Экономика и менеджмент \ Управление сетями связи

Network Configuration Requirement. Network ID and IP Configuration Requirement. Intelligent Application Configuration Requirement. Board Configuration Requirement, страница 6

No.	Item	Requirements
1	Number of nodes on a ring	It should be no more than 16. Otherwise, you should adopt SNCP.
2	Switching recovery time	600 seconds
3	B2-SD switching	Enabled

Caution:

(1) When the OptiX OSN 9500 is performing the networking of an MSP ring, the node number of ring needs not to increase one by one from 0 to N-1.

(2) Each line board extracts four lines of overheads at most, so it has up to four optical interfaces for networking.

(3) JH41, JLH1, JLHE board do not support the MSP ring.

2.4.4 Configuration Requirement of Linear MSP

Table 2-13 gives the configuration requirements of linear MSP.

Table 2-13 Configuration requirements of linear MSP

No.	Item	Requirements
1	Switching recovery time	600 seconds
2	B2-SD switching	Enabled
3	1+1 protection	Switching bridge: single-ended switching Switching recovery: non-revertive mode
4	1:N (N≤14) protection	Switching bridge: Dual-ended switching Switching recovery: revertive mode

2.4.5 Re-route Protection Configuration Requirement

Table 2-14 shows the configuration requirements of re-route protection.

Table 2-14 Re-route protection configuration requirements

No.	Requirements
1	Load the intelligent software and enable the intelligent functions.
2	Configure the service protection as reroute.
3	The network provides enough resources for rerouting.

2.5 Equipment-Level Protection Configuration Requirement

Table 2-15 shows the configuration requirements of equipment-level protection.

Table 2-15 Configuration requirements of equipment-level protection

Equipment-level protection type	Requirements
JPIU: 1+1 hot backup	Required
GXCH/EXCH: 1+1 hot backup	Required
JSCC: 1+1 hot backup	Recommended
GXCL: 1+1 hot backup	Recommended
JSTG: 1+1 hot backup	Required
JPBU-key power 1:3 backup	Required

GXCL can be inserted into a 20 G IU slot and there is no slot restriction for its active/standby protection. Figure 2-3 shows the position of the active/standby protection slots of other boards.

Figure 2-3 Slot configuration requirements of equipment-level protection

2.6 Orderwire & ECC Configuration Requirement

2.6.1 Orderwire Configuration Requirement

Orderwire phone is an easy communication method for the maintenance engineer. It should be configured following the requirements below.

Table 2-16 Configuration requirements of network orderwire

No.	Requirements
1	The orderwire signaling of network should be identical or compatible.
2	The orderwire phone number of each node is of the same length. Four-digit is recommended.
3	It is suggested to set the orderwire phone number as subnet number (one digit) + user number (three digits).
4	The number of conference call in a network should be the same and be larger than that of orderwire phone. Number 9999 is recommended.
5	No repetition of orderwire number in a network is allowed, conference call exclusive.
6	The dialing mode of orderwire phone at each node is dual-tone multi-frequency.
7	The call waiting time of each node should be consistent. Five seconds for nodes less than 30 and nine seconds for nodes more than 30. The OptiX OSN 9500 adopts nine seconds by default.
8	The orderwire phone number increases following the sequence of node ID.
9	When orderwire interworking is required at where there is no optical path connection, orderwire outgoing subnet connection can be made for the purpose.
10	If there is howl in the orderwire loop, disconnect a loop to solve the problem.
11	When orderwire interworking is required at where there is no optical path connection, orderwire outgoing subnet connection can be made for the purpose. In this case, use Voice 1 or Voice 2 as the audio interface, use Serial 3 or Serial 4 as the data interface.

1 2 3 4 5 6 7 8

Скачать файл