BGP Fundamentals | BGP Basics | CCNP-CCIE BGP Basics (Hindi)

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In this video, brought to you by I-MEDITA, we'll delve deep into the fundamentals of the Border Gateway Protocol (BGP). Whether you're preparing for a CCNP or CCIE certification, or you're simply interested in gaining a comprehensive understanding of BGP basics, this video is tailored to meet your needs.
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BGP, an abbreviation for Border Gateway Protocol, is a critical component in the world of networking. It plays a pivotal role in ensuring the smooth exchange of routing and reachability information among autonomous systems on the Internet.

What is BGP?

Border Gateway Protocol, or BGP for short, is a standardized exterior gateway protocol. It is specifically designed to facilitate the exchange of routing and reachability information among autonomous systems (AS) operating on the Internet. These autonomous systems are the building blocks of the Internet, and they can range from Internet service providers (ISPs) to large enterprises. BGP is the glue that holds these diverse entities together, ensuring the seamless data flow across the global network.

Classification of BGP

BGP is a versatile protocol, often classified as a path vector protocol. However, it's worth noting that at times, it can also be considered a distance-vector routing protocol. The classification may seem nuanced, but it's essential to understand that BGP exhibits characteristics of both types. By exploring these nuances, we can better grasp its operation and applications.

Path Vector Protocol

A path vector protocol is one where routers exchange routing information as path vectors. These vectors represent the sequence of autonomous systems a route has traversed to reach a destination. This method allows for efficient loop prevention and helps select the best path based on the number of AS hops, path attributes, and other factors. BGP's use of path vectors is vital for the stable and reliable routing of data across the Internet.

Distance-Vector Routing Protocol

While BGP is primarily a path vector protocol, it also possesses some characteristics of distance-vector routing protocols. In distance-vector routing, routers periodically share their routing tables with neighbors, and the decision-making process is influenced by distance metrics. BGP does not follow this exact model but shares some similarities.

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This video is about:
BGP Fundamentals
BGP Basics
Border Gateway Protocol
CCNP
CCIE
Networking
Routing and Reachability
Autonomous Systems
Internet Routing
Path Vector Protocol
Distance-Vector Routing
Routing Decisions
Network Policies
BGP Classification
BGP in Action
BGP Core Role
Network Stability
Troubleshooting BGP
Network Design with BGP
BGP Security
BGP Tutorial
I-MEDITA
CCNP Certification
CCIE Certification
BGP Best Practices
Internet Architecture
BGP Configuration
imedita
BGP Optimization
BGP Security Practices
Internet Service Providers
BGP Routing Protocol
AS Path Length
BGP in Large-Scale Networks
BGP Hijacks
I-Medita
Routing Efficiency
Redundancy with BGP
IMedita
Traffic Engineering
BGP for Network Administrators
BGP for IT Professionals
BGP Training