umts in alcatel evolium mbi5
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Umts in Alcatel Evolium Mbi5TRANSCRIPT
ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA1/39 Site STUTTGART Wireless networks Originators R. D. WOELFLE ENGINEERING RULES AND CONFIGURATIONS MULTISTANDARD BASE STATION INDOOR & OUTDOOR EVOLUTION Domain:GSM/WiMAX Division:ENGINEERING DOCUMENTATION Type:HW CONFIGURATION RULES ABSTRACT ThisdocumentdescribestheengineeringrulesandthehardwareconfigurationsoftheAlcatel9100 Multistandard Base Stations for Indoor (MBI) and Outdoor (MBO Evolution), and the ordering rules for each configuration in accordance with the PCL references. Approvals Name App. J . Sagkob P. Y. Courtine REVIEW ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA2/39 CONTENTCONTENT...................................................................................................................................................... 2 HISTORY....................................................................................................................................................... 3 OPEN POINTS .............................................................................................................................................. 3 1 INTRODUCTION ........................................................................................................................................ 4 2 GENERAL ASSUMPTIONS....................................................................................................................... 6 2.1 MBS Definition................................................................................................................................... 6 3 EQUIPMENT DESCRIPTION AND BASIC ENGINEERING RULES........................................................ 7 3.1 Cabinet and rack structures & configurations.................................................................................... 7 3.2 Subracks............................................................................................................................................ 9 3.3 SUM................................................................................................................................................. 10 3.4 GSM Transceiver Modules (TRM)................................................................................................... 10 3.5 GSM Antenna Networks.................................................................................................................. 10 3.6 Node B............................................................................................................................................. 12 3.7 Cable sets........................................................................................................................................ 12 3.8 Cooling fans..................................................................................................................................... 13 3.9 Dedicated equipment for MBOE...................................................................................................... 13 3.10 Installation kits............................................................................................................................... 15 4 ANTENNA NETWORK ENGINEERING RULES..................................................................................... 16 4.1 General issues................................................................................................................................. 16 4.2 Antenna connectors......................................................................................................................... 16 4.3 Handling of the antenna networks for GSM.................................................................................... 17 4.4 TRDU configurations ....................................................................................................................... 17 5 BASIC ORDERING.................................................................................................................................. 19 5.1 Basic ordering rules and mnemonics .............................................................................................. 19 5.2 Additional equipment....................................................................................................................... 19 5.3 Installation kits................................................................................................................................. 19 6 CONFIGURATIONS OVERVIEW............................................................................................................. 23 7 CONFIGURATIONS OUTDOOR (MBO2 and MBO2E) .......................................................................... 24 7.1 MBO2E GSM 2/2/2 with Single-TRX +UMTS 1/1/1....................................................................... 24 7.2 MBO2E GSM 4/4/4 with Twin-TRX +UMTS 1/1/1.......................................................................... 25 7.3 MBO2E GSM Multiband 2/2/2 +2/2/2 with Twin-TRX +UMTS 1/1/1............................................. 27 7.4 MBO2 GSM 2/2/2 with Single-TRX +UMTS 1/1/1.......................................................................... 29 7.5 MBO2 GSM 4/4/4 with Twin-TRX +UMTS 1/1/1............................................................................ 30 7.6 MBO2E GSM 4/4/4 with Twin-TRX +UMTS 1/1/1 with TX-diversity.............................................. 31 8 CONFIGURATIONS INDOOR (MBI5)...................................................................................................... 33 8.1 GSM 2/2/2 with Single-TRX +UMTS 1/1/1..................................................................................... 33 8.2 GSM 4/4/4 with Twin-TRX +UMTS 1/1/1........................................................................................ 34 8.2 GSM 4/4/4 with Twin-TRX +UMTS 1/1/1 with TX-diversity............................................................ 36 8.4 Empty GSM +UMTS 1/1/1.............................................................................................................. 38 ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA3/39 HISTORY
Ed. 04Released from 16.03.2009 Released as in Edition 4 Proposal 1 Ed. 04Proposal 1 from 09.03.2009 Replacement of the former Evolium Node B solution with TEU by dNode B 2U V2 and TRDU Ed. 03Proposal 1 from 28.11.2006 Update of antenna connectors mapping Ed. 02Released from 22.09.2006 Released as in Edition 2 Proposal 1 Ed. 02Proposal 1 from 20.09.2006 Introduction of MBS HW Kit (with items BTSRIOUT / ABIS / SUMACA) Introduction of UMTS high power Ed. 01Released from 08.09.2006 Released as in Proposal 1 with following updates: - Addition of a configuration with 0 TRX GSM and 1/1/1 TRX UMTS - Editorial changes Ed. 01Proposal 1 from 14.07.2006 Introduction without configurations for Indoor
OPEN POINTS Based on the actual definition of the product and discussions with reviewers of this document there are following open issues: None
ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA4/39 1 INTRODUCTION 1.1 Preface This document describes the engineering rules and the hardware configurations of the Alcatel-Lucent 9100 Multistandard Base Stations for Indoor (MBI) and Outdoor (MBO Evolution) with TRDU, and the ordering rules for each configuration in accordance with the PCL references.
1.2 Referenced documents [1] Product Configuration Level - A9100 BTS 3BK 15015 AAAA ALZZA [2] ENGINEERING RULES AND CONFIGURATIONS - G4 BTS MBO Evolution 3BK 15015 CDAA PWZZA [3] ENGINEERING RULES AND CONFIGURATIONS - G4 BTS INDOOR 3BK 15015 BAAA PWZZA [4] Alcatel-Lucent 9326 digital 2U V2 Node B Product description UMT/BTS/INF/024277[5] Modular Structure Documentation for Multistandard configuration in Evolium 3JR 05001 AMAA BHZZA [6] V01/EN 9100 Base Station Multi standard UMT/BTS/INF/025255
1.3 Related documents [7]EVOLIUM BTS A9100 Product Description 3DC 21083 0001 TQZZA
1.4 Glossary/Terminology 2U V2User space (in MBS for digital Node B V2) AD Antenna Diversity AN Antenna Network AGC Antenna Network Evolution with Combiner ANYAntenna Network Type Y (Twin wide band combiner stage and power splitter) BBUBattery Backup Unit BTSBase Transceiver Station EDGEEnhanced Data rates for GSM Evolution ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA5/39 GSM Global System for Mobile Communication HW HardWare ICOInterconnection module for TRDU IDU InDoor Unit (of microwave entity) MBO1E MBO Evolution basic rack MBO2EMBO Evolution composed of MBO1E and MBOEE MBOEEMBO Evolution Extension rack MW Microwave PCLProduct Configuration Level PCM Pulse Coded Modulation PM18 Power Module 1800W AC/DC PM18SRSubrack for PM18 or additional equipment in MBOE PSPower Supply SR Subrack STASR STAndard SubRack SUMStation Unit Module TDS Technical Data Sheet NTL Network Termination Line TRCUTRDU sub rack Cooling Unit module TRDUTransmit/Receive/Duplexer Unit (UMTS) TRMTRansceiver Module TRXTRansceiver Equipment TXTransmit TXDIVTX Diversity UMTSUniversal Mobile Telecommunication System
ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA6/39 2 GENERAL ASSUMPTIONS 2.1 MBS Definition The Multistandard Base Station (MBS) corresponds to a cabinet shared by a GSM BTS and a UMTS Node B.The cabinet can be either an Outdoor cabinet (MBO2 Evolution), or an Indoor cabinet (MBI5). ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA7/39 3 EQUIPMENT DESCRIPTION AND BASIC ENGINEERING RULES
3.1 Cabinet and rack structures & configurations Different cabinets are foreseen to accomodate MBS: - MBO2E: Multistandard Outdoor Cabinet Evolution, and - MBI5: Multistandard Indoor cabinet For more details about the cabinet structure of MBOE and MBI see references [2] and [3]. 3.1.1 Rack composition and subrack configuration in MBO2E In the MBOE the Node B part is situated in the MBOEE cabinet, the GSM part in the MBO1E cabinet plus in the top subrack of the MBOEE for configurations with related space requirements. Figure 3.1.1: Rack composition and subrack configuration in MBO2E ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA8/39 Note:The actual version of the PCL describes MBO2E cabinets with 6 standard subracks (STASR). For multistandard use there must be removed the bottom two subracks in the righten part of the cabinet.
3.1.2 Rack composition and subrack configuration in MBI In the MBI the Node B part is situated in the space of the two bottom subracks (former 1 and 2) of the MBI, the GSM part is in subracks 3 - 6. Figure 3.1.2: Rack composition and subrack configuration in MBI5 (DC)
ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA9/39 3.2 Subracks In the MBS there are various subrack types:CabinetSubrack type Description STASRStandard subrack for ALU 9100 BTS PM18SRFor power supplies and additional equipment MBOE TRDU subrackFor installation of Node B TRDU modules STASRStandard subrack for ALU 9100 BTSMBI TRDU subrackFor installation of Node B TRDU modules and their related equipment Figure 3.2: TRDU subrack, equipped with one TRDU, two ICO and TRCU For more details about STASR and related placement of modules see references [2] or [3]. ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA10/39 3.3 SUMThe SUM is the Station Unit Module and integrates the following functions: Transmission functions O&M functions of the BTSClock distribution Remote inventory function Provision of some external interfaces and management of internal interfaces 3.4 GSM Transceiver Modules (TRM) 3.4.1 Single-TRX The (single) transceiver (TRX) covers GSM 850, GSM 900, GSM 1800 and GSM 1900 functionalities, including full rate, half rate, enhanced full rate, antenna diversity, radio frequency hopping (synthesized hopping) and different ciphering algorithms. For each band, these functions are integrated into one single module. 3.4.2 Twin-TRX The Twin-transceiver (Twin-TRX) covers GSM 850, GSM 900, GSM 1800 and GSM 1900 with the additional features TX diversity and 2RX/4RX-diversity by implementation of two TRX in one common housing. This supports also BTS configurations up to 24 TRX. The Twin-TRX is compatible to the Standard-TRX in terms of external electrical interfaces and external physical dimensions.
3.5 GSM Antenna Networks In the MBS the following types of GSM antenna networks can be used/equipped:ANC: Antenna Network with CombinerANY: Antenna Network Type Y (Dual wide band combiner stage and power splitter)
ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA11/39 Figure 3.5a: ANC & AGC representation
Figure 3.5b:ANY representation
ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA12/39 3.6 Node B The Node B part of the Multistandard BTS consists of following basic units and is provided by the W-CDMA product unit: TRDU:The TRDU is the Transmitter/Receiver/Duplexer Unit for the Node B and provides one single transmit and dual diversity receive chains. The TRDU subrack can be equipped with up to six TRDU ICO:The ICO is the Interconnection module for the TRDU and can manage up to three TRDU modules, the TRDU subrack offers space for two ICO. In case of configuration with less than 3 TRDU, TRDU ICO filler is used to replace second TRDU ICO. dNode B 2U V2:The dNode B 2U V2 is the digital part of the Node B and is located in the user space 2U V2 of the Multistandard Base Station. For more details see ref. [5].
3.7 Cable sets 3.7.1 RF cable sets for GSM A cable set is associated to each RF connection type :the RF cable set between RF modules : CS03 or CS28 (Snap N) This cable set is used between TRX and AN, TRX and ANY, ANY and AN,the RF cables set AN to antenna connector:ofor the MBOE: CS27, which is in set with the LPQMDC and to be ordered together with the AN'sofor the MBI: CS04 3.7.2 Cable sets for TRDU & 2UV2 See ref. [5].
ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA13/39 3.8 Cooling fans 3.8.1 Cooling fans for the GSM part A fan stage includes three fan units (each one including 2 fans), and one Fan Control Board (FACB). As soon as one TRM is equipped in a subrack, the fan stage below the TRM(s) must be fully equipped.In the MBO1E rack the two fan stages are always preequipped, as soon as in the MBOEE rack one TRM is equipped in the top subrack, the fan stage below the TRM(s) is to be equipped also. The MBI5 is equipped with 3 fan stages and an additional top fan stage
3.8.2 Cooling fans for TRDU The TRDU subrack is equipped with the dedicated TRCU (TRDU sub rack Cooling Unit) module 3.9 Dedicated equipment for MBOE 3.9.1 Heaters The heaters (HEAT2 950W for AC or Heater DC 700W) are optional, and following figures will be taken into account for the choice : MBO1EMBO2E No heaters needed. (Warm climate) 00 Heaters needed (Temperate and cold climates) 12
Warm climate :Temperature range according to IEC 72121 (T > 5C) Temperate climate : Temperature range according to ETS 30001914 Class 4.1 (T > 33C) Cold climate :Temperature range according to ETS 30001914 Class 4.1E (T > 45C) Not valid for 48V DC version ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA14/39 Figure 3.9a: DAC/HEX and Heater arrangement inside Outdoor compartments MBO1E and MBO2E (Top view)
3.9.2 Heat exchangers or direct air cooling The cabinet cooling system is always preequipped, either Heat Exchangers (HEX) or in case of MBOE alternatively with Direct Air Cooling (DAC). DAC9 or HEX9 in MBO1E, DAC9 + DAC8 or HEX9 + HEX8 in MBO2E (refer to Figure 3.9)
3.9.3 AC/DC converters : PM18 ( 1800 Watts ) The PM18 and PM18R (Rectifier) is located in the PM18SR in the lower part of the MBO1E rack. In the MBS there are 3x PM18R equipped. The location of the PM18R 1 - 3 in the PM18SR depends on their manufacturer, it is as follows: Manufacturer CherokeeManufacturer H&S Figure 3.9b: Location of PM18R
3.9.4 Battery back-up unitUp to two 90 Ah batteries can be fitted in the MBO1E. (Note: The BBU is defined for 90 Ah, but the TD mnemonic is BU101.) Thus, the different configurations of Outdoor BTSs can be equipped without battery, or with up to two BBU (BU101). On request of higher battery capacity an External Battery Cabinet Outdoor (EBCO) can be used for up to 3x BU101. In this case the internal battery backup unit cannot be used. ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA15/39
3.9.5 Microwave equipment The microwave equipment is part of the Alcatel-Lucent 9400 UX family, which is composed of one IDU (Indoor Unit) and one ODU (Outdoor Unit coupled to one antenna). Standard IDU can be a "1+0" type, or "1+1" type when redundancy is required for the microwave link. Up to 2x 3 IDU + DDF can fit in the options space of the MBO1E options space.
3.9.6 Network Termination LineNote: In case of French NTL, the kit NMSM must be mounted first due to reduced deepness of 245 mm in 19 space for options in MBO1E. Figure 3.9.6. Connections of Options to 48V DC power supply
3.10 Installation kits See references [2] and [3].
ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA16/39 4 ANTENNA NETWORK ENGINEERING RULES 4.1 General issues For sectors mapping, module locations and numbering schemes see references [2] and [3]. 4.2 Antenna connectors 4.2.1 Mapping of antenna feeders on MBO2E cabinet Figure 3.3.2: Mapping of antenna feeders on MBO2E cabinet for max. 6 GSM antennas (same as for former Evolium MBS)
4.2.2 Mapping of antenna feeders on MBI cabinet Considering the mechanical structure of the MBI5 cabinet, which implies that the three first CS04 cables sets are always preequipped, the mapping of antenna feeders for Node_B is only possible on the two auxiliary 3 x 7/16 Antenna Blocks. (GSM sectors are assumed to be present before UMTS sectors) Figure 3.3.3 shows the mapping of the antenna feeders for GSM and UMTS sectors on the top of the cabinet. Figure 3.3.3: Mapping of antenna feeders on MBI cabinet (same as for former Evolium MBS) ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA17/39
4.3 Handling of the antenna networks for GSM See references [2] or [3].
4.4 TRDU configurations 4.4.1 TRDU Basic configuration Figure 4.4.1: Single sector Transmit + dual receive / 2 carriers /one module configuration
ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA18/39 4.4.2 TRDU two modules configuration Figure 4.4.2: Single sector Transmit + dual receive / 4 carriers / two modules configuration
ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA19/39 5 BASIC ORDERING5.1 Basic ordering rules and mnemonics See references [2] and [3].
5.2 Additional equipment EquipmentChoiceTDRQuantityRemarkType Smoke Detector NB2CABEOOL1 Water Detector NB2CABEOOM 1 Plinthfor MBO1ENB2CABEOOT1 Plinthfor MBOEENB2CABEOOP1 Battery Backup Unit1 batteryNBV2CABOOC1 BU90Battery mounting set 1 and NB2CABEOOJ1 Battery Backup Unitor2 batteriesNBV2CABOOC2 Battery mounting set 1 and NB2CABEOOJ1 Battery mounting set 2 and NB2CABEOOK1 HeatersorAC for MBO2ENODEBVOON2 HU HeatersorDC for MBO2ENBV2CABOOM 2 HU 19 options mounting set NB2CABEOON1 Kit NTPLFrench version ( z = F )NBV2KITOO61 Kit NTPLor German version ( z = G) NBV2KITOO51 External DC Feedtbd Kit for IDU 1U/19" NBV2KITOO21 per IDU DDF for IDUNBV2KITOO31 when IDU used
5.3 Installation kits 5.3.1 Mandatory equipment for outdoor (MBO2E) EquipmentChoiceTDR QuantityRemarkTypeBasic Kit OutdoorMBOGSM*OOF 1 Antenna Jumper Cables2m for MBOE INSTALBOOJ2 per ANAntenna Jumper Cables or 3m for MBOEMBSINSTOO52 per AN
5.3.2 Mandatory equipment for indoor (MBI5) ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA20/39 EquipmentChoiceTDR QuantityRemarkType Basic Installation Kit MBSINSTOO11 Antenna Jumper Cables 1mG3INS**OOU2 per AN Antenna Jumper Cables or2mINSTALBOOJ2 per AN2m is the standard cable
Antenna Jumper Cables or3mMBSINSTOO52 per AN Antenna Jumper Cables or5mINSTALBOOK2 per AN
5.3.3 Cables for outdoor (MBO2E) EquipmentChoiceTDR Quantity RemarkTypePCM cable75 Ohm / Roll 100mPCMCAB1OOM See 5.3.6: Dimensioning of the rolls 1)PCM cableor 75 Ohm / Roll 250m PCMCAB1OONSee 5.3.6: Dimensioning of the rolls 1)PCM cableor 120 Ohm / Roll100m PCMCAB1OOJSee 5.3.6: Dimensioning of the rolls
PCM cableor 120 Ohm / Roll250m PCMCAB1OOLSee 5.3.6: Dimensioning of the rolls
Alarm cableRoll 100mPCMCAB1OOG See 5.3.6: Dimensioning of the rolls
Alarm cableor Roll 250mPCMCAB1OOHSee 5.3.6: Dimensioning of the rolls
AC Power cable (3 phases) Roll 100mPWSCAB1OOQSee 5.3.6: Dimensioning of the rolls 4mm2AC Power cable (Single phase) Roll 100mPWSCAB1OO3See 5.3.6: Dimensioning of the rolls 4mm2AC Power cable (Single phase) or Roll 250mPWSCAB1OO4See 5.3.6: Dimensioning of the rolls 4mm2DC Power cable (Blue/-48V) Roll 100mPWSCAB1OO5See 5.3.6: Dimensioning of the rolls DC Power cable (Blue/-48V or Roll 250mPWSCAB1OO6See 5.3.6: Dimensioning of the rolls DC Power cable (Black/0V) Roll 100mPWSCAB1OOUSee 5.3.6: Dimensioning of the rolls DC Power cable (Black/0V) or Roll 250mPWSCAB1OOVSee 5.3.6: Dimensioning of the rolls Ground cable RollRoll 100mPWSCAB1OOSSee 5.3.6: Dimensioning of the rolls
Remark 1):With 75 Ohm cables, each coaxial must be ended with a shield termination ST75 (1AC 00330 0002). Total of ST75 needed per BTS is: 8.
ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA21/39 5.3.4 Cables for indoor (MBI5) EquipmentChoiceTDRQuantityRemarkType PCM cable75 Ohm / Roll 100mPCMCAB1OOCSee 5.3.6: Dimensioning of the rolls PCM cableor75 Ohm / Roll 250m PCMCAB1OODSee 5.3.6: Dimensioning of the rolls PCM cableor120 Ohm / Roll 100m PCMCAB1OOGSee 5.3.6: Dimensioning of the rolls PCM cableor120 Ohm / Roll 250m PCMCAB1OOHSee 5.3.6: Dimensioning of the rolls DC Power cable Roll 100 mPWSCAB1OOESee 5.3.6: Dimensioning of the rolls DC Power cable andRoll 100mPWSCAB1OOGSee 5.3.6: Dimensioning of the rolls DC Power cable orRoll 250mPWSCAB1OOFSee 5.3.6: Dimensioning of the rolls DC Power cable andRoll 250mPWSCAB1OOHSee 5.3.6: Dimensioning of the rolls Alarm cableRoll 100mPCMCAB1OOJSee 5.3.6: Dimensioning of the rolls Alarm cableorRoll 250mPCMCAB1OOLSee 5.3.6: Dimensioning of the rolls Ground cableRoll 100mPWSCAB1OOJSee 5.3.6: Dimensioning of the rolls Ground cableorRoll 250mPWSCAB1OOLSee 5.3.6: Dimensioning of the rolls
5.3.5 Optional equipment EquipmentChoiceTDRQuantityRemarkTypeDDF Wall fixingG3INS2*OOJ1 Wall fixing kitand G3INS2*OOK1 DDFor Rack fixingG3INS2*OOJ1 Rack fixing kitand G3INS2*OOL1 Jumpers for DDF 75 Ohm / Roll 100m PCMCAB1OOASee 5.3.6: Dimensioning of the rolls Jumpers for DDF or75 Ohm / Roll 250m PCMCAB1OOB See 5.3.6: Dimensioning of the rolls Jumpers for DDF or120 Ohm / Roll 100m PCMCAB1OOE See 5.3.6: Dimensioning of the rolls Jumpers for DDF or120 Ohm / Roll 250m PCMCAB1OOF See 5.3.6: Dimensioning of the rolls
ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA22/39 5.3.6 Dimensioning of the rolls As a roll may cover several installations, the number of rolls to be ordered will be defined by the launching people, depending on : Number of BTSs to be installed, Indications from Site Survey, or Average lengths given in the table here below: Cable typeMaximum Length Average Length Roll 100m coverage Roll 250m coverage PCM & Alarm cable100m20m1 to 2 BTS1 to 6 BTS Power and Ground cables 100m10m1 to 10 BTS1 to 25 BTS Jumpers for DDF100m0,5m1 to 20 BTS 1 to 50 BTS
ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA23/39 6 CONFIGURATIONS OVERVIEW
GSM (single-TRX) GSM (Twin-TRX) Node B Cabinetsectors and max. carriers per sector TRDU Remarks MBO22/2/24/4/43max. 12 antenna connectors2/2/24/4/43 -4/4/46 (TX-div.)MBO2E -2/2/2 + 2/2/22 max. 16 antenna connectorsMBI52/2/24/4/43 2/2/24/4/43MBI5 AB -4/4/46 (TX-div.)max. 14 antenna connectors
ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA24/39 7 CONFIGURATIONS OUTDOOR (MBO2 and MBO2E)
TRDU configuration: (see chapter 4.4.1) Sector 1: TRDU 1 Sector 2: TRDU 2 Sector 3: TRDU 3 TRDU 4 - 6: equipped in case of TX-diversity Main antennas: Lower connector, Div. antennas: Upper connector of each TRDU
7.1 MBO2E GSM 2/2/2 with Single-TRX + UMTS 1/1/1 This configuration is for re-arragement of a former GSM-Base Station to a Multistandard Base Station without ordering of new GSM-equipment.
ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA25/39 7.2 MBO2E GSM 4/4/4 with Twin-TRX + UMTS 1/1/1 EquipmentChoiceTDRQuantityRemarkType CabinetACMBOEVOLOOB1 -AC CabinetorDCMBOEVOLOOD1-DC CabinetorACMBOEDACOOB1With DAC-AC CabinetorDCMBOEDACOOE1With DAC-DC Power supplyAC (H&S)MBOEVOLOOV11)-AC Power supplyorAC (Cherokee)MBOEVOLOOW11)-AC RectifierAC (H&S)MBOEVOLOOF11)-AC RectifierorAC (Cherokee)MBOEVOLOOH11)-AC SUMSUMAG4MOD**OO31 SUMorSUMXG4MOD**OOX1 TRM GSM 850G5MOD01OO1see figures -TRTW TRMorGSM 900 GERANMDOO1see figures-TRTW TRMorGSM 1800GERANMDOO2see figures-TRTW TRMorGSM 1800 BPG5MOD01OO2see figures-TRTW TRMorGSM 1900G5MOD01OO3see figures-TRTW ANGSM 900 GERANMDOOB 3-ANCE ANorGSM 1800GERANMDOOE3 -ANCE ANorGSM 850G5MOD01OO43Snap N-ANCE ANorGSM 900 GERANMDOOM3Snap N-ANCE ANorGSM 900 GERANADOO13AGC9P BSNL, Snap N-ANCE ANorGSM 900 GERANADOO23AGC9P Reliance, Snap N-ANCE ANorGSM 1800GERANMDOOQ3Snap N-ANCE ANorGSM 1900G5MOD01OO73Snap N-ANCE Cable set G4MOD**OOF2 per TRMCS03 Cable setor GERANMDOO42 per TRMCS28, Snap N Ant. Conn. SetMBOEVOLOOQ3Load G3MOD**OOL6 NodeB To be configured by W-CDMA product group
Remarks:1)IF AC, no mix between H&S and Cherokee power supplies and rectifiers
ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA26/39
ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA27/39 7.3 MBO2E GSM Multiband 2/2/2 + 2/2/2 with Twin-TRX + UMTS 1/1/1
This configuration is currently not possible, because there are only 16 antenna connectors in the MBO2E! EquipmentChoiceTDRQuantityRemarkType CabinetACMBOEVOLOOB1 -AC CabinetorDCMBOEVOLOOD1-DC CabinetorACMBOEDACOOB1With DAC-AC CabinetorDCMBOEDACOOE1With DAC-DC Power supplyAC (H&S)MBOEVOLOOV11)-AC Power supplyorAC (Cherokee)MBOEVOLOOW11)-AC RectifierAC (H&S)MBOEVOLOOF11)-AC RectifierorAC (Cherokee)MBOEVOLOOH11)-AC SUMSUMAG4MOD**OO31 SUMorSUMXG4MOD**OOX1 TRMGSM 900 GERANMDOO1see figures-TRTW TRMGSM 1800GERANMDOO2see figures-TRTW ANGSM 900 GERANMDOOB 3 -ANCE ANorGSM 900 GERANMDOOM3Snap N-ANCE ANorGSM 900 GERANADOO13AGC9P BSNL, Snap N-ANCE ANorGSM 900 GERANADOO23AGC9P Reliance, Snap N-ANCE ANGSM 1800GERANMDOOE3 -ANCE ANorGSM 1800GERANMDOOQ3Snap N-ANCE Cable set G4MOD**OOF2 per TRMCS03 Cable setor GERANMDOO42 per TRMCS28, Snap N Ant. Conn. SetMBOEVOLOOQ6Load G3MOD**OOL12 NodeB To be configured by W-CDMA product group
Remarks:1)IF AC, no mix between H&S and Cherokee power supplies and rectifiers ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA28/39
ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA29/39 7.4 MBO2 GSM 2/2/2 with Single-TRX + UMTS 1/1/1 This configuration is for re-arragement of a former GSM-Base Station to a Multistandard Base Station without ordering of new GSM-equipment. EquipmentChoiceTDRQuantityRemarkType Power Module PM12 G4MOD**OO41If AC and only 3x PM12 equipped
NodeBTo be configured by W-CDMA product group
ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA30/39 7.5 MBO2 GSM 4/4/4 with Twin-TRX + UMTS 1/1/1 This configuration is for re-arragement of a former GSM-Base Station to a Multistandard Base Station and with replacement of Single-TRX by Twin-TRX. EquipmentChoiceTDRQuantityRemarkType TRMGSM 900 GERANMDOO16-TRTW TRMorGSM 1800 GERANMDOO26-TRTW Cable set G4MOD**OOF6CS03 Cable setor GERANMDOO46CS28, Snap N Power Module PM 12 G4MOD**OO41If AC and only 3x PM12 equipped
NodeBTo be configured by W-CDMA product group
ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA31/39 7.6 MBO2E GSM 4/4/4 with Twin-TRX + UMTS 1/1/1 with TX-diversity
EquipmentChoiceTDRQuantityRemarkType CabinetACMBOEVOLOOB1 -AC CabinetorDCMBOEVOLOOD1-DC CabinetorACMBOEDACOOB1With DAC-AC CabinetorDCMBOEDACOOE1With DAC-DC Power supplyAC (H&S)MBOEVOLOOV11)-AC Power supplyorAC (Cherokee)MBOEVOLOOW11)-AC RectifierAC (H&S)MBOEVOLOOF11)-AC RectifierorAC (Cherokee)MBOEVOLOOH11)-AC SUMSUMAG4MOD**OO31 SUMorSUMXG4MOD**OOX1 TRM GSM 850G5MOD01OO1see figures -TRTW TRMorGSM 900 GERANMDOO1see figures-TRTW TRMorGSM 1800GERANMDOO2see figures-TRTW TRMorGSM 1800 BPG5MOD01OO2see figures-TRTW TRMorGSM 1900G5MOD01OO3see figures-TRTW ANGSM 900 GERANMDOOB 3-ANCE ANorGSM 1800GERANMDOOE3 -ANCE ANorGSM 850G5MOD01OO43Snap N-ANCE ANorGSM 900 GERANMDOOM3Snap N-ANCE ANorGSM 900 GERANADOO13AGC9P BSNL, Snap N-ANCE ANorGSM 900 GERANADOO23AGC9P Reliance, Snap N-ANCE ANorGSM 1800GERANMDOOQ3Snap N-ANCE ANorGSM 1900G5MOD01OO73Snap N-ANCE Cable set G4MOD**OOF2 per TRMCS03 Cable setor GERANMDOO42 per TRMCS28, Snap N Ant. Conn. SetMBOEVOLOOQ3Load G3MOD**OOL6 NodeB To be configured by W-CDMA product group
Remarks:1)IF AC, no mix between H&S and Cherokee power supplies and rectifiers
ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA32/39
ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA33/39 8 CONFIGURATIONS INDOOR (MBI5)
TRDU configuration: (see chapter 4.4.1) Sector 1: TRDU 1 Sector 2: TRDU 2 Sector 3: TRDU 3 TRDU 4 - 6: equipped in case of TX-diversity Main antennas: Lower connector, Div. antennas: Upper connector of each TRDU
8.1 GSM 2/2/2 with Single-TRX + UMTS 1/1/1 This configuration is for re-arragement of a former GSM-Base Station to a Multistandard Base Station without ordering of new GSM-equipment.
ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA34/39 8.2 GSM 4/4/4 with Twin-TRX + UMTS 1/1/1 Equipment ChoiceTDRQuantityRemarkType CabinetMBIGSM2OO21With 3 STASR-DC SUMSUMAG4MOD**OO31 SUMorSUMXG4MOD**OOX1 TRM GSM 850G5MOD01OO1see figures-TRTW TRMorGSM 900 GERANMDOO1see figures-TRTW TRMorGSM 1800GERANMDOO2see figures-TRTW TRMorGSM 1800 BPG5MOD01OO2see figures-TRTW TRMorGSM 1900G5MOD01OO3see figures-TRTW ANorGSM 900 GERANMDOOB 3 -ANCE ANorGSM 1800GERANMDOOE3 -ANCE ANorGSM 850G5MOD01OO43Snap N-ANCE ANorGSM 900 GERANMDOOM3Snap N-ANCE ANorGSM 900 GERANADOO13AGC9P BSNL, Snap N-ANCE ANorGSM 900 GERANADOO23AGC9P Reliance, Snap N-ANCE ANorGSM 1800GERANMDOOQ3Snap N-ANCE ANorGSM 1900G5MOD01OO83Snap N-ANCE Cable set G4MOD**OOF2 per TRMCS03 Cable setor GERANMDOO42 per TRMCS28, Snap N Load G3MOD**OOL6 NodeB To be configured by W-CDMA product group
ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA35/39
ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA36/39 8.2 GSM 4/4/4 with Twin-TRX + UMTS 1/1/1 with TX-diversity Equipment ChoiceTDRQuantityRemarkType CabinetorDCMBIGSM2OO21With 3 STASR-DC SUMSUMAG4MOD**OO31 SUMorSUMXG4MOD**OOX1 TRM GSM 850G5MOD01OO1see figures-TRTW TRMorGSM 900 GERANMDOO1see figures-TRTW TRMorGSM 1800GERANMDOO2see figures-TRTW TRMorGSM 1800 BPG5MOD01OO2see figures-TRTW TRMorGSM 1900G5MOD01OO3see figures-TRTW ANorGSM 900 GERANMDOOB 3 -ANCE ANorGSM 1800GERANMDOOE3 -ANCE ANorGSM 850G5MOD01OO43Snap N-ANCE ANorGSM 900 GERANMDOOM3Snap N-ANCE ANorGSM 900 GERANADOO13AGC9P BSNL, Snap N-ANCE ANorGSM 900 GERANADOO23AGC9P Reliance, Snap N-ANCE ANorGSM 1800GERANMDOOQ3Snap N-ANCE ANorGSM 1900G5MOD01OO83Snap N-ANCE Cable set G4MOD**OOF2 per TRMCS03 Cable setor GERANMDOO42 per TRMCS28, Snap N Load G3MOD**OOL6 NodeB To be configured by W-CDMA product group
ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA37/39
ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA38/39 8.4 Empty GSM + UMTS 1/1/1 Equipment ChoiceTDRQuantityRemarkType CabinetMBIGSM2OO21With 3 STASR-DC SUMSUMAG4MOD**OO31Optional SUMorSUMXG4MOD**OOX1OptionalNodeB To be configured by W-CDMA product group
ED4 RELEASED Engineering RulesMultistandard BTS 3BK 17384 0044 PGZZA39/39
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