Interior Gateway Protocol (IGP)
Interior Gateway Protocols (IGP) are dynamic routing protocols that we (mostly) use on internal networks. IGPs are separated into two major types, based on the algorithms and methodology with which they learn about networks. These are link state and distance vector routing protocols.
Examples of IGPs are:
Links to this page:
- BGP - Accumulated IGP metric
- BGP - IGP-BGP redistribution best practices
- BGP - Multipath Attribute Prerequisites
- BGP - Next Hop Address Tracking vs Route Dampening
- BGP - Synchronization Rule
- BGP - bgp redistribute-internal command
- BGP - redistributing iBGP routes into an IGP
- BGP Advertising a prefix
- BGP Equal cost multipath
- BGP and route tagging
- BGP backdoor route
- BGP hold timer
- BGP installing a BGP-learned route into the routing table
- BGP peering redundancy using loopbacks
- BGP why do we need an IGP for BGP to work
- EGP
- EIGRP
- Equal-cost Multi-path routing
- IGRP
- IS-IS - DIS and Pseudonode
- IS-IS
- Link State Routing Protocols
- MPLS - Segment Routing over MPLS
- MPLS - what is seamless MPLS
- MPLS LSR ID
- MPLS-TE - why are IGPs necessary
- Network - Flapping
- Network Design Achieving Redundancy with PE Devices
- OSPF - A comparison with IS-IS
- OSPF Why it is not suitable for use on the Internet
- OSPF
- RIP
- Routing - Difference between IGPs and EGPs
- Routing - Distance Vector Routing Protocols
- Routing - Dynamic routing protocols
- Routing - Link-State vs Distance-Vector routing protocols
- Routing - route tagging
- Routing NX-OS passive-interface default