On the test, I will configure aggregation on two ports of Huawei SmartAX MA5683T and Cisco Catalyst 6509-E.
Let’s see what boards are installed:
display board 0 display board 0/8
My traffic goes to one SFP port 0/8/0 (board H801GICF), I will configure the aggregation to it and the next free port 0/8/1:
link-aggregation 0/8 0 0/8 1 egress-ingress
Or we will configure one port, and then add the following:
link-aggregation 0/8 0 egress-ingress link-aggregation add-member 0/8/0 0/8 1
If there is another H801GICF card, you can add its ports to the previously created aggregation, thereby increasing the uplink to 4Gb/s:
link-aggregation add-member 0/8/0 0/9 0,1
display link-aggregation 0/8/0 display link-aggregation 0/8/1
You can cancel the aggregation as follows:
undo link-aggregation 0/8/0
Or remove the port from the aggregation:
On Huawei SmartAX MA5683T, the aggregation configuration of the two ports is complete, there will be no configuration during the configuration and after the disruption of the traffic.
Now I’ll go to the port settings on the Cisco Catalyst 6509-E.
I configure the first port as I need, assign the necessary VLAN and add the port to the aggregation channel with the last command:
interface GigabitEthernet1/7 switchport trunk encapsulation dot1q switchport trunk allowed vlan 111,144-190 switchport mode trunk channel-group 1 mode on
The second port should be configured the same way, and also add the last command to the aggregation channel:
interface GigabitEthernet1/8 switchport trunk encapsulation dot1q switchport trunk allowed vlan 111,144-190 switchport mode trunk channel-group 1 mode on
After the above commands, the Port-channel1 interface was automatically created, use the description command to add a note to it and enable it:
interface Port-channel1 description GPON OLT link aggregation no shutdown
Now you can connect both Cisco ports to the OLT ports of the MA5683T.