Certified Inter-Networking Engineer (MTCINE)
Training outline
Duration: 2 days
Outcomes: By the end of this training session, the student will be able to set up
and manage organization wide networks
Target audience: Network engineers and technicians wanting to deploy and support
networks using BGP (internal and external), MPLS, VPLS protocols
Course prerequisites: MTCNA and MTCRE certificates

Module 1 BGP

  • What is Autonomous System (AS)
  • What is Border Gateway Protocol (BGP)?
  • Path Vector algorithm
  • BGP Transport and packet types
  • iBGP and eBGP
  • Stub network scenarios and private AS removal
  • Non-stub scenarios
  • iBGP and eBGP multi-hop and loopback usage
  • Route distribution and routing filters
  • BGP best path selection algorithm
  • BGP prefix attributes and their usage
  • BGP route reflectors and confederations
  • Module 1 laboratory

Module 2 MPLS

  • MPLS basics
  • Static label mapping
  • Label Distribution Protocol (LDP)
  • Penultimate-hop-popping
  • MPLS traceroute differences
  • LDP based VPLS tunnels
  • Bridge split horizon
  • VPLS control word (CW) usage
  • L2MTU importance and MPLS fragmentation
  • BGP based VPLS
  • VRF and route leaking
  • BGP based layer3 tunnels (L3VPN)
  • OSPF as CE-PE protocol
  • Module 2 laboratory

Module 3 Traffic Engineering

  • What is traffic engineering and how it works
  • RSVP, static path, dynamic path (CSPF)
  • Bandwidth allocation and bandwidth limitation differences and
  • Module 3 laboratory
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