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RMON on XRN 83
Networking Diagram
Figure 18 Networking Diagram of a Fabric
Configuration Procedure
Configure Switch A:
[SW5500]change unit-id 1 to 1
[SW5500]fabric-port gigabitethernet1/0/51 enable
[SW5500]fabric-port gigabitethernet1/0/52 enable
[SW5500]sysname hello
[hello]xrn-fabric authentication-mode simple welcome
Configure Switch B:
[SW5500]change unit-id 1 to auto-numbering
[SW5500]fabric-port gigabitethernet2/0/51 enable
[SW5500]fabric-port gigabitethernet2/0/52 enable
[SW5500]sysname hello
[hello]xrn-fabric authentication-mode simple welcome
Configure Switch C:
[SW5500]change unit-id 1 to auto-numbering
[SW5500]fabric-port gigabitethernet3/0/51 enable
[SW5500]fabric-port gigabitethernet3/0/52 enable
[SW5500]sysname hello
[hello]xrn-fabric authentication-mode simple welcome
Configure Switch D:
[SW5500]change unit-id 1 to auto-numbering
[SW5500]fabric-port gigabitethernet4/0/51 enable
[SW5500]fabric-port gigabitethernet4/0/52 enable
[SW5500]sysname hello
[hello]xrn-fabric authentication-mode simple welcome
n In the example, it is assumed that the system will automatically change the unit IDs
of Switch B, Switch C and Switch D to 2, 3 and 4 after you choose
auto-numbering for unit-id.
RMON on XRN Interconnected switches form a fabric if they all support the XRN function and are all
of the same type. The RMON configurations of the devices in a fabric are the same.
The RMON configuration performed on a device of a fabric will be automatically
synchronized to all devices in the fabric if the configuration does not conflict with
those of other devices in the fabric.
Fabric
Fabric port
user port
Fabric
Fabric port
user port
Switch A Switch B
Switch C Switch D
Fabric
Fabric port
user port
Fabric
Fabric port
user port
Switch A Switch B
Switch C Switch D