se0103.pdf

DMR3000 SDH RADIO ROI-S03453GENERAL DESCRIPTION1.3 SYSTEM CONFIGURATION

The 3000S SDH DMR consists of the TRP-[ ]G150MB[ ]-900[ ] Transmitter-Receiver andMDP-150MB[ ]T-900C Modulator-Demodulator. The regenerative repeater station consists ofthe TRP-[ ]G150MB[ ]-900[ ] Transmitter-Receiver and the MDP-150MB[ ]R-900CModulator-Demodulator. Operation, Administration, Maintenance and Provisioning (OAM &P) functions and an orderwire telephone are built into the MDP equipment.The system configuration of the 3000S SDH DMR equipment is shown in Table 3-1 and theequipment rack outline is illustrated in Figure 3-1.

Notes:* Depends on frequency band or modulation system.

The system block diagrams and equipment configuration diagrams for the terminal and theregenerative repeater are shown in the following figures.

Table 3-1 System Configuration

Equipment Type Equipment Name3000S SDH MICROWAVE RADIO

BR-[*]G-3000 RF Branching CircuitTRP-[*]G150MB[*]-900[ ] Transmitter-Receiver EquipmentMDP-150MB[*]T/R-900C Modulator-Demodulator EquipmentSYSTEM CONFIGURATION3-1

ROI-S03453 DMR3000 SDH RADIOGENERAL DESCRIPTION

Figure 3-1 3000S SDH Microwave Radio Outline View

BR-[ ]G-900[ ]BR CKT/DUP CKT

TRP-150MB[ ]-900[ ]Transmitter-Receiver

MDP-150MB[ ]-900[ ]Modulator-Demodulator(1/2)

MDP-150MB[ ]-900[ ]Modulator-Demodulator(2/2)

(IDB INTFC)

(EQL BOARD)

(PIO INTFC)(NFB BOARD)

(OPTION RACK)SYSTEM CONFIGURATION3-2

DMR3000 SDH RADIO ROI-S03453GENERAL DESCRIPTIONSTM-1 or 140 Mbit/s Signal(REG 1)

STM-1 or 140 Mbit/s Signal

(REG 2)

STM-1 or 140 Mbit/s Signal(REG 3)

NMS QLCT FOW

DCCr(D1 to D3)

E1/E2

DCCr : Data communication channel for regenerator sectionsE1 : RSOH byte for orderwire channelE2 : MSOH byte for orderwire channelDSC : Digital Service ChannelLCT : Local Craft TerminalNMS : Network Management SystemOW : OrderwireQ, F : Standard Interface for Supervisory and Control PurposesSD : Space DiversityWS : 2 Mbit/s or 1.5 Mbit/s Wayside* : Optional

(PROT)* STM-1 or 140 Mbit/s Signal

ALARM

DSC*

WS*

MDP

TRP

BR CKT/DUP CKT

Main Antenna

SD Antenna

MDP

TRP

BR CKT



(REG N-1)

(REG N)SYSTEM CONFIGURATION3-3

Figure 3-2 1+N FD/SD System Block Diagram Terminal Type (1/2)

ROI-S03453 DMR3000 SDH RADIOGENERAL DESCRIPTIONNMS QLCT FOW

DCCr(D1 to D3)

E1

DCCr : Data communication channel for regenerator sectionsE1 : RSOH byte for orderwire channelDSC : Digital Service ChannelLCT : Local Craft TerminalNMS : Network Management SystemOW : OrderwireQ, F : Standard Interface for Supervisory and Control PurposesSD : Space DiversityWS : 2 Mbit/s or 1.5 Mbit/s Wayside* : Optional

ALARM

DSC*

WS*

MDP

TRP

BR CKT/DUP CKT

Main Antenna

SD Antenna

MDP

TRP

BR CKT

MDP

TRP

BR CKT/DUP CKT

MDP

TRP

BR CKT

Main Antenna

SD AntennaSYSTEM CONFIGURATION3-4

Figure 3-2 1+N FD/SD System Block Diagram Regenerative Repeater Type (2/2)

DMR3000 SDH RADIO ROI-S03453GENERAL DESCRIPTIONFigure 3-3 Equipment Configuration for a 3+1 system

BR CKT/DUP CKT

(TX/RX/SD RX)

DMR-3000

ETSI Rack

600 mm

2200 mm

TRP

(TX)(RX)

(SD RX)

P

TRP

(TX)(RX)

(SD RX)

R1

TRP

(TX)(RX)

(SD RX)

R2

TRP

(TX)(RX)

(SD RX)

R3

EQL BOARD

PIO INTFC NFB BOARD

INTERFACE(IDB)

IRC(OAM&P

/OW)MDP

(INTF)P

MDP(INTF)

R1

MDP(INTF)

R2

MDP(INTF)

R3

IRC(DC-DC)

(WS)P/R1

MDP(DC-DC)

(WS)R2/R3

MDP(MODEM/XPIC/CLK)

P/R/1/R2/R3

Depth : 300mm

UNIT SW (SYS 1)UNIT SW (SYS 2)

UNIT SW (SYS 3)UNIT SW (SYS 4)SYSTEM CONFIGURATION3-5

ROI-S03453 DMR3000 SDH RADIOGENERAL DESCRIPTIONFigure 3-4 Equipment Configuration for a 3+1 DSD RP system

BR CKT/DUP CKT

(SD RX)

DMR-3000

ETSI Rack

600 mm

2200 mm

RP

(SD RX)

P

RP

(SD RX)

R1

RP

(SD RX)

R2

RP

(SD RX)

R3

EQL BOARD

PIO INTFC NFB BOARD

INTERFACE(IDB)

DELAYCABLE

(P)

Depth : 300mm

DAD

E AM

P(P) DELAY

CABLE(R2)

DAD

E AM

P(R

2)

DELAYCABLE

(R1)

DAD

E AM

P(R

1) DELAYCABLE

(R3)

DAD

E AM

P(R

3)

OPTION RACKSYSTEM CONFIGURATION3-6

DMR3000 SDH RADIO ROI-S03453GENERAL DESCRIPTION

SYSTEM CONFIGURATION3-7

Figure 3-5 3000S SDH DMR Equipment Composition

MDP

(OPT

/150

M) IN

TFC

(OPT

/150

M) IN

TFC

(OPT

/150

M/1

40M

) INTF

C

SYS3SYS2SYS1COMMON SYS4TR

DIS

TBB

SW

CT

RL

CTRL

DIG

HYB

*

2

OW

*

2

WS

INTF

C

DC-

DC

CONV

DC-

DC

CONV

MO

DEM

MO

DEM

CLK

CLK

MO

DEM

MO

DEM

HS/

SWO

CT

RL,

SWO

PRO

C *

2/SW

O EX

P *

4

DC-

DC

CONV

WS

INTF

C

DC-

DC C

ONV

SYS2SYS1COMMMONSYS1/SYS2 SYS3/SYS4COMMMON SYS4SYS3

(OPT

/150

M/1

40M

) INTF

CO

H IN

TFC

OH

INTF

C

(OPT

/150

M) IN

TFC

(OPT

/150

M/1

40M

) INTF

CO

H IN

TFC

(OPT

/150

M) IN

TFC

(OPT

/150

M/1

40M

) INTF

C

RM

CI

*2

LMS

*2

: Optional*1 : Not applied for PROT CH*2 : Only applied for Rack1*3 : Either OH EXT or OH INTFC applies in this position.*4 : Only applied for Rack 2 and 3.

SYS4SYS3SYS2SYS1

TRX

UNIT

TRX

UNIT

TRX

UNIT

TRX

UNIT

TRP

*1

OH

EXT

*2,

*

3O

H IN

TFC

*3

UNIT SW (SYS 1) *1UNIT SW (SYS 2) *1

UNIT SW (SYS 3) *1UNIT SW (SYS 4) *1

ROI-S03453 DMR3000 SDH RADIOGENERAL DESCRIPTIONTX SWMODEM

FETAMP

RXRF

MODULATOR-DEMODULATOR TRANSMITTER-RECEIVER

Figure 3-6 Terminal Station Block Diagram with a 140M, 150M and OPT Interface (3+1 with SD System)

MAIN

Note:* Optional** ( )INTFC signifies the 140M, 150M or OPT INTFC. An APS system can be applied for 150M or OPT INTFC as explained in Section 2.2 OPERATIONAL DISCRIPTION or Section 5 LCT APPENDIX 3.

DATA IN*

DATA OUT*

BR CKT/DUP CKT

SD RXRF*

BPF

COMB

TXRF

TRX

DIST

TR DIST

( )INTFC*

MODEMDATA IN

DATA OUT

( )INTFC**

MODEM( )INTFC**

DATA IN

DATA OUT

MODEM( )INTFC**

DATA IN

DATA OUT

BRANCHINGCIRCUIT

SD*

To/From Lower CH

MAINIF AMP

FETAMP

RXRF

SD RXRF*

BPF

COMB

TRX

FETAMP

RXRF

SD RXRF*

BPF

COMB

TRX

FETAMP

RXRF

SD RXRF*

BPF

COMB

TRX

TXRF

MAINIF AMP

TXRF

MAINIF AMP

TXRF

MAINIF AMP

PACS

REG 1

REG 2

REG 3SYSTEM CONFIGURATION3-8

DMR3000 SDH RADIO ROI-S03453GENERAL DESCRIPTIONMODEM

MODULATOR-DEMODULATOR

Figure 3-7 Terminal Station Block Diagram for a 1+1 SOH, DSC, WS (3+1 System)

Note:* Optional** OH INTFC module for PROT CH is supported only in 1+0 SOH mode.*** Either OH EXT or OH INTFC can be used.**** ( )INTFC signifies the 140M, 150M or OPT INTFC. An APS system can be applied for 150M or OPT INTFC as explained in Section 2.2 OPERATIONAL DISCRIPTION or Section 5 LCT APPENDIX 3.

DATA IN*

DATA OUT*

( )INTFC*

WS IN*WS OUT*

WSINTFC*

OHINTFC

OHEXT*

MODEMDATA IN

DATA OUT

( )INTFC****

MODEM( )INTFC****

DATA IN

DATA OUT

WS IN*WS OUT*

WSINTFC*

MODEM( )INTFC****

DATA IN

DATA OUT

SOHDATA IN/OUT

V11/VF/G703

OHINTFC*

OHINTFC**

SOHDATA IN/OUT*

TRDIST

IF OUT

IF IN

IF OUT

IF IN

IF OUT

IF IN

IF OUT

IF IN

OAM & P/OW

SOHDATA IN/OUT

***

***

PACS

REG 1

REG 3

REG 2SYSTEM CONFIGURATION3-9

ROI-S03453 DMR3000 SDH RADIOGENERAL DESCRIPTIONFigure 3-8 Repeater Station Block Diagram (3+1 with SD System)

MAIN

Note:* Optional

BR CKT/DUP CKT

SD*


TRANSMITTER-RECEIVER

MAIN

BR CKT/DUP CKTFETAMP

RXRF

SD RXRF*

BPF

COMB

TXRF

TRX

BRANCHINGCIRCUIT

SD*



BRANCHINGCIRCUIT

(TX)(TX)

MODEM MODEM

MAIN IF AMP

FETAMP

RXRF

SD RXRF*

BPF

COMB

TXRF

TRX

MAIN IF AMP

FETAMP

RXRF

SD RXRF*

BPF

COMB

TXRF

TRX

MODEM MODEM

MAIN IF AMP

FETAMP

RXRF

SD RXRF*

BPF

COMB

TXRF

TRX

MAIN IF AMP

FETAMP

RXRF

SD RXRF*

BPF

COMB

TXRF

TRX

MODEM MODEM

MAIN IF AMP

FETAMP

RXRF

SD RXRF*

BPF

COMB

TXRF

TRX

MAIN IF AMP

FETAMP

RXRF

SD RXRF*

BPF

COMB

TXRF

TRX

MODEM MODEM

MAIN IF AMP

FETAMP

RXRF

SD RXRF*

BPF

COMB

TXRF

TRX

MAIN IF AMPSYSTEM CONFIGURATION3-10

DMR3000 SDH RADIO ROI-S03453GENERAL DESCRIPTIONMODEM


Note:* Optional** OH INTFC module for PROT CH is supported only in 1+0 SOH mode.*** Either OH EXT or OH INTFC can be used.

WSINTFC*

OHINTFC

OHEXT*

MODEM

OHINTFC**

IF OUT

IF IN

IF OUT

IF IN

IF OUT

IF IN

OAM & P/OW*

Figure 3-9 Repeater Station Block Diagram for a 1+1 SOH, DSC, WS (3+1 System)

MODEM

WS IN*WS OUT*

SOHDATA IN/OUT

V11/VF/G703

SOHDATA IN/OUT*

MODEM


WSINTFC*

OHINTFC

OHEXT*

MODEM

OHINTFC**

OAM & P/OW

MODEM

WS IN*WS OUT*

SOHDATA IN/OUT

V11/VF/G703

SOHDATA IN/OUT*

IF OUT

IF IN

IF OUT

IF IN

IF OUT

IF IN

WSINTFC*

OHINTFC*

IF OUT

IF IN

MODEM

WS IN*WS OUT*

SOHDATA IN/OUT

WSINTFC*

OHINTFC

MODEM

WS IN*WS OUT*

SOHDATA IN/OUT

IF OUT

IF IN

******

******SYSTEM CONFIGURATION3-11

ROI-S03453 DMR3000 SDH RADIOGENERAL DESCRIPTIONTX SWMODEM

FETAMP

RXRF



Figure 3-10 Terminal Station Block Diagram with a 140M, 150M and OPT Interface (2+1 with XPIC SD System)

MAIN

DATA IN*

DATA OUT*

BR CKT/DUPCKT

SD RXRF*

BPF

COMB

TXRF

TRX

DIST

TR DIST

( )INTFC*

MODEMDATA IN

DATA OUT

( )INTFC**

MODEM( )INTFC**

DATA IN

DATA OUT

BRANCHINGCIRCUIT

SD*

To/From Lower CH

TX SWMODEM


DATA IN*

DATA OUT* DIST

TR DIST

( )INTFC*

MODEMDATA IN

DATA OUT

( )INTFC**

MODEM( )INTFC**

DATA IN

DATA OUT

BRANCHINGCIRCUIT

(a)

(b)

(c)

(d)

BR CKT/DUPCKT

MAINIF AMP

IF HYB/VAR EQL

FETAMP

RXRF

SD RXRF*

BPF

COMB

TXRF

TRX

(e)MAIN

IF AMPIF HYB/

VAR EQL

FETAMP

RXRF

SD RXRF*

BPF

COMB

TXRF

TRX

(f)MAIN

IF AMPIF HYB/

VAR EQL

FETAMP

RXRF


SD RXRF*

BPF

COMB

TXRF

TRX

To/From Lower CH

(a)MAIN

IF AMPIF HYB/

VAR EQL

FETAMP

RXRF

SD RXRF*

BPF

COMB

TXRF

TRX

(b)MAIN

IF AMPIF HYB/

VAR EQL

FETAMP

RXRF

SD RXRF*

BPF

COMB

TXRF

TRX

(c)MAIN

IF AMPIF HYB/

VAR EQL

(d)

(e)

(f)

PACS

REG 1

REG 2

PACS

REG 1

REG 2

Note:* Optional** ( )INTFC signifies the 140M, 150M or OPT INTFC. An APS system can be applied for 150M or OPT INTFC as explained in Section 2.2 OPERATIONAL DISCRIPTION or Section 5 LCT APPENDIX 3.SYSTEM CONFIGURATION3-12

DMR3000 SDH RADIO ROI-S03453GENERAL DESCRIPTIONTX SW MODEM


TRANSMITTER-RECEIVER/RECEIVER

Figure 3-11 Terminal Station Block Diagram with a 140M, 150M and OPT Interface (2+1 with XPIC DSD System)

MAIN

DATA IN*

DATA OUT*

BR CKT/DUPCKT

DIST

TR DIST

( )INTFC

*

MODEMDATA IN

DATA OUT

( )INTFC**

MODEM( )INTFC**

DATA IN

DATA OUT

BRANCHINGCIRCUIT

SD*

To/From Lower CH

TX SWMODEM


DATA IN*

DATA OUT* DIST

TR DIST

( )INTFC

*

MODEMDATA IN

DATA OUT

( )INTFC**

MODEM( )INTFC**

DATA IN

DATA OUT

To/From Lower CH

TRANSMITTER-RECEIVER/RECEIVER

BRANCHINGCIRCUIT

DSD*

FETAMP

RX RF

SD RXRF*

BPF

COMB

TXRF

TRX

(a) (d)MAIN

IF AMPIF HYB/

VAR EQL

COMB DSDRX RF

DADEAMP

DADE CABLE *

** RP

FETAMP

RX RF

SD RXRF*

BPF

COMB

TXRF

TRX

(b) (e)MAIN

IF AMPIF HYB/

VAR EQL

COMB DSDRX RF

DADEAMP

DADE CABLE *

** RP

FETAMP

RX RF

SD RXRF*

BPF

COMB

TXRF

TRX

(c) (f)MAIN

IF AMPIF HYB/

VAR EQL

COMB DSDRX RF

DADEAMP

DADE CABLE *

** RP

BR CKT/DUPCKT

FETAMP

RX RF

SD RXRF*

BPF

COMB

TXRF

TRX

(d) (a)MAIN

IF AMPIF HYB/

VAR EQL

COMB DSDRX RF

DADEAMP

DADE CABLE *

** RP

FETAMP

RX RF

SD RXRF*

BPF

COMB

TXRF

TRX

(e) (b)MAIN

IF AMPIF HYB/

VAR EQL

COMB DSDRX RF

DADEAMP

DADE CABLE *

** RP

FETAMP

RX RF

SD RXRF*

BPF

COMB

TXRF

TRX

(f) (c)MAIN

IF AMPIF HYB/

VAR EQL

COMB DSDRX RF

DADEAMP

DADE CABLE *

** RP

PACS

REG 1

REG 2

PACS

REG 1

REG 2

Note:* Optional** ( )INTFC signifies the 140M, 150M or OPT INTFC. An APS system can be applied for 150M or OPT INTFC as explained in Section 2.2 OPERATIONAL DISCRIPTION or Section 5 LCT APPENDIX 3.SYSTEM CONFIGURATION3-13

ROI-S03453 DMR3000 SDH RADIOGENERAL DESCRIPTIONThis page is intentionally left blank.SYSTEM CONFIGURATION3-14E

1.3 SYSTEM CONFIGURATION

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