IP Routing
Properly plan route configurations to prevent network problems caused by route loops. For details, see Layer 3 Routing Loop Prevention for Routers (Carrier users/Enterprise users).
- Basic IP Routing Configuration
- IP routing is the basic concept on data communication networks.
- IPv4 Static Route Configuration
- Static routes are applicable to networks with simple structures. Properly configuring and using static routes can improve network performance and guarantee the required bandwidth for important applications.
- IPv6 Static Route Configuration
- Static routes are applicable to networks with simple structures. Properly configuring and using static routes can improve network performance and guarantee the required bandwidth for important applications.
- OSPF Configuration
- By building OSPF networks, you can enable OSPF to discover and calculate routes in an AS. OSPF is applicable to large-scale networks with hundreds of routers.
- OSPFv3 Configuration
- This chapter describes the key concepts of Open Shortest Path First version 3 (OSPFv3) and provides an overview of its configuration and maintenance. OSPFv3 is applicable to large-scale networks with hundreds of devices.
- RIP Configuration
- RIP can advertise and receive routes to select routes for data forwarding and provide the Network Management Station (NMS) function. RIP is applicable to small-scale networks.
- RIPng Configuration
- RIPng is an extension of RIP to support IPv6.
- IS-IS Configuration
- This chapter describes the principles and provides configuration procedures and configuration examples of Intermediate System to Intermediate System (IS-IS).
- BGP Configuration
- Border Gateway Protocol (BGP) is applicable to complicated large-scale networks and used to transmit routing information between ASs.
- BGP4+ Configuration
- BGP4+ transmits routing information between Autonomous Systems (ASs) and is applicable to large-scale and complex IPv6 networks.
- Routing Policy Configuration
- Routing policies are applied to routing information to change the path through which network traffic passes.
- XPL Configuration
- Extended routing-policy language (XPL) is a language used to filter routes and modify route attributes. By modifying route attributes (including reachability), XPL changes the path through which network traffic passes.