Mastering Mpls : Ultimate Bootcamp For Network Professionals

Empowering Network Professionals with Advanced Skills in MPLS Design, Implementation, and Optimization

What you'll learn

Introduction to MPLS

Learn about label binding, distribution, and various LDP packet types

Understand constraint-based routing and the components of MPLS TE

Explore the basics of VPNs and the various types of MPLS VPNs

Understand QoS requirements and models in MPLS networks

Engage in hands-on labs to reinforce theoretical knowledge

Recap key concepts learned throughout the course

Requirements

A solid grasp of basic networking concepts, including TCP/IP, routing, and switching

Familiarity with routing protocols such as OSPF and BGP is highly recommended

Hands-on experience configuring and managing routers and switches is beneficial.

Proficiency in IP addressing, subnetting, and addressing schemes.

A basic understanding of Virtual Private Networks (VPNs) is helpful.

Familiarity with common network troubleshooting tools and methodologies.

While not mandatory, having some prior exposure to MPLS concepts will be advantageous.

Availability of network equipment or simulators for hands-on practice is recommended.

Configuring BGP on Cisco Routers (BGP)

Description

Welcome to "Mastering MPLS: A Comprehensive Bootcamp for Network Professionals." This immersive course is designed to elevate your expertise in Multiprotocol Label Switching (MPLS), providing a deep dive into its architecture, protocols, and practical implementations.Course Overview: MPLS has become a cornerstone technology in modern networking, offering enhanced scalability, efficiency, and security. In this bootcamp, we guide network professionals through a comprehensive journey—from foundational concepts to advanced applications. You'll gain hands-on experience configuring MPLS, optimizing traffic engineering, implementing MPLS VPNs, ensuring quality of service, and fortifying network security.Key Highlights:Foundational Understanding: Begin with an exploration of MPLS fundamentals, understanding its evolution, components, and architecture.Label Distribution and LDP: Delve into the intricacies of MPLS Label Distribution Protocol (LDP), exploring label distribution, packet types, and its role in core and edge networks.Traffic Engineering: Master MPLS Traffic Engineering (TE), discovering the principles of constraint-based routing and hands-on configuration of TE tunnels.MPLS VPNs: Unlock the power of MPLS VPNs, configuring both L3VPN and L2VPN scenarios for seamless and secure communication.Quality of Service (QoS): Understand MPLS QoS models, implement traffic policing and shaping, and optimize network performance using QoS mechanisms.Security Best Practices: Navigate MPLS security considerations, implement best practices, and fortify your network against potential vulnerabilities.Real-world Applications: Explore real-world case studies, engage in hands-on labs, and develop practical skills applicable to diverse networking scenarios.Who Should Enroll: This course is tailored for network engineers, administrators, architects, IT managers, and anyone seeking advanced proficiency in MPLS. Whether you're aiming to enhance your career prospects, prepare for certifications, or deepen your understanding of MPLS, this bootcamp provides the knowledge and skills needed to excel in the field.Prerequisites: Participants should have a solid foundation in networking concepts, routing protocols, and basic familiarity with VPNs. Access to network equipment or simulators for hands-on practice is recommended.CCNP Route 642-902 ConceptsGood knowledge of Routing Protocols ( RIPv2, EIGRP, OSPF)Cisco Certified Network Associate (CCNA) certification or equivalent level of working knowledge and experience, completion of CCNA Basics and ICND courseware is recommended training for CCNA.Configuring BGP on Cisco Routers (BGP)Join us on this transformative journey to become a master of MPLS, equipped with the skills to architect and manage cutting-edge networks. Enroll now and unlock the full potential of MPLS in your professional repertoire.

Overview

Section 1: Domain-1 (Section 1: MPLS [Multi Protocol Label Switching] Unicast Routing)

Lecture 1 Introduction

Lecture 2 Introduction Zubair

Lecture 3 Q&A, Messages & Feedback

Lecture 4 Table of Content

Lecture 5 Resources Section

Lecture 6 Topology Walkthrough

Lecture 7 Processing Switching Vs CEF Switching

Lecture 8 Lab Setup Configuring MPLS Unicast Routing on the Core Routers

Lecture 9 Configuring a BGP free Core with MPLS Unicast Routing

Section 2: Lab Setup

Lecture 10 Lab Setup Important (Read First)

Lecture 11 Download & Install VMWare Workstation Pro 17 on Windows

Lecture 12 Install Eve-ng using ISO on VirtualBox

Lecture 13 Install Eve-ng using ISO file on VMWare Workstation

Lecture 14 How to add Cisco IOL in Eve-ng

Lecture 15 Add Cisco vIOS Router & Switch in Eve-ng

Section 3: Domain-1 (Section 2: Configuring Intra-AS MPLS VPNs)

Lecture 16 Section Resources

Lecture 17 MPLS Overview

Lecture 18 Configuring the VRF on the PE Router - CUST-A

Lecture 19 Running RIPV2 as the PE-CE Routing Protocol

Lecture 20 Running OSPF as the PE-CE Routing Protocol

Lecture 21 Configuring MP-BGP on the PE Routers to configure Intra-AS MPLS VPN - CUST-A

Lecture 22 MPLS Route Propagation Flow For Verification & Troubleshooting

Lecture 23 Configuring EIGRP as the PE-CE Routing Protocol

Lecture 24 Configuring Static & Default Route between PE-CE

Lecture 25 Configuring BGP as the PE-CE Protocol

Lecture 26 Configuring BGP as the PE-CE Protocol - AS-Override & Allowas-In

Lecture 27 Understanding the Traffic Flow thru MPLS VPN

Section 4: Domain-1 ( Section 3: Configuring Advanced Features )

Lecture 28 Section Resources

Lecture 29 Overview of MPLS VPN Extranets

Lecture 30 Configuring MPLS VPN Extranets Using Export-Maps

Lecture 31 Configuring OSPF - SuperBackone

Lecture 32 Configuring OSPF - Domain-ID

Lecture 33 Configuring OSPF - Shamlink

Lecture 34 Configuring an Intra-AS MPLS-VPN using a VPNv4 Route Reflector

Individuals responsible for the design, configuration, and maintenance of enterprise networks.,Telecom engineers and professionals seeking to enhance their knowledge of MPLS for efficient service delivery.,Professionals involved in integrating network solutions and services for clients.,Individuals involved in designing and planning network architectures, especially those with a focus on MPLS technologies.,Managers and directors overseeing network infrastructure and seeking a comprehensive understanding of MPLS for strategic planning.,Individuals preparing for certifications related to MPLS, such as those offered by networking organizations or vendors.,Consultants advising organizations on network optimization, scalability, and security.,Students pursuing advanced studies in networking who want to deepen their understanding of MPLS.