1-10To do... Use the command... RemarksDisplay link aggregation detailsof portsdisplay link-aggregationmember-port [ interface-typeinterface-number [ tointerface-type interface-number ] ]Available in any viewDisplay the summaryinformation of all aggregationgroupsdisplay link-aggregationsummary Available in any viewDisplay detailed information ofaggregation groupsdisplay link-aggregationverbose [ bridge-aggregation[ interface-number ] ]Available in any viewClear the LACP statistics ofportsreset lacp statistics [ interfaceinterface-type interface-number[ to interface-typeinterface-number ] ]Available in user viewClear the statistics of thespecified aggregate interfacesreset counters interface[ bridge-aggregation[ interface-number ] ]Available in user viewLink Aggregation Configuration ExamplesIn an aggregation group, the port to be a selected port must be the same as the reference port in portattributes, and class-two configurations. To keep these configurations consistent, you should configurethe port manually.z Reference port: Select a port as the reference port from the ports that are in up state and with thesame class-two configurations as the corresponding aggregate interface. The selection order is asfollows: full duplex/high speed, full duplex/low speed, half duplex/high speed, and half duplex/lowspeed, with full duplex/high speed being the most preferred. If two ports with the same duplexmode/speed pair are present, the one with the lower port number wins out.z Port attribute configuration includes the configuration of the port rate, duplex mode, and link state.z For details about class-two configurations, see section Class-two configurations.Layer-2 Static Aggregation Configuration ExampleNetwork requirementsAs shown in Figure 1-1, Device A and Device B are connected through their respective Ethernet portsGigabitEthernet1/0/1 to GigabitEthernet1/0/3.Aggregate the ports on each device to form a static link aggregation group, thus balancingincoming/outgoing traffic across the member ports. In addition, perform load sharing based on sourceand destination MAC addresses.
