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Part 1D - JNCIS-SP BGP
Rating: 4.3 out of 5(21 ratings)
229 students

Part 1D - JNCIS-SP BGP

Juniper JNCIS-SP Course
Created byRakesh M
Last updated 1/2018
English

What you'll learn

  • How BGP is implemented on Junos OS System, Various BGP Protocol Methodology and a Good Thought Process.

Course content

1 section • 15 lectures • 3h 15m total length

  • GitHub page for Configuration and Topology files - eve-ng Emulator0:23

    https://github.com/r2079/BGP_Part_1D.git

  • Course Introduction3:22

    Explore how BGP works in a Junos environment, from establishing a neighbor relationship and the BGP FSM to path selection by attributes and policy based forwarding, with hands-on labs.

  • BGP_FSM8:48
  • What is an FSM event below
  • BGP_FSM_Lab8:48

    Explore how a BGP finite state machine governs protocol events, from open messages to keepalives and notifications, and how error handling and collisions are managed.

  • Update Message
  • BGP_Message and States12:59
  • BGP States
  • BGP Next-Hop27:14

    Explore how BGP selects the best next-hop using mandatory, optional, and discretionary attributes, and how iBGP/eBGP behavior and export policies shape route propagation.

  • Next-Hop
  • BGP_Local Preference23:16

    Discover how the BGP local preference attribute shapes next-hop choice by configuring policy options and tuning values, using a two-entry-point scenario to steer inbound traffic.

  • BGP AS-PATH Prepend Expand12:39
  • BGP MED16:03
  • IBGP10:26
  • IBGP Full Mesh11:27
  • IBGP Route-Reflector19:04
  • IBGP_Path Selection - Cluster-List8:50
  • IBGP_Confed18:02
  • BGP_Communities13:57

Requirements

  • There are No prerequisites for this course. Basic knowledge of Junos OS will be sufficient to take this course.

Description

Github page for all the eve-ng topology files and configurations. Username and password would be lab/lab123 after you copy the configuration into the device.

Please do not request for Juniper Official course-ware or official images.

GitHub link is provided in the Curriculum.

-> Describe BGP implementation in Juniper Routers 

-> Describe BGP FSM

-> Explain BGP Path-Selection

 -> Explain various BGP Packets / Message Types

-> Explain BGP RR / BGP Confederation

-> Explain BGP Communities

 -> Explain BGP Address-Families 

-> Super-Lab 

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 BGP in 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 BGP at Service Provider Grade with all the fundamentals in place.

Who this course is for:

  • Anyone who wants to implement BGP, Studying for certification

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