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- Basic of BGP routing Protocol – A Two Napkin Protocol – Part 1
Basic of BGP routing Protocol – A Two Napkin Protocol – Part 1 This series focuses on the BGP routing protocol and will be presented across multiple articles due to the depth and length of the content Some information may be referenced from other sources and simplified for better understanding
- Basic of BGP routing Protocol – A Two Napkin Protocol – Part 2
Basic of BGP routing Protocol – A Two Napkin Protocol – Part 2 This series focuses on the BGP routing protocol and will be presented across multiple articles due to the depth and length of the content Some information may be referenced from other sources and simplified for better understanding
- 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
- BGP Zero to Hero Part 7, BGP Communities - Cisco Learning Network
BGP Communities are useful to solve asymmetrical customer routing problems 2-Service providers can make an agreement with your customers on a specific policy to be applied to their prefixes using BGP communities In the below link, you will find some communities that SP force customers to apply on their Customer Edges
- how to view BGP neighbor status in a VRF setup
BGP show command for VRFs can become very long You need to issue the show bgp vrf [VRF-NAME] all summary command to view the same information as you would with the show bgp summary command but specific for the VRF in question
- BGP Zero to Hero Part 9, AS-Path Attribute Manipulation
BGP Replace Autonomous System Numbers (ASNs) feature is a BGP policy on the router that allows replacing any of the configured AS number with its own AS Many AS numbers can be specified to allow such a replace to happen to more than one AS number using the AS_PATH attribute
- 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
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