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Part 1E Tunnelling and Service Provider Switching
Rating: 4.6 out of 5(15 ratings)
119 students

Part 1E Tunnelling and Service Provider Switching

Tunnelling and SP Switching
Created byRakesh M
Last updated 6/2018
English

What you'll learn

  • After finishing this course, engineers would be comfortable to implement various tunnelling and MC-lag / Bridge Domains

Course content

1 section • 13 lectures • 2h 22m total length

  • Introduction3:13
  • GRE Tunnelling9:49
  • GRE Lab11:09
  • GRE_OSPF11:13

    Configure GRE tunnels with OSPF and a 10-second keepalive, plus static routes to ensure reachability; if OSPF tunnel learning causes issues, switch to BGP with export policies.

  • IPIP Tunnelling6:28
  • Questions
  • Logical Tunnel Implementation11:19

    Learn to implement a logical tunnel by using multiple logical systems on a single Juniper mx box, enabling ospf between two virtual routers with ip addresses and no physical cables.

  • LT
  • Bridge Domain9:31
  • Bridge Domain lab11:22
  • VRRP In Bridge Domain and Virtual Switch9:43
  • Bridge Domains
  • VLAN Translations6:41
  • QinQ
  • QinQ Implementation15:39
  • MC Lag17:36

    Discover multi-chassis link aggregation (mc-lag) and port-channel topologies, using iccp control plane and icl keepalive for redundancy, with active-active and active-standby modes for uplink resilience.

  • MC Lag Lab18:42

    Configure the MC Lag Lab by setting up interface aggregation, lcp options, redundancy groups, liveliness detection, and distributing traffic.

  • MCLAG

Requirements

  • Basic Junos and Vmx Router Instance

Description

Agenda of the course 


-> Learn about Tunnelling Protocols - GRE and IPIP

-> Implement Tunnelling 

-> Implement LT Interfaces 

-> Implement Bridge Domains 

-> Implement VRRP in Bridge Domains 

-> Implement Vlan Translations 

-> Implement QinQ

-> Implement MC-Lag 


This is purely done keeping one thing in mind as i have re-iterated earlier, the goal of this course is to make it as practical as possible along with exploring the user-friendly options where students who enroll for this course can take a better advantage by setting up their own systems without worrying about hardware. I have also made sure that this entire course can run in VMX Instances of Junos. All the Labs and configuration / Slideware are uploaded in Github for your references.

I hope you enjoy this course as much as I did developing it.

What are the requirements?

  • Basic knowledge of Junos

What am I going to get from this course?

  • Implementing Tunnelling and MC-LAG on Juniper Routers

What is the target audience?

  • Network Engineers

What level student is this for?

  • Basic Knowledge of Junos and Juniper operating system is beneficial

What level skill is the course?

  • Beginner to Intermediate Level of knowledge would suffice to take this course

What type of course within a given field is it?

  • Network Engineers and anyone Interested in Network Engineering can take up this course 

What will the student be able to do or understand after taking this course?

  • Implementation and Troubleshooting Tunnelling and MC-LAG at Service Provider Grade with all the fundamentals in place.




Who this course is for:

  • Network Engineers Preparing for Jncis and any Juniper Networks Certification and General Education

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