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