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balancing across the ports. For example, you can aggregate two 10/100 mbps ports so they function like a single port with a theoretical bandwidth of 200 mbps, and you can aggregate two Gigabit Ethernet ports so they function like a single port with a theoretical bandwidth of 2000 mbps. If you have only 10/100 interfaces and need a faster link but can’t or don’t want to use Gigabit Ethernet, you can use link aggregation to achieve faster throughput with the interfaces you already have.
Another benefit of link aggregation is
You can aggregate as many as four ports in one aggregation group, and you can have as many as eight aggregation groups on one appliance.
You can hot swap NICs that have ports participating in an aggregation group. If the group has ports on other NICs, the traffic is distributed to those ports and the aggregation group continues to function when you remove a NIC in this manner. If you reinsert the NIC, the appropriate ports rejoin the aggregation group and resume forwarding traffic automatically.
Managing Link Aggregation Using SNMP
Nokia IPSO systems use a proprietary SNMP MIB to manage link aggregation. To incorporate link aggregation into your
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In Network Voyager or the IPSO CLI, enable the following traps:
Enable lamemberActive traps
Enable lamemberInactive traps
Note
IPSO does not use the standard
Configuring Switches for Link Aggregation
Observe the following considerations when you configure a switch to support link aggregation in combination with a Nokia appliance:
You must configure the appropriate switch ports to use static link aggregation. (On Cisco switches, this means you must enable EtherChannel.) That is, if you aggregate four ports into one group on your Nokia appliance, the four switch ports that they connect to must static link aggregation.
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