Cabling Plan HiT 7070 R2

S42022-L5035-A1-3-7633 1

s

ICN CP

Interconnect, Configuration and Mechanical Assembly (ICMA) S42022-L5035-A1-3-7633 SURPASS hiT7070 R1.0, R2.0, R2.1

Interconnect, Configuration and Mechanical Assembly SURPASS hiT 7070 R2.1 Scope

S42022-L5035-A1-3-7633 Draft 26-07-2004 2

Document History

Revision

Issue Issue date Remarks

Version 1.0 01 Sept. 9th, 2003 Initial Release

Version 2.0 02 Apr. 28 th, 2004 Release 2.0

Version 2.1 03 July 26 th, 2004 Draft for Review

The information contained herein is the property of SIEMENS AG, and is supplied without liability for errors or omissions. No part may be reproduced or used except as authorised by contract or other written permission. The copyright and the foregoing restriction on reproduction and use extend to all media in which the information may be embodied.


S42022-L5035-A1-3-7633 3

1. Scope...................................................................................................................7 2. General ................................................................................................................8 3. Warnings .............................................................................................................9 4. Grounding connections ...................................................................................11 5. SURPASS HIT7070-CORE Traffic Processing................................................12 6. Rack Equipment ...............................................................................................17

6.1 ETSI Rack ........................................................................................................17 6.2 Rack part numbers .........................................................................................17 6.3 Subrack mounting ..........................................................................................18 6.4 Rack Layout ....................................................................................................19

6.4.1 Two SRD-SURPASS hiT7070 in one Rack.....................................................................19 6.4.2 One SRD-SURPASS hiT7070 in one rack ......................................................................20 6.4.3 One SRD together with one SRS-SURPASS hiT7070 in one Rack .............................21 6.4.4 Two SRS-SURPASS hiT7070 in one Rack.....................................................................22 6.4.5 Two Micro-Shelf-SURPASS hiT7070 in a Rack.............................................................24

7. Subrack Layout.................................................................................................25 7.1 Layout of the Subrack SRS-SURPASS hiIT7070 (S42023-L5025-A1) .........25 7.2 Layout of the Subrack SRD-SURPASS hiT7070 (S42023-L5024-A1) ..........26 7.3 Layout of the Subrack MicroShelf-SURPASS hiT7070 ................................27 7.4 DCM-Shelf........................................................................................................27

8. Subrack Interfaces ...........................................................................................28 8.1 Netelement Alarm Panel (NEAP/MS-AP) .......................................................28 8.2 Connector Panel (COPA)................................................................................29

8.2.1 T3/T4-Adapterbox ............................................................................................................31 8.2.2 NE Station Alarm Interface (Alarm-Box)........................................................................31 8.2.3 Microshelf Internal LAN Switch (MS-ILANS).................................................................32

8.3 PDH Connector Panel.....................................................................................33 8.4 Pin Allocation Diagrams.................................................................................33

8.4.1 PDH Connector Panel (2 Mbit/s Interface).....................................................................33 8.4.2 PDH Connector Panel (34 Mbit/s Interface) R > 1.......................................................33 8.4.3 Pin Account of the SIPAC adapter bridge.....................................................................34 8.4.4 Connectors at the NEAP .................................................................................................35 8.4.5 Connectors at the SURPASS hi......................................................................................36 8.4.6 T7070-Core COPA............................................................................................................36 8.4.7 Connectors at the SURPASS hiT7070-MicroShelf COPA............................................40 8.4.8 Connectors at the SURPASS hiT7070-NE Staion Alarmbox .......................................41

9. Card Interfaces .................................................................................................43 10. Electrical Cabling .............................................................................................44

10.1 Power Distribution........................................................................................44 10.2 Interface Cabling NEAP................................................................................45 10.3 Interface Cabling COPA ...............................................................................45 10.4 Station Alarm Interface SURPASS hiT7070 ................................................46 10.5 Interface Cabling SURPASS hiT7070-MicroShelf ILAN .............................46 10.6 2 Mbit Cabling ...............................................................................................47 10.7 Electrical Ethernet Cabling ..........................................................................47 10.8 Electrical STM-1 Cabling ..............................................................................48 10.9 34 Mbit/s Cabling ..........................................................................................48

11. Optical Cabling .................................................................................................49


S42022-L5035-A1-3-7633 Draft 26-07-2004 4

11.1 Part Numbers of Fiber Patchcords..............................................................49 11.2 Fiber Handling / Routing Recommendations .............................................49 11.3 List of Optical Connections .........................................................................50


S42022-L5035-A1-3-7633 Draft 26-07-2004 5

List of Figures: Figure 5-1 TDM Processing ..................................................................................................................12 Figure 5-2 WDM traffic processing (internal solution) 40 Gbit/s line interface.................................13 Figure 5-3 WDM traffic processing (external solution)........................................................................13 Figure 5-4 DCM and OB/OP application ................................................................................................14 Figure 5-5Attenuator-application .........................................................................................................14 Figure 5-6SURPASS HIT7070 Single-Core with SURPASS hiT7070 Micro-Shelf extension .....15 Figure 5-7MicroShelf ILAN-Switch .......................................................................................................16 Figure 6-1 Rack dimension.....................................................................................................................18 Figure 6-2: Rack equipment with two SRD-SURPASS hiT7070 in a Rack .........................................19 Figure 6-3: Rack Equipment with one SRD-SURPASS hiT7070 in a Rack ........................................20 Figure 6-4: Rack Equipment with one SRD-SURPASS hiT7070 and one ..........................................21 Figure 6-5: Rack Equipment with two SRS-SURPASS hiT7070 in a Rack.........................................22 Figure 6-6: Rack Equipmenmt with one SRS-SURPASS hiT7070 and one MicroShelf SURPASS

hiT7070 in a Rack ..............................................................................................................................23 Figure 6-7Rack Equipment with two MicroShelf-SURPASS hiT7070 in a Rack ..............................24 Figure 7-1: Subrack SRS-SURPASS hiT7070 (front view)...................................................................25 Figure 7-2: Subrack SRD-SURPASS hiT7070 (front view)...................................................................26 Figure 7-3: Subrack MicroShelf-SURPASS hiT7070 ..............................................................................27 Figure 7-4 DCM.......................................................................................................................................27 Figure 8-1SURPASS hiT7070 Core NEAP............................................................................................28 Figure 8-2SURPASS hiT7070 Core COPA ...........................................................................................30 Figure 8-3Microshelf MS-COPA............................................................................................................30 Figure 8-4T3/T4 Adapterbox .................................................................................................................31 Figure 8-5NE Station Alarm Interface......................................................................................................31 Figure 8-6 Station Alarm Interface (STAI)............................................................................................32 Figure 8-7PDH connector panel ...........................................................................................................33 Figure 10-1 Power Distribution ..............................................................................................................44 Figure 11-1 Subrack Cable Duct (sample) ............................................................................................52 Figure 11-2 Cable Ducts in the Subrack and the Rack ........................................................................53

List of Tables: Table 8-1 SIPAC Interface 2Mbit/s ...........................................................................................................33 Table 8-2 SIPAC interface 34 Mbit/s ......................................................................................................33 Table 8-3 Pinning of the SIPAC adapter bridge....................................................................................34 Table 8-4 Pinning of QF2 ........................................................................................................................35 Table 8-5 Pinning of F .............................................................................................................................35 Table 8-6 Pinning of Handset Connector ..............................................................................................35 Table 8-7 Pinning of T3/T4(1) T3/T(2) ................................................................................................36 Table 8-8 Pinning of AUX(1),AUX(2) ......................................................................................................36 Table 8-9 Pinning of AUX(3), AUX(4) .....................................................................................................37 Table 8-10 Pinning of TIF ........................................................................................................................37 Table 8-11 Pinning of CAN......................................................................................................................38 Table 8-12 Pinning of EOW.....................................................................................................................38 Table 8-13 Pinning of Q...........................................................................................................................38 Table 8-14 Pinning of QEXT ...................................................................................................................39 Table 8-15 Pinning of CES ......................................................................................................................39 Table 8-16 Pinning of UBAT ...................................................................................................................39 Table 8-17Pinning of Main-Switch........................................................................................................40 Table 8-18Pinning of M2........................................................................................................................40 Table 8-19Pinning of M3........................................................................................................................40 Table 8-20Pinning of M4........................................................................................................................41 Table 8-21 Pinning of CAN ..................................................................................................................41 Table 8-22 Pinning of Alarm ................................................................................................................42


S42022-L5035-A1-3-7633 Draft 26-07-2004 6


S42022-L5035-A1-3-7633 Draft 26-07-2004 7

1. Scope

The SURPASS hiT7070 family consists of network elements (NE) for Metro Core, Metro Access and Customer Premises.

This document describes the installation and cabling for the TransXpress MSI Core for Metro Core and Metro Access applications used at the ETSI market.

In the following, the Metro Core and Metro Access application of TransXpress MSI is designated as SURPASS hiT7070

Interconnect, Configuration and Mechanical Assembly SURPASS hiT 7070 R2.1 General

S42022-L5035-A1-3-7633 Draft 26-07-2004 8

2. General

SURPASS hiT7070 is placed in Central Offices. The SURPASS hiT7070 equipment meets the generic requirements defined in:

ETS 300 119 [119] (framework criteria); ETS 300 019 [145] (environmental criteria).

Interconnect, Configuration and Mechanical Assembly SURPASS hiT 7070 R2.1 Warnings

S42022-L5035-A1-3-7633 Draft 26-07-2004 9

3. Warnings

The following precautions must be observed:

DANGER Observe all warnings and cautions appearing in this document, or affixed to the equipment regarding high voltage, laser light, temperature conditions, and special handling procedures.

DANGER This equipment contains laser devices which operate at high optical power

levels. Never look into the end of a fiber or fiber connector. Permanent eye damage or blindness can result. Always use whatever safety devices are supplied (caps, shutters, etc). A label similar or identical to the one shown below is attached to laser-containing devices as a reminder. Written laser warning labels are also present on the equipment where applicable. Read and follow all laser warning labels affixed to the equipment. Personnel must be familiar with and follow all safety and handling guidelines as published by relevant regulatory agencies for the Laser Class(es) designated.

DANGER Some connections can have Hazard Level 1M.

The cables of these connections have Laser Warning Labels. These Connections are marked in the cable list given in Chapter 6.3. The part number of the cables with the Laser Warning Labels are given in Chapter 6.1.

Any laser product in the wave range from 302,5 nm to 4000 nm which does not permit human access to laser radiation in excess of the accessible emission limits of class 1 for applicable wavelength and emission durations.

Interconnect, Configuration and Mechanical Assembly SURPASS hiT 7070 R2.1 Warnings

S42022-L5035-A1-3-7633 Draft 26-07-2004 10

WARNING Plug-in cards can be damaged by electrostatic discharge (ESD) during installation, removal, storage, or shipment. Such units require special care. Always observe the following precautions:

When handling plug-in cards, always wear a wrist strap which is connected to safety (earth) ground.

Hold plug-in cards by the edges. Avoid touching the circuitry. Transport or store the plug-in cards in anti-static containers.

CAUTION By using other cables as mentioned in this document, SIEMENS do not guarantee the correct operation of the system.

Interconnect, Configuration and Mechanical Assembly SURPASS hiT 7070 R2.1 Grounding connections

S42022-L5035-A1-3-7633 Draft 26-07-2004 11

4. Grounding connections

There is no special grounding cable required.

The grounding was obtained by mounting the subrack to the rack.

Interconnect, Configuration and Mechanical Assembly SURPASS hiT 7070 R2.1 SURPASS hiT7070-CORE Traffic Processing

S42022-L5035-A1-3-7633 Draft 26-07-2004 12

5. SURPASS hiT7070-CORE Traffic Processing

Figure 5-1 shows the TDM processing in the SURPASS hiT 7070

SF160G(VC-4

Core SwitchingFabric

DC: 160 GbpsSC: 110 Gbit/s)

IFO155M(8xSTM-1

opt.)

IFQ2G5(4xSTM-16

opt.)

IFS2G5(1xSTM-16

opt.)

IFS10G(1xSTM-64

opt.)

SF2G5(VC3/12

Switching Fabric2,5 Gbit/s)

SF2G5(VC3/12


8xSTM-1opt.

4xSTM-16opt.

STM-16 opt.

STM-64 opt.

8x10M/100M/Ethernet

electr. (TX/T)

4x1GEthernetelec. (FX)

63x2 Mpbselectr.

ISTM-4/16

ISTM-4/16 UTIF2MSI SC only

VC-12 termination

VC-4 terminationVC-3/12 non-intrusive monitor

VC-3/12 connection

RS and MS terminationMS protection

VC-4 non-intrusive monitor

VC-4 terminationor VC-4 and VC-3 termination

SF160G(VC-4

Core SwitchingFabric

DC: 160 GbpsSC: 110 Gbit/s)

VC-4 terminationand/or VC-4 and VC-3

termination

PF2G5(Packet


IFQGBE-E(8x100M

Ethernet opt.)

TDM trafficprocessing

IFQGBE(4x1G

Ethernet opt.)

IFQ622M(4xSTM-4

opt.)4xSTM-4

opt.

4x1GEthernet

opt. (LX/SX)

SDH

inte

rfac

e ca

rds

Ethe

rnet

inte

rfac

e ca

rds

PDH

inte

rfac

e ca

rds

Pack

et fa

bric

TDM fabrics

IF2M(63x2 MbpsInterface)

VC-4 and VC-3 termination

VC-4 termination

IFOFE-E(8x10M/100M/

Ethernetelectr.)

IFS10G-M(1xSTM-64

opt. colored)

STM-64 opt.colored

VC-4 connecitonMS protection bridge and selector

Figure 5-1 TDM Processing


S42022-L5035-A1-3-7633 Draft 26-07-2004 13

Figure 5-2 shows the WDM traffic processing (internal solution) in the SURPASS hiT 7070

IFS10G(1xSTM-64

opt. colored)

STM-64opt.

IFS10G(1xSTM-64

opt. colored)

IFS10G(1xSTM-64

opt. colored)

IFS10G(1xSTM-64

opt. colored)

IFS40G-MX(WDMMux/

Demux)

4xSTM-64WDM

1

2

3

4

Internal solution

Figure 5-2 WDM traffic processing (internal solution) 40 Gbit/s line interface

For use with external WDM equipment (e.g. FSP3000) STM-64 interfaces with colored lasers at dedicated wavelengths can be used.

Figure 5-3 shows the WDM traffic processing (external solution) in the SURPASS hiT 7070

IFS10G-M(1xSTM-64

opt. colored)

IFS10G-M(1xSTM-64

opt. colored)

IFS10G-M(1xSTM-64

opt. colored)

1

2

n

External solution

to/fr

omFS

P300

0

STM-64colored

STM-64colored

STM-64colored

Figure 5-3 WDM traffic processing (external solution)


S42022-L5035-A1-3-7633 Draft 26-07-2004 14

Figure 5-4 shows the use of OB and OP together with DCM (external solution)

in the SURPASS hiT 7070:

MSI-NE Distributor

12m

2m12m

OB

DCM

LConly

AUX-NE

OP

Tx

Rx

1) 2) 2) 3)

2)

2)

2)

2)

1)

3)

1) LC-PC2) E2000/HRL3) defined by customer

12m

Figure 5-4 DCM and OB/OP application

Figure 5-5 shows the application with attenuator

MSI-NE Distributor

12m

12m

OB

LConly

AUX-NE

OP

Tx

Rx

Attenuator

5dB1) LC-PC2) E2000/HRL3) defined by customer

1)

1)

2) 2)

2)2)

2)

2)

3)

3)

*)

*) placed in Cable compartment

12m

Figure 5-5Attenuator-application


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Figure 5-6 shows the SURPASS hiT7070 Single Core with SURPASS hiT7070 MicroShelf extension

MSI-Core

LNQ622

MSI-MicroShelf #1ESM X

ESM Y

ESM X

ESM Y

ESM X

ESM Y

ESM X

ESM Y

in case of protection:

one MSI-Coretwo MSI-MicroShelf

in case of non protection:

one MSI-Corefour MSI-MicroShelfs

MSI-MicroShelf #2

MSI-MicroShelf #3

MSI-MicroShelf #4

X

LNQ622

Y

#1 ... #4

#1 ... #4

Figure 5-6SURPASS HIT7070 Single-Core with SURPASS hiT7070 Micro-Shelf extension


S42022-L5035-A1-3-7633 Draft 26-07-2004 16

Figure 5-7 shows the MicroShelf Internal LAN Switch (ILAN)

MSI MICROSHELF #1

MSI MAIN SHELF

COPA CES

MS-COPA

4 x RJ45

MSI MICROSHELF #2

MSI MICROSHELF #3

MSI MICROSHELF #4

UpM2M3M4

Up

Up

Up

RJ45

Figure 5-7MicroShelf ILAN-Switch

Interconnect, Configuration and Mechanical Assembly SURPASS hiT 7070 R2.1 Rack Equipment

S42022-L5035-A1-3-7633 Draft 26-07-2004 17

6. Rack Equipment

6.1 ETSI Rack

The equipment frames meet the ETS 300 119-2 requirements [119].

The racks are unshielded.

Note: It is not possible to install SURPASS hiT7070 in a so-called Standard ETSI Rack

Note: In order to minimize the rack spacing of the subracks, the outlets of the optical cables are at the front of the rack beams. This means, that the mounting plane of the rack is moved to the back.

Note: The so-called earthquake rack does not provide the cabling space at the rear side of the rack beams, which is mandatory for the 2Mbit/s cabling. As a result of this, not all applications shown in Section 6.4 are applicable.

6.2 Rack part numbers

SURPASS hiT7070-CORE shall be accommodated in the following ETSI rack:

S42022-L5020-A5, if earthquake resistance is not required; Note: earthquake proofed rack is not applicable.


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6.3 Subrack mounting

Figure 6-1 shows the mounting of a double-core subrack

Fuse Panel

Cable Duct

FAN UNIT

NEAP

COPA

Air Filter

Cable Duct

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lot

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FAN UNIT

Cable Duct

FAN UNIT

NEAP

COPA

Air Filter

Cable Duct

Traf

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lot

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lot

FAN UNIT

2050

81x2

5=20

25

Figure 6-1 Rack dimension


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6.4 Rack Layout

6.4.1 Two SRD-SURPASS hiT7070 in one Rack

Figure 6-2 shows the rack equipment with two SRD-SURPASS hiT7070

Fuse Panel

Cable Duct

FAN UNIT

NEAP

COPA

Air Filter

Cable Duct

Traf

fic S

lot

Traf

fic S

lot

Traf

fic S

lot

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fic S

lot

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lot

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lot

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lot

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lot

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lot

FAN UNIT

Cable Duct

FAN UNIT

NEAP

COPA

Air Filter

Cable Duct

Traf

fic S

lot

Traf

fic S

lot

Traf

fic S

lot

Traf

fic S

lot

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lot

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lot

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lot

FAN UNIT

Rack Spacing[mm]

Fuse Panel 100SRD-MSI 975SRD-MSI 975

2050

Figure 6-2: Rack equipment with two SRD-SURPASS hiT7070 in a Rack Note: Two SRD-SURPASS hiT7070 can be fixed in one rack, if the rack equipment is done without

cable compartments. In this case, the patch cords of every input and output port have to be stored in the distribution frame or in one of the racks next to the SURPASS hiT 7070 system!


S42022-L5035-A1-3-7633 Draft 26-07-2004 20

6.4.2 One SRD-SURPASS hiT7070 in one rack

Figure 6-3 shows the rack equipment with one SRD-SURPASS hiT7070 and one cable compartment

Fuse Panel

Cable Duct

FAN UNIT

NEAP

COPA

Air Filter

Cable Duct

Traf

fic S

lot

Traf

fic S

lot

Traf

fic S

lot

Traf

fic S

lot

Cor

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lot

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lot

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SC

OH

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lot

FAN UNIT

Cable Compartment

Rack Spacing[mm]

Fuse Panel 100Cable Compartment 75SRD-MSI 975

1150

Figure 6-3: Rack Equipment with one SRD-SURPASS hiT7070 in a Rack Note: In order to have a sufficient storage for every input and output patch cord, cable compartment(s)

can be mounted above and/or below the double-row subrack. The entire space for one double-row subrack and one cable compartment is 1125 mm. This means, that

only one SRD-SURPASS hiT7070 can be mounted in one rack.


S42022-L5035-A1-3-7633 Draft 26-07-2004 21

6.4.3 One SRD together with one SRS-SURPASS hiT7070 in one Rack

Figure 6-4 shows the rack equipment with one SRD-SURPASS hiT7070 together with one SRS-SURPASS hiT7070 and two cable compartments

Fuse Panel

COPA

Air Filter

Cable Duct

FAN UNIT

SC

OH

Slo

tC

LU S

lot

FAN UNIT

NEAP

PD

H P

rote

ct. S

lot

PD

H S

lot

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t

LSU

Slo

t

PD

H S

lot

LSU

Slo

t

LSU

Slo

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PD

H S

lot

LSU

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t

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Interface Connector Panel

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Cable Compartment

Cable Duct

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NEAP

COPA

Air Filter

Cable Duct

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fic S

lot

Traf

fic S

lot

Traf

fic S

lot

Traf

fic S

lot

SC

OH

Slo

tC

LU S

lot

FAN UNIT

Cable Compartment

Traf

fic S

lot

Rack Spacing[mm]

Fuse Panel 100Cable Compartment 75SRS 825Cable Compartment 75SRD 975

2050

Figure 6-4: Rack Equipment with one SRD-SURPASS hiT7070 and one

SRS-SURPASS HIT7070 in a Rack


S42022-L5035-A1-3-7633 Draft 26-07-2004 22

6.4.4 Two SRS-SURPASS hiT7070 in one Rack

Figure 6-5 shows the rack equipment with two SRS-SURPASS hiT7070 and two cable compartments

Fuse Panel

COPA

Air Filter

Cable Duct

FAN UNIT

SC

OH

Slo

tC

LU S

lot

FAN UNIT

NEAP

PD

H P

rote

ct. S

lot

PD

H S

lot

LSU

Slo

t

LSU

Slo

t

PD

H S

lot

LSU

Slo

t

LSU

Slo

t

PD

H S

lot

LSU

Slo

t

LSU

Slo

t

PD

H S

lot

LSU

Slo

t

LSU

Slo

t

CLU

Slo

t

Traf

fic S

lot

Traf

fic S

lot

Traf

fic S

lot

Traf

fic S

lot

Cor

e S

lot

Cor

e S

lot

Traf

fic S

lot /

E-C

ore

Slo

t

Traf

fic S

lot

Traf

fic S

lot

Traf

fic S

lot

Traf

fic S

lot

Traf

fic S

lot


Traf

fic S

lot /

E-C

ore

Slo

t

Cable Compartment

COPA

Air Filter

Cable Duct

FAN UNIT

SC

OH

Slo

tC

LU S

lot

FAN UNIT

NEAP

PD

H P

rote

ct. S

lot

PD

H S

lot

LSU

Slo

t

LSU

Slo

t

PD

H S

lot

LSU

Slo

t

LSU

Slo

t

PD

H S

lot

LSU

Slo

t

LSU

Slo

t

PD

H S

lot

LSU

Slo

t

LSU

Slo

t

CLU

Slo

t

Traf

fic S

lot

Traf

fic S

lot

Traf

fic S

lot

Traf

fic S

lot

Cor

e S

lot

Cor

e S

lot

Traf

fic S

lot /

E-C

ore

Slo

t

Traf

fic S

lot

Traf

fic S

lot

Traf

fic S

lot

Traf

fic S

lot

Traf

fic S

lot


Traf

fic S

lot /

E-C

ore

Slo

t

Cable Compartment

Rack Spacing[mm]

Fuse Panel 100Cable Compartment 75SRS 825Cable Compartment 75SRS 825

1900

Figure 6-5: Rack Equipment with two SRS-SURPASS hiT7070 in a Rack Note: In order to have a sufficient storage for every input and output patch cord, cable compartment(s)

can be mounted above and/or below the subracks. The entire space for one subrack incl. space for handling and one cable compartment is 900 mm. This means, that only two SURPASS hiT 7070 single-row subracks can be mounted in one rack.


S42022-L5035-A1-3-7633 Draft 26-07-2004 23

[mm]Fuse Panel 100Cable Compartment 75SRS 825Microshelf 375

1375

6.4.4.1 One SRS-SURPASS hiT7070 and one MicroShelf-SURPASS hiT7070 in a Rack

Figure 6-6 the rack equipment with one SRS-SURPASS hiT7070 and one MicroShelf-SURPASS hiT7070

SRS-

MSI

Mic

rosh

elf-M

SI

Fuse and Alarm Panel

Cable Compartment

MS-COPA

IF2M

(W)

#1

LSU

LSU

IF2M

(W)

#2

LSU

LSU

IF2M

(W)

#3

LSU

LSU

IF2M

(W)

#4

LSU

LSU

IF2M

(P)

ESM

-CO

RE

Y

MS-ILANS

ESM

-CO

RE

X


MS-AP

CableDuct

COPA

Air Filter

Cable Duct

FAN UNIT

SC

OH

Slo

tC

LU S

lot

FAN UNIT

NEAP

PDH

Pro

tect

. Slo

t

PD

H S

lot

LSU

Slo

t

LSU

Slo

t

PD

H S

lot

LSU

Slo

t

LSU

Slo

t

PD

H S

lot

LSU

Slo

t

LSU

Slo

t

PD

H S

lot

LSU

Slo

t

LSU

Slo

t

CLU

Slo

t

Traf

fic S

lot

Traf

fic S

lot

Traf

fic S

lot

Traf

fic S

lot

Cor

e Sl

ot

Cor

e Sl

ot

Traf

fic S

lot /

E-C

ore

Slo

t

Traf

fic S

lot

Traf

fic S

lot

Traf

fic S

lot

Traf

fic S

lot

Traf

fic S

lot


Traf

fic S

lot /

E-C

ore

Slot

Cable Compartment

F Figure 6-6: Rack Equipmenmt with one SRS-SURPASS hiT7070 and one MicroShelf

SURPASS hiT7070 in a Rack


S42022-L5035-A1-3-7633 Draft 26-07-2004 24

6.4.5 Two Micro-Shelf-SURPASS hiT7070 in a Rack

Figure 6-7 shows the rack equipment with two MicroShelf-SURPASS hiT7070

Mic

rosh

elf-M

SI

Fuse and Alarm Panel

Cable Compartment

Cable Compartment

MS-COPA

IF2M

(W)

#1

LSU

LSU

IF2M

(W)

#2

LSU

LSU

IF2M

(W)

#3

LSU

LSU

IF2M

(W)

#4

LSU

LSU

IF2M

(P)

ESM

-CO

RE

Y

MS-ILANS

ESM

-CO

RE

X


MS-AP

CableDuct

MS-COPA

IF2M

(W)

#1

LSU

LSU

IF2M

(W)

#2

LSU

LSU

IF2M

(W)

#3

LSU

LSU

IF2M

(W)

#4

LSU

LSU

IF2M

(P)

ES

M-C

OR

E Y

MS-ILANS

ES

M-C

OR

E X


MS-AP

CableDuct

Mic

rosh

elf-M

SI

Figure 6-7Rack Equipment with two MicroShelf-SURPASS hiT7070 in a Rack

Rack Spacing[mm]

Fuse Panel 100Microshelf 375Microshelf 375

850

Interconnect, Configuration and Mechanical Assembly SURPASS hiT 7070 R2.1 Subrack Layout

S42022-L5035-A1-3-7633 Draft 26-07-2004 25

7. Subrack Layout

7.1 Layout of the Subrack SRS-SURPASS hiIT7070 (S42023-L5025-A1)

Figure 7-1 shows the subrack layout SRS-SURPASS hiT7070 (front view)

COPA

Air Filter

Cable Duct

FAN UNIT

SCO

H S

lot

CLU

Slo

t

FAN UNIT

NEAP

PD

H P

rote

ct. S

lot

PDH

Slo

t

LSU

Slo

t

LSU

Slo

t

PDH

Slo

t

LSU

Slo

t

LSU

Slo

t

PDH

Slo

t

LSU

Slo

t

LSU

Slo

t

PDH

Slo

t

LSU

Slo

t

LSU

Slo

t

CLU

Slo

t

Feat

ure

Slot

/ E-

Cor

e Sl

ot

Feat

ure

Slot

/ E-

Cor

e Sl

ot

Feat

ure

Slot

Feat

ure

Slot

Feat

ure

Slot

Cor

e Sl

ot

Cor

e S

lot

Feat

ure

Slot

Feat

ure

Slot

Feat

ure

Slot

Feat

ure

Slot

Feat

ure

Slot


Feat

ure

Slot

212,

510

010

010

010

0

825

Figure 7-1: Subrack SRS-SURPASS hiT7070 (front view)


S42022-L5035-A1-3-7633 Draft 26-07-2004 26

7.2 Layout of the Subrack SRD-SURPASS hiT7070 (S42023-L5024-A1)

Figure 7-2 shows the layout of the double-row subrack. The subrack is divided into sectors.

The two sectors in the middle of the subrack can be converted from double-row sectors to double height sectors.

Before rebuilding a sector, the core card uses the slot in the upper row, the two slots in the lower row can be used for general purpose cards.

After rebuilding the subrack, one large sector can be used for one double-height card.

Note: the double-height cards have to use the same backplane connectors as the (standard size) core cards.

Cable Duct

FAN UNIT

NEAP

COPA

Air Filter

Cable Duct

FAN UNIT

Feat

ure

Slo

t

Feat

ure

Slo

t

Feat

ure

Slo

t

Feat

ure

Slo

t

Cor

e S

lot

Cor

e S

lot

Feat

ure

Slo

t

Feat

ure

Slo

t

Feat

ure

Slo

t

Feat

ure

Slo

t CLU

Slo

t

Feat

ure

Slo

t

Feat

ure

Slo

t

Feat

ure

Slo

t

Feat

ure

Slo

t

Gen

eral

Pur

pose

(I) S

lot

Gen

eral

Pur

pose

(II)

Slo

t

Gen

eral

Pur

pose

(I) S

lot

Gen

eral

Pur

pose

(II)

Slo

t

Feat

ure

Slo

t

Feat

ure

Slo

t

Feat

ure

Slo

t

Feat

ure

Slo

t

SC

OH

Slo

tC

LU S

lot

950

212,

512

510

012

515

012

5

Figure 7-2: Subrack SRD-SURPASS hiT7070 (front view)


S42022-L5035-A1-3-7633 Draft 26-07-2004 27

7.3 Layout of the Subrack MicroShelf-SURPASS hiT7070

Figure 7-3 shows the MicroShelf-SURPASS hiT7070 subrack

MS-COPA

IF2M

(W)

#1

LSU

LSU

IF2M

(W)

#2

LSU

LSU

IF2M

(W)

#3

LSU

LSU

IF2M

(W)

#4

LSU

LSU

IF2M

(P)

ES

M-C

OR

E Y

MS-ILANS

ES

M-C

OR

E X


MS-AP

CableDuct

Figure 7-3: Subrack MicroShelf-SURPASS hiT7070

7.4 DCM-Shelf

Figure 7-4 shows the DCM-Shelf

*)

Figure 7-4 DCM

Code number *) Mounting distance in rack Remark

- L5028 - 125mm MSI

- L5002 - 40mm Standart-ETSI-Rack

Interconnect, Configuration and Mechanical Assembly SURPASS hiT 7070 R2.1 Subrack Interfaces

S42022-L5035-A1-3-7633 Draft 26-07-2004 28

8. Subrack Interfaces

All subrack connectors are accessible from the front side.

8.1 Netelement Alarm Panel (NEAP/MS-AP)

The Netelement Alarm Panel (NEAP) used at SRS-SURPASS hiT7070/SRD-SURPASS hiT7070 and the MicroShelf Alarm Panel (MS-AP) is screened module mounted at the top edge of the subrack. They are connected to the backplane via ribbon cables.

At the front of the NEAP/MS-NEAP the following alarms and interfaces are provided:

Alarms and Interfaces NEAP MS-AP Ground socket 2 2 Subrack address switch; 2 2 LEDs for indicating Power ON; 2 2 LEDs for indicating alarm status (red: major, yellow minor):

o Equipment alarm status; 2 o Communication alarm status; 2

ACO 2 ACO button 2 Q-F2 connector; 2 F connector 2 Phone connector and phone indicator 2 Lamp test button. 2

Following is a list, which gives information about the number and the type of electrical connectors placed at the NEAP SURPASS hiT7070-Core: connector number type of connector

Q-F2 connector 1 RJ45

F connector 1 D-Sub 9 pin (male)

Phone connector 1 RJ11

Figure 8-1 shows the layout of the NEAP which is used at the SURPASS hiT7070 Core subrack

Figure 8-1SURPASS hiT7070 Core NEAP


S42022-L5035-A1-3-7633 Draft 26-07-2004 29

8.2 Connector Panel (COPA)

The COnnector PAnel (COPA) used at SRS-SURPASS hiT7070/SRD-SURPASS hiT7070 and the MicroShelf COnnector PAnel (MS-COPA) are arranged at the backside of the subrack. They are placed inside the shielded room at the bottom edge of the subrack.

The PCB of COPA or MS-COPA contains all electrical connectors and the components for the EMI filter.

The available space for the COPA is:

parameter Dimension [mm]

COPA MS-COPA

Height: 180 100 Width: 480 480 Depth: 47 47

The following list details information about the number and the type of electrical connectors placed at the COPA:

number type of connector

COPA MS-COPA T3/T4 D-Sub 15 pin (female) 2 AUX D-Sub 15 pin (female) 4

TIF D-Sub 15 pin (male) 1

CANEX D-Sub 9 pin (male) 1

EOW D-Sub 9 pin (male) 1 Q RJ45 1

QEXT RJ45 1 CES RJ45 1 3

UBAT 4 x 3W3 D-Sub power connector 4 2

BPL connector 2 SU ERmet 4 2

The COPA/MS-COPA is separated from the backplane (BPL). The connection to the backplane is via 2SU ERmet connectors.


S42022-L5035-A1-3-7633 Draft 26-07-2004 30

Figure 8-2 shows the arrangement of the connectors at the SURPASS hiT7070 Core COPA.

Figure 8-2SURPASS hiT7070 Core COPA Figure 8-3 shows the arrangement of the connectors at the MS-COPA.

Up MS1 MS2 MS3

Figure 8-3Microshelf MS-COPA Note: Since the connector panel is at the bottom and the backside of the subrack, the

handling of the electrical cables is unfavorable.


S42022-L5035-A1-3-7633 Draft 26-07-2004 31

8.2.1 T3/T4-Adapterbox

The T3/T4-Adapterbox change the T3/T4-Connector (SubD) from SURPASS hiT7070

to Coax-Cable 75 on customer side.

Figure 8-4 shows the T3/T4-Adapterbox

Figure 8-4T3/T4 Adapterbox

8.2.2 NE Station Alarm Interface (Alarm-Box)

The Station Alarm Interface (STAI) of SURPASS hiT7070 provides the means for an aggregate indication of failure detected by a NE to some external, visual or audible alarm facility. From a functional viewpoint it mainly corresponds to the alarm display on the NEAP which provides visual alarm indications via LEDs.

Figure 8-5 shows the NE Station Alarm Box

Figure 8-5NE Station Alarm Interface


S42022-L5035-A1-3-7633 Draft 26-07-2004 32

Figure 8-6 shows the Staion Alarm Interface (STAI) mounted in a SRS SURPASS hiT7070

Figure 8-6 Station Alarm Interface (STAI)

8.2.3 Microshelf Internal LAN Switch (MS-ILANS)

The Microshelf Internal LAN Switch (MS-ILANS) unit is placed at the bottom of the Microshelf subrack, connected to MS-COPA PCB and accessible for field replacement.

The MS-ILANS PCB is connected to the MS-COPA PCB via board-to-board connectors.

The MS-ILANS is a unit with a shielded faceplate. It is accessible from the front for field replacement.

The MS-ILANS plug-in unit is fitted with captive screws with special head for hand fastening; no additional tool is necessary.


S42022-L5035-A1-3-7633 Draft 26-07-2004 33

8.3 PDH Connector Panel

Figure 8-3 shows the arrangement of the SIPAC adapter bridges at the SURPASS hiT 7070 PDH connector panel:

Figure 8-7PDH connector panel

8.4 Pin Allocation Diagrams

8.4.1 PDH Connector Panel (2 Mbit/s Interface)

Table 8-1 shows the SIPAC adapter bridges of the 2 Mbit/s ports of the first of four interface blocks. Each block, consisting of three SIPAC adapter bridges provides the 63 ports of one IF2M card.

101 102 103 A DS2-01 (in) ... DS2-07 (in) DS2-22 (in) ... DS2-28 (in) DS2-43 (in) ... DS2-49 (in) B DS2-01 (out) ... DS2-07 (out) DS2-22 (out) ... DS2-28 (out) DS2-43 (out) ... DS2-49 (out) C DS2-08 (in) ... DS2-14 (in) DS2-29 (in) ... DS2-35 (in) DS2-50 (in) ... DS2-56 (in) D DS2-08 (out) ... DS2-14 (out) DS2-29 (out) ... DS2-35 (out) DS2-50 (out) ... DS2-56 (out) E DS2-15 (in) ... DS2-21 (in) DS2-36 (in) ... DS2-42 (in) DS2-57 (in) ... DS2-63 (in) F DS2-15 (out) ... DS2-21 (out) DS2-36 (out) ... DS2-42 (out) DS2-57 (out) ... DS2-63 (out)

Table 8-1 SIPAC Interface 2Mbit/s

8.4.2 PDH Connector Panel (34 Mbit/s Interface) R > 1

Table 8-2 shows the SIPAC adapter bridges of the 34 Mbit/s ports of the first of four interface blocks. The first SIPAC adapter bridge of a interface block provides 3 ports of one IF34M card.

101 102 103 A DS34-01 (in) B DS34-01 (out) C DS34-02 (in) D DS34-02 (out) E DS34-03 (in) F DS34-03 (out)

Table 8-2 SIPAC interface 34 Mbit/s


S42022-L5035-A1-3-7633 Draft 26-07-2004 34

8.4.3 Pin Account of the SIPAC adapter bridge

Table 8-3 shows the pin account of one SIPAC adapter bridge for the 2 Mbit/s ports and the 34 Mbit/s ports:

PIN a b c d e

1 DS2-01(a) DS2-01(b) #NV DS2-02(a) DS2-02(b)

2 GND DS34-01 GND DS34-01 CPE1_01 3 DS2-03(a) DS2-04(a) DS2-05(a) DS2-06(a) DS2-07(a)

A

4 DS2-03(b) DS2-04(b) DS2-05(b) DS2-06(b) DS2-07(b)

F2 in

5 #NV #NV #NV #NV #NV 6 DS2-01(a) DS2-01(b) #NV DS2-02(a) DS2-02(b) 7 GND DS34-01 GND DS34-01 CPE2_01 8 DS2-03(a) DS2-04(a) DS2-05(a) DS2-06(a) DS2-07(a)

B


F2 out

#NV #NV #NV #NV #NV 1 DS2-08(a) DS2-08(b) #NV DS2-09(a) DS2-09(b) 2 GND DS34-02 GND DS34-02 CPE1_01 3 DS2-10(a) DS2-11(a) DS2-12(a) DS2-13(a) DS2-14(a)

C


F2 in


D


F2 out

#NV #NV #NV #NV #NV 1 DS2-15(a) DS2-15(b) #NV DS2-16(a) DS2-16(b) 2 GND DS34-03 GND DS34-03 CPE1_01 3 DS2-17(a) DS2-18(a) DS2-19(a) DS2-20(a) DS2-21(a)

E


F2 in


F


F2 out

Table 8-3 Pinning of the SIPAC adapter bridge


S42022-L5035-A1-3-7633 Draft 26-07-2004 35

8.4.4 Connectors at the NEAP

Table 8-4, Table 8-5 and Table 8-6 show the connectors at the NEAP

QF2

PIN Signal 1 EQF2-OUT_A

2 EQF2-OUT_B

3 EQF2-IN_A

4 #NV

5 #NV

6 EQF2-IN_B

7 #NV

8 #NV

9 #NV

10 EQF2-LEDL_L

11 #NV

12 EQF2-LEDA_L

Table 8-4 Pinning of QF2

F

PIN Signal 1 SDI-CD

2 SDI-RX

3 SDI-TX

4 SDI-DTSR

5 GND

6 SDI-DTSR

7 SDI-RTS

8 SDI-CTS

9 #NV

Table 8-5 Pinning of F

Handset

PIN Signal 1 #NV

2 #NV

3 EH-OUT_P

4 EH-OUT_N

5 #NV

6 #NV

Table 8-6 Pinning of Handset Connector


S42022-L5035-A1-3-7633 Draft 26-07-2004 36

8.4.5 Connectors at the SURPASS hiT7070-Core COPA

Table 8-7 to Table 8-15 show the pinning of the connectors placed at the COPA:

T3/T4(1) T3/T4(1) T3/T4(2)

PIN Signal PIN Signal 1 T31DI_A 1 T32DI_A 2 T31DI_B 2 T32DI_B 3 T31CI_A 3 T32CI_A 4 T31CI_B 4 T32CI_B 5 GND 5 GND 6 T41DO_A 6 T42DO_A 7 T41CO_B 7 T42CO_B 8 GND 8 GND 9 T31DI_C 9 T32DI_C

10 GND 10 GND 11 T31CI_C 11 T42CI_C 12 GND 12 GND 13 T41DO_B 13 T42DO_B 14 GND 14 GND 15 T41CO_A 15 T42CO_A

Table 8-7 Pinning of T3/T4(1) T3/T(2)

AUX1 AUX2

PIN Signal PIN Signal 1 GND 1 GND 2 X1-TXD_A 2 X2-TXD_A 3 X1-CTL_A 3 X2-CTL_A 4 X1-RXD_A 4 X2-RXD_A 5 X1-IND_A 5 X2-IND_A 6 X1-BITCL_A 6 X2-BITCL_A 7 X1-BYTCL_A 7 X2-BYTCL_A 8 GND 8 GND 9 X1-TXD_B 9 X2-TXD_B

10 X1-CTL_B 10 X2-CTL_B 11 X1-RXD_B 11 X2-RXD_B 12 X1-IND_B 12 X2-IND_B 13 X1-BITCL_B 13 X2-BITCL_B 14 X1-BYTCL_B 14 X2-BYTCL_B 15 - 15 -

Table 8-8 Pinning of AUX(1),AUX(2)


S42022-L5035-A1-3-7633 Draft 26-07-2004 37

AUX3 AUX4

PIN Signal PIN Signal 1 GND 1 GND 2 X3-TXD_A 2 X4-TXD_A 3 X3-CTL_A 3 X4-CTL_A 4 X3-RXD_A 4 X4-RXD_A 5 X3-IND_A 5 X4-IND_A 6 X3-BITCL_A 6 X4-BITCL_A 7 X3-BYTCL_A 7 X4-BYTCL_A 8 GND 8 GND 9 X3-TXD_B 9 X4-TXD_B

10 X3-CTL_B 10 X4-CTL_B 11 X3-RXD_B 11 X4-RXD_B 12 X3-IND_B 12 X4-IND_B 13 X3-BITCL_B 13 X4-BITCL_B 14 X3-BYTCL_B 14 X4-BYTCL_B 15 - 15 -

Table 8-9 Pinning of AUX(3), AUX(4)

TIF

PIN Signal 1 TIF_IN1

2 TIF_IN2

3 TIF_IN3

4 TIF_IN4

5 TIF_IN5

6 TIF_IN6

7 TIF_IN7

8 TIF_IN8

9 TIF_COM1

10 TIF_COM2

11 #NV

12 #NV

13 #NV

14 #NV

15 GND

Table 8-10 Pinning of TIF


S42022-L5035-A1-3-7633 Draft 26-07-2004 38

CAN

PIN Signal 1 CANEXP_L

2 CANEX_L

3 CANEX_GND

4 #NV

5 #NV

6 GND

7 CANEX_H

8 #NV

9 CANEX_U

Table 8-11 Pinning of CAN

EOW

PIN Signal 1 GND

2 #NV

3 EOWI_A

4 #NV

5 EOWO_A

6 #NV

7 EOWI_B

8 #NV

9 EOWO_B

Table 8-12 Pinning of EOW

Q

PIN Signal 1 EQOUT_A

2 EQOUT_B

3 EQIN_A

4 #NV

5 #NV

6 EQIN_B 7 #NV

8 #NV

Table 8-13 Pinning of Q


S42022-L5035-A1-3-7633 Draft 26-07-2004 39

QEXT

PIN Signal 1 EQEXTOUT_A

2 EQEXTOUT_B

3 EQEXTIN_A

4 #NV

5 #NV

6 EQEXTIN_B

7 #NV

8 #NV

Table 8-14 Pinning of QEXT

CES

PIN Signal 1 ERXES_A

2 ERXES_B

3 ETXES_A

4 #NV

5 #NV

6 ETXES_B

7 #NV

8 #NV

Table 8-15 Pinning of CES

UBAT (1) UBAT (4)

PIN Signal 1 #NV

2 NUBATE

3 PUBATE

Table 8-16 Pinning of UBAT


S42022-L5035-A1-3-7633 Draft 26-07-2004 40

8.4.6 Connectors at the SURPASS hiT7070-MicroShelf COPA

Table 8-17 to Table 8-20 show the pinning of the connectors placed at the MicroShelf-COPA:

PIN UP 1 RX_P 2 RX_N 3 ETH_TX_P_MAIN4 - 5 -

6 ETH_TX_N_MAIN

7 ETH_RX_N_MAIN

8 ETH_RX_P_MAIN

Table 8-17Pinning of Main-Switch

Table 8-18Pinning of M2

PIN MS3 1 ETH_TX_P_MS32 ETH_TX_N_MS33 ETH_RX_P_MS34 - 5 -

6 ETH_RX_N_MS3

7 -

8 -



6 ETH_RX_N_MS2

7 -

8 -


S42022-L5035-A1-3-7633 Draft 26-07-2004 41


6 ETH_RX_N_MS4

7 -

8 -


8.4.7 Connectors at the SURPASS hiT7070-NE Staion Alarmbox

Table 8-21 and 8-22 shows pinning of the connectors placed at the NE Station Alarm Interface

Pin Name Release 1 CANEXP_L 2.1

2 CANEX_L 2.1

3 CANEX_GND (0V) 2.1

4 - -

5 - -

6 GND 2.1 7 CANEX_H 2.1 8 -

9 CANEX_U (+5V) 2.1

Table 8-21 Pinning of CAN


S42022-L5035-A1-3-7633 Draft 26-07-2004 42

Pin Name Release 1 n.c. ---

2 n.c. ---

3 n.c. ---

4 n.c. ---

5 MAJOR_REF

6 MAJOR

7 MAJOR_NOT

2.1

8 MINOR_REF

9 MINOR

10 MINOR_NOT

2.1

11 BATTERY_REF

12 BATTERY

13 BATTERY_NOT

2.1

14 n.c. ---

15 GND 2.1

16 MAJOR/A 3.0

17 MINOR/A 3.0

18 QLink

19 QLink_NOT

20 QLink_REF

3.0

21 MAJOR/A_REF

22 MAJOR/A_NOT 3.0

23 MINOR/A_REF

24 MINOR/A_NOT 3.0

25 n.c. ---

Table 8-22 Pinning of Alarm

Interconnect, Configuration and Mechanical Assembly SURPASS hiT 7070 R2.1 Card Interfaces

S42022-L5035-A1-3-7633 Draft 26-07-2004 43

9. Card Interfaces

The following plug-in units are used in the SURPASS hiT 7070 subracks:

Card Type Plug-in Unit Description: Interface at the face plate

of the card

CORE (265x220)

SF160G SDH Switch Fabric 160G at VC-4 --

TRAFFIC (265x220)

SF2G5 SDH Switch Fabric 2.5G at VC-3/VC-12 incl. UTIF2 ports --

SF10G SDH Switch Fabric 10G at VC-3/VC-12 incl. UTIF2 ports --

IFO155M-E 8 x SDH electrical STM-1 (156 Mbps) Coax

IFO155M 8 x SDH optical STM-1 (156 Mbps) SFP

IFQ622M 4 x SDH optical STM-4 (622 Mbps) for Metro-WDM SFP

IFS2G5 1 x SDH optical STM-16 (2.5 Gbps), LC

IFQ2G5 4 x SDH optical STM-16 (2.5 Gbps), SFP

IFS10G 1 x SDH optical STM-64 (10 Gbps), LC

IFS10G-M 1 x SDH optical STM-64 (10 Gbps) for Metro-WDM, LC

IFOFE-E 8 x Ethernet electrical (10/100/1000 Mbps) RJ45

IFQGBE-E 4 x Gigabit Ethernet electrical (GbE) RJ45

PF2G5 RPR packet fabric with processing of 2.5 Gbps framed traffic

(622 Mbps ring capacity)

--

TRAFFIC (120x220)

IF2M 63 x PDH electrical 2 Mbps _75 Ohm

LSU Line System Unit for 2Mbps

IF34M 3 x PDH electrical 34 Mbps R3

LSU34M Line System Unit for 34Mbps R3

General Purpose

IFS40G-MX 4 x 10 Gbps Multiplexer

SCOH System Controller (with OH module) -- Overhead

CLU Clock Unit --

Interconnect, Configuration and Mechanical Assembly SURPASS hiT 7070 R2.1 Electrical Cabling

S42022-L5035-A1-3-7633 Draft 26-07-2004 44

10. Electrical Cabling

10.1 Power Distribution

Figure 10-1 shows the power distribution from the fuse panel to the COPA of SURPASS hiT7070-CORE.

A1-Subrack

(N)+ (L)- (N)+ (L)-

L-

N+L-

N+

1 2

0 0

+-

+-

+-

+-

B1-Subrack1 2

0 0

+-

+-

B1-Subrack1 2

0

+-

+-

A1-Subrack1

0

to Subrack 2 to Subr. 2

to Subrack 1 to Subr. 1

Subrack 2 (SRD/SRS)

COPA

UBAT1

A1A2

A3

UBAT2rd rd

bu

UBAT4

A1A2

A3

UBAT3rd

bu

X713 X715 X716X714

bu

rd

bu

Subrack 1 (MicroShelf)

COPA

UBAT1

A1A2

A3rd

bu

UBAT4

A1A2

A3

X713 X716

bu

rd

A1B1

UBAT1 UBAT1

UBAT2

UBAT2UBAT4

UBAT3

A2

B2

Figure 10-1 Power Distribution


S42022-L5035-A1-3-7633 Draft 26-07-2004 45

10.2 Interface Cabling NEAP

Following listed informations about the type and length of electrical cables connected at the NEAP of SURPASS hiT7070-CORE:

Connector Application

Equipment side Customer side Part number Length

Max. Number of cables per

subrack

Q-F2 RJ45 RJ45 V42256-R608-A51 5,0 m 1

F D-Sub 9 pin D-Sub 9 pin V42256-Z49-A157 *) 1

Phone RJ11 -- -- --

*) prefabricated cable

10.3 Interface Cabling COPA

The following information list the type and length of electrical cables terminated on the COPA of SURPASS hiT7070-CORE:

1) Length of cables was defined by Survey

2) Has to be mounted as cross-over cable (in-out / out-in)




subrack

UBAT (1...4) 3W3 D-Sub fasten connector V42256-R690-A30 3,0 m 4

T3 / T4 sym. 15 pin D-Sub no connector V42256-R710-A*** 1) 2

T3 / T4 Koax 15 pin D-Sub no connector V42251-C652- V*** 1) 2

AUX (1...4) 15 pin D-Sub no connector V42256-R711- A*** 1) 4

TIF 15 pin D-Sub no connector V42256-R712- A*** 1) 1

CANEX 9 pin D-Sub - S42024-L5164-A1 - 1

EOW 9 pin D-Sub no connector V42256-R686- A*** 1)2) 1

QEXT RJ45 RJ45 V42256-R679-A600 60 m 1

Q RJ45 RJ45 V42256-R679-A600 60 m 1

CES RJ45 RJ45 V42256-R679-A600 60 m 1


S42022-L5035-A1-3-7633 Draft 26-07-2004 46

10.4 Station Alarm Interface SURPASS hiT7070

The following information list the type and length of electrical cables terminated on the Station Alarm Interface SURPASS hiT7070

10.5 Interface Cabling SURPASS hiT7070-MicroShelf ILAN

The following information list the type and length of electrical cables terminated on the COPA of SURPASS hiT7070-MicroShelf (ILAN):




subrack

CAN 9 pin D-Sub

(COPA)

9 pin D-Sub

(Alarm Box)

V42256-R724-A4 0,4 m 1

AL IF 25 pin D-Sub

(Alarm Box)

25 pin D-Sub

(Customer)

V42256-R725-A30 3,0 m 1




subrack

UBAT (1,2) 3W3 D-Sub fasten connector V42256-R690-A30 3,0 m 2

CES RJ45 RJ45 V42256-R679-A30 3,0 m 1


S42022-L5035-A1-3-7633 Draft 26-07-2004 47

10.6 2 Mbit Cabling

The following information list the type and length of electrical cables terminated at the 2 Mbit Connector Panel SURPASS hiT7070-SRS:



Number of cables per card

2 Mbit/s (symmetrical)

SIPAC SU LSA wiring block V42256-R658-A***

1)

18

2 Mbit/s (coaxial) SIPAC SU Coax 1,6/5,6

V42251-C654-V120 a)

1) 18

a) EMC-Conformitation acc. EN 300 386 : (09/2001) , Class B

1) different length on request

The cabling restrictions given in Appendix B shall be observed

10.7 Electrical Ethernet Cabling

The following information list the type and length of electrical cables terminated at the Ethernet Cards.




Ethernet 10/100 Mbit/s

(100) RJ45 RJ45

V42256-R679-A120

12 m

8

Ethernet 1000 Mbit/s

(100) RJ45 RJ45

V42256-R708-A120

12 m 4



S42022-L5035-A1-3-7633 Draft 26-07-2004 48

10.8 Electrical STM-1 Cabling

The following information list the type and length of electrical cables terminated at one STM-1 Interface Card:




Coax 1,0/2,3 on request 16 155 Mbit/s (coaxial 75) Coax 1,0/2,3 Coax 1,6/5,6 V42251-C648-V*** 1) 16



10.9 34 Mbit/s Cabling

The following information list the type and length of electrical cables terminated at one 34Mbps Interface Card:




34 Mbit/s (coaxial 75) SIPAC SU Coax 1,6/5,6 V42251-C640-V*** 1) 2



Applicable from version R3.0

Interconnect, Configuration and Mechanical Assembly SURPASS hiT 7070 R2.1 Optical Cabling

S42022-L5035-A1-3-7633 Draft 26-07-2004 49

11. Optical Cabling

Warning Patch cord C39195-Z217-K12 has Hazard Level 1M and must be labeled with a Laser Warning Label.

11.1 Part Numbers of Fiber Patchcords

IMPORTANT Fibers leading to/from non-TransXpress SURPASS HIT7070 components are generally supplied by the customer. Naturally, there is no length recommendation since the distance is unknown.

Note however, that to guarantee acceptable system performance, any fibers supplied by the customer, connected to TransXpress SURPASS HIT7070 components must be terminated with LC / PC. Failure will result in unacceptable optical performance.

IMPORTANT Several lengths of pre-connectorized fiber patchcords for use in making connections from one TransXpress SURPASS HIT7070 component to another (INTRA-shelf and INTER-shelf connections) are available. Both ends of these patchcords are terminated with LC fiber connector. The recommended length to use for each connection is listed in the Connection Tables in this document. These recommended lengths are, of course, applicable only if the plug-in cards are installed as illustrated, and the TransXpress SURPASS HIT7070 equipment and DCM shelves is always 2 mounted in the same rack at each network element.

Patchcords available from Siemens are as follows:

Part Number Patchcord Length Note

C39195-Z203-S12 LC-PC/LC-PC, SMF 12 m

C39195-Z205-S312 LC-PC/LC-PC, MMF; 50m 12 m

C39195-Z205-S412 LC-PC/LC-PC, MMF; 62,5m 12 m

C39195-Z217-K12 LC-PC/E2000-HRL, SMF 12 m for Laser Class 1M

C39195-Z203-S2 LC-PC/LC-PC, SMF 2 m

C39195-Z230-K12 LC-PC/MU-PC (Mini-SC), SMF 12 m

C39195-Z137-C402 E2000-HRL/E2000-HRL, SMF 2 m

11.2 Fiber Handling / Routing Recommendations

Refer to Appendix A


S42022-L5035-A1-3-7633 Draft 26-07-2004 50

11.3 List of Optical Connections

Danger Some connections can have Hazard Level 1M. The cables of these connections must have Laser Warning Labels. These Connections are marked in this cable list.

The part numbers of the internal cables with the Laser Warning Labels are given in Chapter 11-1.

Fibre path: SURPASS hiT7070-NE to Optical Distribution Frame:

Application Part number Max. Number of cables per card

IFO155M C39195-Z203-S12 16

IFQ622M C39195-Z203-S12 8

LX C39195-Z203-S12 8 IFQGBE-

SX C39195-Z205-S312/-S412 8

IFS2G5 C39195-Z203-S12 2

IFQ2G5 C39195-Z203-S12 8

IFS10G C39195-Z203-S12 2

IFS10G-M C39195-Z203-S12 2

IFS10G-M / WDM-NE C39195-Z230-S12 2 Fibre path : IFS10G to IFS40G-MX (NE internal)


Distributor / IFS40G-MX C39195-Z203-S12 2

IFS40G-MX / 4 x IFS10G C39195-Z203-S2 8 Fibre path : IFS10G / +OB/OP / +DCM :


IFS10G / DCM C39195-Z217-K12 1

DCM /OB (SL16) C39195-Z137-C402 1

OB (SL16) / Distributor C39195-Z217-K12 1

Distributor / OP (SL16) C39195-Z217-K12 1

OP (SL16) / DCM C39195-Z137-C402 1

DCM / IFS10G C39195-Z217-K12 1


S42022-L5035-A1-3-7633 Draft 26-07-2004 51

Fibre path: IFS10G / +Attenuator / +SL-16NE :


IFS10G / Attenuator C39195-Z217-K12 1

Attenuator /NE (SL16) C39195-Z137-C402 1

Fibre path: LNQ622 / +ESM X / +ESM Y :


LNQ622 / ESM X C39195-Z203-S12 1

LNQ622 / ESM Y C39195-Z203-S12 1

Connector type at customer side: LC-PC only

Information SURPASS hiT 7550 3.0 Appendix

S42022-L5035-A1-3-7633 Draft 26-07-2004 52

Appendix A. Fiber Handling / Routing Recommendations

WARNING Put the cables carefully into the cable guiding parts otherwise the cables can be damaged!

WARNING Do not squeeze fibers while closing the front cover.

General The minimum bending radius of the optical cables is 30 mm.

The cable slots directly below the plug-in module have to be used. Up to 16 optical cables can be run through one slot (see Figure 11-1)

In order to fix the cables in the rack, cable holders have to be mounted at the rack bars. It is recommended, that the cable holders are mounted above or below the cable outlet of the subracks, cable compartments and DCM modules.

Cabling assembly sequence:

1st Subrack internal cabling

2nd Rack internal cabling

3rd Rack external cabling

Figure 11-1 Subrack Cable Duct (sample) It is recommended that the intra-subrack cables are guided in the cable ducts of the subrack.

Intra-Subrack/Rack Fiber Cabling After connecting the cables at the plug-in modules, they have to be run through the cable slots.

Then the cable has to be bent sideward. In order to avoid cable squeezing, the cables are bent over plastic parts.


S42022-L5035-A1-3-7633 Draft 26-07-2004 53

The cables are handled sideward to the cable outlets of the subrack.

Overlength (slack) must be stored in the cable compartment.

Cabling between subrack and DCM: Cables running to the left DCM modules have to leave the subrack on the left side.

Cables running to the right DCM have to leave the subrack at the right side.

Cabling between two subracks: Distribute the cables in the cable ducts symmetrically. Therefore, usage of the left or right side of the rack has to be checked in any case.

Fixing the cables at the rack: The cables must be placed at the cable holder, which have to be fixed at the rack beams. (see Figure 11-2).

Figure 11-2 Cable Ducts in the Subrack and the Rack

External Fiber Cabling Over length can be stored on one of the cable compartments.

The cables must be placed at the cable holders, which are fixed at the rack beams.


S42022-L5035-A1-3-7633 Draft 26-07-2004 54

Appendix B. Cabling Restrictions

Cabling Space in the Rack Cabling space is provided in front of the rack beams and behind the rack beams. The cables are guided by means of holders.

The cable duct at the rear side of the mounting plane is for 2 Mbit/s and the cabling from/to the COPA.

The beams of the rack are different to the rack beams of a standard ETSI rack.

Note: In order to have a sufficient handling, the total of the cross section of all cables shall be a maximum of 50% of the cabling space provided for electrical and/or optical cables. If the use of capacity is larger than 50%, the handling will be very difficult in some cases, it will be impossible to handle all the cables.

Note: The rack S42022-L5020-A5 provide an additional cable space behind the rack beam.

The following list gives information about the cabling areas.

cable duct area [mm]

note

module slot 292 electrical or optical

subrack cable duct 812 electrical and/or optical

rack cable ducts (in front of the rack beams) 4000 electrical and/or optical

rack cable ducts (behind the rack beams) 12000 electrical

Cabling from/to the Interface Panel and the COPA The connectors for the 2 Mbit/s interfaces are placed at the top of the single-row subrack.

The 2 Mbit/s interface cables and the cable from/to the COPA run in the cable ducts, which are within the rack beams.


S42022-L5035-A1-3-7633 Draft 26-07-2004 55

Restrictions caused by the use of 2 Mbit/s cables The table below shows the use of capacity of the rack on the condition that the rack is equipped with two SRS-SURPASS hiT7070 subracks. Both subracks are equipped with PDH cards:

max

. num

ber p

er

rack

use

of c

apac

ity

per s

ubra

ck [%

]

cabl

es p

er

subr

ack

cabl

e di

amet

er

[mm

]

tota

l cab

le a

rea

[mm

]

area

of t

he c

able

du

ct [m

m]

2Mbit/s 1 29,40 72 7 3528 12000T3/T4 2 3,01 2 9,5 361 12000AUX 2 6,02 4 9,5 722 12000TIF 2 1,50 1 9,5 180,5 12000CAN-ext 2 1,50 1 9,5 180,5 12000E&M 2 1,50 1 9,5 180,5 1200010/100BT 2 1,80 3 6,0 216 12000UBAT 2 6,67 4 10,0 800 12000total 51,40 This table shows, that the 2Mbit/s cabling can be managed, if only one subrack is fully equipped with 2 Mbit/s cards.

Note: The cables, coming from the upper subrack can be guided to the top of the rack directly, that means not via the cable ducts of the rack. In this case, it is not possible to mount anything between fuse panel and the upper subrack.

Cabling from/to the Plug-In Units All optical interfaces (e.g. optical STM-1 STM-64, optical Ethernet) and the electrical interfaces (e.g. electrical STM-1, electrical Ethernet) are placed at the faceplate of the plug-in units.

The cabling is via the subrack cable duct and the rack cable duct which is in front of the rack beams.


S42022-L5035-A1-3-7633 Draft 26-07-2004 56

Cabling Restrictions caused by Subrack Space The equipping of the subrack row is limited. The total cross section of the cable duct is 812 mm. As a result of this, the use off all subrack slots is not possible, if plug-in units with electrical interfaces are used.

Note: an adequate cabling can only be guaranteed by a strict limitation of the subrack equipping.

Example: If two IFO155M-E cards are equipped in one subrack row, the used cable capacity is more than 50%. The table below shows an equipping example on condition that all cabling is guided to one side:

max

. num

ber p

er

rack

use

of c

apac

ity

per s

ubra

ck [%

]

cabl

es p

er c

ard

cabl

e di

amet

er

[mm

]

area

of t

he c

able

du

ct [m

m]

tota

l cab

le a

rea

[mm

]

IFO-M155-E 2 51,07 16 3,6 812 414,72unequipped slots 6total 51,07

If all cables are guided in one direction, 6 (of 8) traffic slots should be left unequipped.

Cabling Restrictions caused by Rack Space The equipping of all subrack rows within a fully equipped rack are limited. The total cross section of both rack cable ducts is 4000 mm. As a result of this, the use off all subrack slots is not possible, if plug-in units with electrical interfaces are used.

Note: an adequate cabling can only be guaranteed by a strict limitation of the rack equipping.

If some electrical cards are equipped in one rack, the cable capacity could be larger than 50%.

Example #1: Two SRD-SURPASS hiT7070 subracks in a rack The table below shows an equipping example on condition that all cabling is guided to the top:


S42022-L5035-A1-3-7633 Draft 26-07-2004 57

max

. num

ber p

er

rack

use

of c

apac

ity

per r

ack

[%]

cabl

es p

er c

ard

STM-4 4 6,40 16Gbit Ethernet 2 6,27 4M155 8 41,47 16unequipped slots 18total 54,14 If all cables in are guided to the top of the rack 18 (of 32 ) tributary slots should be unequipped.

Example #2: One SRD-SURPASS hiT7070 and one SRS-SURPASS hiT7070 in a rack The table below shows an equipping example on condition that all cabling is guided to the top:

max

. num

ber p

er

rack

use

of c

apac

ity

per r

ack

[%]

cabl

es p

er c

ard

cabl

e di

amet

er

[mm

]STM-4 4 6,40 16 2Gbit Ethernet 2 6,27 4 5,6M155 8 41,47 16 3,6unequipped slots 10total 54,14 If all cables are guided to the top of the rack 10 (of 32 ) tributary slots should be unequipped.

End of this document

ScopeGeneralWarningsGrounding connectionsSURPASS hiT7070-CORE Traffic ProcessingRack EquipmentETSI RackRack part numbersSubrack mountingRack LayoutTwo SRD-SURPASS hiT7070 in one RackOne SRD-SURPASS hiT7070 in one rackOne SRD together with one SRS-SURPASS hiT7070 in one RackTwo SRS-SURPASS hiT7070 in one RackOne SRS-SURPASS hiT7070 and one MicroShelf-SURPASS hiT7070 in a Rack

Two Micro-Shelf-SURPASS hiT7070 in a Rack

Subrack LayoutLayout of the Subrack SRS-SURPASS hiIT7070 (S42023-L5025-A1)Layout of the Subrack SRD-SURPASS hiT7070 (S42023-L5024-A1)Layout of the Subrack MicroShelf-SURPASS hiT7070DCM-Shelf

Subrack InterfacesNetelement Alarm Panel (NEAP/MS-AP)Connector Panel (COPA)T3/T4-AdapterboxNE Station Alarm Interface (Alarm-Box)Microshelf Internal LAN Switch (MS-ILANS)

PDH Connector PanelPin Allocation DiagramsPDH Connector Panel (2 Mbit/s Interface)PDH Connector Panel (34 Mbit/s Interface) R > 1Pin Account of the SIPAC adapter bridgeConnectors at the NEAPConnectors at the SURPASS hiT7070-Core COPAConnectors at the SURPASS hiT7070-MicroShelf COPAConnectors at the SURPASS hiT7070-NE Staion Alarmbox

Card InterfacesElectrical CablingPower DistributionInterface Cabling NEAPInterface Cabling COPAStation Alarm Interface SURPASS hiT7070Interface Cabling SURPASS hiT7070-MicroShelf ILAN2 Mbit CablingElectrical Ethernet CablingElectrical STM-1 Cabling34 Mbit/s Cabling

Optical CablingPart Numbers of Fiber PatchcordsFiber Handling / Routing RecommendationsList of Optical Connections

Documents

Cabling Plan HiT 7070 R2