Hi,
I have a issue with a module in a VSS cluster using 6708 switches. There are around 60 multi chassis-etherchannel connections to access layer devices connected but I have a issue where all connection on one module are all showing down. The modules are powered up and showing no errors. Please see below:
CORE-01#sh power switch all
Switch Number: 1
system power redundancy mode = redundant
system power redundancy operationally = redundant(2+1)
system power total = 5699.72 Watts (109.61 Amps @ 52V)
system power used = 2917.20 Watts (56.10 Amps @ 52V)
system power available = 2782.52 Watts (53.51 Amps @ 52V)
Power-Capacity PS-Fan Output Oper
PS Type Watts A @52V Status Status State
---- ------------------ ------- ------ ------ ------ -----
1 C6800-XL-3KW-AC 2999.88 57.69 OK OK on
2 C6800-XL-3KW-AC 2999.88 57.69 OK OK on
3 C6800-XL-3KW-AC 2999.88 57.69 OK OK on
4 none
Pwr-Allocated Oper
Fan Type Watts A @52V State
---- ------------------ ------- ------ -----
1 C6807-XL-FAN 260.00 5.00 OK
Pwr-Allocated Oper
PwrCon Type Watts A @52V State
------ ---------------- ------- ------ -----
1 C6800-XL-PS-CONV 12.48 0.24 OK
2 C6800-XL-PS-CONV 12.48 0.24 OK
Pwr-Requested Pwr-Allocated Admin Oper
Slot Card-Type Watts A @52V Watts A @52V State State
---- ------------------ ------- ------ ------- ------ ----- -----
1 C6800-32P10G 587.60 11.30 587.60 11.30 on on
2 C6800-32P10G 587.60 11.30 587.60 11.30 on on
3 VS-SUP2T-10G 434.72 8.36 434.72 8.36 on on
4 (Redundant Sup) - - 434.72 8.36 - -
5 C6800-32P10G 587.60 11.30 587.60 11.30 on on
system auxiliary power mode = off
system auxiliary power redundancy operationally = non-redundant
system primary connector power limit = 9100.00 Watts (175.00 Amps @ 52V)
system auxiliary connector power limit = 13000.00 Watts (250.00 Amps @ 52V)
system primary power used = 2917.20 Watts (56.10 Amps @ 52V)
system auxiliary power used = 0 Watt
Switch Number: 2
system power redundancy mode = redundant
system power redundancy operationally = redundant(2+1)
system power total = 5699.72 Watts (109.61 Amps @ 52V)
system power used = 2904.72 Watts (55.86 Amps @ 52V)
system power available = 2795.00 Watts (53.75 Amps @ 52V)
Power-Capacity PS-Fan Output Oper
PS Type Watts A @52V Status Status State
---- ------------------ ------- ------ ------ ------ -----
1 C6800-XL-3KW-AC 2999.88 57.69 OK OK on
2 C6800-XL-3KW-AC 2999.88 57.69 OK OK on
3 C6800-XL-3KW-AC 2999.88 57.69 OK OK on
4 none
Pwr-Allocated Oper
Fan Type Watts A @52V State
---- ------------------ ------- ------ -----
1 C6807-XL-FAN 260.00 5.00 OK
Pwr-Allocated Oper
PwrCon Type Watts A @52V State
------ ---------------- ------- ------ -----
1 C6800-XL-PS-CONV 12.48 0.24 OK
2 C6800-XL-PS-CONV 12.48 0.24 OK
Pwr-Requested Pwr-Allocated Admin Oper
Slot Card-Type Watts A @52V Watts A @52V State State
---- ------------------ ------- ------ ------- ------ ----- -----
1 C6800-32P10G 587.60 11.30 587.60 11.30 on on
2 C6800-32P10G 587.60 11.30 587.60 11.30 on on
3 VS-SUP2T-10G 434.72 8.36 434.72 8.36 on on
4 (Redundant Sup) - - 434.72 8.36 - -
5 C6800-32P10G 587.60 11.30 587.60 11.30 on on
system auxiliary power mode = off
system auxiliary power redundancy operationally = non-redundant
system primary connector power limit = 9100.00 Watts (175.00 Amps @ 52V)
system auxiliary connector power limit = 13000.00 Watts (250.00 Amps @ 52V)
system primary power used = 2904.72 Watts (55.86 Amps @ 52V)
system auxiliary power used = 0 Watt
Group Port-channel Protocol Ports
------+-------------+-----------+-----------------------------------------------
1 Po1(SU) PAgP Te1/1/1(P) Te2/1/1(D)
2 Po2(SU) PAgP Te1/1/2(P) Te2/1/2(P)
3 Po3(SU) PAgP Te1/1/3(P) Te2/1/3(P)
4 Po4(SU) PAgP Te1/1/4(P) Te2/1/4(P)
5 Po5(SU) PAgP Te1/1/5(P) Te2/1/5(P)
6 Po6(SU) PAgP Te1/1/6(P) Te2/1/6(P)
7 Po7(SU) PAgP Te1/1/7(P) Te2/1/7(P)
8 Po8(SU) PAgP Te1/1/8(P) Te2/1/8(P)
9 Po9(SU) PAgP Te1/1/9(D) Te2/1/9(P)
10 Po10(SU) PAgP Te1/1/10(P) Te2/1/10(P)
11 Po11(SU) PAgP Te1/1/11(P) Te2/1/11(P)
12 Po12(SU) PAgP Te1/1/12(P) Te2/1/12(P)
13 Po13(SU) PAgP Te1/1/13(P) Te2/1/13(P)
14 Po14(SU) PAgP Te1/1/14(P) Te2/1/14(P)
15 Po15(SU) PAgP Te1/1/15(D) Te1/5/20(P) Te2/1/15(D)
Te2/5/20(P)
16 Po16(SU) PAgP Te1/1/16(P) Te2/1/16(P)
17 Po17(SU) PAgP Te1/1/17(P) Te2/1/17(P)
18 Po18(SU) PAgP Te1/1/18(P) Te2/1/18(P)
19 Po19(SU) PAgP Te1/1/19(P) Te2/1/19(P)
20 Po20(SU) PAgP Te1/1/20(P) Te2/1/20(P)
21 Po21(SU) PAgP Te1/1/21(P) Te2/1/21(P)
22 Po22(SU) PAgP Te1/1/22(P) Te2/1/22(P)
23 Po23(SU) PAgP Te1/1/23(P) Te2/1/23(P)
24 Po24(SU) PAgP Te1/1/24(P) Te2/1/24(P)
25 Po25(SU) PAgP Te1/2/1(P) Te2/2/1(D)
26 Po26(SU) PAgP Te1/2/2(P) Te2/2/2(D)
27 Po27(SU) PAgP Te1/2/3(P) Te2/2/3(D)
28 Po28(SU) PAgP Te1/2/4(P) Te2/2/4(D)
29 Po29(SU) PAgP Te1/2/5(P) Te2/2/5(D)
30 Po30(SU) PAgP Te1/2/6(P) Te2/2/6(D)
31 Po31(SU) PAgP Te1/2/7(P) Te2/2/7(D)
32 Po32(SU) PAgP Te1/2/8(P) Te2/2/8(D)
33 Po33(SU) PAgP Te1/2/9(P) Te2/2/9(D)
34 Po34(SU) PAgP Te1/2/10(P) Te2/2/10(D)
35 Po35(SU) PAgP Te1/2/11(P) Te2/2/11(D)
36 Po36(SU) PAgP Te1/2/12(P) Te2/2/12(D)
37 Po37(SU) PAgP Te1/2/13(P) Te2/2/13(D)
38 Po38(SU) PAgP Te1/2/14(P) Te2/2/14(D)
39 Po39(SU) PAgP Te1/2/15(P) Te2/2/15(D)
40 Po40(SU) PAgP Te1/2/16(P) Te2/2/16(D)
41 Po41(SU) PAgP Te1/2/17(P) Te2/2/17(D)
42 Po42(SU) PAgP Te1/2/18(P) Te2/2/18(D)
43 Po43(SU) PAgP Te1/2/19(P) Te2/2/19(D)
44 Po44(SU) PAgP Te1/2/20(P) Te2/2/20(D)
45 Po45(SU) PAgP Te1/2/21(P) Te2/2/21(D)
46 Po46(SU) PAgP Te1/2/22(P) Te2/2/22(D)
47 Po47(SU) PAgP Te1/2/23(P) Te2/2/23(D)
48 Po48(SD) -
49 Po49(SD) -
50 Po50(SU) PAgP Te1/2/26(P) Te2/2/26(D)
51 Po51(SU) PAgP Te1/2/27(P) Te2/2/27(D)
111 Po111(SU) - Te1/5/9(P) Te1/5/10(P)
112 Po112(SU) - Te2/5/9(D) Te2/5/10(P)
115 Po115(SU) PAgP Te1/5/31(P) Te1/5/32(P)
As you will see all connections are working for modules 1 and 5 on switch 2 but not for module 2
Has anyone ever seen this or had the same issue
Glenn
