JNCIS-SP MPLS PART 1F

Name: JNCIS-SP MPLS PART 1F
Rating: 3.3 (29 reviews)

MPLS Implementation on Juniper Networks Devices

Created byRakesh M

Last updated 8/2022

English

What you'll learn

After the course, Engineers would be able to apply skills in Real world MPLS Deployments

Course content

4 sections • 20 lectures • 3h 33m total length

Github

Introduction7:38
Lab Toplogy11:52
Mpls Intro8:54
Explore MPLS basics, including label switching, forward decisions with longest match, and how label distribution protocols like LDP or RSVP enable traffic engineering and LSPs.
Mpls_Naming8:49
Mpls_Mechanisms5:48
Describe how MPLS inserts a label between the IP header and the link, enabling label switched path forwarding and label distribution protocols.
Mpls_Packets7:45
Construct an lsp between routers using RSVP and OSPF, observe label distribution and exchange, and forward traffic with the label stack rather than routing tables.
MPLS_Label_Types11:54
MPLS_Label_Operations6:54
Mpls_Configuration10:57

LDP Topology and Intro17:00
Explore the label distribution protocol (LDP) for MPLS, its role alongside BGP and RSVP, and how LDP sessions, hello packets, and notification messages establish label mapping across a simulated topology.
LDP with BGP Next hop12:16
Configure LDP with BGP next hop in an MPLS topology and establish iBGP sessions. Verify iBGP sessions between R1, R2, and R3, export static routes, and observe labels.
LDP Configuration8:35
Configure ldp on all interfaces after ensuring an igp is running, using interface groups for consistency. Validate ldp neighbors and adjacency across logical systems to enable mpls label distribution.
4_LDP_Authentication_Topology6:50
Ldp Authentication - https://www.juniper.net/documentation/en_US/junos/topics/usage-guidelines/mpls-configuring-miscellaneous-ldp-properties.html Reference Link
LDP Authentication15:05
LDP Graceful Restart14:17

17 RSVP Overview11:53
Explore RSVP overview, its role with IGP for traffic engineering, and how RSVP enables label exchange through messages, filters, and ipv4/ipv6 support.
18 RSVP Operational Overview12:15
https://github.com/r2079/PART1FMPLS/tree/master/rsvp
Flow Spec14:32
This video helps to understand different aspects of an RSVP session. Attached is the Ipython Notebook for the session, the default Github link course should display it just fine.

note- Please note you won't be able to execute the Ipython notebook as the environment and server are not local to you, provided the notebook is to help you revise slides and the outputs that we gathered during the course.
PATH Message19:58
Thie Session explores PATH message and we will analyse packet captures, all the outputs are saved in python notebook for easier reference, you will not be able to execute commands as there will not working environment connected in iPython

https://github.com/r2079/PART1FMPLS/blob/master/rsvp/RSVP_Path_Message_complete.ipynb

Requirements

Basic Junos Operating system Navigation should suffice

Description

The course primarily aims in understanding and implementing MPLS technologies

- MPLS Header and Packet

- LDP and Implementation

-RSVP

-CSPF

-Traffic Engineering

-SRLG

-Traffic protection Mechanisms

-MISC MPLS Topics

- All of the course Documentation is available in Lucid chart for easier exam review

www<dot>lucidchart<dot>com/invitations/accept/3186e11a-7812-4930-828c-73fe0653eaab - Please review the content and Intro Videos and if they are as per your liking go ahead and Enroll the course.

This Course primarily aims at best practices and standard implementation procedure and certification should be a by product of your learning.

Who this course is for:

Any Network Engineers who are interested to know more details about basic implementations of MPLS on Juniper Network Devices

JNCIS-SP MPLS PART 1F

What you'll learn

Explore related topics

Course content

MPLS1 lecture0

Github9 lectures • 1hr 21min

LDP6 lectures • 1hr 14min

RSVP4 lectures • 59min

Requirements

Description

Who this course is for: