Link Aggregation on the Switch
ExtremeWare XOS 11.3 Concepts Guide
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commands. It can be thought of as the logical port representing the entire port group, and it serves as
the LAG Group ID.
To create a LAG for LACP, issue the following command, take the following steps:
1
Create a LAG, using the following command:
enable sharing <port> grouping <port_list> {algorithm [port-based | address-based {L2|L3}]} {lacp}
The port you assign using the first parameter becomes the logical port for the link aggregation group
and the LAG Group ID when using LACP. This logical port must also be included in the port list of
the grouping itself.
2
If you wish to override the default prioritization in LACP for a specified LAG, issue the following
command:
configure sharing <port> lacp system-priority <priority>
This step is optional; LACP handles prioritization using system MAC addresses.
3
Add or delete ports to the LAG as desired, using the following commands:
configure sharing <port> add ports <port_list>
configure sharing <port> delete ports <port_list>
NOTE
Always verify the LACP configuration by issuing the
show ports sharing
command; look for the ports listed as being
in the aggregator.
Configuring LACP on BLackDiamond 8800 Family of Switches and Summit X450 Switch.
The following rules
apply to the number of LACP ports in one LAG on the BlackDiamond 8800 family of switches and on
the Summit X450 switch:
●
Up to 16 link per LAG
●
Up to 8 selected links and 8 standby links
●
Only address-based LACP algorithm
Configuring LACP on BLackDiamond 10K Series of Switches.
The following rules apply to the number of
LACP ports in one LAG on the BlackDiamond 10K series of switches:
●
Up to 32 link per LAG
●
Up to 16 selected links and 16 standby links
●
Cannot specify L2 or L3 address-based LACP algorithm
Load-Sharing Examples
This section provides examples of how to define load sharing, or link aggregation, on stand-alone and
modular switches, as well has defining dynamic link aggregation.
Load Sharing on a Stand-alone Switch
The following example defines a static load-sharing group that contains ports 9 through 12, and uses
the first port in the group as the master logical port 9:
enable sharing 9 grouping 9-12
Summary of Contents for ExtremeWare XOS 11.3
Page 20: ...Contents ExtremeWare XOS 11 3 Concepts Guide 20...
Page 25: ...1 Using ExtremeWare XOS...
Page 26: ......
Page 38: ...ExtremeWare XOS Overview ExtremeWare XOS 11 3 Concepts Guide 38...
Page 58: ...Accessing the Switch ExtremeWare XOS 11 3 Concepts Guide 58...
Page 146: ...Configuring Slots and Ports on a Switch ExtremeWare XOS 11 3 Concepts Guide 146...
Page 218: ...Status Monitoring and Statistics ExtremeWare XOS 11 3 Concepts Guide 218...
Page 240: ...Virtual LANs ExtremeWare XOS 11 3 Concepts Guide 240...
Page 248: ...Virtual Routers ExtremeWare XOS 11 3 Concepts Guide 248...
Page 278: ...Access Lists ACLs ExtremeWare XOS 11 3 Concepts Guide 278...
Page 288: ...Routing Policies ExtremeWare XOS 11 3 Concepts Guide 288 entry deny_rest if then deny...
Page 344: ...Security ExtremeWare XOS 11 3 Concepts Guide 344...
Page 393: ...2 Using Switching and Routing Protocols...
Page 394: ......
Page 454: ...Spanning Tree Protocol ExtremeWare XOS 11 3 Concepts Guide 454...
Page 484: ...Extreme Standby Router Protocol ExtremeWare XOS 11 3 Concepts Guide 484...
Page 514: ...IPv4 Unicast Routing ExtremeWare XOS 11 3 Concepts Guide 514...
Page 530: ...IPv6 Unicast Routing ExtremeWare XOS 11 3 Concepts Guide 530...
Page 538: ...RIP ExtremeWare XOS 11 3 Concepts Guide 538...
Page 556: ...OSPF ExtremeWare XOS 11 3 Concepts Guide 556...
Page 566: ...OSPFv3 ExtremeWare XOS 11 3 Concepts Guide 566...
Page 589: ...3 Appendixes...
Page 590: ......
Page 640: ...CNA Agent ExtremeWare XOS 11 3 Concepts Guide 640...
Page 670: ...Glossary ExtremeWare XOS 11 3 Concepts Guide 670...
Page 698: ...Index ExtremeWare XOS 11 3 Concepts Guide 698...