Intradomain routing protocols: Difference between revisions
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'''Intradomain routing protocols''' | '''Intradomain routing protocols''' support one of the two planses, [[control plane|control]] and [[forwarding plane|forwarding]], are needed to deliver IP packets over a network. Intradomain routing protocols provide information to the control plane, which determines and chooses the path to a destination based on metrics such as number of hops, delay, and bandwidth. The forwarding process does the actual insertion of the IP packet into a frame and forwards the frame to the next hop. | ||
The major intradomain routing protocols in current use are: | |||
*[[Routing Information Protocol]] (RIP) | |||
*[[Open Shortest Path First]] (OSPF) | |||
*[[Intermediate System-Intermediate System]] (IS-IS) | |||
*[[Enhanced Interior Gateway Routing Protocol]] (EIGRP) | |||
Of these protocols, the first three are open standards from the [[Internet Engineering Task Force]], while EIGRP is a proprietary protocol of [[Cisco Systems]]. | |||
Latest revision as of 08:34, 9 September 2024
Intradomain routing protocols support one of the two planses, control and forwarding, are needed to deliver IP packets over a network. Intradomain routing protocols provide information to the control plane, which determines and chooses the path to a destination based on metrics such as number of hops, delay, and bandwidth. The forwarding process does the actual insertion of the IP packet into a frame and forwards the frame to the next hop.
The major intradomain routing protocols in current use are:
- Routing Information Protocol (RIP)
- Open Shortest Path First (OSPF)
- Intermediate System-Intermediate System (IS-IS)
- Enhanced Interior Gateway Routing Protocol (EIGRP)
Of these protocols, the first three are open standards from the Internet Engineering Task Force, while EIGRP is a proprietary protocol of Cisco Systems.