Verifying the State of the Links in the Routing Matrix

Purpose

After the T1600 router has booted, verify the state of the links in the routing matrix.

Action

1. Verify the state of the optical switch fabric links by issuing the show chassis fabric plane extensive command.

   Verify that the state of each optical link is Links ok.

   user@host> show chassis fabric plane extensive

   sfc0-re0:
   --------------------------------------------------------------------------
   Fabric Management PLANE State:
   PLANE 0:    Spare            
      ABS-SIB-F13        0   :    Spare           
      ABS-SIB-F13        1   :    Spare           
      ABS-SIB-F2         0/0 :    Spare           
      ABS-SIB-F2         0/2 :    Spare           
      ABS-SIB-F2         0/4 :    Spare           
      ABS-SIB-F2         0/6 :    Spare           
      ABS-SIB-F13  0 Even:
           LCC 0, ST-SIB-L 0 : Links ok 
               SG 0
                   Port 0    : Links ok
                   Port 1    : Links ok
                   Port 2    : Links ok
                   Port 3    : Links ok
               SG 1
                   Port 0    : Links ok
                   Port 1    : Links ok
                   Port 2    : Links ok
                   Port 3    : Links ok
               SG 2
                   Port 0    : Links ok
                   Port 1    : Links ok
                   Port 2    : Links ok
                   Port 3    : Links ok
               SG 3
                   Port 0    : Links ok
                   Port 1    : Links ok
                   Port 2    : Links ok
                   Port 3    : Links ok
      ABS-SIB-F13  0 Odd:
           LCC 1, ST-SIB-L 0 : Links ok 
               SG 0
                   Port 0    : Links ok
                   Port 1    : Links ok
                   Port 2    : Links ok
                   Port 3    : Links ok
               SG 1
                   Port 0    : Links ok
                   Port 1    : Links ok
                   Port 2    : Links ok
                   Port 3    : Links ok
               SG 2
                   Port 0    : Links ok
                   Port 1    : Links ok
                   Port 2    : Links ok
                   Port 3    : Links ok
               SG 3
                   Port 0    : Links ok
                   Port 1    : Links ok
                   Port 2    : Links ok
                   Port 3    : Links ok
           ABS-SIB-F2 0/0: Links ok
           ABS-SIB-F2 0/2: Links ok
           ABS-SIB-F2 0/4: Links ok
           ABS-SIB-F2 0/6: Links ok
   
      ABS-SIB-F13  1 Even:
           LCC 2, ST-SIB-L 0 : Links ok 
               SG 0
                   Port 0    : Links ok
                   Port 1    : Links ok
                   Port 2    : Links ok
                   Port 3    : Links ok
               SG 1
                   Port 0    : Links ok
                   Port 1    : Links ok
                   Port 2    : Links ok
                   Port 3    : Links ok
               SG 2
                   Port 0    : Links ok
                   Port 1    : Links ok
                   Port 2    : Links ok
                   Port 3    : Links ok
               SG 3
                   Port 0    : Links ok
                   Port 1    : Links ok
                   Port 2    : Links ok
                   Port 3    : Links ok
      ABS-SIB-F13  1 Odd:
           LCC 3, ST-SIB-L 0 : Links ok 
               SG 0
                   Port 0    : Links ok
                   Port 1    : Links ok
                   Port 2    : Links ok
                   Port 3    : Links ok
               SG 1
                   Port 0    : Links ok
                   Port 1    : Links ok
                   Port 2    : Links ok
                   Port 3    : Links ok
               SG 2
                   Port 0    : Links ok
                   Port 1    : Links ok
                   Port 2    : Links ok
                   Port 3    : Links ok
               SG 3
                   Port 0    : Links ok
                   Port 1    : Links ok
                   Port 2    : Links ok
                   Port 3    : Links ok
           ABS-SIB-F2 0/0: Links ok
           ABS-SIB-F2 0/2: Links ok
           ABS-SIB-F2 0/4: Links ok
           ABS-SIB-F2 0/6: Links ok
   PLANE 1:    Online           
      ABS-SIB-F13        3   :    Online          
      ABS-SIB-F13        4   :    Online          
      ABS-SIB-F2         1/0 :    Online          
      ABS-SIB-F2         1/2 :    Online          
      ABS-SIB-F2         1/4 :    Online          
      ABS-SIB-F2         1/6 :    Online          
      ABS-SIB-F13  3 Even:
           LCC 0, ST-SIB-L 1 : Links ok 
               SG 0
                   Port 0    : Links ok
                   Port 1    : Links ok
                   Port 2    : Links ok
                   Port 3    : Links ok
               SG 1
                   Port 0    : Links ok
                   Port 1    : Links ok
                   Port 2    : Links ok
                   Port 3    : Links ok
               SG 2
                   Port 0    : Links ok
                   Port 1    : Links ok
                   Port 2    : Links ok
                   Port 3    : Links ok
               SG 3
                   Port 0    : Links ok
   ...

2. Verify the state of the electrical switch fabric links by issuing the show chassis fabric topology sfc 0 command.

   Verify that the state of each electrical link is OK.

   user@host> show chassis fabric plane topology sfc 0

   sfc0-re0:
   --------------------------------------------------------------------------
   
   SIB:0
   =====
   
   Out-Links:
   =========
   SFC0_F13_SIB_36     -> LCC00_ST_SIB_L00                 Status
   ====================================================================
   SF_3_00_FB_D(04,11) -> FPC0_T_SG(0,0,0)_FB_D(04,11)     OK
   SF_3_00_FB_D(04,10) -> FPC0_T_SG(0,0,1)_FB_D(04,10)     OK
   SF_3_00_FB_D(04,09) -> FPC0_T_SG(0,0,2)_FB_D(04,09)     OK
   SF_3_00_FB_D(04,08) -> FPC0_T_SG(0,0,3)_FB_D(04,08)     OK
   SF_3_00_FB_D(04,07) -> FPC0_T_SG(0,0,4)_FB_D(04,07)     OK
   SF_3_00_FB_D(04,06) -> FPC0_T_SG(0,0,5)_FB_D(04,06)     OK
   SF_3_00_FB_D(04,05) -> FPC0_T_SG(0,0,6)_FB_D(04,05)     OK
   SF_3_00_FB_D(04,04) -> FPC0_T_SG(0,0,7)_FB_D(04,04)     OK
   SF_3_01_FB_B(16,11) -> FPC4_T_SG(2,0,0)_FB_B(16,11)     OK
   SF_3_01_FB_B(16,10) -> FPC4_T_SG(2,0,1)_FB_B(16,10)     OK
   SF_3_01_FB_B(16,09) -> FPC4_T_SG(2,0,2)_FB_B(16,09)     OK
   SF_3_01_FB_B(16,08) -> FPC4_T_SG(2,0,3)_FB_B(16,08)     OK
   SF_3_01_FB_B(16,07) -> FPC4_T_SG(2,0,4)_FB_B(16,07)     OK
   SF_3_01_FB_B(16,06) -> FPC4_T_SG(2,0,5)_FB_B(16,06)     OK
   SF_3_01_FB_B(16,05) -> FPC4_T_SG(2,0,6)_FB_B(16,05)     OK
   SF_3_01_FB_B(16,04) -> FPC4_T_SG(2,0,7)_FB_B(16,04)     OK
   SF_3_02_FB_D(05,08) -> FPC1_T_SG(0,2,0)_FB_D(05,08)     OK
   SF_3_02_FB_D(05,07) -> FPC1_T_SG(0,2,1)_FB_D(05,07)     OK
   SF_3_02_FB_D(05,06) -> FPC1_T_SG(0,2,2)_FB_D(05,06)     OK
   SF_3_02_FB_D(05,05) -> FPC1_T_SG(0,2,3)_FB_D(05,05)     OK
   SF_3_02_FB_D(05,03) -> FPC1_T_SG(0,2,4)_FB_D(05,03)     OK
   SF_3_02_FB_D(05,02) -> FPC1_T_SG(0,2,5)_FB_D(05,02)     OK
   SF_3_02_FB_D(05,01) -> FPC1_T_SG(0,2,6)_FB_D(05,01)     OK
   SF_3_02_FB_D(05,00) -> FPC1_T_SG(0,2,7)_FB_D(05,00)     OK
   SF_3_03_FB_B(17,08) -> FPC5_T_SG(2,2,0)_FB_B(17,08)     OK
   SF_3_03_FB_B(17,07) -> FPC5_T_SG(2,2,1)_FB_B(17,07)     OK
   SF_3_03_FB_B(17,06) -> FPC5_T_SG(2,2,2)_FB_B(17,06)     OK
   SF_3_03_FB_B(17,05) -> FPC5_T_SG(2,2,3)_FB_B(17,05)     OK
   ...
   In-Links:
   ==========
   LCC00_ST_SIB_L00              -> SFC0_F13_SIB_36        Status
   ====================================================================
   FPC0_T_SG(0,0,0)_FB_D(01,11)  -> SF_1_00_FB_D(01,11)    OK
   FPC0_T_SG(0,0,1)_FB_D(01,10)  -> SF_1_00_FB_D(01,10)    OK
   FPC0_T_SG(0,0,2)_FB_D(01,09)  -> SF_1_00_FB_D(01,09)    OK
   FPC0_T_SG(0,0,3)_FB_D(01,08)  -> SF_1_00_FB_D(01,08)    OK
   FPC0_T_SG(0,0,4)_FB_D(01,07)  -> SF_1_00_FB_D(01,07)    OK
   FPC0_T_SG(0,0,5)_FB_D(01,06)  -> SF_1_00_FB_D(01,06)    OK
   FPC0_T_SG(0,0,6)_FB_D(01,05)  -> SF_1_00_FB_D(01,05)    OK
   FPC0_T_SG(0,0,7)_FB_D(01,04)  -> SF_1_00_FB_D(01,04)    OK
   FPC4_T_SG(2,0,0)_FB_B(13,11)  -> SF_1_01_FB_B(13,11)    OK
   FPC4_T_SG(2,0,1)_FB_B(13,10)  -> SF_1_01_FB_B(13,10)    OK
   FPC4_T_SG(2,0,2)_FB_B(13,09)  -> SF_1_01_FB_B(13,09)    OK
   FPC4_T_SG(2,0,3)_FB_B(13,08)  -> SF_1_01_FB_B(13,08)    OK
   FPC4_T_SG(2,0,4)_FB_B(13,07)  -> SF_1_01_FB_B(13,07)    OK
   FPC4_T_SG(2,0,5)_FB_B(13,06)  -> SF_1_01_FB_B(13,06)    OK
   FPC4_T_SG(2,0,6)_FB_B(13,05)  -> SF_1_01_FB_B(13,05)    OK
   FPC4_T_SG(2,0,7)_FB_B(13,04)  -> SF_1_01_FB_B(13,04)    OK
   FPC1_T_SG(0,2,0)_FB_D(02,08)  -> SF_1_02_FB_D(02,08)    OK
   FPC1_T_SG(0,2,1)_FB_D(02,07)  -> SF_1_02_FB_D(02,07)    OK
   FPC1_T_SG(0,2,2)_FB_D(02,06)  -> SF_1_02_FB_D(02,06)    OK
   FPC1_T_SG(0,2,3)_FB_D(02,05)  -> SF_1_02_FB_D(02,05)    OK
   ...

3. If the state of all links is correct, the connections between the TXP-F13 SIBs and the TXP-T1600 SIBs are operating correctly.
4. If the state of any optical link is not Links ok, or the state of any electrical link is not OK, see Troubleshooting the Switching Planes in the Routing Matrix, or contact your customer support representative for additional instructions.