6+6

1T/2R

C

6+6+6

1T/2R

A

6+6+6

1T/2R

A

6+6+6

1T/2R

A

6+6+6

1T/2R

A

4+4+4

1T/2R

A

4+4+4

1T/2R

A

6+6+6

1T/2R

A

6+6+6

1T/2R

A

4+4+4

1T/2R

A

4+4+4

1T/2R

A

6+6+6

1T/2R

C

6+6+6

1T/2R

C

6+6+6

1T/2R

C

4+4+4

1T/2R

C

6+6+6

1T/2R

C

8+8+8

1T/2R

A

6+6+6

1T/2R

A

4+4+4

1T/2R

A

4+4+4+4

1T/2R

A

4+4+3

1T/2R

A

4+4+3

1T/2R

A

4+4+3

1T/2R

A

4+4+3

1T/2R

C

4+4+3

1T/2R

C

MF (FSM1)

6+6+6

1T/2R

AC

6+6+6

1T/2R

AC

6+6+6

1T/2R

AC

6+6+6

1T/2R

AC

6+6+6

1T/2R

AC

6+6+6

1T/2R

AC

6+6+6

1T/2R

A

6+6+6(ANT5,6)

1T/2R

A

3x(6 A+ 4 B)

1T/2R

B+A

3x(6 A+ 4 B)

1T/2R

B+A

4+4+4

1T/2R

C

8+8+8

1T/2R

B

SRAN Suppor

Number of RATs

SBTS SM mode

Number of SMs

SW Release

Profile ID

SRAN 16.2 1.0

LWG1_1

3

LWG

1

SRAN 16.2 1.0

LWG4_1

3

LWG

1

SRAN 16.2 1.0

LWG5_1

3

LWG

1

SRAN 16.2 1.0

LWG38_3

3

LWG

1

SRAN 16.2 1.0

LWG42_3

3

LWG

1

SRAN Supported BTS profiles SM root configuration SM1 BB root config deployment

SM2 BB root config deployment

System Module HW FSMF1 FBBx1.1FBBx1.2FSMF2 FSMF+FBBA/C+FBBA/C

LG

WCDMA WCDMA

-

FSMF+FBBC+FBBA/C

LG

LTE

WCDMA

-

FSMF+FBBC+FBBA/C

LG

LTE

WCDMA

-

FSMF+FBBC+FBBA/C

LG

LTE

WCDMA

FSMF+FBBC+FBBA/C

LG

LTE

WCDMA

-

SM2 BB root config deployment

SM/FSP interconnection Number of RF units

FBBx2.1FBBx2.2 -

-

-

-

-

-

2 -

1 1 2

-

-

1

BAND 1

Supported RF units

RF type SM OBSAI Port

FXDB/FXEB/FXJB/FXCB/FXFC/FRGT/FRGS

3T6R

1.1-1.2

FXED/FRPA/FRPB/FRMC/FRME/FRMF/FRG U/FRHC/FRHF

6T6R

1.1


6T6R

1.1

FXEE/FXEF

3T6R

1.1-2


6T6R

1.1

1 Antenna configuration type

RF carrier capacity ID

RF mode

Number of RF units

C/H

RF_LG2_low_BW

LG

1

A/I

RF_LG1_low_BW

LG

1

A/I

RF_LG1_low_BW

LG

1

AC/AD

RF_LG7

LG

1

A/I

RF_LG8

LG

1

BAND 2

Supported RF units

Antenna RF type SM OBSAI Port configuration type


3T6R

1.3

A


3T6R

1.2

A


3T6R

1.2

A


3T6R

1.3

A


3T6R

1.2

A

Radio Units root configur BAND RF carrier capacity ID

RF mode

Number of RF units

Supported RF units

RF_WG1

WG

1


RF_WG1

WG

1


RF_WG1

WG

1

FRGU

RF_WG1

WG

1


RF_WG1

WG

1


adio Units root configuration BAND 3 Antenna RF type SM OBSAI Portconfiguration type


RF mode

3T6R

1.6

A

RF_W1

WCDMA

3T6R

1.3

A

RF_W1

WCDMA

6T6R

1.3

A

RF_W4

WCDMA

3T6R

1.6

A

RF_W7

WCDMA

3T6R

1.3

A

RF_W7

WCDMA

BAND 4 Number of RF units

Supported RF units

1

FXED/FRPA/FRPB/FRMC/FRM E/FRMF/FRGU/FRHC/FRHF

6T6R

1.FBB1.1-2

1

FXED/FRPA/FRPB/FRMC/FRM E/FRMF/FRGU/FRHC/FRHF

6T6R

1.FBB1.1-2

RF type SM OBSAI Port

ND 4 Antenna configuration type


RF mode

I

RF_FL1

FDD-LTE

I

RF_FL1

FDD-LTE

Number of RF units

BAND 5

Supported RF units

Antenna RF type SM OBSAI Portconfiguration type


RF mode

SBTS Supported Configurations

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