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Basic of BGP routing Protocol – A Two Napkin Protocol – Part 1 A 30-year-old protocol that still has its value: - BGP protocol It is also called the Two Napkin Protocol (Not an official name) If I look at a bit of the history of this protocol then in 1989 when Kirk Lougheed, Len Bosack, and Yakov Rekhter were sharing a meal at an IETF conference They famously sketched the outline of their new routing protocol on the back of some napkins, hence often
Basic of BGP routing Protocol – A Two Napkin Protocol – Part 2 BGP is scalable and stable, hence it handles millions of routes in the global routing table There is a term called BGP free backbone, this is possible that our backbone iol-0 router doesn't have any BGP information and still we can route traffic between iol-1 and iol-2 without redistribution routes or direct links between Iol-1 and iol-2 routes
BGP Zero to Hero Part 8, BGP filtering methods - Cisco Learning Network The BGP Prefix-Based Outbound Route Filtering feature uses Border Gateway Protocol (BGP) outbound route filter (ORF) send and receive capabilities to minimize the number of BGP updates that are sent between BGP peers
I am a little bit new to the BGP family. Is this a good explanation of . . . In networking, BGP refers to the Border Gateway Protocol, which is used to exchange routing information between different autonomous systems (AS), while eBGP (External BGP) is a specific type of BGP used for communication between different autonomous system, and iBGP (Interior BGP) is used for communication within a single AS; IGP stands for Interior Gateway Protocol, which is a routing
BGP - Understanding Inbound Traffic Engineering Understanding of the BGP Best-Path selection process In order to show the various options that you have to try an manipulate how traffic enters your network I will be using the following topology
sho bgp vpnv4 unicast all summary - Cisco Learning Network Redistributing via bgp 1 Advertised by bgp 1 match internal external 1 2 Last update from 2 2 15 5 on Ethernet0 0, 01:05:53 ago Routing Descriptor Blocks: * 2 2 15 5, from 10 1 1 7, 01:05:53 ago, via Ethernet0 0 Route metric is 31, traffic share count is 1 If you are asking about a network learned over the MPLS cloud like this
BGP Zero to Hero Part 2 , Attributes and Best Path Selection Algorithm A network in the BGP table with a next hop address of 0 0 0 0 means that the network is locally originated via redistribution of Interior Gateway Protocol (IGP) into BGP, or via a network or aggregate command in the BGP configuration
BGP Active State - Cisco Learning Network I do see an "active" state in your output You've probably administratively shutdown the neighbor relationship on the other side So if you keep repeatedly trying "show ip bgp summary", you will see the active state An authentication problem would also lead the router to transition to an active state A detailed link on the same CCIE Practical Studies, Volume II | BGP Finite-State Machine
BGP lt;-- gt; OSPF route redistribution - Cisco Learning Network I think BGP on RTR-1 is seeing a better route in the routing table because of OSPF (Higher Weight) and never adds the OSPF routes to its BGP table I was expecting eBGP to come in and supersede the OSPF route