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Approved by

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JGU (ETG) Version 2.0 Save date

Reference

& File

MOBISTAR

149 rue Colonel Bourg

1140 BRUSSELS

BELGIUM

: 32 / 2.745.71.11

: 32 / 2.745.70.00

PART II

Radio Configurations Evolution and Catalogue.

DOD/DCE/ETG


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DOD DUALBAND PROJECT GSM900/1800

Confidential information may not be copied or disclosed without permission.

Reference & File Name Version Date Page

ETG 2.0 9/01/02MobistarS.A. N.V. rue Colonel Bourg 149 Kolonel Bourgstraat - Bruxelles B-1140 Brussel - Tel 02/745 71 11 - Fax 02/745 70 00

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ETG 2.0 9/01/02MobistarS.A. N.V. rue Colonel Bourg 149 Kolonel Bourgstraat - Bruxelles B-1140 Brussel - Tel 02/745 71 11 - Fax 02/745 70 00

HISTORY

Date Version Evolution Redaction Verification Approval

04/05/01 1.0 Creation KTU IVI JGU

08/01/02 2.0 Addition of non standard radio-

configuration.Addition of section 6 (New Exotic

Radiocofiguration)

KTU IVI JGU


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S:\ETG\Common\Projects\MER\SPLIT\MER DUALBAND\1-index2.doc ETG 2.0 9/01/02 1MobistarS.A. N.V. rue Colonel Bourg 149 Kolonel Bourgstraat - Bruxelles B-1140 Brussel - Tel 02/745 71 11 - Fax 02/745 70 00

Table of contents

INTRODUCTION 5

1. REFERENCE DOCUMENTS 5

2. RADIO CONFIGURATIONS. 5

2.1. GENERAL DESCRIPTION. 5

2.1.1. GSM900 Radio configuration codification rules. 6

2.1.2. Bi-Band & Tri-Band Radio configurations codification rules. 72.2. SYNTHETIC DESCRIPTION OF ANTENNA SYSTEMS. 11

2.2.1. Vertical polarisation antenna. 11

2.2.2. Space diversity. 11

2.2.3. Cross polarisation antenna. 122.2.4. Vertical polarisation antenna with LNA. 12

2.2.5. Space diversity with LNA. 132.2.6. Cross polarisation antenna with LNA. 13

2.3. Conventions. 14

3. RADIO CONFIGURATIONS EVOLUTIONS. 15

3.1 Capacity enhancement philosophy. 15

3.2. Traffic and dualband configurations 153.2.1. How to use these tables. 15

3.2.2. Tables: 163.3. Dual Band Radio Configuration Evolutions. 183.3.1 Evolution S2 to S4: standard GSM 900 evolution 23

3.3.2. Evolution S4 to S6 and to S8 : Evolution to be avoid !! 24

3.3.3 Evolution S4 to S4S2 and to S4S4 : standard dualband evolution 25 3.3.4 Evolution S2 to S2S2 to S4S2 and to S4S4: non standard evolution 26

3.3.5. Evolution S4S4 to S4S6 and to S4S8: standard evolution 27

3.3.6 Evolution S6 to S6S2 and to S6S4: non standard evolution 283.3.7 Evolution S8 to S8S2 and to S8S4: non standard evolution 293.3.8. Evolution S6 to S4S2 and to S4S4: evolution for quality or quality and

capacity reasons 30

3.3.9 Evolution S8 to S4S4 and to S4S6: evolution for quality or quality andcapacity reasons 30


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3.3.10. Evolution S6S2 to S4S4 and to S4S6: evolution for quality or quality

and capacity reasons 313.3.11 Evolution S6S4 to S4S6 and to S4S8: evolution for quality or qualityand capacity reasons 31

3.3.12 Evolution S8S2 to S4S6 and to S4S8: evolution for quality or quality

and capacity reasons 323.3.13. Evolution S8S4 to S4S8 and to S4S8: evolution for quality reasons 32

4. GSM 900 RADIO CONFIGURATIONS DESCRIPTION. 33

4.1. GSM 900 : 2TRX 34

4.1.1. CR011H 34

4.1.2. CR011HDP 354.1.3. CR011HDE 36

4.1.4. CR111H 37

4.1.5. CR131H 384.2. GSM 900 : 4TRX 39

4.2.1. CR013H 39

4.2.2. CR113H 404.2.3. CR022HDP 41

4.2.4. CR222HDP 42

4.2.5. CR262HDP 43

4.2.6. CR022HDE 44

4.2.7. CR222HDE 454.3. GSM 900 : 6TRX 46

4.3.1. CR025HDP 464.3.2. CR225HDP 47

4.3.3. CR033HDP 48

4.3.4. CR443HDP 494.3.5. CR4B3HDP 50

4.3.6. CR025HDE 51

4.3.7. CR225HDE 524.4. GSM 900 : 8TRX 53

4.4.1. CR026HDP 53

4.4.2. CR226HDP 54

4.4.3. CR044HDP 554.4.4. CR444HDP 56

4.4.5. CR4C4HDP 57

4.4.6. CR026HDE 584.4.7. CR226HDE 59


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5. DUAL BAND RADIO CONFIGURATIONGSM 900 and GSM 1800: S2S2 60

CR02210HVD ( CR02210HGDv ) 60 CR26200HVD ( CR26200HGDv ) 61CR02220HPD ( CR02220HGDp ) 62

CR02200HPD ( CR02200HGDp ) Not preferred 63

GSM 900 and GSM 1800: S4S2 64CR4B*300HPD ( CR4B300HGDp ) 64

CR03320HPD ( CR03320HGDp ) 65

CR4B300HDD ( CR4B300HGDvGDv ) 66CR03320HDD ( CR03320HGDvGDv ) 67

CR03300HPD ( CR03300HGDp ) Not preferred. 68

GSM 900 and GSM 1800: S4S4 69

CR04420HPD ( CR04420HGDp ) 69CR04400HPD(CR04400HGDp) Not preferred. 70

CR4C400HPD ( CR4C400HGDp ) 71

CR04420HDD( CR04420HGDvGDv ) 72CR4C400HDD (CR4C400HGDvGDv ) 73

GSM 900 and GSM 1800: S4S6 74

CR05520HFF ( CR05520HGDpDp ) 74CR05500HFF (CR05500HGDpDp) Not preferred. 75

CR6H500HFF ( CR6H500HGDpDp ) 76

GSM 900 and GSM 1800: S4S8 77

CR06620HFF ( CR06620HGDpDp ) 77

CR06600HFF(CR06600HGDvDv) Not preferred. 78CR6I600HFF ( CR6I600HGDpDp ) 79

GSM 900 and GSM 1800: S6S2 80

CR6G400HEE ( CR6G400HGpDp ) 80

CR69400HPD (CR69400HGpGDp) 81CR03620HPD ( CR03620HGDp ) 82

CR04420HEE ( CR04420HGpGDp ) 83

CR04400HEE(CR04400HGpGDp) Not preferred. 84CR47600HPD (CR47600HGDp) 85

CR03620HDD (CR03620HGDvGDv) 86


GSM 900 and GSM 1800: S6S4 88CR48700HDD (CR48700HGDvGDv ) 88

CR6A500HEE (CR6A500HGpGDp) 89

CR04720HPD ( CR04720HGDp ) 90CR05520HEE ( CR05520HGpGDp ) 91


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CR05500HEE(CR05500HGpGDp) Not preferred. 92

CR48700HPD (CR48700HGDp) 93CR04720HDD (CR04720HGDvGDv) 94CR6H500HEE ( CR6H500HGpDp ) (Preferred) 95

GSM 900 and GSM 1800: S8S2 96

CR6H500HEE ( CR6H500HGpGDp ) 96CR6A500HEE ( CR6A500HGpGDp ) 97

CR03720HPD ( CR03720HGDp ) 98

CR05520HEE ( CR05520HGpGDp ) 99CR05500HEE(CR05500HGpGDp) Not preferred. 100

CR47700HPD (CR47700HGDp) 101



GSM 900 and GSM 1800: S8S4 104

CR6I600HEE ( CR6I600HGpDp ) (Prefered) 104CR6A600HEE ( CR6A600HGpGDp ) 105

CR04820HPD ( CR04820HGDp ) 106

CR06620HEE ( CR06620HGpGDp ) 107CR06600HEE(CR06600HgpGDp) Not preferred. 108



CR48800HPD (CR48800HGDp) 111

6 RADIO CONFIGURATIONS: RECOMMENDED, STANDARD and

EXOTIC. 112CR262HDE (EXOTIC) 114

CR133H (EXOTIC) 115

CR04400HEE (EXOTIC) 1157 RADIO CONFIGURATION ELEMENTS 117

8 ANNEXES.

8.1 low noise amplifier. 1218.2. spatial & polarisation diversity. 121

Spatial diversity

Polarisation diversity

9. FEEDERS. 12510. Glossary. 125


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Reference & File Name Version Date Pa

S:\ETG\Common\Projects\MER\SPLIT\MER DUALBAND\2-Introduction.docETG 2 9/01/02 5

MobistarS.A. N.V. rue Colonel Bourg 149 Kolonel Bourgstraat - Bruxelles B-1140 Brussel - Tel 02/745 71 11 - Fax 02/745 70 00

INTRODUCTION

The aim of this document is to provide a global description of the main radio

configurations that can be used in the Mobistar cellular network and the way they canevolve.

This document is an update of the radio configurations listed in document

MER_2000-02.doc - Radio configuration guide, version 2.0 (see references).

1. REFERENCE DOCUMENTS.

[1]Taoufik TANI / Frdric LAMBORELLE, Methods & Engineering Rules - Radioconfigurations (Study and Audit), Mobistar, 6/11/98, 79 pages,

MER_9800051.doc.

[2]Brigitte BRAEMS, Radio configurations with DDLNA, Mobistar, 12/11/99, 3

pages.[3]Brigitte BRAEMS, MER: Radio Configurations Catalogue, version 2.0, Mobistar,9/2/00, MER2000-02.doc

[4]Brigitte BRAEMS, GSM1800/UMTS Radio Configurations: codification rules,Mobistar, 24/07/00, MER_2000-10.doc, 3 pages.

[5]Serge PORTIER, Coaxial Cable & Jumpers, edition 1.0, Mobistar, 29/06/2000,SPO.doc.

[6]Germain MAES, Technical Specifications for Radio Measurements, edition 2.0,Mobistar, 21/06/2000, SPO.doc, 16 pages.

[7]Brigitte BRAEMS, Dualband Radio Configurations catalogue, Mobistar,24/08/00, MER_2000-11.doc.

2. RADIO CONFIGURATIONS.

This part is dedicated to a synthetic description of the radio configurations.

2.1. GENERAL DESCRIPTION.

Two parts define a radio configuration:the antenna system, composed of 1, 2 or more antennas,the physical link between the antenna system and the BTS, which includes

passive components (jumpers, cables, connectors, duplexers, diplexers,

etc) and active elements (DLNA, DDLNA).


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2.1.1. GSM900 Radio configuration codification rules.

The GSM900 radio configurations are defined by the following code, i.e.:

CR: Stands for Configuration Radioa: Number of LNA (Low Noise Amplifier): either DLNA or

DDLNA

b: Number of duplexersc: Number of combiners

F: Combiner type, H for Hybrid and C for Cavity

(Mobistar uses only Hybrid combiners: H).

GG: Antenna configuration (either --, or DP or DE).

The figures (a, b, c, d, e) are alfa-decimal numbers and can take values from 0 to 35(0 to F + G,H,I,Z).

Remark: CR000H = indoor configuration.

CR a b c GG

Configuration Radio

Number of LNAs

Number of Duplexers

Number of combiners

Combiner type (H=Hybrid)

Antenna configuration

H


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2.1.2. Bi-Band & Tri-Band Radio configurations codification

rules.

In order to cope with GSM1800 and UMTS, the radio configurations will be defined by thefollowing code:

CR: Stands for Configuration Radio

a: Number of LNA (Low Noise Amplifier): either DLNA orDDLNA

b: Number of duplexers

c: Number of combiners

d: Number of diplexerse: Number of triplexers

F: Combiner type, H for Hybrid and C for Cavity (Mobistar uses

only Hybrid combiners: H).

The figures (a, b, c, d, e) are alfa-decimal numbers and can take values from 0 to 35

(0 to F + G,H,I,Z).

The GGG corresponds to theantenna configuration. Currently standard names havebeen defined.

Those names are:

DE = Diversit_Espace_900DP = Diversit_Polar_900

VD = Vertical_Dual_900/1800

DD = Twin Vertical_Dual_900/1800PD = Polar_Dual_900/1800

PP = Polar_900; Polar_1800

Because those names arent obvious and arent very flexible for coding new type ofantennae combinations.

A new coding rule has been developed. Those rules are explained here under.

Currently and in the coming months, the old rules need to be used because ofinformation system constraints.

CR a b c e GGG

Configuration Radio

Number of LNAs

Number of Duplexers

Number of combiners

Combiner type (H=Hybrid)

Antenna configuration

d

Number of Diplexers

H

Number of Triplexers


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GGG: Antenna configuration (see flowchart). Specifies also thefrequency band(s).

Gxwill stand for GSM 900,

Dxwill stand for DCS 1800,

Uxwill stand for UMTS,

Wxwill stand for Wideband antennas, i.e. 1800/UMTS.

x = p will stand for cross-polarisation antenna

x = v will stand for vertical polarisation antenna.

Each antenna will be coded from the lowest to the highest

frequency band.

WARNING : Dont mistake Dp (that is to stand for a cross-polarized DCS 1800

antenna) for DP

(that formerly stood for Polarization Diversity).

EXAMPLES:

900 = G

Cross-polarization = p

Vertical polarization = v

XXXX

IIII

Gp Gv

XXXX

x

x

x

x

900 1800

GpDp

XXXX

GDp

x

x

x

x

900 / 1800


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The following table summarises the different possibilities and provide also the

corresponding names.

900 / 1800 900

GDpGp

XX

XX

x

x

x

x

XX

XX

900 / 1800 UMTS

XX

XX

x

x

x

x

GDpUp

x

x

x

x


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DODDUALBANDPROJECTGSM900/1800

Confidentialinformationmaynotbecopiedordisclosedwithoutpermission.

R

eference&File

Name

Version

Date

Page

S:\ETG\Common\Projects\ME

R\SPLIT\MERDUALBAND\2-Introduction.doc

ETG

2draft

9/01/02

10

MobistarS.A.N.V.rueColonelBourg149KolonelBourgstraat-BruxellesB-1140Brussel-Tel02/7457111-Fax02/7457000

GSM

900

GSM

1800

GSM

900

CRxxx0H--

CRxxx0HDE

CRxxx0HD

P

X X X X

I I I I

I I I I

I I I I

CRxxxxxHDD

CRxxxxxHGDvGDv

CRxxxxxHVD

CRxxx

xxHGDv

I I I I I

CRxxxxxHPD

CRxxxxxHGDp

X XXXX

C

RxxxxxHPP

CR

xxxxxHGpDp

X X X X

X X X X

900

900

900

900

900/1800

900/1800

900

1800

DE=

Diversit

_Espace

_900

DP=

Diversit

_Polar_900

G

=

GSM900

D

=

DCS1800

v

=

verticalpolarisedantenna

p

=

cross-polarisedantenna

VD

=

GDv

Vertical_Dual_900/1800

DD

=

GDvGDv

TwinVertical_Dual_900/18

00

PD

=

GDp

Polar_Dual_900/1800

PP

=

GpDp

Polar

_900;Polar

_1800

EE

=

GpGDp

Polar_900;Polar_Dual_900

/1800.

FF=

GDpDp

Polar_Dual_900/1800;Polar_1800

X X X X

X X X X900

900

or

X XXXX

X XXXX

or

900/1800

I I I I I

900/1800

I I I I I

900/1800

X X X X

X XXXX

CRxxxxxHEE

CRxxxxxHGpGDp

900

900/1800

X XXXX

CRxxxxxHFF

CRxxxxxHGDpDp

900/1800

X X X X1800


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Reference & File Name Version Date PaS:\ETG\Common\Projects\MER\SPLIT\MER DUALBAND\2-Introduction.doc

ETG 2 draft 9/01/02 1

2.2. SYNTHETIC DESCRIPTION OF ANTENNA SYSTEMS.

Hereafter the main antenna systems that are generally used in a cellular network.

2.2.1. Vertical polarisation antenna.

The system illustrated in figure 1 consists of one vertical polarisation (VP) antenna for theemission and reception without differential gain between Uplink and Downlink.

ReceiveTransmit

T R Duplexer

Figure 1. Principle of vertical polarisation (VP) Antenna.

2.2.2. Space diversity.The system illustrated in figure 2 uses one VP antenna for the emission and reception,

and one VP antenna for the diversity reception. It allows enhancing the sensitivity of

Uplink by a statistical gain of 3.5dB (See annexes).

Receive1Transmit

T RDuplexer

Receive2

Figure 2. Principle of Space diversity.


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ETG 2 draft 9/01/02 1

2.2.3. Cross polarisation antenna.

The system illustrated in figure 3 uses one cross-polar (XP) antenna with 2 paths: one for

the emission and reception, and the other one for the diversity reception. A statistical gainof 2.5 dB is reached for Uplink (See annexes).

Receive1Transmit

T Ruplexer

Receive2

Figure 3. Principle of cross-polarisation (XP) antenna.

2.2.4. Vertical polarisation antenna with LNA.

The system illustrated in figure 4 consists of one VP antenna for the emission andreception. The LNA (either DLNA or DDLNA) which amplifies the Uplink signal

and hence improves the Uplink sensitivity by 4 to 6dB depending on Uplink losses

(before and after LNA), noise figure of the BTS, noise figure and gain of LNA and

noise temperature at the antenna.

ReceiveTransmit

DDLNA

Transmit/Receive

DLNA

or

Figure 4. Principle of vertical polarisation antenna with LNA.


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ETG 2 draft 9/01/02 1

2.2.5. Space diversity with LNA.

The system illustrated in figure 5 consists of one vertical polarisation antenna for the

emission/reception and another antenna for reception only. The LNA (or DLNA orDDLNA) amplifies the Uplink signal and hence improves the Uplink sensitivity by 4 to6dB. The space diversity improves the Uplink sensitivity by a statistical gain of 3.5dB.

ReceiveTransmit

DLNA

Receive2

LNA

Figure 5. Principle of space diversity with LNA.

2.2.6. Cross polarisation antenna with LNA.

This system illustrated in figure 6 consists of one XP antenna with 2 paths: one for theemission and reception, and the other one for the diversity reception. The expected gainfor Uplink sensitivity is close to 2.5dB for polarisation diversity and 4dB to 6dB for LNA.

Receive1Transmit

DLNA LNA

Receive2

Figure 6. Principle of XP antennas with LNA.


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ETG 2 draft 9/01/02 1

2.3. CONVENTIONS.

Duplexer Filter that splits the Rx and Tx frequency bands.Diplexer Filter that splits the GSM900 and the GSM1800 frequency

bands.H2 = 2-inputs-Hybrid; combines 2 TRx.

H2D = 2-inputs-Hybrid + Duplexer ; combines 2 TRx with Rx.



Cables optimised for 900 MHz = Former cables i.e. installed before dual-bandextension.

Cables optimised for 1800 MHz = New cables i.e. installed for the dual-band

extension.

H4DANT.

RX TX

H2

H2H2

H3DANT.

RX TX

H2

H2

H2DANT.

RX TX

H2ANT.

RX TX

ANT.

900 1800

Duplexer Diplexer

Motorola Nortel

Duplexer integrated in combiner.

For Motorola, only for Horizon cabinets (DCF), not for Mcell (CBF).


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S:\ETG\Common\Projects\MER\SPLIT\MER DUALBAND\3-Evolution.doc ETG 2.0 11/01/02 15


3. RADIO CONFIGURATIONS EVOLUTIONS.

This part is dedicated to the evolutions of the radio configurations.

3.1. CAPACITY ENHANCEMENT PHILOSOPHY.

The capacity enhancement philosophy is based on reducing as much as possible the deploymentconstraints (eg. required space) and relative costs. In several cases the polarisation diversity is prefered

to space diversity mainly for deployment constraints.

The Design Engineer must be aware of the following issues:

Adding a combiner stage leads to a loss of about 3.2 dB. The Design Engineer has to check ifincreasing the emitted power can compensate this loss.

Replacing a vertical polarised antenna by a X-polar antenna leads to a statistical loss of 2 dB of E-

field in rural areas. Upgrading from one radio configuration to another could require extra equipment and as aconsequence lead to extra cost. On the other hand, in some cases, equipments have to be removed.

3.2. TRAFFIC AND DUALBAND CONFIGURATIONS

The purpose of this part is to provide traffic tables regarding the site extension process.The values in these tables might be updated after the dual band trials regarding the SDCCH

configurations.

3.2.1. How to use these tables.

The format of the tables is the following: First column, required traffic capacity: maximum amount of traffic that can be supported by this

configuration (in Erlangs)

Second column and third columns: configurations, to be read as follow, SxSymeans xTRXs in the900 layer andyTRXs in the 1800 layer


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3.2.2. Tables:

3.2.2.1.Traffic thresholds with usual configurations

Required Traffic

Capacity

Configuration (Single

Band)

Configuration (Dual

Band)

2.5009 S1S0 -

7.3517 S2S0 -

12.8378 S3S0 -

19.4869 S4S0 -

21.9878 S5S0 S4S1

25.507 S5S0 S4S2

26.8386 S6S0 S4S2

32.3247 S6S0 S4S332.543 S6S0 S4S4

38.8001 S7S0 S4S4

38.9738 S8S0 S4S4

44.9939 S8S0 S4S5

46.0392 S8S0 S4S6

52.0299 - S4S6

58.2870 - S4S7

65.5261 - S4S8


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3.2.2.2.Traffic thresholds with 2 900 TRXs

Required Traffic

Capacity

Configuration (dual

band)9.8526 S2S1

14.7034 S2S2

20.1895 S2S3

26.8386 S2S4

32.8587 S2S5

39.8947 S2S6

46.1518 S2S7

53.3909 S2S8


Required Traffic

Capacity

Configuration (dual

band)

35.0439 S6S1

39.8947 S6S2

45.3808 S6S3

52.0299 S6S4


Required Traffic

Capacity

Configuration (dual

band)

48.5401 S8S1

53.3909 S8S2

58.877 S8S3

65.5261 S8S4


21/128






3.3. DUAL BAND RADIO CONFIGURATION EVOLUTIONS.

The following graphs will provide the radio configuration evolution for one sector.and summarises allthe possible evolutions.

On this graph, the standard evolution way is provided as well as the non standard evolution paths.

The SxSy name corresponds to X TRXs in GSM 900 and y TRXs in GSM 1800.


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Reference&File

Name

Version

Date

Page


R\SPLIT\MERDUALBAND\3-Evolution

.doc

ETG

2.0

11/01/02

19

MobistarS.A.N.V.rueColonelBourg149KolonelBourgstraat-BruxellesB-1140Brussel

-Tel02/7457111-Fax02/7457000

S2

S4

S4S2

S4S4

S4S6

S4S8

S2S2

S6

S8

S6S2

S8S2

S8S4

Standard

NonStandard

NonStandard

S6S4

Half-waysteptominimizetheimpact

ontheGSMnetwork(financialreasons).

Roa

mingfunctionality.

Evolutionforqualitypurpose.

Evolutionforqualityandcapacitypurpose.


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In order to define the radio configuration evolution, some basic rules have been applied:

Avoid to have too many cables=> configurations with Diplexer than without are preferred=> configurations with DDLNA are preferred The configuration with two stage of hybrid

combiners have to be avoid

Configurations with Cross-polar are preferred for urban area while vertical polar could be useonly in rural or axial environment.

Moreover the standard configurationsfor the evolution have been minimized in order to limit the total numberof radio configuration to manage.

The main evolution, which is the standard evolution and will correspond to more than 90% of theevolutions, is following:

The 900 MHz layer is limited to 4 TRXs in order to maintain a good quality1when the traffic

increases.

For the evolution of the GSM 900 radio configuration from 2 to 4 TRXs:

The configuration with two stage of hybrid combiner needs to be avoided for evolution reasons(CR013H and CR113H).The configuration with DDLNA (CR262HDP) is prefered to the one with

DLNA (CR222HDP).The configuration CR222HDE is not more use for evolution from S2 to S4.

For the evolution of the GSM 900 to dualband (S4S2 and S4S4):

When the cell has more than 4TRXs, the Dualband has to be introduced. This evolution is the standardevolution for the radio configuration. In order to define the evolution of the radio configuration and to

minimise the number of configuration different rules have been used.

Too many feeders need to be avoided, therefore the configuration with Diplexeris preferred and the

configuration with DDLNAis preferred.The configuration with two stage of hybrid combiners have to be avoid and the configuration with

Cross-polar is preferred for urban area while vertical polar could be use only in rural or axial

environment.

For the evolution of the dualband configuration S4S4 to dualband (S4S6 and S4S8):

This evolution corresponds to the standard evolution for the cells requiring more than 4 TRXs in GSM

900 and 4 TRXs in GSM 1800.

1See capacity roadmap study

GSM 900

S2 S4 S4S2 S4S4 S4S6 S4S8

GSM 900 + GSM 1800


24/128






The configuration with vertical polarised antennae evolves to the corresponding configuration with

cross-polar antennae in order to avoid to put more than 3 antennae on one sector. Only two radio

configuration are possible for the S4S6and S4S8 configurations.

All non standard evolution needs to be justified.

The first non standard evolutionis the following:

This evolution could be used when thepresence of both layers(900 MHz and 1800 MHz) is required.

For example for roaming reasons.

The 3 evolution radio configurations (S4S2 and S4S4) are 3 of the 4 standards.

The second and the third non-standard evolution are the following:

Those evolutions have been created in order to avoid to change the GSM 900 site to minimised the

cost of the intervention and to decrease the number of GSM 900 TRXs.

This solution could only be applied when no quality problems are expected otherwise the evolutionneeds to go to the main path.

The evolution with the minimum impact are given by a straight line from S6 to S6S2.

The return to the main path could be done only for quality reason but also for quality and capacity

reason.The different possibilities are illustrated here under:

S2 S4S2 S2S2

S6 S6S4S6S2

S2 S4S2S2S2

S8S2

S8S4

S4S6

S4S8

S4S8

S6S2

S6S4

S4S4

S4S6

S4S6

S4S8


25/128






The evolution with more than 4 TRXs for GSM 900 layer by sector needs to be avoided and is notrecommended in the evolution paths.

Those evolution are available just to keep the informtaion concerning the site which have alreadyevolve to those configurations.


26/128



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Name

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Date

Page



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3.3.1.EvolutionS2toS4:st

andardGSM9

00evolution

CR013H

CR022HDE

CR02

2HDP

CR262HDP

CR113H

CR

222HDP

S4

CR222HDE**

Limitcapacity

to4TRX

Extraloss

3.2dB(Hy)

Yes

Yes

KeepLNA

No

Extraloss

1d

B(Duplexer)

Yes

Yes

No

*Notusedanymorefornewsites

Extraloss

Radioperformance

(2dBrural)

CR111H

No

CR131H

2antennae

1antenna

Limitcapacity

to4TRX

Extraloss

3.2dB(Hy)

Yes

Yes

No

No

No

Yes

No

CR011H

CR011HDE*

C

R011HDP*

Extraloss

Radioperformance

(2dBrural)

Deployment

constraints

S2 **

notusedanymoreforsite

evolution.Newsite

Preferedevolution

Evolutiontoavoid

S4

S

2


27/128



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Name

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.doc

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3.3.2.

EvolutionS4toS6andtoS8:Evolutiontobeavoid!!

CR026HDE

CR026HDP

CR044HDP

CR226HDE**

CR4C4HDP

CR444HDP**

CR226HDP**

S8

2antennae

1an

tenna

GSM9

00

DUALBAND

CR025HDE

CR025HDP

CR033HDP

CR225HDP

CR4B3HDP

CR443HDP

CR225HDE

CR013H

CR022HDE

CR022HDP

CR262HDP

CR113H

Yes

CR222HD

P

CR222HDE

S4

Extraloss

3.2dB(Hy)

yes

No

Deployment

constraints

No

No

KeepLNA

ExtralossDL

-1dB(DDLNA)

yes

no

Deployment

constraints

Deployment

constraints

yes

no

no

yes

Deployment

constraints

no

yes

Extraloss

3.2dB(Hy)

Extraloss

3.2dB(Hy)

yes

Cross-Polar:

ExtralossDL

Radioperformance

(-2dBrural)

Cross-Polar:

ExtralossDL

Radioperformance

(-2dBrural)

S6

Preferredevolution


28/128



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.doc

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3.3.3.

EvolutionS4toS4S2andtoS4S4:standa

rddualbandevolution

S4S

4

KeepLNA

CR013H

S

4

S4S2

CR0113H

CR022HDP

CR222HDP

CR262HDP

CR022HDE

CR222HDE

KeepLNA

KeepLNA

KeepLN

A

Cross-Polar:

ExtralossDL

Radioperformance

(-2dBrural)

Cross-Polar:

ExtralossDL

Radioperformance

(-2dBrural)

Cross-Polar:

ExtralossDL

Radioperformance

(-2dBrural)

Cross-Polar:

Extralos

sDL

Radioperfo

rmance

(-2dBrural)

ExtralossDL

-1dB(DDLNA)

Extralo

ssDL

-1dB(D

DLNA)

*Because2stagesofcombinersare

avoid

*

*

yes

no

no

yes

yes

yes

no

yes

yes

no

no

yes

yes

no

ExtralossDL

-1dB(Diplexer)

Axial,Rural

DenseUrban,Urban

Preferedevolution

CR03300HPD**

(CR03300HGDp

)

CR04400HPD**

(CR04400HGDp

)

CR04420HPD

(CR04420HGDp)

CR4C400HPD

(CR4C400HGDp)

CR04420HDD

(CR04420HGDvGDv)

CR4C

400HDD

(CR4C400GDvGDv)

CR03320HPD

(CR03320HGDp)

CR4B300HPD

(CR4B300HGDp)

CR03320HDD

(CR03320HGDvGDv)

CR4B

300HDD

(CR4B300HGDvGDv)

jumper'slength>5m

yes

**Onlyifjumper'slenghtbigger

than5m

ExtralossDL

-1dB(Diplexer)

no

S4

S4S2

S4S4


29/128



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Name

Version

Date

Page



.doc

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2.0

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26


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3.3.4.

EvolutionS2toS2S2toS4S2andtoS4S4:nonstandardevolution

CR011H

CR011HDP

S2S2

S2

ExtralossDL

-1dB(Diplexer)

ExtralossDL

-1dB(Diplexer)

ExtralossDL

-1dB(DDLNA)

CR011HDE

CR131H

CR111H

CR02210HV

D

(CR02210HG

Dv)

CR02220HPD

(CR02220HGDp)

CR26200HVD

(CR026200HGDv)

S4S2

CR03320HPD

(CR03320HGDp)

CR03320HD

D

(CR03320HGDv

GDv)

CR4B300HDD

(CR4B300HGDvGDv)

S4S4

CR04420HPD

(CR04420HGDp

)

CR04420HDD

(CR04420HGDvG

Dv)

CR4C400HDD

(CR4C400GDvGDv)

2antennae

1antenna

GSM9

00

DUA

LBAND

CR02200HPD

(CR02200HGDp)

CR03300HPD

(CR03300HGDp)

CR04400HPD

(CR04400HGDp)

jumper's

length>5m

yes

no

prefered

S

2

S4S2

S2S2

S4S4


30/128



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3.3.5.

EvolutionS4S4toS4S6andtoS4S8:standardevolution

S4S4

CR04420HDD

(CR04420HGDvGDv)

CR4C400HDD

(CR4C400GDvGDv)

S4S6

S4S8

CR06620HFF

(CR06620HGDpDp)

CR6I600HFF

(CR6I600G

DpDp)

CR04420HPD

(CR04420HGDp)

CR4C400

HPD

(CR4C400HGDp)

CR05520HFF

(CR05520HGDpDp)

CR6H500HFF

(CR6H500GDpDp)

Additio

n1800monobandantenna

3GSM

antennashave

to

beavoided

2antennae

1antenna

GSM

900

DUA

LBAND

CR0440

0HPD**

(CR0440

0HGDp)

CR05

500HFF**

(CR055

00HGDpDp)

CR06600HFF**

(CR06600HGDpDp)

**Onlyifjumper'slen

gthbiggerthan5m

S4S6

S4S8

S4S4


31/128



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.doc

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3.3.6.

EvolutionS6toS6S2andtoS6S4:nonstandardevolution

CR025HDE

CR025HDP

CR033HDP

CR225HDE

CR4B3HDP

CR443HDP

CR225HDP

S6

S6S4

Cross-Polar:

ExtralossDL

Radioperformance

(-2dBrural)

ExtralossDL

-1dB(Diplexer)

Deployment

constraints

ExtralossDL

-1dB(Diplexer)

ExtralossDL

-1d

B(Diplexer)

on3&4TRxs

Cross-Polar:

ExtralossDL

Radioperformance

(-2dBrural)

KeepLNA

KeepLNA

KeepLNA

KeepLNA

Deployment

constraints

chanheDLNA

byDDLNA

no

yes

yes

no

yes

no

yes

yes

no

no

no

yes

yes

no

S6S2

CR6G400HEE

(CR6G400HGpGD

p)

CR69400HDP

(CR69400HGpGDp)

CR03620HPD

(CR03620HGDp)

CR

04420HEE

(CR04

420HGpGDp)

CR47600HPD

CR47600H

GDp

CR03620HDD

CR03620HGDvG

Dv

CR47600HDD

CR47600HGDvGDv

2antennae

1antenna

GSM9

00

DUALBAND

CR6A650HEE

(CR6A500HGpGDp)

CR05520HEE

(CR05520HGpGDp)

CR04720HPD**

(CR04720HGDp)

CR48700HDD

CR48700HGDvGDv

CR04720HDD

CR04720HGDvGD

v

CR487

00HPD

CR48700HGDp

no

no

yes

yes

removeone

stageofhybrid

(+3dBinDL)

CR04400HEE

(CR04400HGpGDp)

CR05500HEE

(CR05500HGpGDp)

no

yes

jumper'slength>5m

CR6I500HEE

CR6I500HGpGD

p

S6S2

S6S4

S6


32/128



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3.3.7.

EvolutionS8toS8S2andtoS8S4:nonsta

ndardevolution

CR026HDE

CR026HDP

CR044HDP

CR226HDE**

CR4C4HDP

CR444HDP**

CR226HDP**

S8

S8S2

CR6H500HEE

(CR6H500HGpGDp)

CR69500HDP

(CR69500HGpGDp)

CR03720HPD

(CR03720HGDp)

CR

05520HEE

(CR05520HGpGDp)

CR47700

HPD

CR47700H

GDp

CR03720HDD

CR03720HGDvGDv

CR47700HDD

CR47700HGDvGDv

S8S4

CR6I600HEE

CR6I600HGpGD

p

CR6A600HEE**

(CR6A600HGpGDp)

CR06620HEE

(CR0

6620HGpGDp)

CR04820HPD**

(CR04820HGDp)

CR48800HDD

CR48800HGDvGDv

CR04820HDD

CR04820HGDvGDv

CR4880

0HPD

CR48800HGDp

Cross-Polar:

ExtralossDL

Radioperformance

(-2dBrural)

ExtralossDL

-1dB(Diplexer)

Deployment

constraints

ExtralossDL

-1dB(Diplexer)

Ex

tralossDL

-1dB(Diplexer)

on

3&4TRxs

Cross-Polar:

ExtralossDL

Radioperformance

(-2dBrural)

KeepLNA

KeepLNA

KeepLNA

KeepLNA

Deployment

constraints

chanheDLNA

byDDLNA

no

yes

yes

no

yes

no

no

yes

yes

yes

no

yes

no

no

no

yes

yes

no

2antennae

1antenna

GSM9

00

DUALBAND

CR05500HEE

(CR05500HGpGDp)

CR06600HEE

(CR06600HGpGDp)

removeonestageof

hybrid(+3dBinDL)

jumper'slength

>5m

no

yes

S8S2

S8S4

S8


33/128



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3.3.8.

EvolutionS6toS4S2andtoS4S4:evolutionforqualityorqualityandc

apacityreasons

3.3.9.

EvolutionS8toS4S4andtoS4S6:evolutionforqualityorqualityandc

apacityreasons

CR025HDE

CR025HDP

CR033HDP

CR225HDE

CR4B3HDP

C

R443HDP

CR225HDP

S6

CR026HDE

CR026HDP

CR044HDP

CR226HDE**

CR4C4HDP

CR

444HDP**

CR226HDP**

S8

S4S4

CR04420HD

D

(CR04420HGDv

GDv)

CR4C400HDD

(CR4C400GDvGDv)

S4S6

CR04420HPD

(CR04420HGDp)

CR4C400HPD

(CR4C400HGDp)

CR05520HFF

(CR05520HGDpDp

)

CR6H500HFF

(CR6H500GDpDp)

Addition1800

monobandantenna

3GSMantennashave

tobeavoided

S4S2

CR03320HPD

(CR03320HGDp)

CR4B300HPD

(CR4B300HGDp)

CR03320H

DD

(CR03320HGD

vGDv)

CR4B300HDD

(CR4B300HGDvGDv)

KeepLNA

Cross-Polar:

ExtralossDL

Radioperformance

(-2dBrural)

E

xtralossDL

-1

dB(DDLNA)

ExtralossDL

-1dB(Diplexer)

ExtralossDL

-1dB(Diplexer)

KeepLNA

KeepLNA

KeepLNA

no

ruralan

d

axial

removeonestageofH2

+3dBinDL

urban

Cross-Polar:

ExtralossDL

Radioperformance

(-2dBrural)

yes

ruraland

axial

removeonestageofH2

+3dBinDL

removeonestageofH2

+3dBinDL

yes

urban

yes

no

no

yes

2antennae

1antenna

GSM9

00

DUALBAND

CR03300HPD

(CR03300HGDp)

CR04400HPD

(CR04400HGDp)

jumper'slength>5m

yes

no

CR05500HFF

(CR05500HGDpDp)

prefered

S6S8

S4S2

S4S4

S4S2

S4S4


34/128



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3.3.1

0.EvolutionS6S2toS4S4andtoS4S6:evolutionforqualityorqualityandcapacityreasons

3.3.1


S4S4

CR04420HDD

(C

R04420HGDvGDv)

CR4C400HDD

(CR4C400GDvGDv)

S4S6

CR044

20HPD

(CR04420HGDp)

CR4C400HPD

(CR4C400HGDp)

CR05520HFF

(CR05520HGDpDp)

CR6H500HFF

(CR6H500GDpDp)

Addition1800monobandantenna

3GSMantennashave

tobeavoided

S4S8

CR06620HFF

(CR06620HGDpDp)

CR6I600HFF

(CR6I600GDpDp)

KeepLNA

Cross-Polar:

ExtralossDL

Radioperformance

(-2dBrural)

ExtralossDL

-1dB(DDLNA)

ExtralossDL

-1dB(Diplexer)

ExtralossDL

-1dB(Diplexer)

KeepLNA

KeepLNA

KeepLNA

no

ruraland

axia

l

removeonestageofH2

+3dBinDL

urban

Cross-Polar:

ExtralossDL

Radioperformance

(-2dBrural)

yes

ruraland

axial

removeonestageofH2

+3dBinDL

removeonestageofH2

+3dBinDL

yes

urban

yes

no

no

yes

S6S2

CR6G400HEE

(CR6G400HGpGDp)

CR69400HDP

(CR69400HGpGDp)

CR03620HPD

(CR03620HGDp)

CR03620HDD

CR03620HGDvGD

v

S6S4

CR6I500HEE

CR6I500HGpGDp

CR6A650HEE

(CR6A500HGpGDp)

CR04720HPD**

(CR04720HGDp)

CR04720HDD

CR04720HGDvGDv

CR48700HPD

CR48700HGDp

2

antennae

1antenna

G

SM9

00

DUALBAND

EvolutionforQualitypurpose

EvolutionforQualityandCapacity

purpose

CR04400HPD

(CR04400HGDp)

CR05500HFF

(CR05500HGDpDp)

CR06600HFF

(CR06600HGDpDp)

CR04400HEE

(CR04400HGpGDp)

CR04420HEE

(CR04420HGpGDp)

CR47600HDD

CR47600HGDvGDv

CR47600HPD

CR47600HGDp

CR05500HEE

(CR05500HGpGDp)

CR055

20HEE

(CR05520

HGpGDp)

CR48700HDD

CR48700HGDvGDv

S6S2

S6S4

S4S4

S4S6

S6S2

S6S4


35/128



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.doc

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3.3.1


3.3.1

3.EvolutionS8S4toS4S8andtoS4S8:evolutionforqualityreasons

CR69500HDP

(CR69500HGpGDp)

CR03720HPD

(CR03720HGDp)

CR05520HEE

(CR05520HGpGD

p)

CR47700HPD

CR47

700HGDp

CR03720HDD

CR

03720HGDvGDv

CR47700HDD

CR47700HGDvGDv

CR6I600HEE

CR6I600HGpGDp

CR6A600HEE

(CR6A600HGpGDp)

CR06620HEE

(CR06620HGpGD

p)

CR04820HPD**

(CR04820HGDp)

CR04820HDD

CR04820HGDvGDv

CR05520HFF

(CR05520HGpGDp)

CR06620HFF

(CR06620HGDpDp)

CR6H500HFF

(CR6H500HGpGDp)

CR6I600HFF

CR6I600HGDpDp

Cross-Polar:

ExtralossDL

Radioperformance

(-2dBrural)

removeonestageof

hybrid,H2

(+3dBinDL)

removeonestageof

hybrid,H2

(+3dBinDL)

removeonestageof

hybrid,H2

(+3dBinDL)

Cross-Polar:

ExtralossDL

Radioperformance

(-2dBrural)

remov

eonestageof

h

ybrid,H2

(+3dBinDL)

chanheDLNA

byDDLNA

removeonestageof

hybrid,H2

(+3dBinDL)

Cross-Polar:

ExtralossDL

Radioperformance

(-2dBrural)

removeonestageof

hybrid,H2

(+3dBinDL)

removeonestageof

hybrid,H2

(+3dBinDL)

Cross-Polar:

ExtralossDL

Radioperformance

(-2dBrural)

removeonestageof

hybrid,H2

(+3dB

inDL)

chanheDLNA

byDDLNA

S8S2

S8S4

S4S6

S4S8

Evolutionforqualitypurpose.

Evolutionforqualityandcapacitypurp

ose.

2antennae

1antenna

GSM9

00

DUALBAND

CR06600HFF**

(CR06620HGDpDp)

CR06600HEE**

(CR06600HGpGDp)

CR05500HFF**

(CR05500HGpGDp)

CR05500HEE**

(CR05500HGpGDp)

**onlyifjumper'slength>5m

CR48800HDD

CR48800HGDvGDv

CR4880

0HPD

CR48800HGDp

CR6H500HEE

(CR6H500HGpGDp)

S8S2

S8S4

S4S6

S4S8

S4S8


36/128






4. GSM 900 RADIO CONFIGURATIONS DESCRIPTION.

The radio configurations that can be used in the Mobistar network aredescribed below.

The main components are listed for each configuration and the involved

capacity (# TRX) is mentioned.Only Hybrid Combiners are considered here (no cavity combiner is used

within Mobistar Network).

A combiner stage yields to an additional loss of about 3.2 dB of emit

power. As a result, the emission power has to be increased by 3.2 dB, ifpossible.

Each radio configuration is defined with a maximum # TRx. In practise, lessTRx can be used.

Radio configurationsare provided with the element used. The name isadapted accordingly.

This means that in some cases, the number of elements installed doesnt

correspond to the number of element used.

Indeed, the number of elements installed depends on the BTS supplier(for more information, please refer to the third part).

The following paragraphs will provide the radio configurations for :

GSM 900

2 TRXs 4 TRXS 6 TRXs 8 TRXsGSM 900 and GSM 1800

S2S2 S2S4 S4S4 S4S6 S4S8 S6S2 S6S4 S8S2 S8S4


37/128




S:\ETG\Common\Projects\MER\SPLIT\MER DUALBAND\4-GSM-Radio

Config.docETG 2.0 9/01/02 34


5.1. GSM 900 : 2TRX

CR011H

[TRx]900 [TRx]1800 Diversity DLNA(s) DDLNA(s)

Up to 2 0 No 0 0

losses @ 900MHz (dB)

DL: [Feeder 900loss] + [ Gain]Ant-900

UL: [Feeder 900loss] + [ Gain]Ant-900

Comments:

Vertical-Polar antenna

CR011H

TRx1 + TRx2 + RxM

I

I

II

1 2

BTS 900

RXM

H2D

RXD


38/128







CR011HDP


Up to 2 0 Polarisation 0 0




Comments:

Cross-Polar antenna

CR011HDP

RxD

XXX

X

1 2

BTS 900

RXM

H2D

RXD

TRx1 + TRx2 + RxM


39/128







CR011HDE


Up to 2 0 Space 0 0




Comments:


CR011HDE

RxD

I

I

I

I

1 2

BTS 900

RXM

H2D

RXD

TRx1 + TRx2 + RxM

I

I

I

I


40/128







CR111H


Up to 2 0 No Yes 0


DL: [-1dB]DLNA [Feeder 900loss] + [ Gain]Ant-900

UL: [+4dB]DLNA [Feeder 900loss] + [ Gain]Ant-900

Comments:


CR111H

RxM

1 2

BTS 900

TRx1 + TRx2

RXM

CIN

Ant

Tx Rx

DLNA

H2

III

I


41/128







CR131H


Up to 2 0 No 0 Yes


DL: [-1.5dB]DDLNA [Feeder 900loss] + [ Gain]Ant-900

UL: [+4dB]DDLNA [Feeder 900loss] + [ Gain]Ant-900

Comments:


CR131H

TRx1 + TRx2 + RxM

1 2

BTS 900

RXM

CIN

Ant

Tx / Rx

DDLNA

H2D Duplexer integrated in combiner

Current Injector

IIII


42/128







5.2. GSM 900 : 4TRX

CR013H


Up to 4 * 0 No 0 0


DL: [-3dB]coupler [Feeder 900loss] + [ Gain]Ant-900


Comments:

2 stages of hybrid combiners, additional loss (3dB).

BTS 900


CR013H

1 3 42

RXM

H2 H2

TRx1 + TRx2 + TRx3 + TRx4+ RxM

ANT.

RX TX

H2

II

I

I

RXD


43/128







CR113H


Up to 4 * 0 No Yes 0


DL: [-3dB]coupler+ [-1dB] DLNA [Feeder 900loss] + [ Gain]Ant-900


Comments:



CR113H

RxM

IIII

TRx1 + TRx2+ TRx3 + TRx4

CIN

Ant

Tx Rx

DLNA

BTS 900

1 3 42

H2 H2

H2

RXM


44/128







CR022HDP


Up to 4 0 Polarisation 0 0




Comments:

Cross-Polar antenna

Duplexer integrated in combiner

CR022HDP

X

X

X

X

BTS 900

1 3 42

RXM

H2D H2D

RXD

TRx1 + TRx2 + RxM

TRx3 + TRx4 + RxD


45/128







CR222HDP


Up to 4 0 Polarisation Yes 0




Comments:

BTS 900

Cross-Polar antenna

CR222HDP

RxD

X

X

X

X

TRx1 + TRx2

CIN

Ant

Rx TxDLNA

1 3 42

RXM

H2 H2

RXD

RxM

Ant

Tx Rx

TRx3 + TRx4

CIN


46/128







CR262HDP


Up to 4 0 Polarisation 0 Yes




Comments:

BTS 900

Cross-Polar antenna

CR262HDP

TRx1 + TRx2 + RxM

Ant

Rx / Tx

DDLNA

1 3 42

RXD

Ant

Tx / Rx

TRx3 + TRx4 + RxD

CIN

H2DH2D

RXM

CIN

X

X

X

X


47/128







CR022HDE


Up to 4 0 Space 0 0


DL: [Feeder900

loss] + [ Gain]Ant-900


Comments:



CR022HDE

BTS 900

1 3 42

RXM

H2D H2D

RXD

TRx1 + TRx2 + RxM

TRx3 + TRx4 + RxD

II

I

I

II

I

I


48/128







CR222HDE


Up to 4 0 Space Yes 0


DL: [-1dB]DLNA

[Feeder900

loss] + [ Gain]Ant-900


Comments:

BTS 900


CR222HDE

RxD

TRx1 + TRx2

CIN

Ant

Rx Tx

DLNA

1 3 42

RXM

H2 H2

RXD

RxM

Ant

Tx Rx

TRx3 + TRx4

CIN

III

I

III

I


49/128







5.3. GSM 900 : 6TRX

CR025HDP

[TRx]900 [TRx]1800 Diversity DLNA(s) DDLNA(s) Num.Cabinets

Up to 6 * 0 Polarisation 0 0 N:1 M:1




Comments:

2 stages of hybrid combiners, additional loss (3dB)..

Cross-Polar antenna

CR025HDP

X

X

X

X


TRx5 + TRx6 + RxD

BTS 900

1 3 42

RXM

H2 H2

RXD

ANT.

RX TX

H2

H2

5 6

ANT.

TX RX

H2


50/128







CR225HDP


Up to 6 * 0 Polarisation Yes 0 N: 1 M:1


DL: [-3dB]coupler + [-1dB] DLNA [Feeder 900loss] + [ Gain]Ant-900


Comments:


Cross-Polar antenna

CR225HDP

RxD

X

X

X

X

TRx1 + TRx2 + TRx3 + TRx4

CIN

AntRx Tx

DLNA

RxM

AntTx Rx

TRx5 + TRx6

CIN

BTS 900

1 3 42

RXM

H2 H2

RXD

H2

H2

5 6

H2


51/128







CR033HDP


Up to 6 0 Polarisation 0 0 N: 1 M:1




Comments:

TRx5 + TRx6 + RxM

Cross-Polar antenna

CR033HDP

XXX

X

XXX

X

BTS 900

1 3 42

RXM

H2D H2D

RXD

5 6

RXM

H2D

RXD

TRx1 + TRx2 + RxM

TRx3 + TRx4 + RxD RxD


52/128







CR443HDP


Up to 6 0 Polarisation Yes 0 N: 1 M:1




Comments:

To be avoid (too many feeders)

BTS 900

Cross-Polar antenna

RxD

TRx1 + TRx2

CIN

Ant

Rx Tx DLNA

1 3 42

RXM

H2 H2

RXD

RxM

Ant

Tx Rx

TRx3 + TRx4

CIN

CR443HDP

RxD

CIN

AntRx Tx

5 6

RXM

H2

RXD

RxM

CIN

TRx5 + TRx6

X

X

X

X

X

X

X

X

AntTx Rx


53/128







CR4B3HDP


Up to 6 0 Polarisation 0 Yes N: 1 M:1



UL: [+4dB]DDLNA [Feeder 900loss] + [ Gain]Ant-900Comments:

CR4B3HDP

BTS 900

Cross-Polar antenna

TRx1 + TRx2 + RxM

AntRx / Tx

DDLNA

1 3 42

RXD

AntTx / Rx

TRx3 + TRx4 + RxD

CIN

H2DH2D

RXM

CIN

TRx5 + TRx6 + RxM

Ant

Rx / Tx

5 6

RXD

Ant

Tx / Rx

RxD

CIN

H2D

RXM

CIN

X

X

X

X

X

X

X

X


54/128







CR025HDE


Up to 6 0 Space 0 0 N: 1 M:1




Comments:



CR025HDE

I

I

I

I


TRx5 + TRx6 + RxD

I

I

I

I

BTS 900

1 3 42

RXM

H2 H2

RXD

ANT.

RX TX

H2

H2

5 6

ANT.

TX RX

H2


55/128







CR225HDE


Up to 6* 0 Space Yes 0 N: 1 M:1




Comments:


RxD


CIN

Ant

Rx TxDLNA

RxM

Ant

Tx Rx

TRx5 + TRx6

CIN

BTS 900

1 3 42

RXM

H2 H2

RXD

H2

H2

5 6

CR225HDE

I

I

I

I

I

I

I

I

Vertical-polar antenna

H2


56/128







5.4. GSM 900 : 8TRX

CR026HDP


Up to 8 * 0 Polarisation 0 0 N: 1 M:2



Comments:


Cross-Polar antenna

CR026HDP

XX

X

X


+ RxM


+ RxD

BTS

1 3 42

RXM

H2 H2

RXD

ANT.

RX TX

H2

H2H2

5 6 7 8

ANT.

TX RX

H2


57/128







CR226HDP


Up to 8 * 0 Polarisation Yes 0 N:1 M:2


DL: [-3dB]coupler+ [-1dB] DLNA [Feeder 900loss] + [ Gain]Ant-900


Comments:


Cross-Polar antenna

CR226HDP

RxD

XXX

X


CIN

Ant

Rx TxDLNA

RxM

Ant

Tx Rx


CIN

BTS 900

1 3 42

RXM

H2 H2

RXD

H2

H2H2

5 6 7 8

H2


58/128







CR044HDP


Up to 8 0 Polarisation 0 0 N:1 M:2




Comments:

TRx5 + TRx6 + RxM

Cross-Polar antenna


CR044HDP

X

X

X

X

X

X

X

X

BTS

1 3 42

RXM

H2D H2D

RXD

5 7 86

RXM

H2D H2D

RXD

TRx1 + TRx2 + RxM

TRx3 + TRx4 + RxD TRx7 + TRx8 + RxD


59/128







CR444HDP


Up to 8 0 Polarisation Yes 0 N:1 M:2




Comments:

BTS 900

Cross-Polar antenna

RxD

TRx1 + TRx2

CIN

AntRx Tx DLNA

1 3 42

RXM

H2 H2

RXD

RxM

AntTx Rx

TRx3 + TRx4

CIN

CR444HDP

RxD

CIN

AntRx Tx

5 7 86

RXM

H2 H2

RXD

RxM

AntTx Rx

CIN

TRx5 + TRx6

TRx7 + TRx8

X

XXX

X

X

XX


60/128







CR4C4HDP


Up to 8 0 Polarisation 0 Yes N: 1 M:2




Comments:

BTS 900

Cross-Polar antenna

CR4C4HDP

TRx1 + TRx2 + RxM

Ant

Rx / TxDDLNA

1 3 42

RXD

Ant

Tx / Rx

TRx3 + TRx4 + RxD

CIN

H2DH2D

RXM

CIN

TRx5 + TRx6 + RxM

Ant

Rx / Tx

5 7 86

RXD

Ant

Tx / Rx

TRx7 + TRx8 + RxD

CIN

H2DH2D

RXM

CIN

X

X

X

X

X

X

X

X


61/128







CR026HDE


Up to 8 * 0 Space 0 0 N:1 M:2




Comments:



CR026HDE

I

I

I

I

TRx1 + TRx2 + TRx3 + TRx4+ RxM TRx5 + TRx6 + TRx7 + TRx8+ RxD

I

I

I

I

BTS

1 3 42

RXM

H2 H2

RXD

ANT.

RX TX

H2

H2H2

5 6 7 8

ANT.

TX RX

H2


62/128







CR226HDE


Up to 8 * 0 Space Yes 0 N:1 M:2


DL: [-3dB]coupler + [-1dB] DLNA [Feeder 900loss] + [ Gain]Ant-900


Comments:


RxD


CIN

Ant

Rx TxDLNA

RxM

Ant

Tx Rx


CIN

BTS 900

1 3 42

RXM

H2 H2

RXD

H2

H2H2

5 6 7 8

H2

CR226HDE

IIII

IIII

Vertical-polar antenna


63/128




S:\ETG\Common\Projects\MER\SPLIT\MER

DUALBAND\5.1DUALRadioConfig.doc

ETG 2.0 9/01/02 60


6.DUAL

GSM 900 AND GSM 1800: S2S2

CR02210HVD ( CR02210HGDv )

[TRx]900 [TRx]1800 Diversity DLNA(s) DDLNA(s) Diplexer(s) # Cabinets

Up to 2 Up to 2 No 0 0 Yes N:1 M: 1

losses @ 900MHz (dB) losses @ 1800MHz (dB)

DL: [-1dB]Diplexer [Feeder 900loss] + [ Gain]Ant-900 DL: [-1dB]Diplexer [Feeder 1800loss] + [ Gain]Ant-1800UL: [-1dB]Diplexer [Feeder 900loss] + [ Gain]Ant-900 UL: [-1dB]Diplexer [Feeder 1800loss] + [ Gain]Ant-1800

Comments:

1 2

BTS 900

RXM

H2D

1 2

BTS 1800

RXM

H2D

RXD

(TRx1 + TRx2 + RxM) 900 +

(TRx1 + TRx2 ) 1800

CR02210HVD/CR02210HGDv

I

I

I

I

Dual Band Vertical-Polar antenna

with integrated diplexer

ANT.

900 1800

RXD

Diplexer


64/128






ETG 2.0 9/01/02 61


CR26200HVD ( CR26200HGDv )

TRx]900 [TRx]1800 Diversity DLNA(s) DDLNA(s) Diplexer(s) # Cabinets

Up to 2 Up to 2 No 0 900: yes, 1800: yes 0 N:1 M: 1


DL: [-1.5dB]DDLNA [Feeder 900loss] + [ Gain]Ant-900 DL: [-1.5dB]DDLNA [Feeder 1800 loss] + [ Gain]Ant-1800UL: [+4dB]DDLNA [Feeder 900loss] + [ Gain]Ant-900 UL: [+4dB]DDLNA [Feeder 1800loss] + [ Gain]Ant-1800

(TRx1 + TRx2 + RxM) 900

Cables optimised for 900Cables optimised for 1800

DDLNA

Dual Band Vertical-Polar

antenna without integrateddiplexer

I

I

CIN

Ant 900

Rx / Tx

Ant 1800

Tx / Rx

1

BTS 900

RXM

BTS 1800

CIN

( TRx1+ TRx2+RxM)1800

I

I

H2D

2 1

RXM

H2D

2


65/128






ETG 2.0 9/01/02 62


CR02220HPD ( CR02220HGDp )


Up to 2 Up to 2 Polarisation 0 0 Yes N:1 M: 1


DL: [-1dB]Diplexer [Feeder 900loss] + [ Gain]Ant-900 DL: [-1dB]Diplexer [Feeder 1800 loss] + [ Gain]Ant-1800UL: [-1dB]Diplexer [Feeder 900loss] + [ Gain]Ant-900 UL: [-1dB]Diplexer [Feeder 1800 loss] + [ Gain]Ant-1800

1 2

BTS 900

RXM

H2D

1 2

BTS 1800

RXM

H2D

Xx

Xx

(TRx1 + TRx2 + RxM) 900

+

(TRx1 + TRx2 + RxM) 1800

Dual Band Cross-Polar

with integrated diplexer.

Diplexer

CR02220HPD/CR02220HGDp

Cables optimised for 1800 MHz

900 1 800

RXDRXD

(RxD)900+( RxD) 1800

900 1 800


66/128






ETG 2.0 9/01/02 63


CR02200HPD ( CR02200HGDp ) Not preferred


Up to 2 Up to 2 Polarisation 0 0 0 N:1 M: 1


DL: [Feeder 900loss] + [ Gain]Ant-900 DL: [Feeder 1800loss] + [ Gain]Ant-1800UL: [Feeder 900loss] + [ Gain]Ant-900 UL: [Feeder 1800loss] + [ Gain]Ant-1800

Comments:

To use only with jumpers bigger than 5 m.

(TRx1 + TRx2 + RxM) 900

(RxD) 900

( RxD) 1800

Cables optimised for 1800 MHzCables optimised for 900 MHz

(TRx1 + TRx2 + RxM) 1800

1 2

BTS 1800

RXM

H2D

RXD

1 2

BTS 900

RXM

H2D

RXD

CR02200HPD (CR02200HGDp)

X

X

X

XX

X

X

Cross Polar Dual Band Antenna

without integrated diplexers


67/128






ETG 2.0 9/01/02 64


GSM 900 AND GSM 1800: S4S2

CR4B*300HPD ( CR4B300HGDp )

[TRx]900 [TRx]1800 Diversity DLNA(s) DDLNA(s) Diplexer(s) # CabinetsUp to 4 Up to 2 Polarisation 0 900: Yes ,

1800:Yes

0 N:1 M: 1


DL: [-1.5dB]DDLNA [Feeder 900loss] + [ Gain]Ant-900 DL: [-1.5dB]DDLNA [Feeder 1800loss] + [ Gain]Ant-1800UL: [+4dB]DDLNA [Feeder 900loss] + [ Gain]Ant-900 UL: [+4dB]DDLNA [Feeder 1800loss] + [ Gain]Ant-1800

1 2

BTS 1800

RXM

H2D

RXD

(TRx1 + TRx2 + RxM) 900

Ant 900Rx / Tx

DDLNAAnt 900

Tx / Rx

(TRx3 + TRx4 + RxD) 900

CINCIN

(TRx1 + TRx2 + RxM) 1800

Ant 1800Rx / Tx

CIN

XX

XX

1 3 42

BTS 900

RXM

H2D H2D

RXD

Dual Band Cross-Polar antenna

without integrated diplexer

Cables optimised for 1800 MHzCables optimised for 900 MHz

Ant 1800

Rx / Tx

CIN

(RxD) 1800


68/128






ETG 2.0 9/01/02 65


CR03320HPD ( CR03320HGDp )


Up to 4 Up to 2 Polarisation 0

doc rf mobistar2

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