33
Task Command
link-aggregation load sharing modes.
mode
[
nterface
[
{
bridge-aggregation
|
route-aggregation
}
interface-number
]
]
Display the outgoing physical interface
selected for a traffic flow.
display link-aggregation load-sharing
path interface
{
bridge-aggregation
|
route-aggregation
}
interface-number
ingress-port
interface-type
interface-number
[
route
]
{
{
destination-ip
ip-address
|
destination-ipv6
ipv6-address
}
|
{
source-ip
ip-address
|
source-ipv6
ipv6-address
}
|
destination-mac
mac-address
|
destination-port
port-id
|
ethernet-type
type-number
|
ip-protocol
protocol-id
|
source-mac
mac-address
|
source-port
port-id
|
vlan
vlan-id
}
*
Display detailed link aggregation information
about link aggregation member ports.
display link-aggregation member-port
[
interface-list
|
auto
]
Display summary information about all
aggregation groups.
display link-aggregation summary
Display detailed information about the
specified aggregation groups.
display link-aggregation
verbose
[
{
bridge-aggregation
|
route-aggregation
}
[
interface-number
]
]
Clear statistics for the specified aggregate
interfaces.
reset counters interface
[
{
bridge-aggregation
|
route-aggregation
}
[
interface-number
]
]
Clear LACP statistics for the specified link
aggregation member ports.
reset lacp statistics
[
interface
interface-list
]
Ethernet link aggregation configuration examples
Example: Configuring a Layer 2 static aggregation group
Network configuration
On the network shown in Figure 8, perform the following tasks:
• Configure a Layer 2 static aggregation group on both Device A and Device B.
• Enable VLAN 10 at one end of the aggregate link to communicate with VLAN 10 at the other
end.
• Enable VLAN 20 at one end of the aggregate link to communicate with VLAN 20 at the other
end.
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