To verify the redundancy configuration for one or all redundant interfaces from the top level EXEC mode, display the node table, proxy node table, to help find the correct spigot to connect to, to display the Quadbox configuration and the QuadBox Node Table, and to indicate the stability of the connections to the redundant network when using Link Stats, use the command show interfaces redundant in Privileged EXEC Mode.
| Parameter | Type | Description |
|---|---|---|
red-id (1-8) |
Integer | Enter a number for a specific redundant interface to be displayed. |
node-table |
Enter to display the node table. Multicast supervision frames are sent by all redundant nodes and received by all redundant nodes within the redundant network. These frames can therefore be used to monitor availability of redundant nodes within the network. The Node Table is a collection of all supervision frames received from other nodes including the count, the sequence numbers and when they were last seen | |
proxy-node-table |
Enter to display the nodes that the redundant interface is representing (the proxy-node table). The redundant switch generates supervision frames for itself and for these nodes that are connected and communicating on the redundant network | |
configuration |
Enter to display the redundancy configuration. Redundancy configuration can be verified for one or all redundant interfaces from the top level EXEC mode with the following command. | |
mapping |
Enter to display the correct spigot to connect to. The HSR-PRP standard requires that port A is always to the left of or above port B. With the line card flipped between odd and even slots port remapped is used to ensure that this is the case. The HSR-PRP line card also supports both RJ45 and SFP spigots as well as with redundancy disabled different main switch ports are brought to the spigots. | |
quad-box configuration |
Enter to display the quad-box configuration. QuadBox configuration can be obtained through the standard HSR/PRP configuration command as well. | |
quad-box node-table |
Enter to display the QuadBox Node Table. The QuadBox Node Table combines the supervision frames received on both redundant switches to provide a better picture of the connected redundant HSR networks. | |
link-stats |
Enter to display how stable the connections to the redundant network have been. Counters for a particular redundant interface are cleared on configuration changes, or by clearing all counters. |
iS5Comm# show interfaces redundant configuration
Red 5 Yellow-Ring
Status : Active
Node type : HSR
Operational mode : Mode H
Supervisory VLAN ID : 2
Supervision timeout : 60 sec
Proxy timeout : 60 sec
Evaluate supervision : Yes
Supervisory nodes : 4
Proxy nodes : 2
MAC address : E8:E8:75:90:73:FB
Version : 21011300
I-port connected to : Gi0/17
MTU : 1500 bytes
Duplex : Full
Speed : 1 Gbps
Negotiation : Auto
A-Port
admin state : Up
Link state : Up
B-Port admin state : Up
Link state : Up
Red 6
Status : Bypassed
Some of the configuration is synchronized with other parts of the system
iS5Comm# show interfaces redundant 5 node-table
R Node Type Mode MAC-Address A-B: Counters SequenceNum Last(s)
- ---- ----- ---- ----------- ------------------- ----------- -------
5 1 R-Box HSR E8:E8:75:90:6C:B9 0- 382 0- 192 60- 1
2 Vdan HSR E8:E8:75:90:6C:8A 0- 382 0- 190 60- 1
3 R-Box HSR E8:E8:75:90:73:FD 0- 382 0- 802 60- 1
4 R-Box HSR E8:E8:75:90:73:FE 1602- 1602 802- 802 1- 1
iS5Comm# show interfaces redundant 5 proxy-node-table
RED Index MAC-Address
--- ----- -----------------
5 1 3C:18:A0:11:8E:C9
2 E8:E8:75:90:73:D2
iS5Comm# show interfaces redundant mapping
LM3
---
Redundancy switches:
Red 5 - Enabled - I-port connected to Gi0/17
Red 6 - By-passed
External connections:
Position: 1 2 3 4 5 6 7 8
-----------------------------------------------------------------
Connector: | SFP | SFP | SFP | SFP | RJ45 | RJ45 | RJ45 |
RJ45 |
-----------------------------------------------------------------
SFP Detected: YES YES NO NO - - - -
Port: Red-5A Red-5B X X X X Gi0/19 Gi0/20
iS5Comm# show interfaces redundant quad-box configuration
Card Condition RED HSR-HSR Status Port-A State Link Port-B State Link
--- --------- --- ------- ---------- ----- ---- ----- ----
4 Full 7 Yes Active Up Up Up Up
8 Yes Active Up Up Up Up
iS5Comm# show interfaces redundant quad-box node-table
C Node Type Mode MAC-Address A-B: Counters SequenceNum Last(s)
- ---- ----- ---- ----------------- ---------- ----------- -------
4 1 R-Box HSR E8:E8:75:90:6C:B9 1826- 5466 1827- 1827 0- 0
2 Vdan HSR E8:E8:75:90:6C:8A 1826- 5466 1825- 1825 0- 0
3 R-Box HSR E8:E8:75:90:73:FB 6076- 2430 2437- 2437 0- 0
4 Vdan HSR 3C:18:A0:11:8E:C9 6074- 2428 2433- 2433 0- 0
5 Vdan HSR E8:E8:75:90:73:D2 6076- 2430 551- 551 0- 0
6 R-Box HSR E8:E8:75:90:73:FD 1826- 3965 2437- 2437 0- 0
7 R-Box HSR E8:E8:75:90:73:FE 2430- 6070 2437- 2437 0- 0
iS5Comm# show interfaces redundant link-stats
HSR PRP Port Link Stats
-----------------------
HSR/PRP Link Counters @ Mon Mar 16 18:55:13 2020
Red Reset A-down A-up B-down B-up I-down I-up
1 0 0 0 0 0 0 0
2 0 0 0 0 0 0 0
3 3 0 1 0 1 0 1
4 3 0 1 0 1 0 1
5 0 0 0 0 0 0 0
6 0 0 0 0 0 0 0
7 0 0 0 0 0 0 0
8 0 0 0 0 0 0 0
HSR/PRP Link Logs @ Mon Mar 16 18:55:13 2020
Red State Time
1. 3 Reset Mon Mar 16 17:22:54 2020
2. 3 A-down Mon Mar 16 17:22:54 2020
3. 3 B-down Mon Mar 16 17:22:54 2020
4. 4 Reset Mon Mar 16 17:22:54 2020
5. 4 A-down Mon Mar 16 17:22:54 2020
6. 4 B-down Mon Mar 16 17:22:54 2020
7. 3 Reset Mon Mar 16 17:22:54 2020
8. 3 A-down Mon Mar 16 17:22:54 2020
9. 3 B-down Mon Mar 16 17:22:54 2020
10. 3 Reset Mon Mar 16 17:22:54 2020
11. 4 Reset Mon Mar 16 17:22:55 2020
12. 4 A-down Mon Mar 16 17:22:55 2020
13. 4 B-down Mon Mar 16 17:22:55 2020
14. 4 Reset Mon Mar 16 17:22:55 2020
15. 3 B-up Mon Mar 16 17:22:57 2020
16. 3 I-up Mon Mar 16 17:22:57 2020
17. 4 A-up Mon Mar 16 17:22:57 2020
18. 4 I-up Mon Mar 16 17:22:57 2020
19. 3 A-up Mon Mar 16 17:23:05 2020
20. 4 B-up Mon Mar 16 17:23:05 2020