Configuration Process

This section describes the process of configuration between station A and station C. For the configuration of other stations, refer to the description for station C.

Prerequisites

The related boards are configured.

Background Information

The ne-level optical cross-connection is adopted. Before configuration, fiber connection on the Web LCT system should be completed.

NOTE:

The path between FIUs is created in the example. The FIUs are the fixed edge point. Hence, the edge point does not need to be configured after fiber connection. Otherwise the corresponding ports need be configured as edge points.

Table 1 shows the connected fibers of station A. Table 2 shows the connected fibers of station C. After fiber connection, it is not required to configure edge ports. If single-board-level optical cross-connection is adopted, it is required to set ports as edge ports in advance.

For details of fiber connection, refer to Creating Fibers.

Table 1 Fiber connection of station A
Direction Source NE Source Port Sink NE Sink Port
Single-Fiber Unidirectional NE180 Shelf0(Subrack)-1-FIU-3(TC) NE180 Shelf0(Subrack)-3-OAU1-1(IN)
Single-Fiber Unidirectional NE180 Shelf0(Subrack)-3-OAU1-4(OUT) NE180 Shelf0(Subrack)-3-OAU1-5(RDC)
Single-Fiber Unidirectional NE180 Shelf0(Subrack)-3-OAU1-4(OUT) NE180 Shelf0(Subrack)-5-WSD9-1(IN)
Single-Fiber Unidirectional NE180 Shelf0(Subrack)-5-WSD9-10(DM8) NE180 Shelf1(Subrack1)-5-RMU9-10(AM8)
Single-Fiber Unidirectional NE180 Shelf1(Subrack1)-5-RMU9-11(TOA) NE180 Shelf1(Subrack1)-3-OAU1-1(IN)
Single-Fiber Unidirectional NE180 Shelf1(Subrack1)-3-OAU1-5(TDC) NE180 Shelf1(Subrack1)-3-OAU1-5(RDC)
Single-Fiber Unidirectional NE180 Shelf1(Subrack1)-3-OAU1-4(OUT) NE180 Shelf1(Subrack1)-1-FIU-3(RC)
Single-Fiber Unidirectional NE180 Shelf2(Subrack2)-1-LSX-1(OUT) NE180 Shelf0(Subrack)-9-RMU9-3(AM1)
Single-Fiber Unidirectional NE180 Shelf0(Subrack)-9-RMU9-11(TOA) NE180 Shelf0(Subrack)-14-OAU1-1(IN)
Single-Fiber Unidirectional NE180 Shelf0(Subrack)-14-OAU1-5(TDC) NE180 Shelf0(Subrack)-14-OAU1-5(RDC)
Single-Fiber Unidirectional NE180 Shelf0(Subrack)-14-OAU1-4(OUT) NE180 Shelf0(Subrack)-15-FIU-3(RC)
Single-Fiber Unidirectional NE180 Shelf0(Subrack)-5-WSD9-9(DM7) NE180 Shelf1(Subrack1)-10-RMU9-10(AM8)
Single-Fiber Unidirectional NE180 Shelf1(Subrack1)-10-RMU9-11(TOA) NE180 Shelf1(Subrack1)-15-OAU1-1(IN)
Single-Fiber Unidirectional NE180 Shelf1(Subrack1)-15-OAU1-5(TDC) NE180 Shelf1(Subrack1)-15-OAU1-5(RDC)
Single-Fiber Unidirectional NE180 Shelf1(Subrack1)-15-OAU1-4(OUT) NE180 Shelf1(Subrack1)-16-FIU-3(RC)
Table 2 Fiber connection of station C
Direction Source NE Source Port Sink NE Sink Port
Single-Fiber Unidirectional NE182 Shelf0(Subrack)-1-FIU-3(TC) NE182 Shelf0(Subrack)-3-OAU1-1(IN)
Single-Fiber Unidirectional NE182 Shelf0(Subrack)-3-OAU1-5(TDC) NE182 Shelf0(Subrack)-3-OAU1-5(RDC)
Single-Fiber Unidirectional NE182 Shelf0(Subrack)-3-OAU1-4(OUT) NE182 Shelf0(Subrack)-5-WSD9-1(IN)
Single-Fiber Unidirectional NE182 Shelf0(Subrack)-5-ROAM-2(EXPO) NE182 Shelf0(Subrack)-9-ROAM-3(EXPI)
Single-Fiber Unidirectional NE182 Shelf0(Subrack)-9-ROAM-4(OUT) NE182 Shelf0(Subrack)-14-OAU1-1(IN)
Single-Fiber Unidirectional NE182 Shelf0(Subrack)-14-OAU1-4(OUT) NE182 Shelf0(Subrack)-15-FIU-3(RC)
Single-Fiber Unidirectional NE182 Shelf0(Subrack)-5-ROAM-5(DM) NE182 Shelf1(Subrack1)-1-D40-1(IN)
Single-Fiber Unidirectional NE182 Shelf1(Subrack1)-1-D40-5(D04) NE182 Shelf1(Subrack1)-4-LSX-1(IN)
Single-Fiber Unidirectional NE182 Shelf1(Subrack1)-1-D40-6(D05) NE182 Shelf1(Subrack1)-5-LSX-1(IN)
Single-Fiber Unidirectional NE182 Shelf0(Subrack)-14-OAU1-5(TDC) NE182 Shelf0(Subrack)-14-OAU1-5(RDC)
Single-Fiber Unidirectional NE182 Shelf1(Subrack1)-6-LSX-1(OUT) NE182 Shelf0(Subrack)-9-ROAM-9(A04)

Procedure

  1. Station A configuration process
    1. Click the NE180 in the NE Explorer, and choose Configuration > Optical Cross-Connection Management from the Function Tree. Click NE-Level Optical Cross-Connection tab in the right-hand interface.
    2. Click Create. The Create Optical Cross-Connection window is displayed. Select the corresponding source port and sink port of the optical cross-connect service. Set the pass-through service from west to north at station A for the service 12/1533.47/195.50 from station D to station F.
    3. Select the source slot, sink slot, source port and sink port. Click the button on the right of Source Wavelength or Sink Wavelength . Open the Select Wavelength window. Select the wavelengths from the Available Wavelengths list. Click to add the wavelengths to Selected Wavelengths.

    4. Click OK and the wavelength selection is completed. The Create NE-Level Optical Cross-Connection interface is displayed.

      Parameters Value Description

      Source Slot

      Shelf0(Subrack)-1-FIU

      		 -

      Source Port

      1(IN/OUT)

      		 -

      Source Band

      C

      		 -

      Source Wavelength No.

      12

      		 -

      Sink Slot

      Shelf1(Subrack1)-16-FIU

      		 -

      Sink Port

      1(IN/OUT)

      		 -

      Sink Band

      C

      It must be consistent with the corresponding parameter fields of the source.

      Sink Wavelength No.

      12

      It must be consistent with the corresponding parameter fields of the source.

    5. Click Apply.
    6. Repeat step b to step e to create the pass-through service from west to south at station A for the service 10/1532.68/195.60 from station D to station E.

      Parameters Value Description

      Source Slot

      Shelf0(Subrack)-1-FIU

      		 -

      Source Port

      1(IN/OUT)

      		 -

      Source Band

      C

      		 -

      Source Wavelength No.

      1

      		 -

      Sink Slot

      Shelf1(Subrack1)-1-FIU

      		 -

      Sink Port

      1(IN/OUT)

      		 -

      Sink Band

      C

      It must be consistent with the corresponding parameter fields of the source.

      Sink Wavelength No.

      1

      It must be consistent with the corresponding parameter fields of the source.

    7. Repeat step b to step e to create the service added from the east at station A for the service 18/1535.82/195.20 from station A to station B.

      Parameters Value Description

      Source Slot

      Shelf2(Subrack2)-1-LSX

      		 -

      Source Port

      1(IN/OUT)

      		 -

      Source Band

      C

      		 -

      Source Wavelength No.

      18

      		 -

      Sink Slot

      Shelf0(Subrack)-15-FIU

      		 -

      Sink Port

      1(IN/OUT)

      		 -

      Sink Band

      C

      It must be consistent with the corresponding parameter fields of the source.

      Sink Wavelength No.

      18

      It must be consistent with the corresponding parameter fields of the source.

    8. The created optical cross-connection is displayed in the interface.
  2. Station C configuration process
    1. Click the NE182 in the NE Explorer, and choose Configuration > Optical Cross-Connection Management from the Function Tree. Click NE-Level Optical Cross-Connection tab in the right-hand interface.
    2. Click Create. The Create NE-Level Optical Cross-Connection window is displayed. Set the pass-through service from west to east at station C for the service 12/1533.47/195.50 from station B to station D.
    3. Select the source slot, sink slot, source port and sink port. Click the button on the right of Source Wavelength or Sink Wavelength. Open the Select Wavelength window. Select the wavelengths from the Available Wavelengths list. Click to add the wavelengths to Selected Wavelengths.

    4. Click OK and the wavelength selection is completed. The Create NE-Level Optical Cross-Connection interface is displayed.

      Parameters Value Description

      Source Slot

      Shelf0(Subrack)-1-FIU

      		 -

      Source Port

      1(IN/OUT)

      		 -

      Source Band

      C

      		 -

      Source Wavelength No.

      12

      		 -

      Sink Slot

      Shelf0(Subrack)-15-FIU

      		 -

      Sink Port

      1(IN/OUT)

      		 -

      Sink Band

      C

      It must be consistent with the corresponding parameter fields of the source.

      Sink Wavelength No.

      12

      It must be consistent with the corresponding parameter fields of the source.

    5. Click Apply.
    6. Repeat step 2 to step 5 to create two services dropped from the west at station C for the services 10/1532.68/195.60 and 8/1531.90/195.70 from station B to station C.

      Table 3 Services 10/1532.68/195.60 from station B to station C
      Parameters Value Description

      Source Slot

      Shelf0(Subrack)-1-FIU

      		 -

      Source Port

      1(IN/OUT)

      		 -

      Source Band

      C

      		 -

      Source Wavelength No.

      10

      		 -

      Sink Slot

      Shelf1(Subrack1)-5-LSX

      		 -

      Sink Port

      1(IN/OUT)

      		 -

      Sink Band

      C

      It must be consistent with the corresponding parameter fields of the source.

      Sink Wavelength No.

      10

      It must be consistent with the corresponding parameter fields of the source.
      Table 4 services 8/1531.90/195.70 from station B to station C
      Parameters Value Description

      Source Slot

      Shelf0(Subrack)-1-FIU

      		 -

      Source Port

      1(IN/OUT)

      		 -

      Source Band

      C

      		 -

      Source Wavelength No.

      8

      		 -

      Sink Slot

      Shelf0(Subrack)-14-NS2

      		 -

      Sink Port

      1(IN/OUT)

      		 -

      Sink Band

      C

      It must be consistent with the corresponding parameter fields of the source.

      Sink Wavelength No.

      8

      It must be consistent with the corresponding parameter fields of the source.

    7. Repeat step 2 to step 5 to create the service added from the east at station C for the service 8/1531.90/195.70 from station C to station D.

      Parameters Value Description

      Source Slot

      Shelf1(Subrack1)-6-LSX

      		 -

      Source Port

      1(IN/OUT)

      		 -

      Source Band

      C

      		 -

      Source Wavelength No.

      8

      		 -

      Sink Slot

      Shelf0(Subrack)-15-FIU

      		 -

      Sink Port

      1(IN/OUT)

      		 -

      Sink Band

      C

      It must be consistent with the corresponding parameter fields of the source.

      Sink Wavelength No.

      8

      It must be consistent with the corresponding parameter fields of the source.

Parent topic: Configuration Example of ROADM
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