Atm Links Rnc450

Nokia Siemens Networks WCDMA RNC Rel. RN6.0, Site Documentation, Issue 01

Use of ATM links and LAN connections in RNC450

DN0634547

Issue 03Approval Date 2011-01-06

Confidential

2 DN0634547Issue 03


Id:0900d805807b2ceeConfidential

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 Siemens 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 Siemens 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 Siemens Networks welcomes customer comments as part of the process of continuous development and improvement of the documentation.

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Table of contentsThis document has 28 pages.

Summary of changes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5

1 About Use of ATM links and LAN connections in RNC450 . . . . . . . . . . . 61.1 Introduction to ATM links . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 61.2 Notations used in the lists of ATM links . . . . . . . . . . . . . . . . . . . . . . . . . . 61.3 Notations used in the LAN connection list . . . . . . . . . . . . . . . . . . . . . . . . 8

2 Use of SFU ATM links . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

3 Use of MXU ATM links. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12

4 List of LAN connections . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26

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List of tablesTable 1 Columns in the list of SFU ATM links . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7Table 2 Columns in the list of MXU ATM links . . . . . . . . . . . . . . . . . . . . . . . . . . . 7Table 3 Columns in the list of LAN links . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8Table 4 SFU use for SFU 0 and SFU 1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9Table 5 Multiplexer port use for MXU 0 and MXU 1 (RNAC subrack 1) . . . . . . . 12Table 6 Multiplexer port use for MXU 2 and MXU 3 (RNAC subrack 2) . . . . . . . 13Table 7 Multiplexer port use for MXU 4 and MXU 5 (RNAC subrack 3) . . . . . . . 15Table 8 Multiplexer port use for MXU 6 and MXU 7 (RNAC subrack 4) . . . . . . . 17Table 9 Multiplexer port use for MXU 8 and MXU 9 (RNBC subrack 1) . . . . . . . 19Table 10 Multiplexer port use for MXU 10 and MXU 11 (RNBC subrack 2) . . . . . 20Table 11 Multiplexer port use for MXU 12 and MXU 13 (RNBC subrack 3) . . . . . 22Table 12 Multiplexer port use for MXU 14 and MXU 15 (RNBC subrack 4) . . . . . 24Table 13 LAN port use of ESA40-A/ESA24 (RNAC, with ESA40-A 0/ESA24 0 in sub-

rack 1 and ESA40-A 1/ESA24 1 in subrack 2) . . . . . . . . . . . . . . . . . . . . 26Table 14 LAN port use of ESA40-A/ESA24 (RNBC, with ESA40-A 0/ESA24 0 in

RNAC subrack 1 and ESA40-A 1/ESA 24 1 in RNAC subrack 2) . . . . . 27

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Use of ATM links and LAN connections in RNC450 Summary of changes

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

Changes between issue 2-1 and issue 03CCP1D-A, SF10E, ESA40-A and CDSP-DH related information is added. NEMU related information is removed.

The LAN connection list is updated.

Changes between issue 2-0 and issue 2-1RRMU is replaced by ICSU in MXU ATM links.

RRMU is replaced by RSMU in LAN connections.

NIS1(P) is replaced by NPGE(P) in SFU ATM links.

NPGE(P) added in LAN connections.

Changes between issue 1-1 and issue 2-0CCP18-C is used as the main CPU. CCP18-A is needed for OMU since USB ports are needed for backup purposes.

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About Use of ATM links and LAN connections in RNC450

1 About Use of ATM links and LAN connec-tions in RNC450Use of ATM links and LAN connections in RNC450 provides lists of the ATM links provided by the ATM Switching Fabric Unit (SFU) and the ATM links distributed via Mul-tiplexer Units (MXU) in the RNC.

For more information on the configurations and equipment of the RNC, see Equipment Lists for RNC, Cable Lists for RNC, and Engineering for Radio Network Controller (RNC) delivered in the Site Documents binder.

1.1 Introduction to ATM linksThe ATM Switching Fabric Unit (SFU) provides a part of the ATM cell switching function. It provides 2N redundancy and full accessibility. It is also non-blocking at ATM connec-tion level (that is, if input and output capacities are available, the connection can be established). The ATM Switching Fabric supports point-to-point and point-to-multipoint connection topologies, as well as differentiated handling of various ATM service catego-ries. High capacity network interface units and ATM Multiplexer units are connected to the redundant SFU.

The ATM Multiplexer (MXU) multiplexes traffic coming from tributary units towards the switching fabric. This enables the efficient use of switching resources for low bit rate network interface units and computer units with small to moderate bandwidth require-ments. The ATM Multiplexer also includes part of the ATM layer processing functional-ity, such as policing, statistics, OAM, buffer management, and scheduling.

The ATM Switching Fabric Unit (SFU / SF10) provides 16 pieces of duplicated (622 Mbit/s) asynchronous transfer mode (ATM) ports. And the ATM Switching Fabric Unit (SFU / SF10E) provides 16 pieces of duplicated (622 Mbit/s) asynchronous transfer mode (ATM) ports and 8 pieces of high speed (2.5 Gbit/s) asynchronous transfer mode (ATM) ports.

The ATM Multiplexer Unit (MXU / MX622-D) provides 19 pieces (0-155 Mbit/s) asyn-chronous transfer mode (ATM) ports.

1.2 Notations used in the lists of ATM links The ATM links are shown in the form of tables, one type for SFU ATM links and another for MXU ATM links.

SFU tableThe table below covers two SFUs, SFU 0 and SFU 1. The table consists of two main columns, SFU 0 (SFU 1) and Functional unit (FU) using the port, as well as a note column. The main columns are divided in subcolumns. Values indicated in the table, such as SW and HW cabling positions, correspond to the SFUs indicated in the main column, thus the value in brackets corresponds to SFU 1 indicated in brackets. The unit using the port, however, can connect via either SFU.

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Use of ATM links and LAN connections in RNC450 About Use of ATM links and LAN connections inRNC450


The three subcolumns for SFU:

• Port no. indicates the index number of the high speed port (0-15). • Slot indicates the SFU's equipping place, subrack, and slot. • Cabling position indicates the cabling positions in two ways:

• SW = cable connection coordinate used in hardware configuration management • HW = physical cabling equipping position

The four subcolumns for the Functional unit (FU) using the port are:

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

• Plug-in unit indicates the name of the plug-in unit which can be used. • Slot indicates the equipping place number of the plug-in unit. • Cabling position indicates the cabling positions in two ways:


MXU tableThe table below covers two MXUs. It consists of two main columns, MXU and Functional unit (FU) using the port, as well as a note column. The main columns are divided in sub-columns. Values indicated in the table, such as SW and HW cabling positions, corre-spond to the MXUs indicated in the main column, thus the value in brackets corresponds to the MXU indicated in brackets. The unit using the port, however, can connect via either MXU.

The three subcolumns for MXU are:

• Port no. indicates the index number of the port (0-18). • Slot indicates the MXU's equipping place, subrack, and slot. • Cabling position indicates the cabling positions in two ways:


SFU 0 (SFU1) FU using the port Note

Port no.

Slot Cabling position

FU Plug-in unit


SW HW SW HW

Table 1 Columns in the list of SFU ATM links

MXU x (MXU x+1) FU using the port Note

Port no.


Tributary unit by subrack configu-ration

Plug-in unit


SW HW SW HW

Table 2 Columns in the list of MXU ATM links

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About Use of ATM links and LAN connections in RNC450

The four subcolumns for the Functional unit (FU) using the port:

• Tributary unit by subrack configuration indicates the Functional Unit name including index number (for example, OMU 0) for WCDMA, WCDMA STM-1/OC-3 and GSM STM-1/OC-3 configurations.

• Plug-in unit indicates the name of the plug-in unit which can be used. • Slot indicates the equipping place number of the plug-in unit. • Cabling position indicates the cabling positions in two ways:


1.3 Notations used in the LAN connection listThe LAN links are shown in the form of a table. The table below covers ESA40-A 0 and ESA40-A 1. It consists of two main columns, ESA40-A 0 (ESA40-A 1) and FU using the LAN port, as well as a note column. The main columns are divided in subcolumns.Val-ues indicated in the table, such as SW and HW cabling positions, correspond to the ESA40-As indicated in the main column, thus the value in brackets corresponds to ESA40-A 1. The unit using the port, however, can connect via either ESA40-A.

The three subcolumns for ESA40-A are:

• Port no. indicates the software port index number, 1/1/1 - 1/1/24. • Slot indicates the ESA's equipping place, subrack, and slot. • Cabling position indicates the cabling positions in two ways:


The four subcolumns for FU using the LAN port are:

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

• Plug-in unit indicates the name of the plug-in unit (for example, CCP10). • Slot indicates the FU's equipping place, subrack, and slot. • Cabling position indicates the cabling positions in two ways:


ESA40-A 0 (ESA40-A 1) FU using the LAN port Note

Port no. Slot Cabling position FU Plug-in unit


SW HW SW HW

Table 3 Columns in the list of LAN links

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Use of ATM links and LAN connections in RNC450 Use of SFU ATM links

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2 Use of SFU ATM linksThe following table provides a list of all the SFU ATM links. The ATM switch ports of Switching Fabric are divided among functional units (FUs) as shown in the following table.

Note that in some cases one subrack slot may house different plug-in units / functional units using the same SFU port. In the table below, the alternative plug-in unit / functional unit equipping options are presented in the same row according to the SFU port.

SFU 0 (SFU 1) FU using the port Note

Port no.

Slot Cabling position FU Plug-in unit


SW HW SW HW

P0A 1-2 B84 2.4J MXU 0 MX622-B/

MX622-C/

MX622-D

9 B76

(B80)

4A

(4E)

P0B 1-2 B96 2.4V MXU 1 MX622-B/

MX622-C/

MX622-D

11 B80

(B76)

4E

(4A)

P1A 1-2 B82 2.4G MXU 2 MX622-B/

MX622-C/

MX622-D

9 B76

(B80)

4A

(4E)

P1B 1-2 B94 2.4T MXU 3 MX622-B/

MX622-C/

MX622-D

11 B80

(B76)

4E

(4A)

P2A 1-2 B80 2.4E MXU 4 MX622-B/

MX622-C/

MX622-D

9 B76

(B80)

4A

(4E)

P2B 1-2 B92 2.4R MXU 5 MX622-B/

MX622-C/

MX622-D

11 B80

(B76)

4E

(4A)

P3A 1-2 B78 2.4C - - - - - 1)

P3B 1-2 B90 2.4P - - - - - 1)

P4A 1-2 B68 2.3S - - - - - 1)

P4B 1-2 B76 2.4A - - - - - 1)

P5A 1-2 B66 2.3Q MXU 6 MX622-B/

MX622-C/

MX622-D

9 B76

(B80)

4A

(4E)

P5B 1-2 B74 2.3Y MXU 7 MX622-B/

MX622-C/

MX622-D

11 B80

(B76)

4E

(4A)

Table 4 SFU use for SFU 0 and SFU 1

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Use of SFU ATM links

P6A 1-2 B64 2.3O MXU 8 MX622-B/

MX622-C/

MX622-D

9 B76

(B80)

4A

(4E)

P6B 1-2 B72 2.3W MXU 9 MX622-B/

MX622-C/

MX622-D

11 B80

(B76)

4E

(4A)

P7A 1-2 B62 2.3M MXU 10 MX622-B/

MX622-C/

MX622-D

9 B76

(B80)

4A

(4E)

P7B 1-2 B70 2.3U MXU 11 MX622-B/

MX622-C/

MX622-D

11 B80

(B76)

4E

(4A)

P8A 1-2 B52 2.3B MXU 12 MX622-B/

MX622-C/

MX622-D

9 B76

(B80)

4A

(4E)

P8B 1-2 B60 2.3K MXU 13 MX622-B/

MX622-C/

MX622-D

11 B80

(B76)

4E

(4A)

P9A 1-2 B50 2.2Z MXU 14 MX622-B/

MX622-C/

MX622-D

9 B76

(B80)

4A

(4E)

P9B 1-2 B58 2.3H MXU 15 MX622-B/

MX622-C/

MX622-D

11 B80

(B76)

4E

(4A)

P10A 1-2 - F16 NPGEP 0

NPGE 0

NP2GE-B 15 B103

(B115)

B0

(B2)

2)

P10B 1-2 - F17 NPGEP 1

NPGE 1

NP2GE-B 15 B103

(B115)

B0

(B2)

2)

P11A 1-2 - F18 NPGEP 2

NPGE 2

NP2GE-B 1 B103

(B115)

B0

(B2)

2)

P11B 1-2 - F19 NPGEP 3

NPGE 3

NP2GE-B 1 B103

(B115)

B0

(B2)

2)

P12A 1-2 - F20 NPGEP 4

NPGE 4

NP2GE-B 1 B103

(B115)

B0

(B2)

2)

P12B 1-2 - F21 NPGEP 5

NPGE 5

NP2GE-B 1 B103

(B115)

B0

(B2)

2)


Port no.



SW HW SW HW

Table 4 SFU use for SFU 0 and SFU 1 (Cont.)

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Use of ATM links and LAN connections in RNC450 Use of SFU ATM links


P13A 1-2 - F22 NPGEP 6

NPGE 6

NP2GE-B 17 B103

(B115)

B0

(B2)

2)

P13B 1-2 - F23 NPGEP 7

NPGE 7

NP2GE-B 17 B103

(B115)

B0

(B2)

2)

The values indicated in the table in brackets correspond to the SFU in brackets. In other words, to SFU 1. For instance, the SW cabling position B76 corresponds to SFU 0, whereas B80 in brackets corresponds to SFU 1. The unit using the port can connect via either SFU.

1) The SFU ports P3A, P3B, P4A, and P4B cannot be used in network element configurations in the RN2.2 new deliveries.

2) SF10E is needed


Port no.



SW HW SW HW

Table 4 SFU use for SFU 0 and SFU 1 (Cont.)

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Use of MXU ATM links

3 Use of MXU ATM linksThe following table provides a list of all the MXU ATM links. The Multiplexer Unit (MXU) provides 19 ATM ports which are divided among tributary functional units as shown in the following table.

Note that the alternatives for different SW and HW cabling positions are shown in brack-ets, for example, B76 and (B80) are alternative SW cabling positions.

MXU 0 (MXU 1) FU using the port Note

Port no.


Tributary unit

Plug-in unit Slot Cabling position

SW HW SW HW

0 9

(11)

B96 4V A2SU 0 AL2S-D 12 B76

(B77)

4A

(4B)

1 9

(11)

B97 4W A2SU 1 AL2S-D 13 B76

(B77)

4A

(4B)

2 9

(11)

B98 4X - HDS-C

HDS-B

14 B 76

(B77)

4A

(4B)

1)5)

3 9

(11)

B99 4Y - HDS-B 15 B76

(B77)

4A

(4B)

5)

4 9

(11)

B100 4Z OMU 0 CCP1D-A

CCP18-A

16 B76

(B77)

4A

(4B)

5 9

(11)

B101 5A RSMU 0 CCP1D-A

CCP18-C

CCP18-A

8 B76

(B77)

4A

(4B)

6 9

(11)

B102 5B ICSU CCP1D-A

CCP18-C

CCP18-A

7 B76

(B77)

4A

(4B)

7 9

(11)

B103 5C RNC-OMS MCP18-B 6 B76

(B77)

4A

(4B)

1)

8 9

(11)

B104 5D - ESA40-A

ESA24

5 B76

(B77)

4A

(4B)

1)

9 9

(11)

B105 5E DMCU 1 CDSP-DH 4 B76

(B77)

4A

(4B)

- - - 5F - - - - 5F

10 9

(11)

B107 5G DMCU 0 CDSP-DH 3 B76

(B77)

4A

(4B)

11 9

(11)

B108 5H - - 2 B76

(B77)

4A

(4B)

3)

12 9

(11)

B109 5J SFU 0 SF10E

SF10

1 B76

(B77)

4A

(4B)

Table 5 Multiplexer port use for MXU 0 and MXU 1 (RNAC subrack 1)

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Use of ATM links and LAN connections in RNC450 Use of MXU ATM links


13 9 B110 5K MXU 1 MX622-B/

MX622-C/

MX622-D

11 B121 5V 2)

11 B110 5K MXU 0 MX622-B/

MX622-C/

MX622-D

9 B121 5V

14 9

(11)

B111 5L ICSU 0 CCP1D-A

CCP18-C

CCP18-A

17 B76

(B77)

4A

(4B)

15 9

(11)

B112 5M ICSU 1 CCP1D-A

CCP18-C

CCP18-A

18 B76

(B77)

4A

(4B)

16 9

(11)

B113 5N - - 14 B78

(B79)

4C

(4D)

3)

17 9

(11)

B114 5O - - 13 B78

B79

4C

(4D)

3)

18 9

(11)

B115 5P A2SU 1 AL2S-D 12 B78

B79

4C

(4D)

4)

Values indicated in the table in brackets correspond to the MXU in brackets, in other words, to MXU 1. For instance, the SW cabling position B76 corresponds to MXU 0, whereas B77 in brackets corresponds to MXU 1. The unit using the port, however, can connect via either MXU.

1) The tributary unit does not use the MXU port.

2) The MXU pair is cross-connected.

3) The MXU port is not in use.

4) The second MXU port for A2SU unit is reserved for future use. Not in use in this release.

5) HDS-B is two wide slot. HDS-C is one wide slot. When HDS-C slot is used, slot 15 is empty.


Port no.


Tributary unit by subrack configura-tion

Plug-in unit


SW HW SW HW

0 9

(11)

B96 4V A2SU 2 AL2S-D 12 B76

(B77)

4A

(4B)



Port no.


Tributary unit


SW HW SW HW

Table 5 Multiplexer port use for MXU 0 and MXU 1 (RNAC subrack 1) (Cont.)

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1 9

(11)

B97 4W - HDS-B 13 B76

(B77)

4A

(4B)

1) 5)

2 9

(11)

B98 4X - HDS-C

HDS-B

14 B76

(B77)

4A

(4B)

1) 5)

3 9

(11)

B99 4Y EHU EHAT 15 B76

(B77)

4A

(4B)

4 9

(11)

B100 4Z OMU 1 CCP1D-A

CCP18-A

16 B76

(B77)

4A

(4B)

5 9

(11)

B101 5A RSMU 1 CCP1D-A

CCP18-C

CCP18-A

8 B76

(B77)

4A

(4B)

6 9

(11)

B102 5B ICSU CCP1D-A

CCP18-C

CCP18-A

7 B76

(B77)

4A

(4B)

7 9

(11)

B103 5C GTPU 0 CCP1D-A

CCP18-C

CCP18-A

6 B76

(B77)

4A

(4B)

8 9

(11)

B104 5D - ESA40-A

ESA24

5 B76

(B77)

4A

(4B)

1)

9 9

(11)

B105 5E DMCU 3 CDSP-DH 4 B76

(B77)

4A

(4B)

- - - 5F - - - - 5F

10 9

(11)

B107 5G DMCU 2 CDSP-DH 3 B76

(B77)

4A

(4B)

11 9

(11)

B108 5H - - 2 B76

(B77)

4A

(4B)

3)

12 9

(11)

B109 5J SFU 1 SF10E

SF10

1 B76

(B77)

4A

(4B)

13 9 B110 5K MXU 3 MX622-B/

MX622-C/

MX622-D

11 B121 5V 2)

11 B110 5K MXU 2 MX622-B/

MX622-C/

MX622-D

9 B121 5V


Port no.



Plug-in unit


SW HW SW HW


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14 9

(11)

B111 5L ICSU 2 CCP1D-A

CCP18-C

CCP18-A

17 B76

(B77)

4A

(4B)

15 9

(11)

B112 5M ICSU 3 CCP1D-A

CCP18-C

CCP18-A

18 B76

(B77)

4A

(4B)

16 9

(11)

B113 5N - - 14 B78

(B79)

4C

(4D)

3)

17 9

(11)

B114 5O - - 13 B78

(B79)

4C

(4D)

3)

18 9

(11)

B115 5P A2SU 2 AL2S-D 12 B78

(B79)

4C

(4D)

4)


1) The tributary unit does not use the MXU port.




5) HDS-B is two wide slot. HDS-C is one wide slot. When HDS-C slot is used, slot 13 is empty.


Port no.



Plug-in unit


SW HW SW HW



Port no.


Tributary unit Plug-in unit Slot Cabling position

SW HW SW HW

0 9

(11)

B96 4V A2SU 3 AL2S-D 12 B76

(B77)

4A

(4B)

1 9

(11)

B97 4W DMCU 9 CDSP-DH 13 B76

(B77)

4A

(4B)

2 9

(11)

B98 4X DMCU 10 CDSP-DH 14 B76

(B77)

4A

(4B)

3 9

(11)

B99 4Y NIP1 0 NI16P1A 15 B76

(B77)

4A

(4B)


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4 9

(11)

B100 4Z GTPU 1 CCP1D-A

CCP18-C

CCP18-A

16 B76

(B77)

4A

(4B)

5 9

(11)

B101 5A DMCU 8 CDSP-DH 8 B76

(B77)

4A

(4B)

6 9

(11)

B102 5B DMCU 7 CDSP-DH 7 B76

(B77)

4A

(4B)

7 9

(11)

B103 5C DMCU 6 CDSP-DH 6 B76

(B77)

4A

(4B)

8 9

(11)

B104 5D ICSU 6 CCP1D-A

CCP18-C

CCP18-A

5 B76

(B77)

4A

(4B)

9 9

(11)

B105 5E ICSU 5 CCP1D-A

CCP18-C

CCP18-A

4 B76

(B77)

4A

(4B)

- - - 5F - - - - 5F

10 9

(11)

B107 5G ICSU 4 CCP1D-A

CCP18-C

CCP18-A

3 B76

(B77)

4A

(4B)

11 9

(11)

B108 5H DMCU 5 CDSP-DH 2 B76

(B77)

4A

(4B)

12 9

(11)

B109 5J DMCU 4 CDSP-DH 1 B76

(B77)

4A

(4B)

13 9 B110 5K MXU 5 MX622-B/

MX622-C/

MX622-D

11 B121 5V 1)

11 B110 5K MXU 4 MX622-B/

MX622-C/

MX622-D

9 B121 5V

14 9

(11)

B111 5L - - 17 B76

(B77)

4A

(4B)

2)

15 9

(11)

B112 5M - - 18 B76

(B77)

4A

(4B)

2)

16 9

(11)

B113 5N - - 14 B78

(B79)

4C

(4D)

2)


Port no.



SW HW SW HW


DN0634547 17



17 9

(11)

B114 5O - - 13 B78

(B79)

4C

(4D)

2)

18 9

(11)

B115 5P A2SU 3 AL2S-D 12 B78

(B79)

4C

(4D)

3)

Values indicated in the table in brackets correspond to the MXU in brackets, in other words, to MXU 5. For instance, the SW cabling position B76 corresponds to MXU 4, whereas B77 in brackets cor-responds to MXU 5. The unit using the port, however, can connect via either MXU.





Port no.



SW HW SW HW



Port no.


Tributary unit Plug-in unit


SW HW SW HW

0 9

(11)

B96 4V A2SU 4 AL2S-D 12 B76

(B77)

4A

(4B)

1 9

(11)


(B77)

4A

(4B)

2 9

(11)


(B77)

4A

(4B)

3 9

(11)

B99 4Y - - 15 B76

(B77)

4A

(4B)

4 9

(11)


CCP18-C

CCP18-A

16 B76

(B77)

4A

(4B)

5 9

(11)


(B77)

4A

(4B)

6 9

(11)


(B77)

4A

(4B)

7 9

(11)


(B77)

4A

(4B)

8 9

(11)


CCP18-C

CCP18-A

5 B76

(B77)

4A

(4B)


18 DN0634547




9 9

(11)


CCP18-C

CCP18-A

4 B76

(B77)

4A

(4B)

- - - 5F - - - - 5F

10 9

(11)


CCP18-C

CCP18-A

3 B76

(B77)

4A

(4B)

11 9

(11)


(B77)

4A

(4B)

12 9

(11)

B109 5J DMCU 11 CDSP-DH 1 B76

(B77)

4A

(4B)

2)

13 9 B110 5K MXU 7 MX622-B/

MX622-C/

MX622-D

11 B121 5V 1)

11 B110 5K MXU 6 MX622-B/

MX622-C/

MX622-D

9 B121 5V

14 9

(11)

B111 5L - - 17 B76

(B77)

4A

(4B)

2)

15 9

(11)

B112 5M - - 18 B76

(B77)

4A

(4B)

2)

16 9

(11)

B113 5N - - 14 B78

(B79)

4C

(4D)

2)

17 9

(11)

B114 5O - - 13 B78

(B79)

4C

(4D)

2)

18 9

(11)

B115 5P A2SU 4 AL2S-D 12 B78

(B79)

4C

(4D)

3)

Values indicated in the table in brackets correspond to the MXU in brackets, in other words, to MXU 7. For instance, the SW cabling position B76 corresponds to MXU 6, whereas B77 in brackets cor-responds to MXU 7. The unit using the port, however, can connect via either MXU.





Port no.




SW HW SW HW


DN0634547 19




Port no.




SW HW SW HW

0 9

(11)

B96 4V A2SU 5 AL2S-D 12 B76

(B77)

4A

(4B)

1 9

(11)


(B77)

4A

(4B)

2 9

(11)


(B77)

4A

(4B)

3 9

(11)

B99 4Y DMCU 24 CDSP-DH 15 B76

(B77)

4A

(4B)

4 9

(11)


CCP18-C

CCP18-A

16 B76

(B77)

4A

(4B)

5 9

(11)


(B77)

4A

(4B)

6 9

(11)


(B77)

4A

(4B)

7 9

(11)


(B77)

4A

(4B)

8 9

(11)


CCP18-C

CCP18-A

5 B76

(B77)

4A

(4B)

9 9

(11)


CCP18-C

CCP18-A

4 B76

(B77)

4A

(4B)

- - - 5F - - - - 5F

10 9

(11)


CCP18-C

CCP18-A

3 B76

(B77)

4A

(4B)

11 9

(11)


(B77)

4A

(4B)

12 9

(11)

B109 5J - - 1 B76

(B77)

4A

(4B)

1)

Table 9 Multiplexer port use for MXU 8 and MXU 9 (RNBC subrack 1)

20 DN0634547




13 9 B110 5K MXU 9 MX622-B/

MX622-C/

MX622-D

11 B121 5V 2)

11 B110 5K MXU 8 MX622-B/

MX622-C/

MX622-D

9 B121 5V

14 9

(11)

B111 5L - - 17 B76

(B77)

4A

(4B)

1)

15 9

(11)

B112 5M - - 18 B76

(B77)

4A

(4B)

1)

16 9

(11)

B113 5N - - 14 B78

(B79)

4C

(4D)

1)

17 9

(11)

B114 5O - - 13 B78

(B79)

4C

(4D)

1)

18 9

(11)

B115 5P A2SU 5 AL2S-D 12 B78

(B79)

4C

(4D)

3)






Port no.


Tributary unit


SW HW SW HW

0 9

(11)

B96 4V A2SU 6 AL2S-D 12 B76

(B77)

4A

(4B)

1 9

(11)


(B77)

4A

(4B)

2 9

(11)


(B77)

4A

(4B)



Port no.




SW HW SW HW

Table 9 Multiplexer port use for MXU 8 and MXU 9 (RNBC subrack 1) (Cont.)

DN0634547 21



3 9

(11)

B99 4Y GTPU 4 CCP1D-A

CCP18-C

CCP18-A

15 B76

(B77)

4A

(4B)

4 9

(11)


CCP18-C

CCP18-A

16 B76

(B77)

4A

(4B)

5 9

(11)


(B77)

4A

(4B)

6 9

(11)


(B77)

4A

(4B)

7 9

(11)

B103 5C - - 6 B76

(B77)

4A

(4B)

1)

8 9

(11)


CCP18-C

CCP18-A

5 B76

(B77)

4A

(4B)

9 9

(11)


CCP18-C

CCP18-A

4 B76

(B77)

4A

(4B)

- - - 5F - - - - 5F

10 9

(11)


CCP18-C

CCP18-A

3 B76

(B77)

4A

(4B)

11 9

(11)


(B77)

4A

(4B)

12 9

(11)

B109 5J - - 1 B76

(B77)

4A

(4B)

1)

13 9 B110 5K MXU 11 MX622-B/

MX622-C/

MX622-D

11 B121 5V 2)

11 B110 5K MXU 10 MX622-B/

MX622-C/

MX622-D

9 B121 5V

14 9

(11)

B111 5L - - 17 B76

(B77)

4A

(4B)

1)

15 9

(11)

B112 5M - - 18 B76

(B77)

4A

(4B)

1)


Port no.


Tributary unit


SW HW SW HW


22 DN0634547




16 9

(11)

B113 5N - - 14 B78

(B79)

4C

(4D)

1)

17 9

(11)

B114 5O - - 13 B78

(B79)

4C

(4D)

1)

18 9

(11)

B115 5P A2SU 6 AL2S-D 12 B78

(B79)

4C

(4D)

3)






Port no.




SW HW SW HW

0 9

(11)

B96 4V A2SU 7 AL2S-D 12 B76

(B77)

4A

(4B)

1 9

(11)


(B77)

4A

(4B)

2 9

(11)


(B77)

4A

(4B)

3 9

(11)


(B77)

4A

(4B)

4 9

(11)


CCP18-C

CCP18-A

16 B76

(B77)

4A

(4B)

5 9

(11)


(B77)

4A

(4B)

6 9

(11)


(B77)

4A

(4B)

7 9

(11)


(B77)

4A

(4B)



Port no.


Tributary unit


SW HW SW HW


DN0634547 23



8 9

(11)


CCP18-C

CCP18-A

5 B76

(B77)

4A

(4B)

9 9

(11)


CCP18-C

CCP18-A

4 B76

(B77)

4A

(4B)

- - - 5F - - - - 5F

10 9

(11)


CCP18-C

CCP18-A

3 B76

(B77)

4A

(4B)

11 9

(11)


(B77)

4A

(4B)

12 9

(11)

B109 5J - - 1 B76

(B77)

4A

(4B)

1)

13 9 B110 5K MXU 13 MX622-B/

MX622-C/

MX622-D

11 B121 5V 2)

11 B110 5K MXU 12 MX622-B/

MX622-C/

MX622-D

9 B121 5V

14 9

(11)

B111 5L - - 17 B76

(B77)

4A

(4B)

1)

15 9

(11)

B112 5M - - 18 B76

(B77)

4A

(4B)

1)

16 9

(11)

B113 5N - - 14 B78

(B79)

4C

(4D)

1)

17 9

(11)

B114 5O - - 13 B78

(B79)

4C

(4D)

1)

18 9

(11)

B115 5P A2SU 7 AL2S-D 12 B78

(B79)

4C

(4D)

3)






Port no.




SW HW SW HW


24 DN0634547





Port no.


Tributary unit


SW HW SW HW

0 9

(11)

B96 4V A2SU 8 AL2S-D 12 B76

(B77)

4A

(4B)

1 9

(11)


(B77)

4A

(4B)

2 9

(11)


(B77)

4A

(4B)

3 9

(11)


(B77)

4A

(4B)

4 9

(11)


CCP18-C

CCP18-A

16 B76

(B77)

4A

(4B)

5 9

(11)


(B77)

4A

(4B)

6 9

(11)


(B77)

4A

(4B)

7 9

(11)


(B77)

4A

(4B)

8 9

(11)


CCP18-C

CCP18-A

5 B76

(B77)

4A

(4B)

9 9

(11)


CCP18-C

CCP18-A

4 B76

(B77)

4A

(4B)

- - - 5F - - - - 5F

10 9

(11)


CCP18-C

CCP18-A

3 B76

(B77)

4A

(4B)

11 9

(11)


(B77)

4A

(4B)

12 9

(11)

B109 5J - - 1 B76

(B77)

4A

(4B)

1)


DN0634547 25



13 9 B110 5K MXU 15 MX622-B/

MX622-C/

MX622-D

11 B121 5V 2)

11 B110 5K MXU 14 MX622-B/

MX622-C/

MX622-D

9 B121 5V

14 9

(11)

B111 5L - - 17 B76

(B77)

4A

(4B)

1)

15 9

(11)

B112 5M - - 18 B76

(B77)

4A

(4B)

1)

16 9

(11)

B113 5N - - 14 B78

(B79)

4C

(4D)

1)

17 9

(11)

B114 5O - - 13 B78

(B79)

4C

(4D)

1)

18 9

(11)

B115 5P A2SU 8 AL2S-D 12 B78

(B79)

4C

(4D)

3)






Port no.


Tributary unit


SW HW SW HW


26 DN0634547


Id:0900d805807b2cc6Confidential

List of LAN connections

4 List of LAN connectionsThis section provides a list of the LAN connections of ESA40-A/ESA24 in the RNC.

Note that the alternatives for different SW and HW cabling positions are shown in brack-ets, for example, B76 and (B80) are alternative SW cabling positions.

ESA40-A 0 (ESA40-A 1)or ESA24 0 (ESA24 1)

LAN using the port Note

Port no. Slot Cabling position FU Plug-in unit / panel


SW HW SW HW

1/1/1 1.5

(2.5)

- ETH1 - - - - - 1)

1/1/2 1.5

(2.5)

- ETH2 - - - - - 1)

1/1/3 1.5

(2.5)

B78 4C OMU 0 CCP1D-A

CCP18-A

1.16 B52

(B54)

3B

(3D)

1/1/4 1.5

(2.5)

B80 4E OMU 1 CCP1D-A

CCP18-A

2.16 B52

(B54)

3B

(3D)

1/1/6 1.5

(2.5)

B84 4J SWU 0 ESA40-A

/ESA24

2.5 B84 4J 4)

1/1/7 1.5

(2.5)

B90 4P RSMU 0 CCP1D-A

CCP18-C

CCP18-A

- - - 5)

1/1/8 1.5

(2.5)

B92 4R RSMU 1 CCP1D-A

CCP18-C

CCP18-A

- - - 5)

1/1/9 1.5

(2.5)

- 4T NPGE(P) 0 NP2GE-B 3.15 - 4E

(4G)

1/1/10 1.5

(2.5)

- 4V NPGE(P) 1 NP2GE-B 4.15 - 4E

(4G)

1/1/15 1.5

(2.5)

- 5F NPGE(P) 6 NP2GE-B 3.17 - 4E

(4G)

1/1/16 1.5

(2.5)

- 5H NPGE(P) 7 NP2GE-B 4.17 - 4E

(4G)

1/1/24 1.5

(2.5)

B124 5Y - CPSY-A - - ETH

Table 13 LAN port use of ESA40-A/ESA24 (RNAC, with ESA40-A 0/ESA24 0 in subrack 1 and ESA40-A 1/ESA24 1 in subrack 2)

DN0634547 27

Use of ATM links and LAN connections in RNC450 List of LAN connections


1/1/39 1.5

(2.5)

- ETH3 - - - - - 1) 6)

1/1/40 1.5

(2.5)

- ETH4 - - - - - 1) 6)

1.5

(2.5)

1S - ADMOD01 2)

1.5

(2.5)

1U - ADMOD01 3)

Values indicated in the table in brackets correspond to the ESA40-A/ESA24 in brackets, in other words, to ESA40-A 1/ESA24 1. For instance, the HW cabling position 00 corresponds to ESA40-A 0, whereas 02 in brackets corresponds to ESA40-A 1. The unit using the port, however, can connect via either ESA40-A/ESA24.

1) Cabling out of the network element.

2) Cabinet address setting module

3) Subrack address setting module

4) Redundancy cable is not attached at the factory

5) LAN for RRMU was moved to RSMU.

6) Port 39 and 40 is used for ESA40-A only.

ESA40-A 0 (ESA40-A 1)or ESA24 0 (ESA24 1)




SW HW SW HW

Table 13 LAN port use of ESA40-A/ESA24 (RNAC, with ESA40-A 0/ESA24 0 in subrack 1 and ESA40-A 1/ESA24 1 in subrack 2) (Cont.)

ESA40-A 0 (ESA40-A 1)ESA40-A/ESA24




SW HW SW HW

1/1/11 1.5

(2.5)

- 4X NPGE(P) 2 NP2GE-B 1.1 - 4E

(4G)

1/1/12 1.5

(2.5)

- 4Z NPGE(P) 3 NP2GE-B 2.1 - 4E

(4G)

1/1/13 1.5

(2.5)

- 5B NPGE(P) 4 NP2GE-B 3.1 - 4E

(4G)

1/1/14 1.5

(2.5)

- 5D NPGE(P) 5 NP2GE-B 4.1 - 4E

(4G)

Table 14 LAN port use of ESA40-A/ESA24 (RNBC, with ESA40-A 0/ESA24 0 in RNAC subrack 1 and ESA40-A 1/ESA 24 1 in RNAC subrack 2)

28 DN0634547



List of LAN connections

Values indicated in the table in brackets correspond to the ESA40-A/ESA24 in brackets, in other words, to ESA40-A/ESA24 1. For instance, the HW cabling position 00 corresponds to ESA40-A 0, whereas 02 in brackets corresponds to ESA40-A 1. The unit using the port, however, can connect via either ESA40-A/ESA24.

ESA40-A 0 (ESA40-A 1)ESA40-A/ESA24




SW HW SW HW

Table 14 LAN port use of ESA40-A/ESA24 (RNBC, with ESA40-A 0/ESA24 0 in RNAC subrack 1 and ESA40-A 1/ESA 24 1 in RNAC subrack 2) (Cont.)

Date post:	07-Nov-2014
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