Established core routers of the world

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SUMMARY

The world's established core routers are primarily owned by Tier 1 companies such as Level 3 Communications, TeliaSonera International Carrier, CenturyLink, Vodafone, Verizon, Sprint, and AT&T Corporation. These routers operate on major protocols, notably the Border Gateway Protocol (BGP), which facilitates the routing of blocks of IP addresses, known as subnets or supranets. Understanding BGP is essential for navigating between different networks and core routers. Tools like the BGP Toolkit are recommended for practical exploration of AS Lookups.

PREREQUISITES
  • Understanding of Border Gateway Protocol (BGP)
  • Familiarity with core routers and their functions
  • Knowledge of IP address allocation and subnetting
  • Experience with AS Lookup tools
NEXT STEPS
  • Research the implementation of BGP in network architecture
  • Explore the functionalities of the BGP Toolkit for AS Lookups
  • Learn about different routing protocols used in core routers
  • Investigate the role of Tier 1 companies in global internet infrastructure
USEFUL FOR

Network engineers, telecommunications professionals, and anyone involved in managing or optimizing internet routing and infrastructure will benefit from this discussion.

Tony Stark
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Where are the world's Established core routers situated? On which major protocols do they run?
 
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You would also want to look into BGP protocol.

Border Gateway Protocol
https://en.wikipedia.org/wiki/Border_Gateway_Protocol

The main thing to wrap your mind around is that this is used to route blocks of IP addresses (Called Subnets or Supranets) instead of individual addresses. To get your feet wet you would want to try using an AS Lookup tool.

BGP Toolkit
http://bgp.he.net/

BGP is used to cross from a network owned by one company through to a network owned by another company, or a major subdivision of a very large network within the same company. So this would get you to the core router, and would be used between two core routers on two different networks. The core router itself might be running ATM, Frame Relay, OHC, SONET, X.25, X.75, ect, from core router to core router within its own network.
 

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