atm_links_rnc2600-0900d805809a04bc

WCDMA RAN, Rel. RU50, Operating Documentation

ATM Links and LAN Connections in RNC2600 DN70539978 Issue 03

Approval date 2014-04-30

Disclaimer ATM Links and LAN Connections in RNC2600

2 /22 Copyright © 2013 Nokia Solutions and Networks. All rights reserved.

DN70539978 Issue 03

The information in this document is subject to change without notice and describes only the product defined in the introduction of this documentation. This documentation is intended for the use of Nokia Solutions and Networks customers only for the purposes of the agreement under which 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 Solutions and Networks. The documentation has been prepared to be used by professional and properly trained personnel, and the customer assumes full responsibility when using it. Nokia Solutions and Networks welcomes customer comments as part of the process of continuous development and 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 all liability arising in connection with such hardware or software products shall be defined conclusively and finally in a separate agreement between Nokia Solutions and Networks and the customer. However, Nokia Solutions and Networks has made all reasonable efforts to ensure that the instructions contained in the document are adequate and free of material errors and omissions. Nokia Solutions and Networks will, if deemed necessary Nokia Solutions and Networks, explain issues which may not be covered by the document. Nokia Solutions and Networks will correct errors in this documentation as soon as possible. IN NO EVENT WILL NOKIA SOLUTIONS AND NETWORKS BE LIABLE FOR ERRORS IN THIS DOCUMENTATION OR FOR ANY DAMAGES, INCLUDING BUT NOT LIMITED TO SPECIAL, DIRECT, INDIRECT, INCIDENTAL OR CONSEQUENTIAL OR ANY LOSSES, SUCH AS BUT NOT LIMITED TO LOSS OF PROFIT, REVENUE, BUSINESS INTERRUPTION, BUSINESS OPPORTUNITY OR DATA, THAT MAY ARISE FROM THE USE OF THIS DOCUMENT OR THE INFORMATION IN IT. NSN is a trademark of Nokia Solutions and Networks. Nokia is a registered trademark of Nokia Corporation. Other product names mentioned in this document may be trademarks of their respective owners, and they are mentioned for identification purposes only. Copyright © Nokia Solutions and Networks 2014. All rights reserved.

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ATM Links and LAN Connections in RNC2600 Table of Contents

DN70539978 Issue 03

Copyright © 2013 Nokia Solutions and Networks. All rights reserved.

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Table of Contents This document has 22 pages.

1 Introduction ..................................................................................................... 5

1.1 ATM links ........................................................................................................ 5

1.2 Notations used in the lists of SFU ATM links ................................................... 6

1.3 Notations used in the lists of MXU ATM links .................................................. 6

1.4 Notations used in the lists of LAN connections ................................................ 7

2 SFU ATM links ................................................................................................ 9

3 MXU ATM links ............................................................................................. 11

4 LAN connections ........................................................................................... 20

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DN70539978 Issue 03

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

Note that our issue numbering system, safety information, and product naming practice are changing. For more information, see Guide to WCDMA RAN Operating Documentation.

Changes between issue 02A (2011-12-08, RU30) and 03 (2014-04-30, RU40) LAN connections(4) Integrated OMS related information is removed.

Changes between issue 02 (2011-01-05, RU30) and 02A (2011-12-08, RU30) Document name is changed to ATM links and LAN connections in RNC2600. And description part in this document is updated.

Introduction(1) Chapter name is changed to Introduction.

Section of Notations used in the lists of ATM links is divided into two sections Notations used in the lists of SFU ATM links and Notations used in the lists of MXU ATM links.

SFU ATM links(2) Chapter name is changed to SFU ATM links.

MXU ATM links(3) Chapter name is changed to MXU ATM links.

LAN connections(4) Chapter name is changed to LAN connections.

Changes between issue 1-0 and 02 Chapter 1 Introduction is updated.

Chapter 4 LAN connections is updated.

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1 Introduction This document provides lists of the asynchronous transfer mode (ATM) links and LAN connections in RNC2600. Lists of ATM links include Switching Fabric Unit (SFU) ATM links lists and Multiplexer Units (MXU) ATM links lists in RNC2600.

For more information on the configurations and equipment of the RNC2600, see Equipment Lists for RNC2600, Cable Lists for RNC2600, and WCDMA RNC2600 Engineering Description.

1.1 ATM links

SFU ATM links The ATM SFU provides the ATM cell switching functionality. It provides 2N redundancy. And it is non-blocking at ATM connection level, which means if input and output channel are available the connection can be established. The ATM SFU supports point-to-point and point-to-multipoint connection topologies, as well as differentiated handling of various ATM service categories. High capacity network interface units and ATM Multiplexer units are connected to the redundant SFU.

In RNC2600, SFU is implemented in plug-in unit SF20. SF20 provides 32 duplicated ATM ports (622 Mbit/s).

MXU ATM links The ATM MXU multiplexes traffic from tributary units to the SFU. This enables the efficient usage of switching resources for low bit rate network interface units and computer units with small to moderate bandwidth requirements. The ATM MXU also has ATM layer processing functionality, such as policing, statistics, OAM, buffer management and scheduling. Control computers, signal processing units and low bit rate network interface units are connected to the ATM SFU via MXU.

In RNC2600, MXU is implemented in plug-in unit MX1G6-A. MX1G6-A provides 19 ATM ports (0-155 Mbit/s).

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1.2 Notations used in the lists of SFU ATM links

The table of SFU ATM links covers two SFUs: SFU 0 and SFU 1. SFU is 2N redundancy unit. The FU can connect to SFU via either SFU variant. The Note column applies to both SFUs. Table 1. Columns in the list of SFU ATM links

SFU port no

Connection from

Connection to Note

SFU 0 SFU 1 Functional unit Plug-in unit 0 1.1.1.B71D/B0 1.1.9.B57/B0 MXU 0 MX1G6-A

1.2.1.B71D/B0 1.1.9.B67/B2 For the above example, the corresponding MMLs for link creation (ZWFS) would be: ZWFS:1,1,1,B71D/B0,1:1,1,9,B57/B0,2; ZWFS:1,2,1,B71D/B0,1:1,1,9,B67/B2,2;

The three main columns are:

• SFU port no.: It indicates the index number of the high speed port (0-31).

• Connection from and Connection to: They indicate the connection source and destination. In position string, first number indicates the cabinet: 1 indicates cabinet A and 2 indicates cabinet B. Second number indicates the subrack: 1-4 indicate subrack 1-4. Third number indicates the slot: 1-19 and 38 indicate slot 1-19 and slot 38. The left part indicate the pin row. For example, 1.1.1.B71D/B0, it indicates cabinet A. subrack 1. slot 1. pin rows 1-125.

The sub-columns for the Connection to are:

• Functional Unit: It indicates the Functional Unit (FU) name with index number, for example, OMU 0.

• Plug-in unit: It indicates the name of the plug-in unit which can be used.

1.3 Notations used in the lists of MXU ATM links

Each table of MXU ATM links covers two MXUs as MXU is 2N redundancy unit. The FU can connect to MXU via either MXU variant.

Table 2. Columns in the list of MXU ATM links

Slot Connection from

Connection to Note Functional unit plug-in unit

2 1.1.9.B108 1.1.2.B76 SFU 0 SF20H 1.1.11.B108 1.1.2.B77

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1.1.9.B122 1.1.2.B78 - - 1.1.11.B122 1.1.2.B79

For the above example, the corresponding MMLs for link creation (ZWFS) would be: ZWFS:1,1,9,B108,1:1,1,2,B76,2; ZWFS:1,1,11,B108,1:1,1,2,B77,2; ZWFS:1,1,9,B122,1:1,1,2,B78,2; ZWFS:1,1,11,B122,1:1,1,2,B79,2;

The three main columns are:

• Slot: It indicates the MXU's equipping slot.

• Connection from and Connection to: They indicate the connection source and destination. In position string, first number indicates the cabinet: 1 indicates cabinet A and 2 indicates cabinet B. Second number indicates the subrack: 1-4 indicate subrack 1-4. Third number indicates the slot: 1-19 and 38 indicate slot 1-19 and slot 38. The left part indicate the pin row. For example, 1.1.1.B71D/B0, it indicates cabinet A. subrack 1. slot 1. pin rows 1-125.

The sub-columns for the Connection to are:

• Functional Unit: It indicates the FU name with index number, for example, OMU 0.

• Plug-in unit: It indicates the name of the plug-in unit which can be used.

1.4 Notations used in the lists of LAN connections

The table of LAN connections covers two SWU: SWU 0 and SWU 1. FU can connect to SWU via either variant.

Table 3. Columns in the list of LAN links

Port RNAC Cabinet Note

Seq.

no

Cabling

position

Subrack: 1 Subrack: 2

SWU /0 slot 5 SWU /1 slot 5

The two sub-columns for Port are:

• Seq. no: It indicates the software port index number, 1/1/1 - 1/1/24.

• Cabling position: It indicates the physical cabling equipping positions.

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The sub-columns for RNAC Cabinet are:

• Subrack 1 and Subrack 2: They indicate the number of the subrack in the RNAC cabinet.

• SWU /0 slot 5 and SWU /1 slot 5: They indicate the equipping slot of SWU in the subrack.

ATM Links and LAN Connections in RNC2600 SFU ATM links

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2 SFU ATM links The chapter provides a list of the SFU ATM links in RNC2600.

In some cases, one SFU port can be used for different FUs and plug-in units. Alternative FUs and plug-in units are presented in the same cell.

Table 4. SFU ATM links in SFU 0 and SFU 1 SFU Port n.o

Connection from Connection to Note

SFU 0 SFU 1 Functional unit Plug-in unit

0 1.1.2.B71D/B0 1.1.9.B57/B0 MXU 0 MX1G6-A - 1.2.2.B71D/B0 1.1.9.B67/B2








8 1.1.2.B121/B8 2.1.9.B57/B0 MXU 8 MX1G6-A - 1.2.2.B121/B8 2.1.9.B67/B2







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SFU Port n.o

Connection from Connection to Note

SFU 0 SFU 1 Functional unit Plug-in unit


16 1.1.2.B97/B16 1.1.17.B103/B0 NPGE/ NPGEP 0 NPS1/ NPS1P 0

NP2GE-B NP8S1-B

- 1.2.2.B97/B16 1.1.17.B115/B2


NP2GE-B NP8S1-B

- 1.2.2.B95/B17 1.2.17.B115/B2

18 1.1.2.B93/B18 1.1.18.B103/B0 NPGE/ NPGEP 2 NP2GE-B 1) 1.2.2.B93/B18 1.1.18.B115/B2

19 1.1.2.B91/B19 1.2.18.B103/B0 NPGE/ NPGEP 3 NP2GE-B 1) 1.2.2.B91/B19 1.2.18.B115/B2


NP2GE-B NP8S1-B

- 1.2.2.B71/B20 1.3.15.B115/B2


NP2GE-B NP8S1-B

- 1.2.2.B69/B21 1.4.15.B115/B2


NP2GE-B NP8S1-B

- 1.2.2.B67/B22 1.3.17.B115/B2


NP2GE-B NP8S1-B

- 1.2.2.B65/B23 1.4.17.B115/B2


NP2GE-B NP8S1-B

- 1.2.2.B59/B24 2.1.15.B115/B2


NP2GE-B NP8S1-B

- 1.2.2.B57/B25 2.2.15.B115/B2


NP2GE-B NP8S1-B

- 1.2.2.B55/B26 2.1.17.B115/B2


NP2GE-B NP8S1-B

- 1.2.2.B53/B27 2.2.17.B115/B2


NP2GE-B NP8S1-B

- 1.2.2.B47/B28 2.3.15.B115/B2


NP2GE-B NP8S1-B

- 1.2.2.B45/B29 2.4.15.B115/B2


NP2GE-B NP8S1-B

- 1.2.2.B43/B30 2.3.17.B115/B2


NP2GE-B NP8S1-B

- 1.2.2.B41/B31 2.4.17.B115/B2

1) It is not in use if NPS1 or NPS1P 1 in configuration.

ATM Links and LAN Connections in RNC2600 MXU ATM links

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3 MXU ATM links The chapter provide lists of the MXU ATM links in RNC2600.

In some cases, one MXU port can be used for different FUs and plug-in units. Alternative FUs and plug-in units are presented in the same cell.

MXU ATM links ATM Links and LAN Connections in RNC2600


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Table 5. MXU ATM links in MXU 0 and MXU 1 (RNAC subrack 1)

Slot Connection from Connection to Note Functional unit Plug-in unit

1 1.1.9.B109 1.1.1.B76 - - - 1.1.11.B109 1.1.1.B77 1.1.9.B123 1.1.1.B78 - - - 1.1.11.B123 1.1.1.B79

2 1.1.9.B108 1.1.2.B76 SFU 0 SF20H - 1.1.11.B108 1.1.2.B77 1.1.9.B122 1.1.2.B78 - - - 1.1.11.B122 1.1.2.B79

3 1.1.9.B107 1.1.3.B76 ICSU 0 CCP1D-A - 1.1.11.B107 1.1.3.B77 1.1.9.B120 1.1.3.B78 - - - 1.1.11.B120 1.1.3.B79

4 1.1.9.B105 1.1.4.B76 RSMU 0 CCP1D-A - 1.1.11.B105 1.1.4.B77 1.1.9.B119 1.1.4.B78 RSMU 0 CCP1D-A - 1.1.11.B119 1.1.4.B79

5 1.1.9.B104 1.1.5.B76 - - - 1.1.11.B104 1.1.5.B77

6 1.1.9.B103 1.1.6.B76 - - - 1.1.11.B103 1.1.6.B77 1.1.9.B117 1.1.6.B78 - - - 1.1.11.B117 1.1.6.B79

7 1.1.9.B102 1.1.7.B76 DMCU 0 CDSP-DH - 1.1.11.B102 1.1.7.B77 1.1.9.B118 1.1.7.B78 - 1.1.11.B118 1.1.7.B79




14 1.1.9.B98 1.1.14.B76 - - - 1.1.11.B98 1.1.14.B77 1.1.9.B113 1.1.14.B78 - - - 1.1.11.B113 1.1.14.B79

15 1.1.9.B99 1.1.15.B76 - - - 1.1.11.B99 1.1.15.B77

16 1.1.9.B100 1.1.16.B76 OMU 0 CCP1D-A - 1.1.11.B100 1.1.16.B77

17 1.1.9.B111 1.1.17.B76 - - - 1.1.11.B111 1.1.17.B77

18 1.1.9.B112 1.1.18.B76 - - - 1.1.11.B112 1.1.18.B77


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Connection to Note Functional unit Plug-in unit

1 1.2.9.B109 1.2.1.B76 - - - 1.2.11.B109 1.2.1.B77 1.2.9.B123 1.2.1.B78 - - - 1.2.11.B123 1.2.1.B79

2 1.2.9.B108 1.2.2.B76 SFU 1 SF20H - 1.2.11.B108 1.2.2.B77 1.2.9.B122 1.2.2.B78 - - - 1.2.11.B122 1.2.2.B79


4 1.2.9.B105 1.2.4.B76 RSMU 1 CCP1D-A - 1.2.11.B105 1.2.4.B77 1.2.9.B119 1.2.4.B78 RSMU 1 CCP1D-A - 1.2.11.B119 1.2.4.B79

5 1.2.9.B104 1.2.5.B76 - - - 1.2.11.B104 1.2.5.B77






14 1.2.9.B98 1.2.14.B76 - - - 1.2.11.B98 1.2.14.B77 1.2.9.B113 1.2.14.B78 - - - 1.2.11.B113 1.2.14.B79

15 1.2.9.B99 1.2.15.B76 - - - 1.2.11.B99 1.2.15.B77

16 1.2.9.B100 1.2.16.B76 OMU 1 CCP1D-A - 1.2.11.B100 1.2.16.B77

17 1.2.9.B111 1.2.17.B76 - - - 1.2.11.B111 1.2.17.B77

18 1.2.9.B112 1.2.18.B76 - - - 1.2.11.B112 1.2.18.B77



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Slot Connection from Connection to Note Functional unit Plug-in unit





5 1.3.9.B104 1.3.5.B76 - - - 1.3.11.B104 1.3.5.B77







15 1.3.9.B99 1.3.15.B76 - - - 1.3.11.B99 1.3.15.B77

16 1.3.9.B100 1.3.16.B76 - - - 1.3.11.B100 1.3.16.B77

17 1.3.9.B111 1.3.17.B76 - - - 1.3.11.B111 1.3.17.B77

18 1.3.9.B112 1.3.18.B76 - - - 1.3.11.B112 1.3.18.B77


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5 1.4.9.B104 1.4.5.B76 ICSU 12 CCP1D-A - 1.4.11.B104 1.4.5.B77







15 1.4.9.B99 1.4.15.B76 - - - 1.4.11.B99 1.4.15.B77

16 1.4.9.B100 1.4.16.B76 - - - 1.4.11.B100 1.4.16.B77

17 1.4.9.B111 1.4.17.B76 - - - 1.4.11.B111 1.4.17.B77

18 1.4.9.B112 1.4.18.B76 - - - 1.4.11.B112 1.4.18.B77



DN70539978 Issue 03

Table 9. MXU ATM links in MXU 8 and MXU9 (RNBC subrack 1)

Slot Connection from Connection to Note Functional unit Plug-in unit -





5 2.1.9.B104 2.1.5.B76 ICSU 18 CCP1D-A - 2.1.11.B104 2.1.5.B77







15 2.1.9.B99 2.1.15.B76 - - - 2.1.11.B99 2.1.15.B77

16 2.1.9.B100 2.1.16.B76 - - - 2.1.11.B100 2.1.16.B77

17 2.1.9.B111 2.1.17.B76 - - - 2.1.11.B111 2.1.17.B77

18 2.1.9.B112 2.1.18.B76 - - - 2.1.11.B112 2.1.18.B77

Table 10. MXU ATM links in MXU 10 and MXU 11 (RNBC subrack 2) Slot Connection Connection to Note


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from Functional unit Plug-in unit 1 2.2.9.B109 2.2.1.B76 ICSU 20 CCP1D-A -

2.2.11.B109 2.2.1.B77 2.2.9.B123 2.2.1.B78 - - - 2.2.11.B123 2.2.1.B79




5 2.2.9.B104 2.2.5.B76 ICSU 24 CCP1D-A - 2.2.11.B104 2.2.5.B77







15 2.2.9.B99 2.2.15.B76 - - - 2.2.11.B99 2.2.15.B77

16 2.2.9.B100 2.2.16.B76 - - - 2.2.11.B100 2.2.16.B77

17 2.2.9.B111 2.2.17.B76 - - - 2.2.11.B111 2.2.17.B77

18 2.2.9.B112 2.2.18.B76 - - - 2.2.11.B112 2.2.18.B77

Table 11. MXU ATM links in MXU 12 and MXU 13 (RNBC subrack 3)



1 2.3.9.B109 2.3.1.B76 ICSU 26 CCP1D-A -



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2.3.11.B109 2.3.1.B77 2.3.9.B123 2.3.1.B78 - - - 2.3.11.B123 2.3.1.B79




5 2.3.9.B104 2.3.5.B76 ICSU 30 CCP1D-A - 2.3.11.B104 2.3.5.B77







15 2.3.9.B99 2.3.15.B76 - - - 2.3.11.B99 2.3.15.B77

16 2.3.9.B100 2.3.16.B76 - - - 2.3.11.B100 2.3.16.B77

17 2.3.9.B111 2.3.17.B76 - - - 2.3.11.B111 2.3.17.B77

18 2.3.9.B112 2.3.18.B76 - - - 2.3.11.B112 2.3.18.B77

Table 12. MXU ATM links in MXU 14 and MXU 15 (RNBC subrack 4)



1 2.4.9.B109 2.4.1.B76 ICSU 32 CCP1D-A - 2.4.11.B109 2.4.1.B77 2.4.9.B123 2.4.1.B78 - - -


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2.4.11.B123 2.4.1.B79 2 2.4.9.B108 2.4.2.B76 ICSU 33 CCP1D-A -

2.4.11.B108 2.4.2.B77 2.4.9.B122 2.4.2.B78 - - - 2.4.11.B122 2.4.2.B79



5 2.4.9.B104 2.4.5.B76 ICSU 36 CCP1D-A - 2.4.11.B104 2.4.5.B77







15 2.4.9.B99 2.4.15.B76 - - - 2.4.11.B99 2.4.15.B77

16 2.4.9.B100 2.4.16.B76 - - - 2.4.11.B100 2.4.16.B77

17 2.4.9.B111 2.4.17.B76 - - - 2.4.11.B111 2.4.17.B77

18 2.4.9.B112 2.4.18.B76 - - - 2.4.11.B112 2.4.18.B77

LAN connections ATM Links and LAN Connections in RNC2600


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4 LAN connections The chapter provides a list of the LAN connections of SWU in the RNC2600.

There are LAN connections from the Operating and Maintenance Units (OMU) and OMS and from all network interface units (NPGEP/NPS1P) to SWU (ESA40-A). SWU can be optionally duplicated. Additionally, SWU requires the inclusion of address setting modules. There are two types of address setting modules, cabinet and subrack. Both SWUs need one cabinet address module and one subrack address setting module.

Table 13. LAN port use of SWU (RNAC, with SWU 0 in subrack 1 and SWU 1 in subrack 2)

Port RNAC Cabinet Note

Seq. Cable Subrack: 1 Subrack: 2 -

n.o pos. SWU /0 slot 5 SWU /1 slot 5 -

1/1/1 ETH1 out of NE out of NE -

1/1/2 ETH2 out of NE out of NE Backup connection to external OMS

1/1/3 4C OMU 0 / 0 OMU 0 /1 -

1/1/4 4E OMU 1 / 0 OMU 1 /1 -

1/1/5 4G - - -

1/1/6 4J ESA40-A /1 ESA40-A /0 -

1/1/7 4P NPGEP 0-0/

NPS1P 0-0

NPGEP 0-1/

NPS1P 0-1 -

1/1/8 4R NPGEP 1-0/

NPS1P 1-0

NPGEP 1-1/

NPS1P 1-1 -

1/1/9 4T NPGEP 2 -0 NPGEP 2 -1 -

1/1/10 4V NPGEP 3 -0 NPGEP 3 -1 -

1/1/11 4X NPGEP 4-0/

NPS1P 2-0

NPGEP 4-1/

NPS1P 2-1 -

1/1/12 4Z NPGEP 5-0/ NPGEP 5-1/ -

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NPS1P 3-0 NPS1P 3-1

1/1/13 5B NPGEP 6-0/

NPS1P 4-0

NPGEP 6-1/

NPS1P 4-1 -

1/1/14 5D NPGEP 7-0/

NPS1P 5-0

NPGEP 7-1/

NPS1P 5-1 -

1/1/15 5F NPGEP 8-0/

NPS1P 6-0

NPGEP 8-1/

NPS1P 6-1 -

1/1/16 5H NPGEP 9-0/

NPS1P 7-0

NPGEP 9-1/

NPS1P 7-1 -

1/1/17 5K NPGEP 10-0/

NPS1P 8-0

NPGEP 10-1/

NPS1P 8-1 -

1/1/18 5M NPGEP 11-0/

NPS1P 9-0

NPGEP 11-1/

NPS1P 9-1 -

1/1/19 5O NPGEP 12-0/

NPS1P 10-0

NPGEP 12-1/

NPS1P 10-1 -

1/1/20 5Q NPGEP 13-0/

NPS1P 11-0

NPGEP 13-1/

NPS1P 11-1 -

1/1/21 5S NPGEP 14-0/

NPS1P 12-0

NPGEP 14-1/

NPS1P 12-1 -

1/1/22 5U NPGEP 15-0/

NPS1P 13-0

NPGEP 15-1/

NPS1P 13-1 -

1/1/23 5W - - -

1/1/24 5Y CPSY-A ETH - Reserved for local temporary maintenance.

1/1/25 2J - - -

1/1/26 2L - - -

1/1/27 2N - - -

1/1/28 2P - - -

1/1/29 2R - - -

1/1/30 2T - - -

1/1/31 2V - - -

1/1/32 2X - - -

1/1/33 2Z - - -

1/1/34 3B - - -

1/1/35 3D - - -

1/1/36 3F - - -

1/1/37 3H - - -

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DN70539978 Issue 03

1/1/38 3K - - -



1S ADMOD01 ADMOD01 Cabinet address setting module.

1U ADMOD01 ADMOD02 Subrack address setting module.

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