s8000 hw config outdoor

S8000 OUTDOOR SITE CONFIGURATION REFERENTIAL

Reference: PE/ICM/APP/0209 Version: 01.05/EN Date of issue: 12/04/99

This confidential document is the property of NORTEL MATRA CELLULAR and may not be copied or circulated without permission

This confidential document is the property of NORTEL MATRA CELLULAR and should not be copied or circulated without permission.


PE/ICM/APP/0209 VERSION 01.05/EN OF 12/04/99

CONTENTS

1. INTRODUCTION.....................................................................................................................6

1.1. OBJECT ......................................................................................................................................... 6

1.2. SCOPE............................................................................................................................................ 6

2. RELATED DOCUMENTS ......................................................................................................7

2.1. REFERENCE DOCUMENTS........................................................................................................ 7

2.2. APPLICABLE DOCUMENTS ......................................................................................................7

3. A BBREVIATIONS AND TERMS .........................................................................................7

3.1. ABBREVIATIONS ........................................................................................................................ 7

3.2. TERMS........................................................................................................................................... 8

4. PRODUCT DESCRIPTION ....................................................................................................9

4.1. GENERAL RULES........................................................................................................................ 9

4.2. HOW TO USE THIS REFERENTIAL GUIDE........................................................................... 10

4.3. TORQUE VALUES ..................................................................................................................... 12

4.3.1. Object.....................................................................................................................................................12

4.3.2. Hardware tools......................................................................................................................................12

4.3.3. Indication on each module for torque values on connectors..........................................................13

4.4. OVERVIEW OF CONNECTION FROM COMBINERS TO RX-SPLITTERS ......................... 16

4.5. CABINET FRONT FACE............................................................................................................ 20

4.6. FRONT FACE DATA AND POWER SUPPLY WIRING.......................................................... 21

5. RADIO CONFIGURATION..................................................................................................25

5.1. RADIO CONFIGURATION WITH DUPLEXER (DP) .............................................................. 25

5.2. RADIO CONFIGURATION WITH HYBRID COMBINERS 2 WAYS (H2D) ......................... 29

5.3. RADIO CONFIGURATION WITH HYBRID COMBINERS 4 WAYS (H4D) ......................... 41

5.4. RADIO CONFIGURATION WITH DUPLEXERS (DP) AND TX FILTER (TX_F) ................ 42

5.5. RADIO CONFIGURATION FOR DUAL BAND....................................................................... 44

6. HYBRID BYPASS CONFIGURATION FROM A H2D COMBINER .............................45




7. CABLING OPTIMIZATION OF RADIO CONFIGURATION........................................47

7.1. CABLING OPTIMIZATION OF RADIO CONFIGURATION

WITH DUPLEXER (DP) .......................................................................................................... 47


WITH HYBRID COMBINERS 2 WAYS (H2D) ...................................................................... 50


WITH HYBRID COMBINERS 4 WAYS (H4D) ..................................................................... 62


WITH DUPLEXERS (DP) AND TX FILTER (TX_F) ............................................................ 63

7.5. CABLING OPTIMIZATION OF RADIO CONFIGURATION FOR DUAL BAND.............. 65

8. INTER CABINET CONNECTION ......................................................................................66

Z END OF DOCUMENT Y.........................................................................................................67




LIST OF FIGURES

Figure 1: Indication of torque values on connectors on the H2D and Dp modules..........................13

Figure 2: Indication of torque values on connectors on the H4D and TX-Filters modules..............14

Figure 3: Indication of torque values on connectors on the DRX and PA modules.........................15

Figure 4: Overview of connection from 2 Dp to 2 RX-SPLITTERS ...............................................16

Figure 5: Overview of connection from 2 H2D to 2 RX-SPLITTERS ............................................17

Figure 6: Overview of connection from 2H2D to 4 RX-SPLITTERS .............................................18

Figure 7: Overview of connection from 2 H4D to 4 RX-SPLITTERS ............................................19

Figure 8: Front face (part view)........................................................................................................20

Figure 9: Data and power supply wiring with duplexers..................................................................21

Figure 10: data and power supply wiring with H2D.........................................................................22

Figure 11: Data and power supply wiring with H4D........................................................................23

Figure 12: Data and power supply with DP + TX_F........................................................................24

Figure 13: 1O2 with DP....................................................................................................................25

Figure 14: 1S22 with DP from 1S44 ................................................................................................26

Figure 15: 1S22 with DP from 1S222 ..............................................................................................27

Figure 16: 1S222 with DP ................................................................................................................28

Figure 17: 1O4 with H2D.................................................................................................................29

Figure 18: 1O6 with H2D.................................................................................................................30

Figure 19: 1O8 with H2D.................................................................................................................31

Figure 20: 1S44 with H2D................................................................................................................32

Figure 21: 1S111 with H2D..............................................................................................................33

Figure 22: 1S222 with H2D..............................................................................................................34

Figure 23: 1S233 with H2D..............................................................................................................35

Figure 24: 1S323 with H2D..............................................................................................................36

Figure 25: 1S332 with H2D..............................................................................................................37

Figure 26: 1S224 with H2D..............................................................................................................38

Figure 27: 1S242 with H2D..............................................................................................................39

Figure 28: 1S422 with H2D..............................................................................................................40




Figure 29: 1O8 with H4D.................................................................................................................41

Figure 30: 1O4 with DP and TX_F ..................................................................................................42

Figure 31: 1S44 with DP and TX_F.................................................................................................43

Figure 32: 1O4_4 with H2D.............................................................................................................44

Figure 33: 1O2 with DP (cabling optimization) ...............................................................................47

Figure 34: 1S22 with DP (cabling optimization)..............................................................................48

Figure 35: 1S222 with DP (cabling optimization)............................................................................49

Figure 36: 1O4 with H2D (cabling optimization) ............................................................................50



Figure 39: 1S44 with H2D (cabling optimization) ...........................................................................53

Figure 40: 1S111 with H2D (cabling optimization) .........................................................................54



Figure 43: 1S 323 with H2D (cabling optimization) ........................................................................57






Figure 49: 1O4 with DP and TX_F (cabling optimization)..............................................................63

Figure 50: 1S44 with DP and TX_F (cabling optimization) ............................................................64

Figure 51: 1O4_4 with H2D (cabling optimization) ........................................................................65

Figure 52: PCM and O&M cables route for a BTS with BCF..........................................................66

Figure 53: PCM and O&M cables route for a BTS with CBCF.......................................................67




1. INTRODUCTION

1.1. OBJECT

This document lists the S8000 Outdoor configurations currently available orplanned.

The purpose is to identify, for each configuration, the positioning of the modules,and the connections and codes of the cables.

1.2. SCOPE

This document applies to the S8000 Indoor BTS with the following characteristics:

• for GSM900, GSM1800 and GSM1900:

Couplingsystem

Omnidirectionalsite

Bi-sectoredsite

Tri-sectored site

Dp 1O2 1S22 1S222

H2D 1O4 - 1O8 1S44 1S332-1S323-1S2331S422-1S242- 1S2242S448-2S844-2S444

3S888

H2D-H4D N/A N/A 2S448

H4D-H2D N/A N/A 2S844

H4D 1O8 2S88 3S888

Dp/TX_F 1O4 1S44 2S444

• for the dual band (900/1800):

Couplingsystem

Omnidirectionalsite per band

Bi-sectoredsite perband

Tri-sectored site perband

Dp N/A N/A 2S222_222

H2D 1O4_4 N/A N/A

Optional VSWR on coupling system.




2. RELATED DOCUMENTS

2.1. REFERENCE DOCUMENTS

Not applicable

2.2. APPLICABLE DOCUMENTS

None.

3. A BBREVIATIONS AND TERMS

3.1. ABBREVIATIONS

ACU A ir Cooling Unit

ALCO AL arm COllector

APS Advanced Power Systems (refers to the Nortel Helios System3000/48, 3000 Watt Power System)

BATT BATT ery back-up cabinet

BCF Base Common Functions

BIST Built-In Self Test

BTS Base Transceiver Station

COMICO COM biner InterCOnnection

CPC Component Part Code

CSWM Control SWitching Monocard

DACS Direct Ambient Cooling System

Dp Duplexer

DRX Low RF-power Driver and Receiver

DRXICO DRX I nterCOnnection

DSC Data Signaling Concentration

FH Frequency Hopping

GND GrouND

GTW GaTeWay




H2D 2-channel Hybrid combiner with Duplexer

H4D 4-channel Hybrid combiner with Duplexer

LED L ight Emitting Diode

LNA L ow-Noise Amplifier

N/A Not Applicable

PA Power Amplifier

PAICO PA I nterCOnnection

PCM Pulse Code Modulation

PCMI PCM I nterface

PEC Product Engineering Code (NTQA...)

PSCMD Power Supply CoMmanD

PSU Power Supply Unit

RECAL RE mote Control Band AL arm

RF Radio Frequency

SYNC SYNChronization module

TBC To Be Confirmed

TX_F T ransmit Filter

VSWR Voltage Stand Wave Ratio

3.2. TERMS

Base stationnXi,j,k

- n = number of BTS cabinet

- X = O (omni-sectorial station) or S (multi-sectorialstation)

- i, j, k = number of DRX (+PA) in the 1st, 2nd, 3rd sector

Combiner H2D, Dp, H4D or TX_F




4. PRODUCT DESCRIPTION

4.1. GENERAL RULES

The following table shows for each coupling system the maximum configurationand the depopulated configuration associated:

Couplingsystem

Maximumconfiguration

Depopulated configuration

Dp 1O2 1O1

1S22 From 1S11

1S222 1S111-1S22 - 1S11

H2D 1O4 From 1O1 to 1O3

1O6 1O5

1O8 From 1O1 to 1O7

1S44 From 1S11 to 1S33

1S332 From 1S111 to 1S222

1S323 From 1S113 to 1S223

1S233 1S133

1S422 1S411 - 1S412 – 1S421

1S242 1S141 - 1S241 – 1S142

1S224 1S114 - 1S124 – 1S214

2S444 From 2S111 to 2S333

2S448 (H2D/H2D/H2D) From 2S111 to 2S337

2S844 (H2D/H2D/H2D) From 2S111 to 2S733

3S888 From 3S111 to 3S777

H4D 1O8 From 1O1 to 1O7

2S88 From 2S11 to 2S77

3S888 From 3S111 to 3777

H2D-H4D 2S448 (H2D/H2D/H4D) From 2S111 to 2S337

H4D-H2D 2S844 (H4D/H2D/H2D) From 2S111 to 2S733




Couplingsystem

Maximumconfiguration

Depopulated configuration

Dp/TX_F 1O4 From 1O1 to 1O3

1S44 From 1O11 to 1S33

2S444 From 2S111 to 2S444

Dual band Dp 2S222_222 From 2S111_111

Dual band H2D 1O4_4 From 1O1_1 to 1O3_3

3S444_444 From 3S111_111 to 3S333_333

4.2. HOW TO USE THIS REFERENTIAL GUIDE

For 2Sxxx configuration (base and extension cabinets), refer to bi-secterialconfiguration for the base radio cabinet (from S11 to S44) and monosectorialconfiguration for the extension radio cabinet (from O1 to O4).

For 3Sxxx configuration (base and two extension cabinets), refer to monosectorialconfiguration for the base and extension radio cabinet (from O1 to O8).

The following table shows the configuration of each cabinet for a site configurationwith 2 or 3 cabinets:

Base cabinetconfiguration

First extension cabinetconfiguration

Second extensioncabinet configuration

2S444 (H2D) 1O44 (H2D) 1O4 (H2D) N/A2S448 (H2D) 1O44 (H2D) 1O8 (H2D) N/A2S844 (H2D) 1O8 (H2D) 1O44 (H2D) N/A2S88 (H2D) 1O8 (H2D) 1O8 (H2D) N/A3S888 (H2D) 1O8 (H2D) 1O8 (H2D) 1O8 (H2D)

2S88 (H4D) 1O8 (H4D) 1O8 (H4D) N/A3S888 (H4D) 1O8 (H4D) 1O8 (H4D) 1O8 (H4D)

2S448 (H2D/H2D/H4D) 1O44 (H2D) 1O8 (H4D) N/A2S844 (H4D/H2D/H2D) 1O8 (H4D) 1O44 (H2D) N/A2S444 (Dp+TX_F) 1O44 (Dp+TX_F) 1O4 (Dp+TX_F) N/A2S222_222 (Dp) 1O222 (DP-GSM900) 1O222 (DP-GSM1800) N/A3S444_444 (H2D) 1O44 (H2D-GSM900) 1O4_4 (H2D-GSM900/1800) 1O44 (H2D-GSM1800)




In case of configuration with CBCF, the BCF cabinet is replaced by the CBCFmodule.

With the CBCF module, the RECAL board is replaced by the ALCO board.

With the dual band configuration:

For the first GSM band

For the second GSM band

The cable between the coupler and the bulkhead is dependant of the GSM band.

GSM band 900

(with lithningprotection)

1800


1900


All GSM bands

(without lithningprotection)

Radio cable reference(DP, H2D, H4D)

NTQA 3090 NTQA 3101 NTQA 3102 NTQA 1304

Radio cable reference(TX_F)


NUMBER OF DRX’S IN RADIO CONF. 1 2 3 4 5 6 7 8

NUMBER OF WITHOUT PHILIPS 2 2 3 3 4 4 5 5

RECTIFIER REDUNDANCY

MODULES TO WITH PHILIPS 3 3 4 4 5 5 6 6

BE PROVIDED REDUNDANCY APS 3 4 4 5 5 6 6 7

DSC Addition:Dimensioning rulesª nb DSC = nb LAPD link ( +1 redundant optional from V9.4)

PSU Addition:If only 2 PSU’s power the BCF in the initial configuration, the 3rd PSU isnecessary whenever:ª nb DSC >2ORª nb PCMI >2




4.3. TORQUE VALUES

4.3.1. OBJECT

This section presents all torque values that must be respected during I&Coperations.

For N and SMA connectors the values indicated below are different from thosegiven by I&C procedures. However for all existing site it is not necessary to modifythe torque of the N and SMA connectors tightened with the old values (N connector1.3 N.m ; SMA connector : 1.1 N.m).

Tightening with right torque values is mandatory to avoid VSWR alarm. Fieldinvestigations showed that VSWR alarm sent to the OMC were due to incorrecttorque values.

4.3.2. HARDWARE TOOLS

Description Torque value Reference Proposedmanufacturer

8-mm SMA torquewrench

0.6 N.m < 0.7 N.m < 0.8 N.m R.282 320 031 RADIALL

19-mm N torquewrench

1.4 N.m < 1.5 N.m <1.6 N.m R 304D (wrench)

+ 10.19 (Open end)

FACOM

7/16’’ torquewrench

24 N.m < 25 N.m < 27 N.m J305C (wrench)

+ 20.32 (Open end)

+20.27 (Open end)

FACOM

Regarding the SMA torque wrench, it is possible to set the old wrenches (R.282 320000) to the new torque value (done by RADIALL) or to order new wrenches (R.282320 031 - Manufacturer RADIALL). Please contact your vendor for moreinformation.

Note: for US market FACOM is distributed by S&K Handtools.




4.3.3. INDICATION ON EACH MODULE FOR TORQUE VALUES ON CONNECTORS

The following figures show the recommended torque values for the:

• H2D and Dp modules

• H4D and Tx Filter modules

• RX-Splitter module

• jumper connectors

• DRX and PA modules

4.3.3.1. H2D and DP Modules

SubD cable

SubD cable7/16 connector :25 N.m

N connector :1.5 Nm

H2D

TX IN

TESTLOOP

ANTENNA

REV

FWD

REV FWD

INT 0

INT 1

EXT 0

EXT 1

PWR/ALARMLNA

PWR/ALARMVSWR

SubD cable

Dp

7/16 connector :25 N.m

PA IN

PA IN

TX OUT

TX IN

TESTLOOP

ANTENNA

REV

FWD

REV FWD

INT 0

INT 1

EXT 0

EXT 1

PWR/ALARMLNA

PWR/ALARMVSWR

SMA connectors :0.7 Nm

N connector :1.5 Nm

SMA connectors : 0.7 Nm

SubD cable

Figure 1: Indication of torque values on connectors on the H2D and Dp modules




4.3.3.2. H4D and TX-Filters Modules

.N connectors :1.5 N.m

SubD connector

SubD connector

7/16 connector :25 N.m

SMA connector0.7 N.m

H4DPA

_INA

NTEN

NA

TES

TLO

OPF

WD

RE

VR

EV

FW

DPW

R/A

LAR

MV

SW

R

N connector : 1.5 N.m

Sub D connector

N connector : 1.5 N.m

Tx Filter

Figure 2: Indication of torque values on connectors on the H4D and TX-Filters modules

4.3.3.3. RX-Splitter Module

The SMA connectors on the RX-Splitter Module must be tightened with 0.7 N.mtorque.

4.3.3.4. Jumper connectors

The RF jumper 7/16’’ connectors between the jumpers and the BTS bulkhead mustbe tightened with 25 N.m torque.




4.3.3.5. DRX and PA modules

PWR

FH-PCMTX OUT

RXD IN

RXM IN

RESET

TEST

DRX

DRX

SubD cable

SubD cable

SMA connectors :0.7 Nm

DA

TA

I/O

0 1

SubD cable SubD cable

SMA connector :0.7 Nm

N connector :1.5 Nm

PA

Figure 3: Indication of torque values on connectors on the DRX and PA modules




4.4. OVERVIEW OF CONNECTION FROM COMBINERS TO RX-SPLITTERS

Co

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be

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2 R

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ers

fo

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ratio

n f

or

an

oth

er

se

cto

r is

id

en

tica

l.

Loop

Fwd

Tes t R evFwdR evA nte nna

In t_0 In t_1 Ex t_0 Ex t_1/A la rmPw r

Pw r/A la rm

VS WR

TX_ in

Loop

Fwd


In t_0 In t_1 Ex t_0 Ex t_1

TX_ in

/A la rmPw r

Pw r/A la rm

VS WR

00

.00

RX

-Sp

litte

r S

he

lfD

ive

rsit

y

Ma

in

00

.01

00

.00

01

.00

01

.01

Figure 4: Overview of connection from 2 Dp to 2 RX-SPLITTERS




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r S

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Ca

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fo

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n f

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oth

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sec

tor

is i

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cal.

Loop

Fwd

Test

RevFwd

Rev

Ante

nna

Loop

Fwd

Test

RevFwd

Rev

Ante

nna

Int_

0

Int_

1

Ext

_0 Ext

_1

TX_i

n

Tx _Out

PA_i

n

PA _ in

/A la rmPw r

Pw r/A la rm

VS WR

/A la rmPw r

Pw r/A la rm

VS WR

In t_0 In t_1 Ex t_0 Ex t_1T x_ Ou tPA _ inPA _ in

T X_ in

00

.00

RX

-Sp

litte

r S

he

lfD

ive

rsit

y

Ma

in

00

.01

00

.00

01

.00

01

.01

Figure 5: Overview of connection from 2 H2D to 2 RX-SPLITTERS




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ters

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n f

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tor

is i

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/Ala

rm

Loop

Fwd


Pw

r

Pw

r/A

larm

VS

WR

/Ala

rm

Loop

Fwd


Pw

r

Pw

r/A

larm

VS

WR

/Ala

rm

Loop

Fwd


Pw

r

Pw

r/A

larm

VS

WR

/Ala

rm

Loop

Fwd


Pw

r

Pw

r/A

larm

VS

WR

Ca

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s to

th

e b

ulk

he

ad

In t_0 In t_1 Ex t_0 Ex t_1Tx_ OutPA _ inPA _ in

TX_ in


TX_ in


TX_ in


TX_ in

00

.00

RX

-Sp

litte

r S

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lfD

ive

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00

.01

00

.00

01

.00

01

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Figure 6: Overview of connection from 2H2D to 4 RX-SPLITTERS




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RX

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ac

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r a

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dic

ate

d.

Int_0 Int_1E xt_0E xt_1

Tx_O ut

P A_ in 4P A_ in 3

TX _inFwd

TestLoop

R evFwdR evA ntenna

P A_ in 2P A_ in 1

Int_0 Int_1E xt_0E xt_1

Tx_O ut

P A_ inP A_ in

TX _in Fwd

TestLoop

R evFwdR evA ntenna

P A_ inP A_ in

P wr/A larmV SWR

P wr/A larm

P wr/A larmV SWR

P wr/A larm

Co

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00

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00

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00

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Figure 7: Overview of connection from 2 H4D to 4 RX-SPLITTERS




4.5. CABINET FRONT FACE

RECTIFIERS

INTERCONNECTION PA ( PA-ICO) INTERCONNECTION DRX

00.0100.00

01.0101.00

02.0102.00

PA

'sF

TY

PE

CO

MB

INE

RS

DR

X's

RX

SP

LIT

TE

R's

Figure 8: Front face (part view)




4.6. FRONT FACE DATA AND POWER SUPPLY WIRING

NTQA 3008NTQA 3007

NTQA 3009

NTQA 3004

NTQA 3010

NTQA 6519

Interconnection PA Interconnection DRX

Figure 9: Data and power supply wiring with duplexers




COMICO

RECTIFIERS

INTERCONNECTION PA

PA-ICO

INTERCONNECTION DRX

NTQA 3007

NTQA 3009

NTQA 3004

NTQA 6519

NTQA 3010

NTQA 3008

0A 01 0B00

Figure 11: Data and power supply wiring with H4D




INTERCONNEXION PA INTERCONNEXION DRX

NTQA 3004

NTQA 3009

0 1 2 3 4 5 6 7

COMICO

NTQA 3007

NTQA 3008

ALCO

PA-ICO

RECTIFIERS

NTQA 6590

NTQA 3010

NTQA 6519

Figure 12: Data and power supply with DP + TX_F




5. RADIO CONFIGURATION

5.1. RADIO CONFIGURATION WITH DUPLEXER (DP)

NTQA 3012

NTQA 3017

NTQA 3020

NTQA 3090/3101/3102

NTQA 3009


NTQA 3023

NTQA 3026

Main Div

RECTIFIERS

NTQA 3017NTQA 3020

Figure 13: 1O2 with DP




Main




Main

NTQA 3012

NTQA 3016NTQA 3019NTQA 3017

NTQA 3020

NTQA 3014 /

3088/3090

NTQA 3023

NTQA 3025

NTQA 3011


Div Main Div

RECTIFIERS

NTQA 3092NTQA 3024

NTQA 3026

NTQA 3013

NTQA 3016NTQA 3019

NTQA 3017

NTQA 3020

NTQA 3093

Figure 15: 1S22 with DP from 1S222




NTQA3011

NTQA3012NTQA3052

NTQA3018

NTQA3090/3101/3102

NTQA3015

NTQA3023NTQA3024

NTQA3026


NTQA3016NTQA3019NTQA3017NTQA3020

Main Div Main Div Main Div

RECTIFIERS

NTQA3017NTQA3020NTQA3016NTQA3019

NTQA3018

NTQA3023

Figure 16: 1S222 with DP




5.2. RADIO CONFIGURATION WITH HYBRID COMBINERS 2 WAYS (H2D)

NTQA 3011

NTQA 3012

NTQA 3052

NTQA 3020

NTQA 3017

NTQA 3101NTQA 3102

NTQA 3090

NTQA 3011

NTQA 3026

NTQA 3028

NTQA 3023

NTQA 3024

NTQA 3017

NTQA 3020

RECTIFIERS

COMICO

PA-ICO

INTERCONNECTION PA INTERCONNECTION DRX

TXRX/MAIN

TXRX/DIV

Figure 17: 1O4 with H2D




NTQA 3011

NTQA 3012

NTQA 3052

NTQA 3053

NTQA 3020

NTQA 3021

NTQA 3017

NTQA 3022



PA-ICO NTQA 3011

NTQA 3026

NTQA 3028NTQA 3093

NTQA 3023

NTQA 3092

RECTIFIERS

NTQA 3022NTQA 3021

NTQA 3017

NTQA 3020

TXRX/MAIN

TXRX/DIV

TX

NTQA 3024





NTQA 3011

NTQA 3012

NTQA 3052

NTQA 3053

NTQA 3020

NTQA 3021

NTQA 3017

NTQA 3022

PA-ICO


NTQA 3101NTQA 3090

NTQA 3102

NTQA 3011

NTQA 3026

NTQA 3028

NTQA 3093

NTQA 3094

NTQA 3023

NTQA 3024

NTQA 3092

NTQA 3026

NTQA 3022NTQA 3021

NTQA 3017

NTQA 3020

RECTIFIERS

TXRX/MAIN

TXRX/DIV

TX TX





NTQA 3011

NTQA 3012NTQA 3052

NTQA 3020NTQA 3017


NTQA 3011

NTQA 3026NTQA 3028NTQA 3093NTQA 3094


NTQA 3016NTQA 3019

NTQA 3017NTQA 3020


PA_ICO

ALCO

RECTIFIERS

COMICO

NTQA 3053

NTQA 3019

NTQA 3016

Figure 20: 1S44 with H2D




NTQA 3011

NTQA 3012

NTQA 3020

NTQA 3017

NTQA 3090

NTQA 3102NTQA 3101



NTQA 3015NTQA 3018

NTQA 3019NTQA 3016

NTQA 3020NTQA 3017

COMICO

RECTIFIERS


PA - ICO

NTQA 3019

NTQA 3016

NTQA 3018

NTQA 3015

TXRX/MAIN

TXRX/DIV

TXRX/MAIN

TXRX/DIV

SECTOR 0 SECTOR 2

TXRX/MAIN

TXRX/DIV

SECTOR 1





NTQA 3011

NTQA 3012NTQA 3052

NTQA 3020

NTQA 3017

NTQA 3011

NTQA 3026

NTQA 3026

NTQA 3023

NTQA 3023NTQA 3024

NTQA 3023

NTQA 3015NTQA 3018

NTQA 3016NTQA 3019

NTQA 3017NTQA 3020


RECTIFIERS

COMICO

NTQA 3090

NTQA 3101

NTQA 3102


NTQA 3015

TXRX/MAIN

TXRX/DIV

TXRX/MAIN

TXRX/DIV

SECTOR 0 SECTOR 2

TXRX/MAIN

TXRX/DIV

SECTOR 1





NTQA 3011

NTQA 3012

NTQA 3053

NTQA 3052


NTQA 3017

NTQA 3020

NTQA 3011

NTQA 3026


NTQA 3023

NTQA 3024

NTQA 3024

NTQA 3023

NTQA 3015

NTQA 3020NTQA 3017

PA-ICO

INTERCONNECTION DRXINTERCONNECTION PA

RECTIFIERS

COMICO

NTQA 3019

NTQA 3016

NTQA 3018

NTQA 3015

TXRX/MAIN

TXRX/DIV

TXRX/MAIN

TXRX/DIV

SECTOR 0 SECTOR 2

TXRX/MAIN

TXRX/DIV

SECTOR 1

NTQA 3023





NTQA 3011

NTQA 3012NTQA 3052

NTQA 3020

NTQA 3017



PA ICO

ALCO

NTQA 3011

RECTIFIERS

NTQA 3023

NTQA 3023NTQA 3024

NTQA 3023

NTQA 3015NTQA 3018NTQA 3016NTQA 3019NTQA 3017

NTQA 3020

COMICO

NTQA 3019

NTQA 3016

NTQA 3018

NTQA 3015

NTQA 3053

NTQA 3026

TXRX/MAIN

TXRX/DIV

TXRX/MAIN

TXRX/DIV

SECTOR 0 SECTOR 2

TXRX/MAIN

TXRX/DIV

SECTOR 1





NTQA 3011

NTQA 3012NTQA 3052

NTQA 3020

NTQA 3017



PA ICO

ALCO

NTQA 3011

RECTIFIERS

NTQA 3023

NTQA 3023

NTQA 3024

NTQA 3023


NTQA 3017

NTQA 3020

COMICO

NTQA 3019

NTQA 3016

NTQA 3018

NTQA 3015

NTQA 3026

TXRX/MAIN

TXRX/DIV

TXRX/MAIN

TXRX/DIV

SECTOR 0 SECTOR 2

TXRX/MAIN

TXRX/DIV

SECTOR 1





NTQA 3011



NTQA 3023

Interconnection PA


NTQA 3011

NTQA 3012NTQA 3052

NTQA 3020

NTQA 3017

Interconnection DRX

PA- ICO

COMICO

ALCO

NTQA 3015

NTQA 3019

NTQA 3016

NTQA 3018NTQA 3015

NTQA 3090NTQA 3101

NTQA 3053

NTQA 3102

TXRX/MAIN

TXRX/DIV

TXRX/MAIN

TXRX/DIV

SECTOR 0 SECTOR 2

TXRX/MAIN

TXRX/DIV

SECTOR 1

NTQA 3027





NTQA 3011

NTQA 3012

NTQA 3052

NTQA 3017

NTQA 3020

NTQA 3090

NTQA 3102NTQA 3101

NTQA 3011

NTQA 3026

NTQA 3023

NTQA 3024NTQA 3023

NTQA 3023

NTQA 3015

NTQA 3016NTQA 3018

NTQA 3019NTQA 3017

NTQA 3020


PA-ICO

RECTIFIERS

COMICO

NTQA 3019

NTQA 3016

NTQA 3018

NTQA 3015

TX

RX/MAINTX

RX/DIV

TX

RX/MAIN

TX

RX/DIV

SECTOR 0 SECTOR 2

TX

RX/MAIN

TX

RX/DIV

SECTOR 1





NTQA 3011

NTQA 3052

NTQA 3012

NTQA 3020


NTQA 3017


PA-ICO

NTQA 3011


NTQA 3023

NTQA 3024NTQA 3024

NTQA 3023

NTQA 3015

NTQA 3016NTQA 3018

NTQA 3019NTQA 3017

RECTIFIERS

NTQA 3020

COMICO

NTQA 3019

NTQA 3016

NTQA 3018

NTQA 3015

TXRX/MAIN

TXRX/DIV

TXRX/MAIN

TXRX/DIV

SECTOR 0 SECTOR 2

TXRX/MAIN

TXRX/DIV

SECTOR 1





5.3. RADIO CONFIGURATION WITH HYBRID COMBINERS 4 WAYS (H4D)

COMICO

RECTIFIERS

INTERCONNECTION PA

PA-ICO

INTERCONNECTION DRX

NTQA 3026 NTQA 3028

NTQA 3093

NTQA 3094


NTQA 3011

NTQA 3090

NTQA 3017

NTQA 3052

NTQA 3011

NTQA 3016

NTQA 3019

NTQA 3018

NTQA 3101 NTQA 3102

TXRX/MAIN

TXRX/DIV

0A 00 01 0B





5.4. RADIO CONFIGURATION WITH DUPLEXERS (DP) AND TX FILTER(TX_F)

NTQA3052

NTQA3020

NTQA3017

NTQA3090

NTQA3011


NTQA3011

NTQA3026NTQA3028

NTQA3024

NTQA3023

RECTIFIERS

PA-ICO

ALCO

COMICO

1 2

NTQA 3101NTQA 3102

NTQA 3308NTQA 3309NTQA 3310 TX

RX/MAINTX

RX/DIVTX TX

4 3 5 6

Figure 30: 1O4 with DP and TX_F




NTQA 3011

NTQA 3011

NTQA 3093

NTQA 3094

NTQA 3028

NTQA 3026NTQA 3026

NTQA 3026

NTQA 3092

NTQA 3024

NTQA 3023


PA-ICO

RECTIFIERS

COMICO

NTQA 3052

NTQA 3020

NTQA 3017

NTQA 3018

NTQA 3015



TXRX/MAIN

TXRX/DIV

TX TX TXRX/MAIN

TXRX/DIV

TX TX

SECTOR 0 SECTOR 1

1 2 4 3 5 60 7

Figure 31: 1S44 with DP and TX_F




5.5. RADIO CONFIGURATION FOR DUAL BAND

COMICO

RECTIFIERS

PA-ICO


NTQA 3026NTQA 3028

NTQA 3093

NTQA 3094

NTQA 3011

NTQA 3011

NTQA 3012

NTQA 3053

NTQA 3020

NTQA 3090

NTQA 3017NTQA 3019

NTQA 3016

NTQA 3052


NTQA 3023

NTQA 3016

NTQA 3019

NTQA 3017

NTQA 3020

NTQA 3101

TXRX/MAIN

TXRX/MAIN

TXRX/DIV

TXRX/DIV

SECTOR 0GSM 900

SECTOR 0GSM 1800

Figure 32: 1O4_4 with H2D




6. HYBRID BYPASS CONFIGURATION FROM A H2DCOMBINERTo configure a H2D combiner as a Dp combiner, do as indicated:

1. Remove the Hybrid to duplexer cable (TX-OUT to TX-IN)

1

2. Disconnect the cable from Hybrid (PA-IN)

�




3. Connect the cable directly to the duplexer (TX-IN) withe the same cable

3

4. Place a plastic/rubber cover on the unused N-connectors of the H2D

5. Keep the Hybrid-to-Duplexer cables (TX_out to TX_in) for future re-use

Note: when connecting an N connector, use a calibrated N torque wrench.




7. CABLING OPTIMIZATION OF RADIO CONFIGURATION

7.1. CABLING OPTIMIZATION OF RADIO CONFIGURATION WITH DUPLEXER (DP)

NTQA 3111

NTQA 3113

NTQA 3113

NTQA 1304 /

3090 / 3101/3102

NTQA 3119


NTQA 3114

NTQA 3028

Main Div

RECTIFIERS

NTQA 3113

Figure 33: 1O2 with DP (cabling optimization)




Main

NTQA 3111


NTQA 3113

NTQA 1304 / 3090 / 3101 / 3102

NTQA 3114

NTQA 3028

NTQA 3019


Div Main Div

RECTIFIERS

NTQA 3114NTQA 3114

NTQA 3113

Figure 34: 1S22 with DP (cabling optimization)




NTQA 3019

NTQA 3111

NTQA 3111

NTQA 3113

NTQA 1304 / 3090 /3101/3102

NTQA 3113

NTQA 3114

NTQA 3114

NTQA 3028



Main Div Main Div Main Div

RECTIFIERS

NTQA 3113

Figure 35: 1S222 with DP (cabling optimization)




7.2. CABLING OPTIMIZATION OF RADIO CONFIGURATIONWITH HYBRID COMBINERS 2 WAYS (H2D)

NTQA 3019

NTQA 3111

NTQA 3111

NTQA 3113

NTQA 3113

3090 / 3101 / 3102NTQA 1304

NTQA 3019

NTQA 3028

NTQA 3028

NTQA 3114

NTQA 3114

NTQA 3113

NTQA 3113

RECTIFIERS

COMICO

PA-ICO


TXRX/MAIN

TXRX/DIV

Figure 36: 1O4 with H2D (cabling optimization)




NTQA 3019

NTQA 3111

NTQA 3111

NTQA 3111

NTQA 3113

NTQA 3113

NTQA 3113

NTQA 3113

NTQA 1304 / 3090 / 3101 / 3102


PA-ICO NTQA 3019

NTQA 3028

NTQA 3028NTQA 3094

NTQA 3114

NTQA 3028

RECTIFIERS

NTQA 3113NTQA 3112

NTQA 3113

NTQA 3113

TXRX/MAIN

TXRX/DIV

TX

NTQA 3114





NTQA 3019

NTQA 3111

NTQA 3111

NTQA 3111

NTQA 3113

NTQA 3113

NTQA 3113

NTQA 3113

PA-ICO


3090 / 3101 / 3102NTQA 1304 /

NTQA 3119

NTQA 3028

NTQA 3028

NTQA 3094

NTQA 3094

NTQA 3114

NTQA 3114

NTQA 3028

NTQA 3028

NTQA 3113

NTQA 3112

NTQA 3113

NTQA 3113

RECTIFIERS

TXRX/MAIN

TXRX/DIV

TX TX





NTQA 3019

NTQA 3111

NTQA 3111

NTQA 3113

NTQA 3113

NTQA 1304

3090 / 3101 / 3102

NTQA 3019

NTQA 3028

NTQA 3028

NTQA 3094NTQA 3094

NTQA 3114

NTQA 3114

NTQA 3028

NTQA 3028

NTQA 3113NTQA 3113

NTQA 3113

NTQA 3113


PA_ICO

ALCO

RECTIFIERS

COMICO

NTQA 3111

NTQA 3113

NTQA 3113

Figure 39: 1S44 with H2D (cabling optimization)




NTQA 3019

NTQA 3011

NTQA 3113

NTQA 3113

NTQA 1304

3090 / 3101 / 3102

NTQA 3019

NTQA 3028

NTQA 3028NTQA 3094


NTQA 3113NTQA 3113

NTQA 3113NTQA 3113

NTQA 3113

NTQA 3113

COMICO

RECTIFIERS


PA - ICO

NTQA 3113

NTQA 3113

NTQA 3113

NTQA 3113

TXRX/MAIN

TXRX/DIV

TXRX/MAIN

TXRX/DIV

SECTOR 0 SECTOR 2

TXRX/MAIN

TXRX/DIV

SECTOR 1





NTQA 3019

NTQA 3111NTQA 3111

NTQA 3113

NTQA 3113

NTQA 3019

NTQA 3028

NTQA 3094

NTQA 3114

NTQA 3114NTQA 3028

NTQA 3028

NTQA 3113NTQA 3113

NTQA 3113NTQA 3113

NTQA 3113NTQA 3113


RECTIFIERS

COMICO

NTQA 1304

3090 / 3101 / 3102


NTQA 3113

TXRX/MAIN

TXRX/DIV

TXRX/MAIN

TXRX/DIV

SECTOR 0 SECTOR 2

TXRX/MAIN

TXRX/DIV

SECTOR 1

NTQA 3028





NTQA 3019

NTQA 3111

NTQA 3111NTQA 3111

3101 / 3102NTQA 1304/3090

NTQA 3113

NTQA 3113

NTQA 3019

NTQA 3028


NTQA 3114

NTQA 3028

NTQA 3114

NTQA 3028

NTQA 3113

NTQA 3113NTQA 3113

PA-ICO

INTERCONNECTION DRXINTERCONNECTION PA

RECTIFIERS

COMICO

NTQA 3113

NTQA 3113

NTQA 3113

NTQA 3113

TXRX/MAIN

TXRX/DIV

TXRX/MAIN

TXRX/DIV

SECTOR 0 SECTOR 2

TXRX/MAIN

TXRX/DIV

SECTOR 1

NTQA 3114

NTQA 3094





NTQA 3019

NTQA 3111NTQA 3111

NTQA 3113

NTQA 3113

NTQA 1304

3090 / 3101 / 3102


PA ICO

ALCO

NTQA 3019

RECTIFIERS

NTQA 3114

NTQA 3114NTQA 3028

NTQA 3028


NTQA 3113

COMICO

NTQA 3113

NTQA 3113

NTQA 3113

NTQA 3113

NTQA 3111

NTQA 3094

TXRX/MAIN

TXRX/DIV

TXRX/MAIN

TXRX/DIV

SECTOR 0 SECTOR 2

TXRX/MAIN

TXRX/DIV

SECTOR 1

NTQA 3028

Figure 43: 1S 323 with H2D (cabling optimization)




NTQA 3019

NTQA 3111NTQA 3111

NTQA 3113

NTQA 3113

NTQA 1304 3090 / 3101 / 3102


PA ICO

ALCO

NTQA 3019

RECTIFIERS

NTQA 3114NTQA 3114

NTQA 3028

NTQA 3028


NTQA 3113

NTQA 3113

COMICO

NTQA 3113

NTQA 3113

NTQA 3113

NTQA 3113

NTQA 3026

TXRX/MAIN

TXRX/DIV

TXRX/MAIN

TXRX/DIV

SECTOR 0 SECTOR 2

TXRX/MAIN

TXRX/DIV

SECTOR 1

NTQA 3094

5





NTQA 3019



Interconnection PA


NTQA 3019

NTQA 3111NTQA 3111

NTQA 3113

NTQA 3113

Interconnection DRX

PA- ICO

COMICO

ALCO

NTQA 3113

NTQA 3113

NTQA 3113

NTQA 3113NTQA 3113

NTQA 1304 / 3090 / 3101 / 3102

NTQA 3111

TXRX/MAIN

TXRX/DIV

TXRX/MAIN

TXRX/DIV

SECTOR 0 SECTOR 2

TXRX/MAIN

TXRX/DIV

SECTOR 1

NTQA 3027





NTQA 3019

NTQA 3111NTQA 3111

NTQA 3113

NTQA 3020

NTQA 1304 /3090 / 3101 / 3102

NTQA 3019

NTQA 3028

NTQA 3114

NTQA 3028NTQA 3114

NTQA 3028

NTQA 3113

NTQA 3113NTQA 3113

NTQA 3113

NTQA 3113NTQA 3113


PA-ICO

RECTIFIERS

COMICO

NTQA 3113

NTQA 3113

NTQA 3113

NTQA 3113

TXRX/MAIN

TXRX/DIV

TXRX/MAIN

TXRX/DIV

SECTOR 0 SECTOR 2

TXRX/MAIN

TXRX/DIV

SECTOR 1

NTQA 3094





NTQA 3019

NTQA 3111NTQA 3111

NTQA 3111

3090 / 3101 / 3102

NTQA 1304 /

NTQA 3113


PA-ICO

NTQA 3019


NTQA 3114

NTQA 3028NTQA 3114

NTQA 3028

NTQA 3113

NTQA 3113NTQA 3113

NTQA 3113NTQA 3113

RECTIFIERS

NTQA 3113

COMICO

NTQA 3113

NTQA 3113

NTQA 3113

NTQA 3113

TXRX/MAIN

TXRX/DIV

TXRX/MAIN

TXRX/DIV

SECTOR 0 SECTOR 2

TXRX/MAIN

TXRX/DIV

SECTOR 1

3 4





7.3. CABLING OPTIMIZATION OF RADIO CONFIGURATIONWITH HYBRID COMBINERS 4 WAYS (H4D)

COMICO

RECTIFIERS

INTERCONNECTION PA

PA-ICO

INTERCONNECTION DRX

NTQA 3028 NTQA 3028

NTQA 3094

NTQA 3094


NTQA 3019

NTQA 1304 / 3090 /

NTQA 3111

NTQA 3111

NTQA 3019

NTQA 3111

NTQA 3111

NTQA 3111

3101 / 3102

TXRX/MAIN

TXRX/DIV

NTQA 3111

0A 00 01 0B





7.4. CABLING OPTIMIZATION OF RADIO CONFIGURATION WITH DUPLEXERS (DP) AND TX FILTER (TX_F)

NTQA3111

NTQA3113

NTQA3113

NTQA3019


NTQA3019

NTQA3028NTQA3028

NTQA3114

NTQA3114

RECTIFIERS

PA-ICO

ALCO

COMICO

1 2

NTQA 1304/3102

3101/3102

NTQA 6588/3308

3009/3310TX

RX/MAINTX

RX/DIVTX TX

6 7

NTQA3113

Figure 49: 1O4 with DP and TX_F (cabling optimization)




NTQA 658/33083309/3310

NTQA 3019

NTQA 3019

NTQA 3094

NTQA 3113

NTQA 3113

NTQA 3028

NTQA 3028

NTQA 3114

NTQA 3114


PA-ICO

RECTIFIERS

COMICO

NTQA 3111

NTQA 3113

NTQA 3113

NTQA 3113

NTQA 3113

NTQA 3090/13043101/3102

TXRX/MAIN

TXRX/DIV

TX TX TXRX/MAIN

TXRX/DIV

TX TX

SECTOR 0 SECTOR 1

0 1 2 3 4 5 6 7

Figure 50: 1S44 with DP and TX_F (cabling optimization)




7.5. CABLING OPTIMIZATION OF RADIO CONFIGURATIONFOR DUAL BAND

COMICO

RECTIFIERS

PA-ICO


NTQA 3028NTQA 3028

NTQA 3094

NTQA 3094

NTQA 3019

NTQA 3019

NTQA 3111

NTQA 3111

NTQA 3113

NTQA 1304 /


NTQA 3111


NTQA 3114

NTQA 3113

NTQA 3113

NTQA 3113

NTQA 3113

3090 /TX

RX/MAINTX

RX/MAINTX

RX/DIVTX

RX/DIV

SECTOR 0GSM 900

SECTOR 0GSM 1800

3101 /1302

Figure 51: 1O4_4 with H2D (cabling optimization)




8. INTER CABINET CONNECTION

Clim

atic

sys

tem

Inte

rnal

batte

ry

Use

r co

mpa

rtmen

tB

CF

2 x

NT

QA

3037

(PC

M)

2 x

NT

QA

3041

(O&

M)

BC

F b

ack

pane

l

PA

DR

X

com

bine

r

Clim

atic

sys

tem

Inte

rnal

batte

ry

Use

r co

mpa

rtmen

t

PA

DR

X

com

bine

r

Filli

ng p

late

Inte

r-cab

inet

O&

M/P

CM

cab

les

NT

QA

3301

(10m

) or N

TQA

3303

(5m

)P

CM

1O

&M

1C

entra

l fra

me

PC

M1

O&

M1

Clim

atic

sys

tem

Inte

rnal

batte

ry

Use

r co

mpa

rtmen

t

PA

DR

X

com

bine

r

Filli

ng p

late

PC

M1

O&

M1

PC

M2

O&

M2

O&

M1

PC

M2

O&

M2

PC

M1

Inte

r-cab

inet

O&

M/P

CM

cab

les

NT

QA

3301

(10m

) or N

TQA

3303

(5m

)

NT

QA

3037

(PC

M1)

NT

QA

3037

(PC

M2)

NT

QA

3041

(O&

M1)

NT

QA

3041

(O&

M2)

E x t e n s i o n c a b i n e t 1


B a s e c a b i n e t

Figure 52: PCM and O&M cables route for a BTS with BCF




Clim

atic

sys

tem

Inte

rnal

batte

ry

Use

r com

partm

ent

CB

CF

PC

M PA

DR

X

com

bine

r

Clim

atic

sys

tem

Use

r com

partm

ent

PA

DR

X

com

bine

r

Filli

ng p

late

Inte

r-cab

inet

PC

M c

able

sN

TQA

3301

(10m

) or N

TQA3

303

(5m

)PC

M1

Cen

tral f

ram

ePC

M1

B a s e c a b i n e t

Clim

atic

sys

tem

Inte

rnal

batte

ry

Use

r com

partm

ent

PA

DR

X

com

bine

r

Filli

ng p

late

PCM

1

PCM

2

Inte

r-cab

inet

O&

M/P

CM

cab

les

NTQ

A33

01 (1

0m) o

r NTQ

A330

3 (5

m)

PCM 0/1

PCM 2/3ABIS

PCM 4/5

PWRRS2 32

CMCF

CPCMI

CPCMI

CPCMI

CMCF

Fille

r

PCM 0/1

PCM 2/3ABIS

PCM 4/5

PWRRS232

CMCF

CPCMI

CPCMI

CPCMI

CMCF

PC

M1

PC

M2

PC

M0



Figure 53: PCM and O&M cables route for a BTS with CBCF

Z END OF DOCUMENT Y

s8000 hw config outdoor

Documents

radio configuration

torque values

related documents

reference documents

applicable documents

face data

en date of issue

power supply wiring