Configuring OSPFv3
OSPFv3 Application Example
OmniSwitch AOS Release 7 Advanced Routing Configuration Guide
March 2011
page 2-27
-> vlan 20
-> ipv6 interface vlan-20 vlan 20
-> ipv6 address 2001:4::1/64 vlan-20
-> vlan 20 members port 2/3-5 untagged
-> ipv6 router router-id 2.2.2.2
These commands created VLANs 12, 23, and 20.
•
VLAN 12 handles the backbone connection from Router 1 to Router 2, using the IP router port
2001:2::2/64
and physical port 2/1.
•
VLAN 23 handles the backbone connection from Router 2 to Router 3, using the IP router port
2001:5::1/64
and physical port 2/2.
•
VLAN 20 handles the device connections to Router 2, using the IP router port
2001:4::1/64
and
physical ports 2/3-5. More ports could be added at a later time if necessary.
The router was assigned the Router ID of 2.2.2.2.
Router 3
(using ports 2/1 and 2/2 for the backbone, and ports 2/3-5 for end devices):
-> vlan 23
-> ipv6 interface vlan-23 vlan 23
-> ipv6 address 2001:5::2/64 vlan-23
-> vlan 23 members port 2/1 untagged
-> vlan 31
-> ipv6 interface vlan-31 vlan 31
-> ipv6 address 2001:1::2/64 vlan-31
-> vlan 31 members port 2/2 untagged
-> vlan 30
-> ipv6 interface vlan-30 vlan 30
-> ipv6 address 2001:6::2/64 vlan-30
-> vlan 30 members port 2/3-5 untagged
-> ipv6 router router-id 3.3.3.3
These commands created VLANs 23, 31, and 30.
•
VLAN 23 handles the backbone connection from Router 2 to Router 3, using the IP router port
2001:5::2/64
and physical port 2/1.
•
VLAN 31 handles the backbone connection from Router 3 to Router 1, using the IP router port
2001:1::2/64
and physical port 2/2.
•
VLAN 30 handles the device connections to Router 3, using the IP router port
2001:6::2/64
and
physical ports 2/3-5. More ports could be added at a later time if necessary.
The router was assigned the Router ID of 3.3.3.3.
Step 2: Load OSPFv3
The next step is to load OSPFv3 on each router. The commands for this step are below (the commands are
the same on each router):
-> ipv6 load ospf
