Quick Steps for Configuring Multiple VRF
Configuring Multiple VRF
page 16-4
OmniSwitch AOS Release 7 Network Configuration Guide
June 2013
7
Enable RIP on IP interface “intf100” in the
IpOne
VRF instance using the
IpOne::-> ip rip interface intf100 admin-state enable
IpOne::->
8
Select
IpTwo
for the active VRF instance and create an IP router interface on VLAN 102 using the
command. For example:
IpOne::-> vrf IpTwo
IpTwo::-> ip interface intf102 address 102.1.1.1/24 vlan 102
IpTwo::->
9
Configure 2.2.2.2 as the primary router ID address for the
IpTwo
VRF instance using the
command. For example:
IpTwo::-> ip router router-id 2.2.2.2
IpTwo::->
10
Load and enable the BGP protocol for the
IpTwo
command.
For example:
IpTwo::-> ip load bgp
IpTwo::->
11
Configure a BGP neighbor for the
IpTwo
VRF instance using the
, and
commands. For example:
IpTwo::-> ip bgp neighbor 102.1.1.10
IpTwo::-> ip bgp neighbor 102.1.1.10 remote-as 1000
IpTwo::-> ip bgp neighbor 102.1.1.10 status enable
12
Optional
. To configure a VRF instance as a low profile VRF (restricted routing protocols and capabili-
ties) use the
command with the
profile low
parameter option. For example:
IpTwo::-> vrf IpThree profile low
IpThree::->
By default, a VRF instance is created using max profile capabilities. Low profile VRFs use less switch
resources, which allows more VRF instances to operate on the switch.
Note
. Verify the Multiple VRF configuration using the
IpOne::-> show vrf
Virtual Routers Profile Protocols
--------------------+-------+-------------------
default
default BGP PIM VRRP
IpOne max
RIP
IpTwo
max
BGP
IpThree
low
Total Number of Virtual Routers: 4
To verify the configuration of a protocol within a VRF instance, use the show commands related to that
protocol. For example, the
command displays the IP interfaces associated with the
current CLI VRF context:
-> vrf IpOne
IpOne: -> show ip interface