Field/button | Description | |
State | Active state of the port. If a port is selected, its state is active and the ID of the | |
aggregation group it belongs to will be displayed. | ||
| ||
|
| |
| Reason code indicating why a port is inactive (that is, unselected) for | |
Inactive Reason | receiving/transmitting user data. For the meanings of the reason codes, see the | |
| bottom of the page shown in a. | |
|
| |
Partner Port | Name of the peer port. | |
|
| |
| State information of the peer port, represented by letters A through H. | |
| ∙ A indicates that LACP is enabled. | |
| ∙ B indicates that LACP short timeout has occurred. If B does not appear, it | |
| indicates that LACP long timeout has occurred. | |
| ∙ C indicates that the link is considered as aggregatable by the sending | |
| system. | |
| ∙ D indicates that the link is considered as synchronized by the sending system. | |
Partner Port State | ∙ E indicates that the sending system considers that collection of incoming | |
| frames is enabled on the link. | |
| ∙ F indicates that the sending system considers that distribution of outgoing | |
| frames is enabled on the link. | |
| ∙ G indicates that the receive state machine of the sending system is using the | |
| default operational partner information. | |
| ∙ H indicates that the receive state machine of the sending system is in the | |
| expired state. | |
|
| |
Oper Key | Operational key of the local port | |
|
|
3 describes the fields in the Partner Port Details table
3.Fields in the Partner Port Details table
Field | Description |
Unit | Number of the remote system |
|
|
Port | Name of the remote port |
|
|
Partner ID | LACP priority and MAC address of the remote system |
|
|
Partner Port Priority | LACP priority of the remote port |
|
|
Partner Oper Key | Operational key of the remote port. |
|
|
Return to Dynamic aggregation group configuration task list.
Link aggregation and LACP configuration exampleNetwork requirements
As shown in a, Switch A and Switch B are connected to each other through their Layer 2 Ethernet ports GigabitEthernet 1/0/1 through GigabitEthernet 1/0/3.
Aggregate the ports on each device to form a link aggregation group, thus balancing incoming/outgoing traffic across the member ports.
214