EIGRP vs OSPF – 10 Differences between EIGRP & OSPF [2023]

eigrp-vs-ospf

In this article, we will discuss some common differences between EIGRP & OSPF. Both are dynamic routing protocols and both have their pros and cons. If you are new to the dynamic routing protocols, I recommend you to go through the EIGRP & OSPF, it will help you to understand the below differences. Let’s start!

eigrp-vs-ospf

Key Differences: EIGRP vs OSPF

  • EIGRP stands for Enhanced Interior Gateway Routing Protocol & OSPF stands for Open Shortest Path first.
  • EIGRP is a Hybrid Routing Protocol having the features of both Distance Vector and Link State Routing Protocols. However, OSPF is a link-state routing protocol.
  • EIGRP is a Cisco Proprietary Routing Protocol, but OSPF is standardized by the Internet Engineering Task Force (IETF).
  • EIGRP uses a combination of Bandwidth, Load, Total Delay, Reliability, MTU, and Hop Count as its metric. OSPF uses the Path Cost as its metric.
  • EIGRP is the only routing protocol, that supports unequal cost load balancing. However, OSPF only supports equal-cost load balancing.
  • The Administrative Distance (AD) Value of EIGRP is 90 & 170 (Internal & External). OSPF AD value is 110.
  • EIGRP Uses Diffused Update Algorithm (DUAL) to calculate the best route. However, OSPF uses the Dijkstra Algorithm to calculate the best path.
  • EIGRP Multicast address is 224.0.0.10 & OSPF Multicast addresses are 224.0.0.5 & 224.0.0.6.
  • EIGRP uses a feasible successor as a backup path for the destination networks. So, the Convergence time is very less as compared with OSPF.

Note: In some cases of EIGRP, convergence can be almost instant

Now, let’s recap all the differences between EIGRP and OSPF.

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Download: EIGRP vs OSPF

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Summary

Well, in this article, we have discussed approx 10 differences between EIGRP & OSPF. No doubt, both routing protocols are very good for medium to large-scale enterprises. However, the use of one of the routing protocols depends on various factors such as device hardware, capabilities, support, etc.

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About the Author: Vikash Kaushik

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