Ospfv3 Support In Interfaces; Ospfv3 Area Parameters; Redistribution Rules; Ospfv3 Interface Parameters - Juniper NETWORK AND SECURITY MANAGER 2010.4 - CONFIGURING SCREENOS DEVICES GUIDE REV 01 Manual

Configuring ScreenOS Devices Guide

OSPFv3 Support in Interfaces

OSPFv3 Area Parameters

Table 82: OSPFv3 Area Parameters
OSPFv3 Area Parameters
Area range
Metric of default route
Filter out summary LSAs

Redistribution Rules

OSPFv3 Interface Parameters

Table 83: Interface Parameters
Interface Parameters
Cost
334
uses a dotted decimal notation, similar to an IP address, or an integer value. The router
ID of the OSPFv3 instance is always equal to the VRID of the VR that it belongs to. Select
Virtual Router > edit a VR > Dynamic Routing Protocol, and then select the Configured
OSPFv3 Instance check box to configure a OSPFv3 instance.
OSPFv3 is supported in tunnel interfaces. You can enable OSPFv3 on tunnel interfaces
in the same way as any regular physical interface. By default, you can assign the tunnel
as a point-to-point link OSPFv3. There must be at least one pure IPv6 IPsec or IPv6 over
IPv4 IPsec VPN to make the two OSPFv3 routers at the end of the tunnel interface
communicate adjacently. OSPFv3 is supported on all IPv6 physical interfaces.
You can configure the following area parameters in an OSPFv3 area as described in Table
82 on page 334.
Description
Allows a group of subnets to be consolidated into a single network address. This
range can be advertised in a single summary link advertisement to other areas.
When you configure an area range, you can specify whether to advertise or withhold
the defined area range in advertisements.
Specifies the metric for the default route advertisement.
Specifies that the summary link state advertisements (LSAs) are not advertised in
the area.
Route redistribution is the exchange of route information between the routing protocols.
Redistribution routes can be outlined based on the summary list or filtered based on the
IPv6 enabled route-map. The IPv6 routes can be redistributed into the OSPFv3 routing
instance in the same VR. You can also summarize the routers redistributed in Dynamic
Routing Protocol > OSPFv3 > Summary Import. You can also enhance Border Gateway
Protocol (BGP) to redistribute OSPFv3 route. The OSPFv3 routes can be redistributed
with RIPng also.
Table 83 on page 334 describes the interface parameters in an OSPFv3 enabled interface
that you can configure.
Description
Specifies the metric for the interface. The cost associated with an interface depends upon the
bandwidth of the link to which the interface is connected. The higher the bandwidth, the lower the
cost value is.
Copyright © 2010, Juniper Networks, Inc.