IPv4 Static Route Configuration

Overview of IPv4 Static Routes

Configuring IPv4 static routes can implement the interworking of simple networks.

Configuration Precautions for IPv4 Static Route

Configuring IPv4 Static Routes

On a network, you can control route selection by configuring IPv4 Static Routes.

Configuring IPv4 Floating Static Routes

Configuring IPv4 floating static routes helps to implement route backup and improve network reliability.

Configuring Association between LDP and Static Routes

On an MPLS network with primary and secondary LSPs established by label switched routers (LSRs) using static routes, association between LDP and static routes prevents MPLS traffic from being interrupted during traffic switching between the primary and secondary LSPs.

Configuring IPv4 Static Route Detection

With IPv4 static route detection, if a link through which an IPv4 static route travels fails, a rapid link switchover is performed, preventing lengthy service interruptions.

Configuring FRR for IPv4 Static Routes

Fast reroute (FRR) is applicable to services that are sensitive to packet delay and packet loss. FRR can be configured for IPv4 static routes to protect traffic using backup links.

Configuration Examples for IPv4 Static Routes

This section provides configuration examples of IPv4 static routes.