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Configuration and Networking. Equipment Configuration. Typical Networking Application of the OptiX OSN 9500. Networking for Multi-granularity Service Grooming, Service Convergence and Bandwidth Switching, страница 3

3.  Service Slot Configuration when Configured with the EXCH Board

Figure 5-2 shows the maximum access capacity of each IU slot when the equipment cross-connect capacity is configured as 720 G (that is, configured with the EXCH board).

Figure 5-2 Max. access capacity of each IU slot when configured with the EXCH board


Table 5-5 Slots for respective interface boards when configured with the EXCH board

Board name

Slots available

Silkscreen

JO16/GXCL

F1–F32

IU01–IU32

JL64/JQ16/JH41/GE06/JLQ4/JLH1

All IU slots.

IU01–IU40

5.1.2  Equipment Type Configuration

1.  Basic Principle

The configuration of the OptiX OSN 9500 should follow the principles below:

n  It should be noted that, on the one hand, the total number of slots is fixed; on the other hand, the access capacities of respective interface board slots are different. Do the configuration flexibly to make full use of the slot resource.

n  When using interface boards with multiple optical interfaces (For example, JO16/JH41/JLH1) in MS networking, four MSP rings can be constructed at most.

n  As the OptiX OSN 9500 equipment plays an essential role in the communication network, some key boards (for example, GXCH/EXCH/JSTG/JSCC) should be hot backed up for protection.

2.  Resource List

Table 5-6 shows an equipment configuration list for the OptiX OSN 9500. For cabinets of 2200 mm and 2600 mm height, two OptiX OSN 9500 subracks can be housed.

Table 5-6 OptiX OSN 9500 cabinet and components

OptiX cabinet and component

Specifications

Remarks

Cabinet (including the power distribution unit)

2200 mm (H) x 600 mm (W) x 600 mm (D)

2600 mm (H) x 600 mm (W) x 600 mm (D)

OptiX OSN 9500 main subrack

900 mm (H) x 530 mm (W) x 545 mm (D)

There are hangers attached to the subrack sides.

Fan tray assembly

61.5 mm (H) x 487 mm (W) x 243 mm (D)

The tray assembly of the OptiX OSN 9500 is installed on the top of the subrack, power fed by the subrack backplane. Two fan boxes are for each subrack.

Table 5-7 OptiX OSN 9500 configuration resources

Board name

Full name

Remarks

JL64

STM-64 optical interface board

JO16

8 x STM-16 optical interface board

JQ16

4 x STM-16 optical interface board

JD16

2 x STM-16 optical interface board

JL16

1 x STM-16 optical interface board

JLQ4

4 x STM-4 optical interface board

JH41

16 x STM-4/STM-1 optical interface board

JLH1

16 x STM-1 optical interface board

JLHE

16 x STM-1 electrical interface board

GE06

6-port Gigabit Ethernet processing board

GXCH

General high order cross-connect board

Mandatory unit. You can select either GXCH or EXCH, but no hybrid configuration is allowed. 1+1 hot backup should be provided for protection.

EXCH

Enhanced high order cross-connect board

GXCL

General lower order cross-connect board

Optional unit based on actual demand. 1+1 hot backup can be adopted.

JSCC

System control & communication board

Mandatory unit. 1+1 hot backup should be provided for protection.

JSTG

Synchronous timing generation board

Mandatory unit. 1+1 hot backup should be provided for protection.

JSTI

Synchronous timing interface board

Optionally configured as actual service requires.

JEOW

Orderwire board

Mandatory unit

JCOM

System communication board

Mandatory unit

JPIU

Power interface board

Mandatory unit. 1+1 hot backup should be provided for protection.

EMPU

Electromechanical information processing board

Mandatory unit

JPBU

Key power backup board

Mandatory unit

JFAN

Fan control board

Mandatory unit

JDCU

Dispersion compensation board

Optionally configured as actual service requires

JBPA

Pre-amplifier board

Optionally configured as actual service requires

JBA2

BA board

Optionally configured as actual service requires

JAFB

System backplane

Mandatory unit
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