The General Router ID configuration provides the ability to configure a common Router ID for all routing protocols

An OSPF router can attract all traffic towards itself from within the OSPF network, by advertising a default route.

This feature introduces metric profiles to OSPF metric configurations. Metric profiles allow multiple metric configurations to be applied on the interface at the same time. When the interface speed drops below certain thresholds, the interface will automatically change the metric it uses based on the configurations in the metric profile.

This feature introduces the support for OSPF routes over GRE tunnels under default as well as non-default VRFs. The feature is disabled by default. 

GRE OSPF 4.23.1F

This feature introduces the support for OSPF routes over GRE tunnels under default as well as non default VRFs. The

Section 9.5 of RFC2328 “OSPF Version 2” states that the mask in Hello packets should be set to when

OSPF 4.24.2F

In an OSPFv2 Area Border Router (ABR), area filters may be used to prevent specific prefixes from being announced by an

OSPF 4.23.0F ABR

The OSPFv2 Secure Hash Algorithms (SHA) Authentication support as defined in RFC 5709 supports the configuration of

OSPF supports all of RFC3630 and parts of RFC4203. When configured, OSPF generates the following information in

This feature may be used for redistributing OSPFv2 leaked and non leaked routes from one instance to another when

This document describes the feature that allows the redistribution of VRF leaked BGP routes into OSPFv2 and OSPFv3.

When there are multiple VRFs on the device and there is a need to share routes between them, typically for shared

VRF Route leaking can be used when routes from one VRF are required in another VRF (e.g. in case of shared services). If

This document describes the OSPFv2 feature that allows the setting of “Down” (DN) bit in type 5 and type 7 LSAs. The