Routing - Dynamic routing protocols
Dynamic routing protocols are protocols that operate on the control plane that are used to share information about routes to particular network destinations. Typically used with IPv4 and IPv6 networks, these protocols operate on Layer 3 of the OSI model.
Routing protocols fall into two broad categories: Interior Gateway Protocols (IGPs) and Exterior Gateway protocols (EGPs). You can find out more about these by exploring the differences between them.
There is currently only one EGP protocol that is in use today, and that is BGP, which is the de facto standard routing protocol used on the Internet.
There are several IGPs, which themselves fall into two categories based on the algorithm used to share routing information. These are Distance Vector and Link State routing protocols.
The following diagram more clearly depicts the relationship between these various types of dynamic routing protocols:
For more information about individual routing protocols, take a look at the following list of links:
- Dynamic Routing Protocols
Other dynamic routing protocols include those used for Multicast traffic, such as Protocol Independent Multicast (PIM).
Links
https://networklessons.com/cisco/ccna-200-301//ip-routing-explained https://networklessons.com/cisco/ccna-200-301//introduction-to-routers-and-routing
Links to this page:
- ASBR Behavior with External Type 2 OSPF Routes
- Anycast Host Addressing
- BFD - with multiple routing protocols
- BFD Session Troubleshooting
- BGP - Autonomous System Number
- BGP RIB failure Administrative Distance
- BGP
- Bidirectional Forwarding Detection (BFD)
- DMVPN - Dual-Hub Single-Cloud with redundant spoke links config guidelines
- DMVPN - What is the best routing protocol to use
- DMVPN - using a default route
- DMVPN dual hub single cloud
- EGP
- EIGRP - Advertised metric is cumulative
- EIGRP - Router ID and loop prevention
- EIGRP - Update message exchange process
- EIGRP - internal vs external routes
- Equal-cost Multi-path routing
- FHRP - interaction with routing protocols
- GRE - Recursive routing error
- IGRP
- IPv4 point to point addresses
- IS-IS - DIS and Pseudonode
- IS-IS - route filtering
- IS-IS
- Interface speed and bandwidth
- Interior Gateway Protocol (IGP)
- Link State Routing Protocols
- MPLS - Using the BGP Allow-AS in feature
- MPLS Label Edge Router
- Multicast - Example Use Cases
- Multicast - PIM dense vs sparse mode
- Multicast - PIM
- Multicast Manual RP Configuration in Small PIM Networks
- Multicast PIM dense mode
- Multicast PIM sparse mode
- Multicast PIM sparse-dense mode
- OSPF - A comparison with IS-IS
- OSPF - Autonomous System Boundary Router (ASBR)
- OSPF Authentication for v2 and v3
- OSPF DR BDR election process
- OSPF E1 E2 N1 N2 routes
- OSPF Why it is not suitable for use on the Internet
- OSPF loop prevention
- OSPF metric sum of outgoing interface costs
- OSPF sham-link
- OSPF
- OSPFv2 and OSPFv3 comparison
- Offset-list
- Passive interface
- QoS - Classification by IP
- RIP - poison reverse
- RIP
- Routing - Difference between IGPs and EGPs
- Routing - Administrative Distance
- Routing - Classless and Classful routing protocols
- Routing - Distance Vector Routing Protocols
- Routing - Distance-vector routing protocol use cases
- Routing - How the routing table is populated
- Routing - Injecting a Static Route
- Routing - Link-State vs Distance-Vector routing protocols
- Routing - Link-state routing protocol use cases
- Routing - address-family
- Routing - ip default-network command
- Routing - network vs redistribute connected commands
- Routing - redistribute command
- Routing - redistribution and the routing table
- Routing - route tagging
- Routing - seed metrics
- Routing - what is redistribution
- Routing NX-OS passive-interface default
- Split-horizon
- Static ARP entry for own IP address
- Time to live