background image

 

1-10 

By default, the member ID of a member device is 1. 

Note the following: 

z

 

The above setting takes effect after the reboot of the device. 

z

 

For an IRF virtual device, member IDs are not only used to identify devices, but also used to 

configure IRF ports and member priorities. Therefore, member ID change may cause device 

configuration changes or even losses, so change member ID with caution. For example, three 

members (of same device model) with the member IDs of 1, 2 and 3 belong to an IRF virtual device. 

Assume that each member has several ports: change the member ID of device 2 to 3, change that 

of device 3 to 2, reboot both devices, and add them into the IRF virtual device again. Then device 2 

uses the original port configurations of device 3, and device 3 uses those of device 2. 

z

 

When the newly added device and another member have duplicated member IDs, the existing 

member can preserve its ID, and the IRF virtual device automatically assigns the smallest unused 

member ID to the new member. 

Examples 

# Set the member ID of the local device (the current member ID is 1) to 3. 

<Sysname> system-view 

[Sysname] irf member 1 renumber 3 

Warning: Renumbering the switch number may result in configuration change or loss. 

Continue?[Y/N]:Y 

irf member irf-port 

Syntax 

irf 

member member-id irf-port irf-port-id port port-list 

undo

 

irf

 

member member-id irf

-

port irf-port-id 

View 

System view 

Default Level 

3: Manage level 

Parameters 

member-id

: ID of the IRF member device, in the range 1 to 9. With this argument, you can configure the 

IRF ports of another IRF member on this device. You can view the member IDs of in IRF virtual device 

by using the 

display irf

 command. 

irf-port-id

: ID of an enabled IRF port, the value can be either 1 or 2. 

port-list

: Physical IRF port list. The 

port-list

 is in the format of { 

port 

}&<1-4>, where 

z

 

port

 indicates the port ID. The physical IRF ports are numbered according to their physical 

locations on the rear panel of the S5500-EI series. With the rear panel facing you, the physical IRF 

ports are numbered successively from left to right: ports on the interface module in slot 1 are 

numbered 1 and 2, and ports on the interface module in slot 2 are numbered 3 and 4. 

z

 

&<1-4> indicates that you can specify one to four ports at one time. When multiple ports are 

specified, they aggregate together to form an IRF port. On the S5500-EI series, only the physical 

IRF ports that are on the same interface module can be aggregated together. 

 

Summary of Contents for S5500-EI series

Page 1: ...H3C S5500 EI Series Ethernet Switches IRF Command Reference Hangzhou H3C Technologies Co Ltd http www h3c com Document Version 20100708 C 1 03 Product Version Release 2202...

Page 2: ...ware Secware Storware NQA VVG V2 G Vn G PSPT XGbus N Bus TiGem InnoVision and HUASAN are trademarks of Hangzhou H3C Technologies Co Ltd All other trademarks that may be mentioned in this manual are th...

Page 3: ...t and servicing engineers z Network administrators working with the S5500 EI series Document Organization The IRF Command Reference comprises the following part IRF Configuration Commands Conventions...

Page 4: ...products RPS User Manual Describes the appearances features and specifications of the RPS units available for the products RPS Ordering Information for H3C Low End Ethernet Switches Provides the RPS...

Page 5: ...port information and software upgrading Obtaining Documentation You can access the most up to date H3C product documentation on the World Wide Web at http www h3c com Click the links on the top naviga...

Page 6: ...1 display irf 1 1 display irf configuration 1 2 display irf topology 1 3 display switchover state 1 5 irf auto update enable 1 6 irf link delay 1 7 irf mac address persistent 1 7 irf member priority 1...

Page 7: ...y information about the current IRF virtual device Sysname display irf Switch Role Priority CPU MAC 1 Slave 13 000f e2b8 1f84 2 Slave 1 000f e220 2122 3 Master 20 000f e2b8 1a82 4 SlaveWait 1 000f e2c...

Page 8: ...IRF virtual device uses the bridge MAC address of the newly elected master as its bridge MAC address display irf configuration Syntax display irf configuration View Any view Default Level 1 Monitor l...

Page 9: ...t number corresponding to IRF port 2 of a device after its reboot z If it is displayed as x it indicates that the IRF port is bound with the physical IRF port x z If it is displayed as x y it indicate...

Page 10: ...ne IRF virtual device The bridge MAC address of the master is 000f cbb8 1a82 Network topology view is as shown in Figure 1 1 Figure 1 1 Network topology view 2 1 Device 1 4 Device 2 2 4 3 Device 3 1 3...

Page 11: ...ions like a logical distributed device with multiple standby switching and routing processing units SRPUs The master is like the active SRPU and the slaves are like the standby SRPUs An IRF system use...

Page 12: ...ion for a slave Field Description Slave HA State Indicates that this output information is generated by a slave Describes the master slave switchover state of the slave Waiting The slave is ready and...

Page 13: ...nterval undo irf link delay View System view Default Level 3 Manage level Parameters interval Time interval for the link layer to report a link down event of an IRF virtual device which ranges from 20...

Page 14: ...z Preserve permanently No matter whether the master leaves the IRF virtual device or not the bridge MAC address of the IRF virtual device remains unchanged z Not preserved As soon as the master leave...

Page 15: ...member ID of the local device is 4 and you can specify a priority for the local device by providing its member ID Sysname system view Sysname irf member 4 priority 16 Specify a priority for member 2 i...

Page 16: ...renumber 3 Warning Renumbering the switch number may result in configuration change or loss Continue Y N Y irf member irf port Syntax irf member member id irf port irf port id port port list undo irf...

Page 17: ...d physical IRF ports 3 and 4 to IRF port 2 of member 3 and enable IRF on the IRF port Sysname system view Sysname irf member 3 irf port 2 port 3 4 irf switch to Syntax irf switch to member id View Sys...

Page 18: ...local device Currently you can execute the following commands on a slave z display z quit z return z system view z debugging z terminal debugging z terminal trapping z terminal logging You can return...

Page 19: ...ation 1 2 display irf topology 1 3 display irf 1 1 display switchover state 1 5 E F G H I irf auto update enable 1 6 irf link delay1 7 irf mac address persistent 1 7 irf member irf port 1 10 irf membe...

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