Netgear XCM8810 - 8800 SERIES 10-SLOT CHASSIS SWITCH ユーザーズマニュアル

Route Redistribution

More than one routing protocol can be enabled simultaneously on the switch. Route 
redistribution allows the switch to exchange routes, including static routes, between the 
routing protocols. Route redistribution is also called route export.

Configuring Route Redistribution

Exporting routes from one protocol to another and from that protocol to the first one are 
discrete configuration functions. For example, to run OSPFv3 and RIPng simultaneously, you 
must first configure both protocols and then verify the independent operation of each. Then 
you can configure the routes to export from OSPFv3 to RIPng and the routes to export from 
RIPng to OSPFv3. Likewise, for any other combinations of protocols, you must separately 
configure each to export routes to the other.

Enable or disable the exporting of static, direct, or other protocol-learned routes into the 
RIPng domain using the following commands:

enable ripng export [direct | ospfv3 | ospfv3-extern1 | ospfv3-extern2 | 

ospfv3-inter | ospfv3-intra | static] [cost <number> {tag <number>} | policy 

<policy-name>]

 



disable ripng export [direct | ospfv3 | ospfv3-extern1 | ospfv3-extern2 | 

ospfv3-inter | ospfv3-intra | static]

 

These commands enable or disable the exporting of static, direct, and OSPF-learned routes 
into the RIPng domain. You can choose which types of OSPF routes are injected, or you can 
simply choose 

ospf

, which will inject all learned OSPF routes regardless of type. The default 

setting is disabled. 

RIPng Configuration Example

The following configuration is similar to the example in the RIP chapter, but uses IPv6 
addresses. It illustrates a BlackDiamond switch that has three VLANs defined as follows:

All ports on slots 1 and 3 have been assigned.

IP address 

2001:db8:35::1/48

.

All ports on slots 2 and 4 have been assigned.

IP address 

2001:db8:36::1/48

.

Port-based VLAN.