Overview

Unlock the full potential of network engineering with our in-depth course on Multiprotocol Label Switching (MPLS). Designed for learners seeking practical expertise, this course demystifies both the foundational and advanced concepts of MPLS, equipping you with a clear understanding of the network devices, components, and the vital role each plays in efficient data transfer across an MPLS domain. Dive into detailed explorations of MPLS label formats, uncovering the purpose and definition of each label field and how they enable precise packet forwarding. What sets this course apart is its comprehensive yet accessible approach to complex topics like Label Distribution Protocol (LDP) neighbor discovery, including real-world scenarios of both adjacent and nonadjacent peer communication. You’ll examine how various MPLS services interact, and how a unified label-forwarding engine streamlines the data plane regardless of service differences in the control plane. By course end, you’ll confidently differentiate MPLS devices, explain label exchanges, and understand service interactions—empowering you for advanced networking roles and future certification pursuits. Join us to gain both clarity and career-ready skills in MPLS technology.

Syllabus

Examining MPLS Operation Course Introduction
Introducing Basic MPLS Concepts

Having a clear understanding of the role of MPLS and the makeup of the devices and components is important. This understanding will help you clearly differentiate between the roles of certain devices and understand how information is transferred across an MPLS domain.

Introducing MPLS Labels and Label Stack

To fully understand MPLS, you must have a clear understanding of the format of an MPLS label and the definition for each field in that label. You also need to know exactly how information is passed from node to node in the network.

Identifying MPLS Applications

This course describes some of the different types of services with which you can use MPLS. These services are discussed at a high level. Interaction among multiple services is also discussed because there are various methods for exchanging labels. Regardless of the differences in the control plane, all the services use a single label-forwarding engine in the data plane.

Discovering LDP Neighbours

This course takes a detailed look at the LDP neighbor discovery process via hello messages, and at the type of information that is exchanged. The course also describes the events that occur during the negotiation phase of LDP session establishment and concludes with the nonadjacent neighbor discovery process. This course provides an understanding of how an LDP neighbor is discovered and which type of information is sent back and forth between two neighbors. The course also discusses situations in which the neighbor is not directly connected to a peer. This information will provide a further understanding of MPLS technology.