CableListe_RNC2600_RU40

8/9/2019 CableListe_RNC2600_RU40

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WCDMA RAN, Rel. RU40,

Operating Documentation

Cable Lists for RNC2600

DN0938288

Issue 02D

Approval Date 2012-10-22


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2 (48) © Nokia Siemens Networks DN0938288Issue 02D

The information in this document is subject to change without notice and describes only theproduct defined in the introduction of this documentation. This documentation is intended forthe use of Nokia Siemens Networks customers only for the purposes of the agreement underwhich the document is submitted, and no part of it may be used, reproduced, modified or

transmitted in any form or means without the prior written permission of Nokia SiemensNetworks. The documentation has been prepared to be used by professional and properlytrained personnel, and the customer assumes full responsibility when using it. Nokia SiemensNetworks welcomes customer comments as part of the process of continuous developmentand improvement of the documentation.

The information or statements given in this documentation concerning the suitability, capacity,or performance of the mentioned hardware or software products are given “as is” and allliability arising in connection with such hardware or software products shall be definedconclusively and finally in a separate agreement between Nokia Siemens Networks and thecustomer. However, Nokia Siemens Networks has made all reasonable efforts to ensure thatthe instructions contained in the document are adequate and free of material errors andomissions. Nokia Siemens Networks will, if deemed necessary by Nokia Siemens Networks,explain issues which may not be covered by the document.

Nokia Siemens Networks will correct errors in this documentation as soon as possible. IN NO

EVENT WILL NOKIA SIEMENS NETWORKS BE LIABLE FOR ERRORS IN THISDOCUMENTATION OR FOR ANY DAMAGES, INCLUDING BUT NOT LIMITED TOSPECIAL, DIRECT, INDIRECT, INCIDENTAL OR CONSEQUENTIAL OR ANY LOSSES,SUCH AS BUT NOT LIMITED TO LOSS OF PROFIT, REVENUE, BUSINESSINTERRUPTION, BUSINESS OPPORTUNITY OR DATA,THAT MAY ARISE FROM THEUSE OF THIS DOCUMENT OR THE INFORMATION IN IT.

This documentation and the product it describes are considered protected by copyrights andother intellectual property rights according to the applicable laws.

The wave logo is a trademark of Nokia Siemens Networks Oy. Nokia is a registered trademarkof Nokia Corporation. Siemens is a registered trademark of Siemens AG.

Other product names mentioned in this document may be trademarks of their respectiveowners, and they are mentioned for identification purposes only.

Copyright © Nokia Siemens Networks 2013. All rights reserved.


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DN0938288Issue 02D

© Nokia Siemens Networks 3 (48)

Contents

1

Introduction .......................................................................................... 6

1.1

Numbering of the subrack shelves and cable connectors ....................... 6 1.2

Locking pegs .......................................................................................... 8

1.3

Categories of cables .............................................................................. 8

1.3.1

Interconnection cables ........................................................................... 8

1.3.2

Site cables ............................................................................................. 9

1.4

Identifying cables ................................................................................. 10

1.5

Cabling lists ......................................................................................... 12

1.6 Physical cable equipping positions and SW port connectiondesignation .......................................................................................... 13

2

Intra-cabinet cables for the RNAC cabinet ....................................... 16

2.1

RNAC power and fan tray control cables.............................................. 16

2.2

RNAC HMS and timing bus cables ....................................................... 17

2.3

RNAC synchronization and LVDS cables ............................................. 23

2.4

RNAC LAN cables ............................................................................... 25

2.5

RNAC alarm and synchronization cables ............................................. 26

2.6

RNAC protection switch cables ............................................................ 29

2.7

RNAC PCIe and Mini SAS cables ........................................................ 30

2.8

L3 Data Collector Cables for RNAC cabinet ......................................... 31

3

Intra-cabinet cables for the RNBC cabinet ....................................... 32

3.1

RNBC power and fan tray control cables.............................................. 32

3.2

RNBC HMS bus and timing bus cables ................................................ 33

3.3 RNBC protection switch cables ............................................................ 36 3.4

L3 Data Collector Cables for RNBC cabinet ......................................... 38

4

Inter-cabinet cables from RNBC to RNAC ........................................ 40

4.1

Inter-cabinet HMS and timing cables .................................................... 40

4.2

Inter-cabinet SWU LAN cables ............................................................. 45

4.3

Inter-cabinet SFU LVDS lines .............................................................. 46


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Summary of changes

Changes between document issues are cumulative. Therefore, the latestdocument issue contains all changes made to previous issues.

Note that our issue numbering system, safety information, and productnaming practice are changing. For more information, see Guide toWCDMA RAN Operating Documentation.

Changes between issues 02C (2012-02-09, RU30) and 02D (2012-10-22, RU30)

Notes on timing bus cable “daisy chain” and “star” configurations areadded.

Inter-cabinet HMS and timing cables (4.1)

- A discussion on “daisy chain” cabling in RNC450 and RNC2600 isadded.

- A new table, Timing cables from RNBC to RNAC: “daisy chain” , isadded.

Changes between issues 02B (2011-06-09, RU30) and 02C (2012-02-09, RU30)

The description part in this document is updated.

Introduction (1)

- Previous chapter 1 About Cable Lists for RNC450, chapter 2 Identifyingsubracks, connectors and cables, and chapter 3 Physical cable equippingpositions and SW port connection coordinates are combined to currentchapter 1 Introduction.

Intra-cabinet cables for the RNAC cabinet (2.8)

- Previous section of 6.1 L3 Data Collector Cables for RNAC cabinet iscombined to this chapter.

Intra-cabinet cables for the RNBC cabinet (3.4)

- Previous section of 6.2 L3 Data Collector Cables for RNBC cabinet iscombined to this chapter.


- In figure 9 Routing of HMS cables, it is corrected that the cable from RNACsubrack 2 to RNBC subrack 1 is removed.


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Changes between issues 02A (2011-03-01, RU30) and 02B (2011-06-09, RU30)


- The table of Inter-cabinet HMS and timing cables from RNAC toRNBC is updated. The inter-cabinet timing cables are from RNAC toRNBC with default and optional situations.

- Figure 10 Routing of Inter-cabinet timing cables is added.


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1 Introduction This document provides lists of the Inter-cabinet and Intra-cabinet cablesinstalled in RNAC and RNBC cabinets in RNC2600.

For more detailed information on RNC cabinet mechanics, see

Equipment Lists for RNC2600 .

For basic information on, for example, RNC installation planning, see IPA-RNC Engineering Description.

For detailed information on RNC hardware installation, see Installing theMGW and IPA-RNC.

In RNC2600, the intra-cabinet timing bus cables, as well as the inter-cabinet HMS and timing cables, may follow either the “daisy chain” orthe “star” topology. The configuration must be uniform between RNACand RNBC. This cable list follows the “star” topology. For information on

the “daisy chain” topology, see Cable Lists for RNC450 .

1.1 Numbering of the subrack shelves and cableconnectors

The equipment cabinets, subrack positions, and subrack cableconnectors are numbered in a way to aid installation.

The subrack positions of the cabinet are assigned with numbers from 1

to 4 from the top down. The subrack is identified by a sticker attached toits upper left corner.

As you can see in below figure, each subrack has 20 slots. The slotnumber is marked in front side of subrack. Slot 1 to 18 are full-heightplug-in units. Slot 19 and 38 are half-height plug-in units.


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DN0938288Issue 02D


IPA2800 RNC / MGW cabinet,seen from the front

Slot position number

CA_020 OMU 0 1.0B 16.4X WDU 0-0 1.0B 17.3H CJA002 SCSI bus 0

CA_021 OMU 0 1.0B 16.5D WDU 0-0 1.0B 17.3O CJB002 SCSI bus 0

FU Connector FU Connector Type Use

Equip No. CABLE FROM CABLE TO

Connector Type ACE

1.0B 16.4X

1 2 3F = FRONTB = BACK 4

DN05158647

Subrack in position 1 seen from the rear

A

C

E

G

J

L

N

P

R

T

V

X

Z

Z ABCDEF

3

1

2

3

4

5

B

A

B

A

B

Connector Type BDF

B

D

F

H

K

M

O

Q

S

U

W

Y

Z ABCDEF

4

12345678910111213141516171819

2

Note

1

Figure 1 Notations used in the cabling lists


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1.2 Locking pegs

Each connector is provided with locking pegs or screws that fasten thecable connector securely to the subrack.

The connector's locking pegs are placed in the same positions in eachsubrack type, regardless of the subrack's position in a given cabinet. Ifthe subrack includes supplementary locking pegs, they can be used asspare parts.

1

2

3

4

5

12345678910111213141516171819

XXX

X

XXXXX

XXX

XXXXXX

XXXXX

XXXXX

XXXXX

XX

X

X

X

XXXXX

XXXXX

XXXX

XXXXX

XXXXX

XXXXX

X XX

X XXXXX

X

XXX X

XX

XXX

XXX

XX

X X X X

XXXXX

XXXXX

XXXXX

XXXXXXXXXX

XXXXX

XXXXX

XX

XXXXXXXXXX

XXXXXXXXXX

XXXXXXXXXX

XXXXX

XXXXX

XX

X

XXXXX

XXX

XX

XXXXX

XX

Figure 2 Locking pegs’ positions (DN0953997)

1.3 Categories of cables

The cabling of an network element consists of interconnection cables(intermediate cables) and site cables (outgoing cables).

1.3.1 Interconnection cables

The interconnection cables comprise all the cables inside each cabinetand between the cabinets which form a single network element. Theinterconnection cables are equipped with connectors. They include:


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The site cables are not delivered in sets and vary in length depending onthe delivery. They must be ordered separately and are designed foreach delivery.

1.4 Identifying cables

The equipping reference is located on the cable identification label (b inFigure Example of marking system for the cables).

The first part of the equipping reference specifies the cable list where thecable is mentioned. The second part gives the sequence number withinthat list.

The equipping reference of the cables is based on the cabinet (type)name in which the cable is connected. There are two main groups:

1. Cables whose both ends are connected in the same cabinet (Intra-cabinet cables).

The equipping information is expressed: [Cabinet type sequencenumber].”CA_123”. There may be several identical cables of this type ina single Network Element, but only one within the same cabinet.

2. Cables which originate from one cabinet and end in another (Inter-cabinet cables).

The equipping information is expressed: [Cabinet type, cabinet index_sequence number].”CBn_123”. There may be only one of eachindividual cable of this type in a single Network Element.

All Inter-cabinet cables connect from RNBC to RNAC.

The cabinet, where the cable starts in, determines the [cabinet type,cabinet index] part of the equipping reference.


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DN99632985

b) Cable identification label

) A letter 'C' after the number indicates centimetres (cm) instead of decimetres (dm).

Example

a) Equipping number of cable, e.g.

Sequential number

ITEM NAME:CJA002 LOT ID: 3G9912

Alias name

Fixed length (dm)

Item identifier

Separators

Factory symbol

Year / Week

Interchangeability / version

C19179 .......... A01

CA-020

CA_020

a)

b)

CA_020

a)

Figure 3 Example of the marking system for the cables


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1.5 Cabling lists

The cables are listed in tables. Each cable has its individual number.This number and the address of both ends of the cable are given. Boththe name of the functional unit and connector designation, to which theend of the cable is connected, are given in a table. The columns of thetable are used as follows:

Table 1 Explanation of cabling list columns

Equip.No

CABLE FROM CABLE TO

Type Use Note

C a b i n e t

FU Position

C a b i n e t

FU Position

Equip.No.

The equipping number is the individual number of the cable. Both ends of the cable bear a label with this number on it.

CABLEFROM(RNBC)

In case of Inter-cabinet cabling, the text CABLE FROM indicates that the cable originates from the RNBC cabinet.

CABLETO(RNAC)

In case of Inter-cabinet cabling, the text CABLE TO indicates that the cable ends in the RNAC cabinet.

Cabinet Cabinet A (RNAC) or cabinet B (RNBC).

FUThese columns give the name of the functional unit housed in the subrack where the ends of the cable connect to, for exampleMXU.

Position These columns give the designation of the connectors where the ends of the cable connect to.

TypeThis column gives the type (the first three or four letters) and length (the following two or three numbers) of the cable indecimeters, or if marked with a C, in centimetres. For example, CHA010 is a cable of CHA type which is 100 cm long.

Use This column, when used, gives the type of signal carried by the cable, for example PDH line.

Note This column is for additional information.

Tip

The lengths of Intra-cabinet cables in deliveries may be different thanthose given in this document.


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DN0938288Issue 02D


1.6 Physical cable equipping positions and SW portconnection designation

This section shows the physical cable equipping positions in the subrackand the corresponding SW port connection designation, used inhardware configuration management.

The cable connection designations are needed when creating internalport connections between plug-in units' ports. For more information, seeCreating connection descriptions in Hardware ConfigurationManagement in IPA-RNC .

For example, for a cable installed in position 1.0B 1.4A, the port

connection coordinate in hardware configuration management (WFcommands) is B76. See also Figure 4 Notations used in table Physicalcable equipping positions and corresponding SW port connectiondesignation.


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2A

C

E

G

J

L

N

P

R

T

V

X

Z

B

D

F

H

K

M

O

Q

S

U

W

Y

3

B1B2

...

B25

B76

1

2

3

4

5

4A

...

...

B26

B51

B101

1 23

B76 4A

DN70206639

SW HW SW HW SW HW SW HW SW HW

B1 1A B26 2A B51 3A B76 4A B101 5A

B2 1B B27 2B B52 3B B77 4B B102 5B

Slot position number

Subrack seen from the rear

1

2

3

4

5

12345678910111213141516171819

1

Figure 4 Notations used in table Physical cable equipping positions andcorresponding SW port connection designation


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DN0938288Issue 02D


Table 2 Physical cable equipping positions and corresponding SW portconnection designation

SW HW SW HW SW HW SW HW SW HW

B1 1A B26 2A B51 3A B76 4A B101 5A

B2 1B B27 2B B52 3B B77 4B B102 5B

B3 1C B28 2C B53 3C B78 4C B103 5C

B4 1D B29 2D B54 3D B79 4D B104 5D

B5 1E B30 2E B55 3E B80 4E B105 5E

B6 1F B31 2F B56 3F B81 4F B106 5F

B7 1G B32 2G B57 3G B82 4G B107 5G

B8 1H B33 2H B58 3H B83 4H B108 5H

B9 1J B34 2J B59 3J B84 4J B109 5J

B10 1K B35 2K B60 3K B85 4K B110 5K

B11 1L B36 2L B61 3L B86 4L B111 5L

B12 1M B37 2M B62 3M B87 4M B112 5M

B13 1N B38 2N B63 3N B88 4N B113 5N

B14 1O B39 2O B64 3O B89 4O B114 5O

B15 1P B40 2P B65 3P B90 4P B115 5P

B16 1Q B41 2Q B66 3Q B91 4Q B116 5Q

B17 1R B42 2R B67 3R B92 4R B117 5R

B18 1S B43 2S B68 3S B93 4S B118 5S

B19 1T B44 2T B69 3T B94 4T B119 5T

B20 1U B45 2U B70 3U B95 4U B120 5U

B21 1V B46 2V B71 3V B96 4V B121 5V

B22 1W B47 2W B72 3W B97 4W B122 5W

B23 1X B48 2X B73 3X B98 4X B123 5X

B24 1Y B49 2Y B74 3Y B99 4Y B124 5Y

B25 1Z B50 2Z B75 3Z B100 4Z B125 5Z


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2 Intra-cabinet cables for the RNACcabinet

This chapter details the Intra-cabinet cabling for the RNAC cabinet inRNC2600.

Single cabinet figures show the RNAC cabinet. Two-cabinet figuresshow the RNAC and RNBC cabinets from left to right, unless otherwiseindicated.

Tip

The lengths of Intra-cabinet cables in deliveries may be different fromthose given in this document.

2.1 RNAC power and fan tray control cables

Table 3 RNAC CPD120-A power and fan tray control cables

Equip.

No

CABLE FROM CABLE TO

Type Use Note

C a b i n e t

FU Position

C a b i n e t

FU Position


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DN0938288Issue 02D


Equip.

No

CABLE FROM CABLE TO

Type Use Note

C a b i n e t

FU Position

C a b i n e t

FU Position

CA_001 A CPD120 UB2 0.10B P1 A PD30 0 1.0B 10_PP2 CVXB004 Power – CA_002 A CPD120 UB1 0.0B P1 A PD30 0 1.0B 10_PP1 CVXB004 Power –

CA_003 A CPD120 UB2 0.10B P2 A PD30 1 2.0B 10_PP2 CVXB015 Power –

CA_004 A CPD120 UB1 0.0B P2 A PD30 1 20B 10_PP1 CVXB015 Power –





CA_010 A FTRA 1 1.0B A PD30 0 1.0B 10_P1 CXVB18C Control –




2.2 RNAC HMS and timing bus cables

The RNAC timing bus cable configuration shown on the table follows the“star” topology. For information on the “daisy chain” topology, see CableLists for RNC450 .

Table 4 RNAC HMS and timing bus cables

Equip.

No

CABLE FROM CABLE TO

Type Use Note

C a b i n e t

FU Position

C a b i n e t

FU Position


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DN0938288Issue 02D


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38

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38

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38

19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

38

DN05159607

Terminating cables.

Be carefully:Do not bend theseshort cables.

Figure 5 HMS bus cables


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Figure 6 Routing of timing cables in RNAC

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DN05159591

Timing bus 0 Timing bus 1

Terminating cables.

Be carefully: Do not bend theseshort cables.


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DN0938288Issue 02D


Table 5 RNAC default line timing cables

Equip.No

CABLE FROM CABLE TO

Type Use Note

C a b i n e t

FU Position

C a b i n e t

FU Position

CA_060 A NPS1/NPS1P 2 3.0B 16.4V A TBU 0 1.0B 19.2G CHZ028 TIMING ref. 1 1) Default linetiming

CA_061 A NPS1/NPS1P 3 4.0B 16.4V A TBU 0 1.0B 19.2H CHZ028 TIMING ref. 2 1) Default linetiming

CA_062 A NPS1/NPS1P 4 3.0B 18.4V A TBU 0 1.0B 19.2J CHZ028 TIMING ref. 3 1) Default linetiming

CA_067 A NPS1/NPS1P 2 3.0B 16.4X A TBU 1 2.0B 38.5G CHZ028 TIMING ref. 1 1) Default linetiming

CA_068 A NPS1/NPS1P 3 4.0B 16.4X A TBU 1 2.0B 38.5H CHZ028 TIMING ref. 2 1) Default line

timing

CA_069 A NPS1/NPS1P 4 3.0B 18.4X A TBU 1 2.0B 38.5J CHZ028 TIMING ref. 3 1) Default linetiming

1) These cables must be installed last. They are bundled separately from other cables for easier modification.


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Figure 7 Routing of line timing cables


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DN0938288Issue 02D


2.3 RNAC synchronization and LVDS cables

Table 6 RNAC SFU LVDS cables

Equip.

No

CABLE FROM CABLE TO

Type Use Note

C a b i n e t

FU Position

C a b i n e t

FU Position

CA_200 A SFU 0 /BISFD

1.0B 1.B00 A MXU 0 /BISFB

1.0B 9.B00 CSB007 LVDS lines 3)










CA_204 A SFU 0 /

BISFD

1.0B 1.B04 A MXU 4 /

BISFB











CA_210 A SFU 0 /BISFA

1.0B 2.B16 A NPGE/NPGEP 0 /NPS1/NPS1P 0






1.0B 2.B18 A NPGE/NPGEP 2 1.0B 18.B00 CSB009 LVDS lines 1) 3) Default:connected


















CA_221 A SFU 1 /

BISFD

2.0B 1.B01 A MXU 1 /

BISFB


















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Equip.

No

CABLE FROM CABLE TO

Type Use Note

C a b i n e t

FU Position

C a b i n e t

FU Position


























1) Default: connected when NPGE/NPGEP 2 is in configuration.

Optional: removed when NPS1/NPS1P 0 is in configuration.

2) Default: connected when NPGE/NPGEP 3 is in configuration.

Optional: removed when NPS1/NPS1P 1 is in configuration.

3) Cables connected after panels BISFA, BISFB, BISFC and BISFD have been installed. Insert the back interface unit carefully, It is

important to check that the locking screws are closed properly, and that the back interface unit is well in its place

Table 7 TSS3 synchronization cable

Equip.No

CABLE FROM CABLE TO

Type Use Note

C a b i n e t

FU Position

C a b i n e t

FU Position

CA_305 A TSS3 1.0B 19.1X A TSS3 2.0B 38.4X CHE011 Sync


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DN0938288Issue 02D


2.4 RNAC LAN cables

Table 8 RNAC SWU (ESA40) LAN cables with one SWU pair (SWU0/1)

Equip.

No

CABLE FROM CABLE TO

Type Use Note

C a b i n e t

FU Position

C a b i n e t

FU Position

CA_131 A SWU 0 1.0B 5.4E A OMU 1 2.0B 16.3B CHES013 LAN –

CA_130 A SWU 0 1.0B 5.4C A OMU 0 1.0B 16.3B CHES006 LAN –

CA_145 A SWU 0 1.0B 5.5D A NPGE/NPGEP 7 /

NPS1/NPS1P 5

4.0B 17.4E CIBS027 LAN –

CA_144 A SWU 0 1.0B 5.5B A NPGE/NPGEP 6 /NPS1/NPS1P 4

3.0B 17.4E CIBS021 LAN –

CA_143 A SWU 0 1.0B 5.4Z A NPGE/NPGEP 5 /

NPS1/NPS1P 3

4.0B 15.4E CIBS027 LAN –

CA_172 A SWU 0 1.0B 5.4X A NPGE/NPGEP 4 /

NPS1/NPS1P 2

3.0B 15.4E CIBS021 LAN –

CA_147 A SWU 0 1.0B 5.4V A NPGE/NPGEP 3 2.0B 18.4E CIBS013 LAN 2) Default:connected

CA_146 A SWU 0 1.0B 5.4T A NPGE/NPGEP 2 1.0B 18.4E CIBS007 LAN 1) Default:connected

CA_171 A SWU 0 1.0B 5.4R A NPGE/NPGEP 1 /

NPS1/NPS1P 1

2.0B 17.4E CIBS013 LAN –

CA_140 A SWU 0 1.0B 5.4P A NPGE/NPGEP 0 /

NPS1/NPS1P 0

1.0B 17.4E CIBS007 LAN –

CA_134 A SWU 1 2.0B 5.4J A SWU 0 1.0B 5.4J CHES017 LAN 3) Default:Notconnected

CA_139 A SWU 1 2.0B 5.4E A OMU 1 2.0B 16.3D CHES007 LAN –

CA_138 A SWU 1 2.0B 5.4C A OMU 0 1.0B 16.3D CHES014 LAN –

CA_155 A SWU 1 2.0B 5.5D A NPGE/NPGEP 7 /

NPS1/NPS1P 5

4.0B 17.4G CIBS021 LAN –

CA_154 A SWU 1 2.0B 5.5B A NPGE/NPGEP 6 /

NPS1/NPS1P 4

3.0B 17.4G CIBS021 LAN –

CA_153 A SWU 1 2.0B 5.4Z A NPGE/NPGEP 5 /

NPS1/NPS1P 3

4.0B 15.4G CIBS021 LAN –

CA_152 A SWU 1 2.0B 5.4X A NPGE/NPGEP 4 /NPS1/NPS1P 2 3.0B 15.4G CIBS014 LAN –

CA_149 A SWU 1 2.0B 5.4V A NPGE/NPGEP 3 2.0B 18.4G CIBS007 LAN 2) Default:connected

CA_148 A SWU 1 2.0B 5.4T A NPGE/NPGEP 2 1.0B 18.4G CIBS013 LAN 1) Default:connected

CA_151 A SWU 1 2.0B 5.4R A NPGE/NPGEP 1 /

NPS1/NPS1P 1

2.0B 17.4G CIBS007 LAN –

CA_150 A SWU 1 2.0B 5.4P A NPGE/NPGEP 0 /

NPS1/NPS1P 0

1.0B 17.4G CIBS013 LAN –


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38

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38

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38

19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

38

CPSY-A

CPAL-A

CPSY-B

DN05160803

Figure 8 CPSY-A, CPSY-B and CPAL-A panel positions in RNAC


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DN0938288Issue 02D


2.6 RNAC protection switch cables

Table 11 MSP1+1, PIU_OK, PAIR_OK and switchover cables for RNAC

Equip.

No

CABLE FROM CABLE TO

Type Use Note

C a b i n e t

FU Position

C a b i n e t

FU Position

CA_370 A NPS1P 0 1.0B 18.4T A NPS1P 1 2.0B 18.4T CIBS010 MSP1+1ProtectionSwitch

1) Default:not connected

CA_375 A NPS1P 0 1.0B 18.4R A NPS1P 1 2.0B 18.4R CIBS010 LVDS linesProtectionSwitch


CA_374 A NPS1P 0 1.0B 18.4P A NPS1P 1 2.0B 18.4P CIBS010 LVDS linesProtection

Switch


CA_165 A NPGEP 2 1.0B 18.4L A NPGEP 3 2.0B 18.4L CHZS010 Switchover –

CA_373 A NPS1P 0 1.0B 18.4J A NPS1P 1 2.0B 18.4J CIBS010 MSP1+1ProtectionSwitch

–

NPGEP 2 NPGEP 3 PIU_OK/PAIR_OK

CA_372 A NPS1P 0 1.0B 18.4G A NPS1P 1 2.0B 18.4G CIBS010 MSP1+1ProtectionSwitch


CA_371 A NPS1P 0 1.0B 18.4E A NPS1P 1 2.0B 18.4E CIBS010 MSP1+1ProtectionSwitch


CA_163 A NPGEP 0 /

NPS1P 0

1.0B 17.4L A NPGEP 1 /

NPS1P 1

2.0B 17.4L CHZS010 Switchover –

CA_164 A NPGEP 0 /

NPS1P 0

1.0B 17.4K A NPGEP 1 /

NPS1P 1

2.0B 17.4K CHZS010 PIU_OK/PAIR_OK

–


–


–

CA_360 A NPS1P 2 3.0B 16.4P A NPS1P 3 4.0B 16.4P CIBS010 LVDS linesProtectionSwitch

–

CA_351 A NPS1P 2 3.0B 16.4J A NPS1P 3 4.0B 16.4J CIBS010 MSP1+1

ProtectionSwitch

–

CA_359 A NPS1P 2 3.0B 16.4G A NPS1P 3 4.0B 16.4G CIBS010 MSP1+1ProtectionSwitch

–


–

CA_161 A NPGEP 4 /

NPS1P 2

3.0B 15.4L A NPGEP 5 /

NPS1P 3


CA_162 A NPGEP 4 /

NPS1P 2

3.0B 15.4K A NPGEP 5 /

NPS1P 3


–


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Equip.

No

CABLE FROM CABLE TO

Type Use Note

C a b i n e t

FU Position

C a b i n e t

FU Position


–


–

CA_356 A NPS1P 4 3.0B 18.4P A NPS1P 5 4.0B 18.4P CIBS010 LVDS linesProtectionSwitch

–

CA_353 A NPS1P 4 3.0B 18.4J A NPS1P 5 4.0B 18.4J CIBS010 MSP1+1ProtectionSwitch

–

CA_355 A NPS1P 4 3.0B 18.4G A NPS1P 5 4.0B 18.4G CIBS010 MSP1+1Protection

Switch

–


–

CA_156 A NPGEP 6 /

NPS1P 4

3.0B 17.4L A NPGEP 7 /

NPS1P 5


CA_157 A NPGEP 6 /

NPS1P 4

3.0B 17.4K A NPGEP 7 /

NPS1P 5


–

1) Default: Not connected at the factory. Cable is tied to the SRBI-C side plate near these equipping positions. Optional: Cables areconnected these equipping positions when NPS1P 0 and NPS1P 1 pair are equipped.

2.7 RNAC PCIe and Mini SAS cables

Table 12 RNAC PCIe and Mini SAS cables

Equip.

No

CABLE FROM CABLE TO

Type Use Note

C a b i n e t

FU Position

C a b i n e t

FU Position


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DN0938288Issue 02D


Equip.

No

CABLE FROM CABLE TO

Type Use Note

C a b i n e t

FU Position

C a b i n e t

FU Position

CA_075 A OMU 0 1.0F 16.PCIe1 A WDU 0 (OMU) 1.0F 14.PCIe CQSFP25C PCIe – CA_076 A OMU 1 2.0F 16.PCIe1 A WDU 1 (OMU) 2.0F 14.PCIe CQSFP25C PCIe –

CA_077 A WDU 0 (OMU) 1.0F 14.SAS A WDU 1 (OMU) 2.0F 14.SAS CMSAS011 SAS –

2.8 L3 Data Collector Cables for RNAC cabinet

Table 13 L3 Data Collector Cables for RNAC cabinet

Equip.

No

CABLE FROM CABLE TO

Type Use Note

C a b i n e t

FU Position

C a b i n e t

FU Position

CA_250 A ICSU 0 1.0B 03.3B A CPLAN-A Port 4 CHUS014 LAN EL0 –

CA_251 A RSMU 0 1.0B 04.3B A CPLAN-A Port 2 CHUS014 LAN EL0 –

CA_252 A OMU 0 1.0B 16.3B A CPLAN-A Port 0 CHUS016 LAN EL1 Optional


CA_254 A RSMU 1 2.0B 04.3B A CPLAN-A Port 3 CHUS021 LAN EL0 –


CA_256 A OMU 1 2.0B 16.3B A CPLAN-A Port 1 CHUS020 LAN EL1 Optional













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3 Intra-cabinet cables for the RNBCcabinet

This chapter presents the Intra-cabinet cabling for the RNBC cabinet inRNC2600.

Tip

The lengths of Intra-cabinet cables in deliveries may be different thanthose given in this document.

3.1 RNBC power and fan tray control cables

Table 14 RNBC CPD120-A power cables and fan tray control cables

Equip.

No

CABLE FROM CABLE TO

Type Use Note

C a b i n e t

FU Position

C a b i n e t

FU Position

CB_001 B CPD120 UB2 0.10B P1 B PD30 0 1.0B 10_PP2 CVXB004 Power –








CB_010 B FTRA 1 1.0B B PD30 0 1.0B 10_P1 CXVB18C Control –



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DN0938288Issue 02D


Equip.

No

CABLE FROM CABLE TO

Type Use Note

C a b i n e t

FU Position

C a b i n e t

FU Position



3.2 RNBC HMS bus and timing bus cables

The RNBC timing bus cable configuration shown on the table follows the“star” topology. For information on the “daisy chain” topology, see CableLists for RNC450

Table 15 RNBC HMS and timing bus cables

Equip.

No

CABLE FROM CABLE TO

Type Use Note

C a b i n e t

FU Position

C a b i n e t

FU Position

CB_020 B TBU 0 1.0B 19.2B B TBU 0 2.0B 19.2A CHZ011 HMS bus 0 –



CB_023 B TBU 0 4.0B 19.2C B TBU 0 4.0B 19.2D CHZ001 HMS bus 0

term

–




CB_027 B TBU 1 4.0B 38.5C B TBU 1 4.0B 38.5D CHZ001 HMS bus 1term

–

CB_030 B TBU 0 1.0B 19.2L B TBU 0 1.0B 19.2E CHZ001 TIMING bus 0

term.

–


term.

–


term.

–

CB_033 B TBU 0 4.0B 19.2L B TBU 0 4.0B 19.2E CHZ001 TIMING bus 0term

–

CB_034 B TBU 1 1.0B 38.5L B TBU 1 1.0B 38.5E CHZ001 TIMING bus 1term.

–


34/48



Equip.

No

CABLE FROM CABLE TO

Type Use Note

C a b i n e t

FU Position

C a b i n e t

FU Position


–


–


–


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DN0938288Issue 02D


Figure 9 Routing of timing cables in RNBC


36/48



3.3 RNBC protection switch cables

Table 16 RNBC protection switch cables

Equip.

No

CABLE FROM CABLE TO

Type Use Note

C a b i n e t

FU Position

C a b i n e t

FU Position

CB_354 B NPS1P 6 1.0B 16.4T B NPS1P 7 2.0B 16.4T CIBS013 MSP1+1ProtectionSwitch

–

CB_371 B NPS1P 6 1.0B 16.4E B NPS1P 7 2.0B 16.4E CIBS013 LVDS linesProtectionSwitch

–

CB_370 B NPS1P 6 1.0B 16.4J B NPS1P 7 2.0B 16.4J CIBS013 LVDS linesProtectionSwitch

–

CB_357 B NPS1P 6 1.0B 16.4R B NPS1P 7 2.0B 16.4R CIBS013 MSP1+1ProtectionSwitch

–

CB_356 B NPS1P 6 1.0B 16.4P B NPS1P 7 2.0B 16.4P CIBS013 MSP1+1ProtectionSwitch

–

CB_355 B NPS1P 6 1.0B 16.4G B NPS1P 7 2.0B 16.4G CIBS013 MSP1+1ProtectionSwitch

–


–


–


–


–

CB_360 B NPS1P 8 1.0B 18.4P B NPS1P 9 2.0B 18.4P CIBS013 MSP1+1Protection

Switch

–


–


–


37/48


DN0938288Issue 02D


Equip.

No

CABLE FROM CABLE TO

Type Use Note

C a b i n e t

FU Position

C a b i n e t

FU Position


–


–


–


–

CB_363 B NPS1P 10 3.0B 16.4G B NPS1P 11 4.0B 16.4G CIBS013 MSP1+1Protection

Switch

–


–


–


–

CB_369 B NPS1P 12 3.0B 18.4R B NPS1P 13 4.0B 18.4R CIBS013 MSP1+1Protection

Switch

–


–


–

CB_380 B NPGEP 8 /

NPS1P 6

1.0B 15.4K B NPGEP 9 /

NPS1P 7

2.0B 15.4K CHZS015 PIU_OK

PAIR_OK

–

CB_381 B NPGEP 10 /

NPS1P 8

1.0B 17.4K B NPGEP 11 /

NPS1P 9


PAIR_OK

–

CB_382 B NPGEP 12 /

NPS1P 10

3.0B 15.4K B NPGEP 13 /

NPS1P 11


PAIR_OK

–

CB_383 B NPGEP 14 /

NPS1P 12

3.0B 17.4K B NPGEP 15 /

NPS1P 13


PAIR_OK

–

CB_390 B NPGEP 8 /

NPS1P 6

1.0B 15.4L B NPGEP 9 /

NPS1P 7



38/48



Equip.

No

CABLE FROM CABLE TO

Type Use Note

C a b i n e t

FU Position

C a b i n e t

FU Position

CB_391 B NPGEP 10 /

NPS1P 8

1.0B 17.4L B NPGEP 11 /

NPS1P 9


CB_392 B NPGEP 12 /

NPS1P 10

3.0B 15.4L B NPGEP 13 /

NPS1P 11


CB_393 B NPGEP 14 /

NPS1P 12

3.0B 17.4L B NPGEP 15 /

NPS1P 13


3.4 L3 Data Collector Cables for RNBC cabinet

Table 17 L3 Data Collector Cables for RNBC cabinet

Equip.

No

CABLE FROM CABLE TO

Type Use Note

C a b i n e t

FU Position

C a b i n e t

FU Position

CB_250 B ICSU 14 1.0B 01.3B B CPLAN-A Port 0 CHUS016 LAN EL0 –


















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DN0938288Issue 02D


Equip.

No

CABLE FROM CABLE TO

Type Use Note

C a b i n e t

FU Position

C a b i n e t

FU Position









40/48



4 Inter-cabinet cables from RNBC toRNAC

This chapter details cabling from the RNBC cabinet to the RNAC cabinetin RNC2600.

4.1 Inter-cabinet HMS and timing cables

The timing bus cable configuration shown on the table follows the “star”topology. For information on the “daisy chain” topology, see Cable Listsfor RNC450

Table 18 Inter-cabinet HMS and timing cables from RNAC to RNBC

Equip.No

CABLE FROM CABLE TO

Type Use Note

C a b i n e t

FU Position

C a b i n e t

FU Position

CB0_050 A TBU 0 1.0B 19.2N – – –

CHZ016 TIMING bus 01)

B TBU 0 1.0B 19.2K 2)

CB0_052 A TBU 0 1.0B 19.2O – – –


B TBU 0 2.0B 19.2K 2)

CB0_054 A TBU 0 1.0B 19.2P

– – –

CHZ024 TIMING bus 0

1)

B TBU 0 3.0B 19.2K 2)

CB0_056 A TBU 0 1.0B 19.2Q – – –


B TBU 0 4.0B 19.2K 2)

CB0_051 A TBU 1 2.0B 38.5N – – –


B TBU 1 1.0B 38.5K 2)

CB0_053 A TBU 1 2.0B 38.5O – – –


B TBU 1 2.0B 38.5K 2)


41/48


DN0938288Issue 02D


Equip.No

CABLE FROM CABLE TO

Type Use Note

C a b i n e t

FU Position

C a b i n e t

FU Position

CB0_055 A TBU 1 2.0B 38.5P – – – CHZ020 TIMING bus 1 1)B TBU 1 3.0B 38.5K 2)

CB0_057 A TBU 1 2.0B 38.5Q – – –


B TBU 1 4.0B 38.5K 2)

CB0_040

A

TBU 0

3.0B 19.2D

A TBU 0 1.0B 19.2C CHZ020 HMS bus 0

3) HMS term.

B 1.0B 19.2A 4) HMS to B-cabinet

CB0_041

A

TBU 1

3.0B 38.5D

A TBU 1 1.0B 38.5C CHZ020 HMS bus 1

3) HMS term.

B 1.0B 38.5A 4) HMS to B-cabinet

1) Default: Equipped at factory. Cables are bundled together and left unconnected if RNBC cabinet is not in the configuration.

2) Optional: If RNBC is in configuration these cables are connected to RNBC.

3) Default: Equipped at factory. Equip these terminating cables to sub rack 3 if RNBC cabinet is not in the configuration.

4) Optional: If RNBC is in configuration these cables are moved to RNBC subrack 1.

If the RNC2600 has the old “daisy chain” topology for timing bus cables,see Cable Lists for RNC450 .

The “daisy chain” cabling is identical for RNC450 and RNC2600, withtwo exceptions:

Concerning the inter-cabinet cable CB0_050 for Timing bus 0,the cable type for this cable is CHZ015 in RNC450, and CHZ020in RNC2600. Nonetheless, this cable is connected in the samepositions for both RNC450 and RNC2600. The cable type has noeffect to the configuration.

When the RNBC cabinet is added or removed, whetherexpanding from capacity step 1, to step 2 or step 3; ordowngrading from step 2 or step 3, to step 1, the inter-cabinetcables CB0_050 and CB0_051 for Timing buses 0 and 1 arehandled differently in RNC450 and RNC2600:

- In RNC450, these two cables come attached to theRNBC expansion cabinet.

- In RNC2600, these two cables come with the RNACcabinet. In RNC2600, these two cables go as shown onTable 20 Timing cables from RNBC to RNAC: “daisychain”.


42/48


43/48


DN0938288Issue 02D


Figure 10 Routing of HMS cables

19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

38

19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

38

19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

38

19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

38

19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

38

19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

38

19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

38

19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

38

RNBC RNAC

DN05160893

= HMS bus 0= HMS bus 1


44/48



Black = Timing Bus 0

Green = Timing Bus 1

Figure 11 Routing of Inter-cabinet timing cables


45/48


DN0938288Issue 02D


4.2 Inter-cabinet SWU LAN cables

Table 20 Inter-cabinet SWU LAN cables

Equip.No

CABLE FROM CABLE TO

Type Use Note

C a b i n e t

FU Position

C a b i n e t

FU Position

CB0_107 B NPGE/NPGEP 15 /

NPS1/NPS1P 13

4.0B 17.4E A SWU 0 1.0B 5.5U CIBS027 LAN 1)


NPS1/NPS1P 12

3.0B 17.4E A SWU 0 1.0B 5.5S CIBS021 LAN 1)


NPS1/NPS1P 11

4.0B 15.4E A SWU 0 1.0B 5.5Q CIBS027 LAN 1)


NPS1/NPS1P 10

3.0B 15.4E A SWU 0 1.0B 5.5O CIBS021 LAN 1)


NPS1/NPS1P 9

2.0B 17.4E A SWU 0 1.0B 5.5M CIBS018 LAN 1)


NPS1/NPS1P 8

1.0B 17.4E A SWU 0 1.0B 5.5K CIBS014 LAN 1)


NPS1/NPS1P 7

2.0B 15.4E A SWU 0 1.0B 5.5H CIBS018 LAN 1)


NPS1/NPS1P 6

1.0B 15.4E A SWU 0 1.0B 5.5F CIBS014 LAN 1)


NPS1/NPS1P 13

4.0B 17.4G A SWU 1 2.0B 5.5U CIBS021 LAN 1)


NPS1/NPS1P 12

3.0B 17.4G A SWU 1 2.0B 5.5S CIBS018 LAN 1)


NPS1/NPS1P 11

4.0B 15.4G A SWU 1 2.0B 5.5Q CIBS021 LAN 1)


NPS1/NPS1P 10

3.0B 15.4G A SWU 1 2.0B 5.5O CIBS018 LAN 1)


NPS1/NPS1P 9

2.0B 17.4G A SWU 1 2.0B 5.5M CIBS014 LAN 1)


NPS1/NPS1P 8

1.0B 17.4G A SWU 1 2.0B 5.5K CIBS018 LAN 1)


NPS1/NPS1P 7

2.0B 15.4G A SWU 1 2.0B 5.5H CIBS014 LAN 1)


NPS1/NPS1P 6

1.0B 15.4G A SWU 1 2.0B 5.5F CIBS018 LAN 1)

1) Cables are connected before the BISFC back interface unit has been installed.


46/48



4.3 Inter-cabinet SFU LVDS lines

Table 21 Inter-cabinet SFU LVDS cables

Equip.No

CABLE FROM CABLE TO

Type Use Note

C a b i n e t

FU Position

C a b i n e t

FU Position

CB0_200 B MXU 8 /

BISFB

1.0B 9.B00 A SFU 0 /

BISFA


CB0_201 B MXU 9 /

BISFB

1.0B 11.B00 A SFU 0 /

BISFA


CB0_202 B MXU 10 /

BISFB

2.0B 9.B00 A SFU 0 /

BISFA


CB0_203 B MXU 11 /

BISFB

2.0B 11.B00 A SFU 0 /

BISFA


CB0_204 B MXU 12 /

BISFB

3.0B 9.B00 A SFU 0 /

BISFA


CB0_205 B MXU13 /

BISFB

3.0B 11.B00 A SFU 0 /

BISFA


CB0_206 B MXU 14 /

BISFB

4.0B 9.B00 A SFU 0 /

BISFA


CB0_207 B MXU 15 /

BISFB

4.0B 11.B00 A SFU 0 /

BISFA



NPS1/NPS1P 6

1.0B 15.B00 A SFU 0 /

BISFA



NPS1/NPS1P 7

2.0B 15.B00 A SFU 0 /

BISFA



NPS1/NPS1P 8

1.0B 17.B00 A SFU 0 /

BISFA



NPS1/NPS1P 9

2.0B 17.B00 A SFU 0 /

BISFA



NPS1/NPS1P 10

3.0B 15.B00 A SFU 0 /

BISFA



NPS1/NPS1P 11

4.0B 15.B00 A SFU 0 /

BISFA



NPS1/NPS1P 12

3.0B 17.B00 A SFU 0 /

BISFA



NPS1/NPS1P 13

4.0B 17.B00 A SFU 0 /

BISFA


CB0_216 B MXU 8 /

BISFB

1.0B 9.B02 A SFU 1 /

BISFA


CB0_217 B MXU 9 /

BISFB

1.0B 11.B02 A SFU 1 /

BISFA


CB0_218 B MXU 10 /

BISFB

2.0B 9.B02 A SFU 1 /

BISFA


CB0_219 B MXU 11 /

BISFB

2.0B 11.B02 A SFU 1 /

BISFA



47/48


DN0938288Issue 02D


Equip.No

CABLE FROM CABLE TO

Type Use Note

C a b i n e t

FU Position

C a b i n e t

FU Position

CB0_220 B MXU 12 /BISFB

3.0B 9.B02 A SFU 1 /BISFA


CB0_221 B MXU 13 /

BISFB

3.0B 11.B02 A SFU 1 /

BISFA


CB0_222 B MXU 14 /

BISFB

4.0B 9.B02 A SFU 1 /

BISFA


CB0_223 B MXU 15 /

BISFB

4.0B 11.B02 A SFU 1 /

BISFA



NPS1/NPS1P 6

1.0B 15.B02 A SFU 1 /

BISFA



NPS1/NPS1P 7

2.0B 15.B02 A SFU 1 /

BISFA


CB0_226 B NPGE/NPGEP 10 /NPS1/NPS1P 8




NPS1/NPS1P 9

2.0B 17.B02 A SFU 1 /

BISFA



NPS1/NPS1P 10

3.0B 15.B02 A SFU 1 /

BISFA


CB0_229 B NPGE/NPGEP 13 /NPS1/NPS1P 11




NPS1/NPS1P 12

3.0B 17.B02 A SFU 1 /

BISFA



NPS1/NPS1P 13

4.0B 17.B02 A SFU 1 /

BISFA


1) Cables are connected after the BISFA, BISFB and BISFC back interface units have been installed. Insert the back interface unitcarefully. Check that the locking screws are closed properly, and that the back interface unit is in its place.


48/48

Documents

CableListe_RNC2600_RU40