The example shown in the following figure illustrates an ESRP (Extreme Standby Router Protocol) configuration that can operate over IPv6.
Note
To support operation over IPv6, the master VLANs configured in this example require both an IPv4 and an IPv6 address. ESRP route tracking and ESRP ping tracking are not supported for IPv6 addresses.
Configuration commands for the first ESRP switch are as follows:
create vlan sales configure vlan sales tag 10 configure vlan sales add ports 1:1-1:2 configure vlan sales add ports 1:3, 1:5 tagged configure vlan sales ipaddress 10.1.2.3/24 configure vlan sales ipaddress 2001:db8:36::1/48 create vlan engineering configure vlan engineering tag 20 configure vlan engineering add ports 1:4 configure vlan engineering add ports 1:3, 1:5 tagged configure vlan engineering ipaddress 10.4.5.6/24 configure vlan engineering ipaddress 2001:db8:36::2/48 create esrp esrp1 configure esrp esrp1 domain-id 4096 configure esrp esrp1 add master sales configure esrp esrp1 priority 5 enable esrp esrp1 create esrp esrp2 configure esrp esrp2 domain-id 4097 configure esrp esrp2 add master engineering enable esrp esrp2
Configuration commands for the second ESRP switch are as follows:
create vlan sales configure vlan sales tag 10 configure vlan sales add ports 1:1-1:3 configure vlan sales ipaddress 10.1.2.3/24 configure vlan sales ipaddress 2001:db8:36::1/48 configure vlan sales add ports 1:5 tagged create vlan engineering configure vlan engineering tag 20 configure vlan engineering add ports 1:4, 2:1 configure vlan engineering ipaddress 10.4.5.6/24 configure vlan engineering ipaddress 2001:db8:36::2/48 configure vlan engineering add ports 1:5 tagged create esrp esrp1 configure esrp esrp1 domain-id 4096 configure esrp 1 add master sales enable esrp esrp1 create esrp esrp2 configure esrp esrp2 domain-id 4097 configure esrp esrp2 add master engineering configure esrp esrp2 priority 5 enable esrp esrp2
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