Certified Network Engineer (Silver)

Status: Active

Certificate Information

All the training courses are delivered via instructor-led approach with hands-on lab. As these are certification programs, candidates are required to pass both the written and hands-on evaluation to qualify for the certificate.

Instructor-Led Training

Set in an interactive classroom environment, the instructor will introduce concepts and guide students with detailed explanations and interesting examples to meet the student expectations and requirements and at the same time keep the students engaged.

Hands-on Lab

Step-by-step hands-on labs with detail instructions and guide are provided to reinforce all key concepts. It allows the student to reinforce concepts by performing the tasks they have just learned.

Preface

The IPv6 protocols offers extended address space, scalability, improved support for security, real-time traffic support, and auto-configuration so that even a novice user can connect a machine to the Internet. The training program is designed to provide foundation information on IPv6 technology and exposure the participants on the technical knowhow to start the IPv6 implementation.

Training Approach

The training would involve both theory and practical led by the instructor. Easy to understand case study-based real life approach. In depth knowledge from experienced trainer.

Who Should Attend?

This course is ideal for network administrations, network support personnel, network designers, networking consultants, IT managers and IT directors.

Training Duration

4 days

Prerequisites

Basic knowledge of Networking, Basic Knowledge of IPs

Course Outline

Introduction to IPv6

Global IP Address Resource Management
Issues with IPv4 Addressing
Comparison between IPv4 and IPv6
General IPv6 features
Comparison summary between IPv4 and IPv6

IPv6 Addressing Architecture

IPv6 Address Type
IPv6 Address Representation
IPv6 Address Scope
IPv6 Addressing Hierarchy
IPv6 Auto-configuration
IPv6 Special Address

IPv6 Packet Structure and Header Formats

Comparison between IPv4 and IPv6 headers
IPv6 Extension Headers

ICMPv6 and Neighbour Discovery

ICMPv6 Header
ICMPv6 Header Type
Neighbour Discovery Protocol (NDP)
Router Discovery
Prefix Discovery
Parameter Discovery
Address Auto configuration
Address resolution
Next-hop determination
Neighbor Unreachability Detection
Duplicate Address Detection
Redirect

Transition Mechanisms

Co-existence
Dual-stack
Dual IP Layers
Bump In Stack
Translation
NAT64
Tunnelling
Manual tunnels
6over4
6to4
ISATAP
Teredo
GRE
Tunnel Broker

Dual Stack Transition Case Studies

Lesson learns from the past
Tunnel MTU and Path Discovery
Key Factors for successful transition
Transition Security Issues

Hands-on Modules

Address autoconfiguration
Configuring static route
Configuring IPv6 manual tunnel
Configuring 6to4
Configuring ISATAP