IPv6 – Internet Protocol version 6 Training

Course Name
IPv6 – Internet Protocol version 6 Training

Course Overview
This course on IPv6 Internet Protocol version 6 provides an understanding and hands-on exposure to the Next Gen Internet Protocol -IPv6, its structure, operation, and technical features. IPv6 addressing and architectures is discussed in detail, the deployment, transition, and co-existence with IPv4 are examined. IPv6 policy and address allocations are discussed, as are the issues related to the current status of IPv4 free pool allocation and the deployment status of IPv6.

Target Audience

  • Anyone who involves in IPv6 Migration / Design projects
  • Networking professionals who are migrating from an IPv4 to IPv6-based network environment and require a thorough understanding of how to implement IPv6
  • Native IPv6 and dual-stack methods of deploying IPv6 over an existing IPv4 backbone network using different tunneling and encapsulating technologies

Fee, Schedule & Registration
Click Here for IPv6 – Internet Protocol version 6 Training course, training schedule, fee and registration information.

IPv6 – Internet Protocol version 6 Training Course Outline

Protocol Background
Technology Differences
IPv6 Features
IPv6 Address Architecture and Scheme
Notation of IPv6 addresses
Addressing Model
Text Representation of Addresses
Text Representation of Address Prefixes
Address Type Identification
Unicast Addresses
Anycast Addresses
Multicast Addresses
Address abbreviation
A Node’s Required Addresses
IPv6 Subneting mechanisms
A case study of IPv6 addressing scheme
IPv6 Packet Structure
Comparison between IPv4 and IPv6 headers
IPv6 Extension Headers (Next Headers)ICMPv6 and NDP
ICMPv6 packet format
ICMPv6 Operation
Neighbor discovery protocol(NDP)
Router discovery
Prefix discovery
Parameter discovery
Neighbor discovery procedure
Neighbor solicitation messages
Neighbor advertisement messages
Address autoconfiguration – Stateless and statefull
Address resolution
Next-hop determination
Neighbor unreachability detection (NUD)
Duplicate address detection (DAD)
Redirect
ICMPv6
NDP + Hands on LAB
IPv6 Routing
Static + Hands on LAB
RIPng + Hands on LAB
OSPFv3 + Hands on LAB
IPv6 Transition Techniques
Manual Tunnel + Hands on LAB
GRE Tunnel + Hands on LAB
6to4 Tunnel + Hands on LAB
ISATAP Tunnel + Hands on LAB
DHCPv6
Prefix Delegation + Hands on LAB
Stateless + Hands on LAB
Stateful
DNS
Dual Stack + Hands on LAB
Native IPv4 + Hands on LAB
Native IPv6 + Hands on LAB
Configuring a dual stack DNS server + Hands-on LAB
Primary DNS Server
Secondary DNS Server
Web Server
Configuring a dual stack WEB server + Hands-on LAB
IP based Webserver
Name based Webserver
DHCPv6
Enabling DHCPv6 in an Organization
IPv6 Advanced Routing
OSPFv3 + Hands-on LAB
M-BGP + Hands-on LAB
EIGRP + Hands-on LAB
IS-IS + Hands-on LAB
Redistribution + Hands-on LAB
MPLS
MPLS basics
Hands-on LAB
Advanced Transition Techniques
DS-LITE
IPSec + Hands-on LAB
6RD + Hands-on LAB
6PE + Hands-on LAB
6VPE + Hands-on LAB
IPv6 Multicast
Scope based Multicast + Hands-on LAB
Video Streaming using IPv6 in an Organization + Hands-on LAB
IPv6 Security
Security Assessment and Applicable solutions
IPv6 Mobility
IP Mobility Operations
Mobility Extension Header
ICMPv6 Mobility Messages
IPv6 Network Mobility (NeMo)
IPv6 Troubleshooting

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Manish Bhojasia - Founder & CTO at Sanfoundry
Manish Bhojasia, a technology veteran with 20+ years @ Cisco & Wipro, is Founder and CTO at Sanfoundry. He lives in Bangalore, and focuses on development of Linux Kernel, SAN Technologies, Advanced C, Data Structures & Alogrithms. Stay connected with him at LinkedIn.

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