IP Routing Features
Configuring RIP
Note RIP considers a route with a metric of 16 to be unreachable. Use this metric
only if you do not want the route to be used. In fact, you can prevent the switch
from using a specific interface for routes learned though that interface by
setting its metric to 16.
To increase the cost a VLAN interface adds to RIP routes learned on that
interface, enter commands such as the following:
ProCurve(config)# vlan 1
ProCurve(vlan-1)# ip rip metric 5
These commands configure vlan-1 to add 5 to the cost of each route learned
on the interface.
Syntax: ip rip metric < 1-16 >
Configuring RIP Redistribution
You can configure the routing switch to redistribute connected, static, and
OSPF routes into RIP. When you redistribute a route into RIP, the routing
switch can use RIP to advertise the route to its RIP neighbors.
To configure redistribution, perform the following tasks:
1. Configure redistribution filters to permit or deny redistribution for a route
based on the destination network address or interface. (optional)
2. Enable redistribution
Define RIP Redistribution Filters
Route redistribution imports and translates different protocol routes into a
specified protocol type. On the switches covered in this guide, redistribution
is supported for static routes, directly connected routes, and OSPF routes.
Redistribution of any other routing protocol into RIP is not currently
supported. When you configure redistribution for RIP, you can specify that
static, connected, or OSPF routes are imported into RIP routes. Likewise,
OSPF redistribution supports the import of static, connected, or RIP routes
into OSPF routes.
To configure for redistribution, define the redistribution tables with “restrict”
redistribution filters. In the CLI, use the restrict command for RIP at the RIP
router level.
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