Applying Metric Value Offsets to RIP Routes in Cisco Routers | Urdu/Hindi
#offset #metric #value Applying Offsets Metric Value to RIP Routes In RIP, the metric value is used to determine the best path to a destination network. The metric value is based on the number of hops between the router and the destination network. By default, the metric value is calculated based on the hop count, with each hop incrementing the metric value by 1. However, you can apply an offset to the metric value for RIP routes, which can be useful in certain scenarios where you want to manipulate the path selection process. To apply an offset metric value to RIP routes, you can use the following command: Router(config-router)# offset-list {access-list-number | access-list-name} {in | out} [interface] Here's an example of how to apply an offset metric value of 10 to incoming RIP routes on interface GigabitEthernet0/0: Router(config)# access-list 1 permit 10.0.0.0 0.255.255.255 Router(config)# router rip Router(config-router)# offset-list 1 in GigabitEthernet0/0 10 In this example, access-list 1 is used to specify the network(s) for which the offset metric value should be applied. The offset-list command applies an offset metric value of 10 to incoming routes on interface GigabitEthernet0/0 for the network(s) specified in access-list 1. Keep in mind that applying an offset metric value can affect the path selection process, and may cause unexpected behavior in your network. Therefore, it's important to thoroughly test and verify any changes before implementing them in a production environment. Chapters 00:00 - Intro 00:19 - What Off-Set? 00:29 - Overview on Metric Value 02:30 - Can we change metric value 10:29 - GNS3 Lab 20:50 - End Credits RIP - Complete Video Tutorials (43 Videos) • [Urdu/Hindi] Routing Information Protocol ... This series of 43 videos contain detail and brief introductions and configuration of routing information protocol. Following are the detail of these video tutorials: 1. Dynamic Routing Protocol 2. Distance-Vector 3. RIP Basics 4. RIP Versions 5. RIP Messages 6. RIP Process 7. RIP Timers 8. RIPv2 Lab | 2 Routers & 2 Systems 9. RIPv2 Lab | 3 Routers & 2 Systems 10. RIPv2 Lab | 3 Routers & 3 Systems 11. RIPv2 Lab | Understanding of RIPv1 via Packet Capture: 12. RIPv2 Lab | Understanding of RIPv2 via Packet Capture 13. RIPv2 Lab | auto-summary & no auto-summary 14. RIPv2 Lab | Authentication 15. RIPv2 Lab | Response Message contain 25 routing entries 16. RIPv2 Lab | RIP Metric Value / HOP Calculations 17. RIP Neighbors 18. RIP Default-Information Originate 19. RIP Change Administrative Distance 20. RIP Change Default Metric Value for redistribute routes 21. Redistribute routes from other protocols into RIP 22. RIP v2-broadcast 23. Redistribute connected 24. Redistribute static 25. Redistribute ospf 26. Redistribute e-bgp 27. Redistribute i-bgp 28. Redistribute EIGRP 29. Redistribute ISIS 30. Transparently redistribute metric in RIP 31. RIP Passive Interface 32. Interoperability of RIPv1 and RIPv2 Networks 33. Redistribute routes into RIP using Route-Map and IP Prefix 34. Redistribute routes into RIP using Route-Map and ACL 35. How to set RIP Metric in route-map for redistribution of routes 36. Which metric is used when configure via route-map, default-metric, redistribute routes 37. RIP Load balancing using equal-cost routes 38. RIP Update Timer 39. RIP Hold-down Timer 40. Applying Offsets Metric Value to RIP Routes 41. Set Input Queue for RIP 42. RIP Filtering Routes using distribute-list 43. Interpacket Delay between RIP Messages Playlists Open Shortest Path First (OSPF): • [Urdu/Hindi] Open Shortest Path First Routing Information Protocol (RIP): • [Urdu/Hindi] Routing Information Protocol ... IPv4 Routing: • [Urdu/Hindi] IP Routing (Beginner to Pro) IPv4 Addressing: • [Urdu/Hindi] IPv4 Addressing Networking Terminologies: • [Urdu/Hindi] Networking Concepts & Termino... Labs in Cisco Packet Tracer: • [Urdu/Hindi] Labs in Cisco Packet Tracer Labs in GNS3: • [Urdu/Hindi] Labs in GNS3 Memotec, NetPerformer, LOOP-AM: • [Urdu/Hindi] NetPerformer, Memotec, LOOP-A... CCNA, Networking Questions an Answers (MCQs): • MCQs - IPv4 Addressing (CCNA) Informative Short Videos: • [Urdu/Hindi] Informative Shorts Social Media Like, Share, Comment, Follow and Subscribe Instagram: / networkinghubone Twitter: / networkhubone Facebook Page: / networkinghubone Facebook Group: / 462207865973928 TikTok: / networkinghubone Don't forget to subscribe: / @networkinghubone #networkinghubone
