Matra Nortel MC 6500 User manual

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DECT INTEGRATED SERVICE
F0-F1-F2-F3-F4 PBX RANGE
INSTALLATION AND SETUP MANUAL
MCPS8123BAAAE01
MATRA NORTEL COMMUNICATIONS
MC 6500
LCAH-30521-001 Version 05 Issue 01, March 2000
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CONTENTS
1. ABOUT THIS DOCUMENT.....................................................................................9
1.1 PURPOSE OF THIS DOCUMENT ................................................................................9
1.2 AUDIENCE OF THIS DOCUMENT ...............................................................................9
1.3 TERMINOLOGY..........................................................................................................10
1.3.1 TERMS AND EXPRESSIONS................................................................................................10
1.3.2 ABBREVIATIONS...................................................................................................................11
1.4 REFERENCE DOCUMENTS ......................................................................................12
2. GENERAL RULES FOR IMPLEMENTING THE DECT INTEGRATED
SYSTEM................................................................................................................13
2.1 SITE DEPLOYMENT SURVEY...................................................................................13
2.2 CHECKING THE S0 INTERFACE CONFIGURATION................................................13
2.2.1 F0 SYSTEM RANGE ..............................................................................................................14
2.2.2 F1 SYSTEM RANGE ..............................................................................................................15
2.2.3 F2, F3, AND F4 SYSTEM RANGES.......................................................................................17
2.3 CONNECTING AND SYNCHRONIZING RADIO BASE STATIONS ...........................19
2.3.1 CONNECTING DECT RADIO BASE STATIONS...................................................................19
2.3.2 SYNCHRONIZING RADIO BASE STATIONS .......................................................................19
2.4 PRELIMINARY CHECKS............................................................................................20
2.5 PUTTING THE DECT SYSTEM IN SERVICE USING THE PROGRAMMING
CONSOLE...................................................................................................................20
2.5.1 PRELIMINARY OPERATIONS...............................................................................................20
2.5.2 MAIN PROGRAMMING TASKS.............................................................................................20
2.6 REGISTERING MOBILE SETS...................................................................................21
2.7 CHECKING DECT CLOCK DISTRIBUTION COMPLIANCE......................................21
2.8 CHECKING GENERAL OPERATION.........................................................................21
3. CONNECTING DECT RADIO BASE STATIONS TO F0 PBXs............................22
3.1 MC 6501-C1................................................................................................................22
3.1.1 OCZ CARD .............................................................................................................................23
3.1.2 CONNECTING A BASE STATION TO THE MAIN DISTRIBUTION FRAME........................25
3.1.3 CONNECTING A RADIO BASE STATION TO THE EXPANSION DISTRIBUTION
FRAME....................................................................................................................................27
3.1.4 CONNECTING A RADIO BASE STATION TO THE MAIN AND EXPANSION
DISTRIBUTION FRAMES ......................................................................................................28
3.1.5 CONNECTING TWO RADIO BASE STATIONS TO THE EXPANSION
DISTRIBUTION FRAME.........................................................................................................29
3.1.6 EOCT CARD...........................................................................................................................30
3.1.7 EOCU CARD...........................................................................................................................32

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3.1.8 ADPCM CARD........................................................................................................................34
3.1.9 POWERING UP RADIO BASE STATIONS............................................................................34
3.2 MC 6501-C4E AND MC 6501-C8 PBXs......................................................................35
3.2.1 OCY2 CARD ...........................................................................................................................35
3.2.2 DESCRIPTION OF THE CONNECTORS (MC 6501-C8 PBX) ..............................................36
3.2.3 DESCRIPTION OF SWITCHES..............................................................................................37
3.2.4 WIRING RADIO BASE STATIONS TO THE OCY2 CARD....................................................38
3.2.5 EOCT CARD...........................................................................................................................38
3.2.6 EOCU CARD...........................................................................................................................38
3.2.7 CONNECTING RADIO BASE STATIONS TO EOCT AND OCY2 CARDS...........................39
3.2.8 BASE STATION POWER SUPPLY........................................................................................39
3.3 MC 6501-C6................................................................................................................40
3.3.1 OCZ2 CARD ...........................................................................................................................40
3.3.2 EOCT CARD...........................................................................................................................41
3.3.3 EOCU CARD...........................................................................................................................41
3.3.4 CONNECTING A RADIO BASE STATION TO THE MAIN DISTRIBUTION FRAME ...........42
3.3.5 CONNECTING A RADIO BASE STATION TO THE EXPANSION DISTRIBUTION
FRAME....................................................................................................................................44
3.3.6 CONNECTING ONE RADIO BASE STATION TO THE MAIN DISTRIBUTION FRAME
AND ONE RADIO BASE STATION TO THE EXPANSION DISTRIBUTION FRAME...........45
3.3.7 CONNECTING ONE RADIO BASE STATION TO THE MAIN DISTRIBUTION FRAME
AND TWO RADIO BASE STATIONS TO THE EXPANSION DISTRIBUTION FRAME.............47
3.3.8 CONNECT TWO RADIO BASE STATIONS TO THE EXPANSION DISTRIBUTION
FRAME....................................................................................................................................48
3.3.9 BASE STATION POWER SUPPLY........................................................................................49
3.4 NEW DISTRIBUTION FRAMES..................................................................................50
3.4.1 NEW ROCZ MAIN DISTRIBUTION FRAME FOR C1/C6 (INFRA + FOR FRANCE)............50
3.4.2 NEW ROCY DISTRIBUTION FRAME FOR C8 (INFRA + FOR FRANCE)............................52
4. CONNECTING DECT RADIO BASE STATIONS TO F1 PBXs............................54
4.1 PRESENTATION ........................................................................................................54
4.2 BASE STATION SYNCRONIZATION .........................................................................54
4.2.1 SYNCRONIZATION BY ADDITIONAL PAIR .........................................................................54
4.2.2 SYNCRONIZATION BY M-BIT OF THE S-FRAME...............................................................54
4.3 LD4 CARD..................................................................................................................55
4.3.1 PRESENTATION AND CONFIGURATION............................................................................55
4.3.2 CONFIGURATION..................................................................................................................56
4.3.3 IMPLEMENTING THE LD4 CARD INTO THE MAIN CABINET............................................58
4.3.4 CONNECTING BASE STATIONS..........................................................................................59
4.3.5 RADIO BASE STATIONS POWER SUPPLY.........................................................................59
4.4 LS1 CARD ..................................................................................................................60
4.4.1 PRESENTATION AND CONFIGURATION............................................................................60
4.4.2 CONFIGURING THE SWITCHES AND STRAPS..................................................................61
4.4.3 CONNECTING RADIO BASE STATIONS .............................................................................64
4.4.4 BASE STATION POWER SUPPLY........................................................................................64
5. CONNECTING DECT RADIO BASE STATIONS TO F2 PBXs............................65

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5.1 PRESENTATION ........................................................................................................65
5.2 BASE STATION SYNCRONIZATION .........................................................................65
5.2.1 SYNCRONIZATION BY ADDITIONAL PAIR .........................................................................65
5.2.2 SYNCRONIZATION BY M-BIT OF THE S-FRAME...............................................................65
5.3 LDS CARD..................................................................................................................66
5.3.1 PRESENTATION....................................................................................................................66
5.3.2 LDS CARD (faceplate)...........................................................................................................67
5.3.3 LDS CARD (component side)...............................................................................................68
5.4 CONFIGURING THE SWITCHES AND JUMPERS.....................................................69
5.4.1 DECT CONFIGURATION SWITCHES...................................................................................69
5.4.2 FLASH EPROM PROGRAMMING SWITCHES.....................................................................69
5.4.3 100 OHM ADAPTATION JUMPERS......................................................................................69
5.4.4 REMOTE POWER SUPPLY CONFIGURATION JUMPERS.................................................69
5.4.5 DECT CLOCK CONFIGURATION SWITCHES.....................................................................69
5.4.6 LDS CARD (solder side).........................................................................................................70
5.5 CONNECTING THE LDS CARD.................................................................................71
5.5.1 WIRING THE MAIN DISTRIBUTION FRAME WITH CABLE HG4301A ...............................72
5.5.2 WIRING THE DISTRIBUTION FRAME WITH CABLE HG4301B .........................................73
5.6 PLDS CARD ...............................................................................................................75
5.6.1 SYNCHRONOUS BUS INTERFACES ...................................................................................77
5.6.2 ISDN CLOCK INTERFACE ....................................................................................................77
5.6.3 REMOTE POWER SUPPLY INTERFACE .............................................................................77
5.6.4 S INTERFACES......................................................................................................................77
5.6.5 DECT CLOCK INTERFACES.................................................................................................78
5.7 IMPLEMENTING THE LDS CARD ON MC 6504L, MC 6540 AND DUPLICATED
MC 6540 PBXS...........................................................................................................81
5.8 IMPLEMENTING THE LDS CARD ON THE MC 6502 PBX........................................82
5.9 IMPLEMENTING THE LDS CARD ON THE MC 6504E PBX .....................................82
5.10 LAS CARD...............................................................................................................83
5.10.1 CONNECTING BASE STATIONS TO THE LAS CARD.....................................................84
6. CONNECTING DECT RADIO BASE STATIONS TO F3 PBXs............................85
6.1 PRESENTATION ........................................................................................................85
6.2 IMPLEMENTION IN MC 6503, MC 6505, AND MC 6508 PBX ...................................85
7. CONNECTING DECT RADIO BASE STATIONS TO F4 PBXs............................86
7.1 PRESENTATION ........................................................................................................86
7.2 REFERENCES AND EQUIPMENT .............................................................................86
7.3 CONNECTING THE LDS CARD.................................................................................88
7.3.1 SYNCHRONOUS BUS INTERFACES ...................................................................................88
7.3.2 ISDN CLOCK INTERFACE ....................................................................................................88
7.3.3 REMOTE POWER SUPPLY INTERFACE .............................................................................88
7.3.4 S INTERFACES......................................................................................................................89
7.3.5 DECT CLOCK INTERFACES.................................................................................................89

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7.4 CONNECTING THE LDS CARD.................................................................................90
7.4.1 WIRING THE MAIN DISTRIBUTION FRAME USING CABLE HG4302A.............................91
7.4.2 WIRING THE MAIN DISTRIBUTION FRAME USING CABLE HG4302B.............................92
7.4.3 PLDS CARD AND REMOTE POWER SUPPLY CABLE.......................................................92
7.5 IMPLEMENTING THE LDS CARD IN MC 6550 MC 6550LC AND MC 6550L
PBXs...........................................................................................................................93
7.6 IMPLEMENTING THE LDS CARD INTO MC 6530, MC 6530E PBXS........................93
8. INTEGRATED DECT BASE STATION MC 6241 .................................................94
8.1 GENERAL...................................................................................................................94
8.1.1 CLIMATIC CONDITIONS .......................................................................................................94
8.1.2 BASE STATION POWER SUPPLY........................................................................................95
8.2 CONNECTING AND PUTTING A BASE STATION IN SERVICE................................96
8.2.1 INSTALLING A BASE STATION............................................................................................96
8.2.2 SEALED CABINET FOR OUTDOORS RADIO BASE STATIONS........................................97
8.2.3 INSTALLING THE BASE STATION.......................................................................................97
8.2.4 CONNECTING THE BASE STATION....................................................................................97
8.2.5 CONNECTORS.......................................................................................................................98
8.2.6 DOWNLOADING SOFTWARE TO THE BASE STATION.....................................................98
8.2.7 ANTENNAS.............................................................................................................................99
8.3 SYNCHRONIZING RADIO BASE STATIONS...........................................................100
8.4 SIGNALLING CHANNEL..........................................................................................101
8.5 RADIO BASE STATION LED INDICATIONS............................................................101
9. IMPLEMENTATION, PROGRAMMING AND START UP...................................102
9.1.1 IMPLEMENTATION..............................................................................................................103
9.2 PROGRAMING THE DECT SERVICE FOR COMPACT SYSTEMS, F1 AND F2
PBX...........................................................................................................................104
9.2.1 INTRODUCTION...................................................................................................................104
9.2.2 ACCESSING THE DECT SERVICE PROGRAMMING MENU (SINGLE AND
MULTI-COMPANY CONFIGURATION)...............................................................................105
9.2.3 TOPOLOGY MANAGEMENT...............................................................................................105
9.2.4 RESOURCES........................................................................................................................107
9.2.5 PUTTING CARDS AND DECT BASE STATIONS IN SERVICE..........................................108
9.2.6 DECLARING DECT BASE STATIONS AND PUTTING THEM IN SERVICE......................110
9.2.7 CHECKING DECT PROGRAMMING PARAMETERS.........................................................114
9.2.8 REGISTERING MOBILE SETS AND PUTTING THEM IN SERVICE..................................115
9.3 PROGRAMMING THE DECT SERVICE FOR PBX OF THE F3 AND F4
RANGES...................................................................................................................117
9.3.1 INTRODUCTION...................................................................................................................117
9.3.2 CREATING THE LOCAL ROUTING ....................................................................................118
9.3.3 DECLARING THE TELBOR SERVER AND PUTTING IT IN SERVICE..............................119
9.3.4 CREATING CLUSTER ROUTING IN ALL REGISTRATION SITES FOR MOBILE SETS.......121
9.3.5 ALLOCATING A COMPANY/DEPARTMENT PROFILE CONCERNING THE
REGISTRATION OF MOBILE SETS....................................................................................121
9.3.6 PUTTING DECT CARDS IN SERVICE.................................................................................122

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9.3.7 DECLARING TOPOLOGY ...................................................................................................123
9.3.8 DECLARING THE RESOURCES.........................................................................................126
9.3.9 VERIFICATION OF THE PROGRAMMING PARAMETERS ...............................................129
9.3.10 DECLARING USERS.........................................................................................................131
9.3.11 MANAGEMENT OF PASSWORDS RELATED TO REGISTERED MOBILE SETS ........132
9.4 CHECKING GENERAL OPERATION.......................................................................133
10. DECT RADIO BASE STATION SPECIFICATIONS........................................135
10.1 CONNECTION .......................................................................................................135
10.1.1 CONNECTORS..................................................................................................................136
10.1.2 SWITCHES ON THE RADIO BASE STATION CARD......................................................137
10.1.3 LOCAL POWER SUPPLY CONNECTORS......................................................................138
10.2 EXTERNAL ANTENNAS........................................................................................138
11. DECT MOBILE SETS.....................................................................................140
11.1 DECT MOBILE SET OPERATION.........................................................................140
11.2 MOBILE SET MC5901...........................................................................................142
11.2.1 PRESENTATION...............................................................................................................142
11.2.2 CHARACTERISTICS.........................................................................................................142
11.2.3 REGISTERING A MOBILE SET........................................................................................142
11.2.4 UNREGISTERING A MOBILE SET...................................................................................144
11.2.5 TEST MODE......................................................................................................................145
11.2.6 MC5901 MOBILE SET SOFTWARE RELEASE...............................................................145
12. APPENDIX 1: SYNCRONIZATION WITH THIRD PAIR – REPEATER
WIRING...............................................................................................................146
12.1 WIRING THE CLOCK SIGNAL TO REPEATER REP16........................................147
12.2 WIRING THE CLOCK SIGNAL TO REPEATER REP96........................................149
12.2.1 REPEATER REP96 IN TEST MODE.................................................................................153
12.3 PART NUMBERS FOR DECT CARDS AND EQUIPMENT....................................156
12.3.1 2-CHANNEL RADIO BASE STATIONS IN RELEASE 11.3..............................................156
12.3.2 2/4 CHANNEL RADIO BASE STATIONS IN RELEASE 11.4...........................................157
12.3.3 2/4-CHANNEL RADIO BASE STATION IN RELEASE 11.5.............................................157
12.4 RADIO BASE STATION FAULT ON STARTUP.....................................................157
13. APPENDIX 2: DEPLOYMENT........................................................................158
13.1 DEPLOYMENT PRINCIPLES ................................................................................158
13.2 DEPLOYMENT DEFINITIONS...............................................................................159
13.3 DETERMINING THE RADIO COVERAGE - PRINCIPLES.....................................160
13.3.1 DEPLOYMENT TOOLS USED..........................................................................................160
13.3.2 RADIO BASE STATIONS LOCATING METHOD.............................................................160
13.4 DETERMINING THE NUMBER OF RADIO BASE STATIONS VERSUS
PREDICTED TRAFFIC..............................................................................................163
13.5 GROUPING RADIO AREAS INTO CELLS ............................................................167

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14. APPENDIX 3: DECT STANDARD ..................................................................168
14.1 ELECTROMAGNETIC COMPATIBILITY...............................................................168
14.2 SPECIFICATIONS FOR DECT RADIO BASE STATIONS.....................................168
14.3 OVERVIEW............................................................................................................169
14.4 DEFINITIONS AND BACKGROUND .....................................................................170
14.4.1 PARI/SARI MANAGEMENT (DECT MOBILE ACCESS RIGHTS)...................................170
14.4.2 BUILDING THE AUTHENTICATION KEY........................................................................171

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FIGURES
Figure 1: OCZ card (component side)....................................................................................................23
Figure 2: Connecting a radio base station to the main distribution frame ..............................................25
Figure 3: Connecting a radio base station to the expansion distribution frame......................................27
Figure 4: Connecting a radio base station to the main and expansion distribution frames....................28
Figure 5: Connecting two radio base stations to the expansion distribution frame ................................29
Figure 6: Connecting radio base stations to EOCT and OCY2 cards ....................................................39
Figure 7: OCZ2 card layout ....................................................................................................................40
Figure 8: Connecting a radio base station to the main distribution frame ..............................................42
Figure 9: Connecting a radio base station to the expansion distribution frame......................................44
Figure 10: Connecting one radio base station to the main distribution frame and one radio base
station to the expansion distribution frame...........................................................................45
Figure 11: Connecting one radio base station to the main distribution frame and two radio base
stations to the expansion distribution frame.........................................................................47
Figure 12: Connecting two radio base stations to the expansion distribution frame ..............................48
Figure 13: LD4 card configuration switches (component side)...............................................................56
Figure 14: LD4 card configuration switches (solder side).......................................................................57
Figure 15: LD4 card wiring diagram........................................................................................................59
Figure 16: Presentation of the LS1 card.................................................................................................60
Figure 17: Configuration of the S0 interface switches and straps on J3 and J4.....................................63
Figure 18: Connecting radio base stations to the LS1 card....................................................................64
Figure 19: PLDS card.............................................................................................................................76
Figure 20: DECT clock signal cable on LDS ..........................................................................................80
Figure 21: Connecting 2-channel radio base stations to the LAS card ..................................................84
Figure 22: Connecting the LDS card to the MC 6550 PBX.....................................................................90
Figure 23: Radio base station (cover removed) .....................................................................................96
Figure 24: Clock signal.........................................................................................................................100
Figure 25: Single company management screen.................................................................................105
Figure 26: Single company management screen.................................................................................105
Figure 27: Radio base station...............................................................................................................135
Figure 28: DECT radio base stations configuration switches...............................................................137
Figure 29: Mobile set MC 5901.............................................................................................................142
Figure 30: Installation of repeater REP16.............................................................................................147
Figure 31: Connecting the LAS card to repeater REP16......................................................................148
Figure 32: Repeater connecting diagram .............................................................................................149
Figure 33: Repeater REP96 connections.............................................................................................152
Figure 34: Grouping radio areas into cells............................................................................................167
Figure 35: Integrated DECT service.....................................................................................................169

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1. ABOUT THIS DOCUMENT
1.1 PURPOSE OF THIS DOCUMENT
This document describes the DECT cordless communication service installation and
start-up for the following PBXs:
♦F0 range: MC 6501-C1, MC 6501-C6, MC 6501-C8/C4E, MC 6501-C8L
♦F1 range: MC 6501, MC 6501L, MC 6501R
♦F2/F3/F4 range: MC 6502, MC 6503, MC 6504, MC 6504-E, MC 6504L, MC 6540,
MC 6505, MC 6508, MC 6530, MC 6530E, MC 6550, MC 6550LC, MC 6550L
The following software releases are required to operate the DECT service:
♦7598 (release 11.3) for MC 6501 PBXs
♦7599 (release 11.4) MC6504 / 40 and MC 6550 PBXs
♦7599-2 (release 11.4) for 4-channel radio base station management on MC 6501,
MC 6501L, MC6504, MC 6504 L, MC6540, MC6550, MC6550 L, MC 6550LC PBXs
♦7599-2 (release 11.5) for 4-channel radio base station management on
MC 6501C1, MC 6501C4, MC 6501C6, MC 6501C8.
CT2 and DECT cannot coexist on the same PBX.
1.2 AUDIENCE OF THIS DOCUMENT
This document is for installers who:
♦investigate and determine the locations of the radio base stations and determine
the system traffic flow
♦set up connections between the radio base stations and the main distribution
frame, with or without use of the radio synchronization signal repeater
♦start up the DECT system and put it in service

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1.3 TERMINOLOGY
1.3.1 TERMS AND EXPRESSIONS
Radio area The area covered by the radio range of a DECT radio base
station.
Cell MC 6500 roaming unit for a DECT terminal. A cell is
composed of one to eight (maximum) radio areas.
Hand-over Amechanism allowing a channel and/or radio base station to
be switched physically while a communication is in progress.
Overlapping base stations Base stations whose radio coverage overlap. Each radio
base station manages a number of mobile sets, depending
on their distribution.
Roaming Mechanism for changing channel and/or base station when
NO call is set up.

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1.3.2 ABBREVIATIONS
AC Authentication Code
ADPCM Adaptive Differential Pulse Code Modulation
ARI Access Right Identity (access rights to a radio base station)
BRI Basic Rate Interface
CPU Central Processing Unit
CSU Cluster Synchronization Unit
CUG Closed User Group
DCK DECT Encryption Key
DECT Digital Enhanced Cordless Telecommunications
EIC Equipment Installation Code
EMC Equipment Manufacturer Code
FPN Fixed Part Number
FPS Fixed Part Sub-number
GAP Generic Access Profile
IPEI International Portable Equipment Identity
IPMMC International Portable User Identity
LAL Location Area Level
NMI Non Masked Interruption
PARI Primary ARI
PARK Portable Access Right Key (determines the right for this mobile set)
PARK{y} PARK with PLI y
PBX Private Branch eXchange
PLI Park Length Indicator
PLL Permanent Logical Link
PRI Primary Rate Interface
PSN Portable Serial Number
PUN Portable User Number
PUT Portable User Type
RFPI Radio Fixed Park Identity
RSSI Radio Signal Strength indicator
SARI Secondary ARI
UAK User Authentication Key

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1.4 REFERENCE DOCUMENTS
The installation and programming manuals for the following PBX may provide the installer
with useful information:
♦New compact systems MCHT6344XBAAC01 (CD-ROM)
♦MC 6501-C4E/C8 MCPS6553A
♦MC 6501 systems MCHT6360XBAAC01 (CD-ROM)
♦MC 6504/04L/40
♦MC 6550/50L/50LC MCPS8172BCAAA01 (part 1) and MCPS8173BCAAA01
(part 2)

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2. GENERAL RULES FOR IMPLEMENTING THE DECT
INTEGRATED SYSTEM
You should respect some general rules when implementing the DECT integrated system.
These rules concern the following:
♦site deployment survey
♦checking the S0 interface configuration
♦connecting and synchronizing radio base stations
♦preliminary checks
♦putting the DECT system in service using the VT 100 programming console
♦registering mobile sets
♦checking polarity of the "clock" pair, if the synchronization type is "third pair"
♦checking overall operation
2.1 SITE DEPLOYMENT SURVEY
The main checks concern radio engineering:
♦check that a site data report exists, including radio coverage and traffic
♦check the location of radio base stations for consistency (accessibility, visibility)
♦check the traffic survey: a maximum of eight radio base stations (preferably six)
should be grouped per cell
See the Appendix 2, Principles of Deployment.
2.2 CHECKING THE S0 INTERFACE CONFIGURATION
Each DECT radio base station is connected to an S0 type interface.
DECT interface cards are similar to those used for ISDN S0 (BRI) accesses (or T0/S0 BRI
if S0 hardware configuration is used).
The following tables indicate those DECT compatible interface cards per PBX family range
and PBX type as well as the type of remote power supply.
!
!!
!Do not connect any other ISDN equipment to the S0 bus.
Only install the technical releases of cards shown below.

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2.2.1 F0 SYSTEM RANGE
6501-C1 6501-C6 MC 6501 C4E MC 6501-C8/C8L/C8F
S0 interface
cards
40 V remote
power supply
EOCT card (HJ3784AB)
two 2-channel radio base stations maximum
S0 interface
cards
OCZ card (HJ4085A)
one 2-channel base
station maximum
OCZ2 card
(HJ4083A)
one 2-channel base
station maximum
OCY2 card
(HJ3992BD)
one 2-channel base
maximum
OCY2 card
(HJ3958BD)
two 2-channel base
stations maximum
40 V or 48 V
remote power
supply
(configured by
jumper)
Release 11.5 or later:
EOCU card (HJ4109A) without ADPCM daughter card (HJ4055A)
A maximum of four 2-channel base stations can be fitted
EOCU card (HJ4109A) with ADPCM daughter card (HJ4055A)
A maximum of four 4-channel base stations can be fitted
For MC 6501-C4E and MC 6501-C8 PBXs, release 11.3 (2-channel base stations)
As standard, the OCY2 card offers one S0 interface for C4E, or two S0 interfaces for C8.
It is possible to add two S0 interfaces to C4E using one EOCT card, and four S0 interfaces
to C8 using two EOCT cards.
Radio base stations are powered remotely with a 40 V supply.
Maximum number of radio base stations: 3 for MC 6501-C4E PBX
Maximum number of radio base stations: 6 for MC 6501-C8 PBX

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2.2.2 F1 SYSTEM RANGE
MC 6501 systems
S0 interface cards
40 V remote power supply
LS1 card (HJ2608EJ)
One 2-channel base station maximum
S0 interface cards
40 V or 48 V remote power
supply (configured by
jumper)
LS1 card (HJ3924AC or later)
Sixteen 2-channel base stations
maximum
LD4 card without ADPCM daughter card
Four 2-channel base stations maximum
LD4 card with ADPCM daughter card (*)
Four 4-channel base stations maximum
(*) 4-channel radio base stations are connected to LD4 cards. To operate 4-channel base
stations, ADPCM daughter cards must be installed on the LD4 cards (2 daughter cards
maximum per LD4 card).
LD4 cards without an ADPCM card operate on two channels.
For MC 6501 PBXs release 11.3 (only with 2-channel base stations)
The MC 6501 PBX must be fitted with an OCT2 CPU card (HJ3547A) and MOCT2-C
daughter card (HJ4071A).
a) 40 V remote power supply:
♦power supply, reference HR2940H or earlier
♦maximum number of radio base stations: 8
b) 48 V remote power supply:
♦LS1 card, reference HJ3924AC or earlier
♦ADS200 power supply is mandatory
♦maximum number of radio base stations: 16

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For MC 6501-L PBX release 11.3 (with 2-channel base stations)
The MC 6501-L PBX must be fitted with the OCT3 CPU card and ADS200 power supply.
A 40 V or 48 V power supply can be used. However, you are recommended to use the 48 V
supply on the faceplate of the ADS200 power supply unit.
♦LS1 card, reference HJ3924AC or earlier
♦maximum number of radio base stations: 16
For MC 6501-R PBX (with 2-channel base stations)
Two options are available:
1) ADS150 power supply, reference HR5102AJ or earlier:
♦48 V power supply not available on the faceplate
♦40 V remote power supply
♦maximum number of radio base stations: 10
You can also use the radio base station local power supply. See note about locally-powered
radio base station at the end of section 2.2.3.
You are recommended to upgrade by standard exchange.
2) Power supplies ADS150 or HR5102AK and later:
♦a 48 V remote power supply is available on the faceplate
♦LS1 cards (reference HJ3924AC maximum)
♦maximum number of radio base stations: 10

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2.2.3 F2, F3, AND F4 SYSTEM RANGES
F2, F3, F4 systems
S0 interface cards
40 V remote power
supply
LAS card (reference HJ2467LD or later)
Eight 2-channel base stations (1)
Power supplies ADS850A and ADS850C
Sixteen base stations maximum per shelf (2)
Power supply ADS850IT
Thirty-two base stations maximum per shelf
S0 interface cards
40 V or 48 V
remote power
supply
(configuration by
jumper)
LDSA card
Sixteen 2- or 4-channel base stations
ADS850IT power supply
sixteen base stations maximum per shelf
LDSB card
Eight 2- or 4-channel base stations
ADS850IT power supply
sixteen base stations maximum per shelf (3)
1) LAS card: you must declare an external access on ADP or ADQ for the 40 V remote
power supply.
2) Where the number of radio base stations in a system slightly exceeds the maximum
number specified, the one or two excess radio base stations may be powered locally
using an additional PN840B power pack.
3) To operate 4-channel radio base stations, the LDSA or LDSB cards must be fitted with
ADPCM daughter cards.
4) 4-channel radio base stations are connected to LDS cards. To operate 4-channel base
stations, ADPCM daughter cards must be installed on the LDS cards (8 daughter cards
maximum per LDS card).
LDS cards without an ADPCM card operate on two channels.
Maximum capacity in release 11.4 (7599):
♦MC 6504/40, 64 radio base stations on 4 LDSA cards
♦MC 6550, 64 radio base stations for each CUG, with 4 LDSA cards for each UCG
(cluster control unit)

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For MC 6504-L PBX in release 11.3
The PBX must be fitted with OCI or OCK cards with the correct index reference for
operating software release 7598 (release 11.3)
♦LAS card interface, reference HJ2467LD or later (1/4 CLF equipment to be
provided for each LAS card)
♦power supply ADS850 for remote power of 16 radio base stations under 40 V
♦power supplies ADS850A and ADS850C (and ADS650) can be used to power 16
radio base stations. You can also use the radio base station local power supply.
See note about locally-powered radio base station below
♦power supply ADS850IT for remote power of 32 radio base stations under 40 V
♦maximum number of radio base stations: 64 (2 shelves)
To be able to use the 64 base stations, you must have a mixed expansion shelf and a
second ADS850IT power supply (32 base stations per ADS850IT power supply delivering
1 8 A).
Maximum capacity of radio base stations: 32
Locally-powered radio base stations:
Where the number of radio base stations in a system slightly exceeds the maximum
number specified, the one or two excess radio base stations may be powered locally
using an additional PN840B power pack.

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2.3 CONNECTING AND SYNCHRONIZING RADIO BASE STATIONS
2.3.1 CONNECTING DECT RADIO BASE STATIONS
DECT radio base stations are connected to the PBX using standard S0 interface cards at
144 kb/s and 2-pair cables (S0 point-to-point pinout).
The maximum distance between the radio base station and the card supporting the S0
access is 800 m with a 0.6 mm cable.
The master radio base station must be located as close as possible to the main distribution
frame.
You are strongly recommended to connect the master base station to the first S0
equipment declared as DECT in cell 0. The master radio base station is identified by
RPN: 00. This will facilitate both its identification and wiring verification operations.
Note: In release 11.4 and later, it is not necessary to wire the third pair for the LD4,
EOCU, and LDS cards. Synchronization is achieved by the M-bit of the
S interface.
2.3.2 SYNCHRONIZING RADIO BASE STATIONS
The various base stations within a radio system are synchronized with each other. If
synchronization is faulty or non-existent, the handover function will be impossible.
DECT base stations are piloted by a common clock in order to transmit their radio frames
synchronously.
There are two methods of transmitting this clock signal:
♦Synchronization by "m bit": a card declared "master" in the system broadcasts the
clock signal to all the slave cards supporting base stations. These cards then
transmit the clock signal to the base stations via the "m bit" of the S frame.
♦Synchronization by "third pair" or sync pair, where the clock extracted from the
master station is relayed to the other stations by a specific pair linked to the two
pairs carrying the PBX signal to this station.
These two methods apply to all systems in the MC 6500 range with, for each one of them,
distinctive features described in the following chapters. The two types of synchronization
cannot coexist on the same system. The choice of synchronization method is therefore
important and requires in-depth knowledge of the site.
Multi-site MC 6500 systems with several overlapping radio systems are not dealt with in this
document.

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2.4 PRELIMINARY CHECKS
BEFORE PROGRAMMING THE INTEGRATED DECT SERVICE
♦Check all pairs for electrical continuity and matching (3 pairs if synchronization is
"third pair" type).
♦Check that the S0 interface cards are installed and configured correctly: carefully
check the position of the configuration switches on all DECT cards.
2.5 PUTTING THE DECT SYSTEM IN SERVICE USING THE PROGRAMMING
CONSOLE
2.5.1 PRELIMINARY OPERATIONS
♦Back up the customer configuration data.
♦Check that there is a PARI number for each mobile to be declared.
Note: If the system is already programmed for CT2, you must delete all CT2
programming before programming the DECT system.
2.5.2 MAIN PROGRAMMING TASKS
This section outlines the main programming tasks for the DECT integrated service for all
PBX ranges (F1, F2, F3, and F4).
The user interface (MMC) will vary according to the product range. For programming
details, refer to the sections for each product range.
1. MANAGEMENT OF TOPOLOGY
•Declare cells
•Define DECT parameters
2. MANAGEMENT OF RESOURCES
•Name trunk groups
•Define a trunk group
•Assign radio base stations to trunk groups
•Declare the TELBOR server (server for downloading to base stations)
•Display radio base stations (check)
•Display the radio coverage (check)
3. MANAGEMENT OF MOBILE SETS
•Create mobile sets
•Delete mobile sets
4. DECLARE A REGISTRATION PASSWORD FOR MOBILE SETS
Note: For a system upgrade from release 8.6 to 11.3:
Create and start up TELBOR server (mandatory) and assign number 19 in the
corresponding MMC
Create the INTERNAL routing and in the MMC ROUTES assign number 9 and
define the additional prefix codes for multi-site configuration.