- Addressing Model
- IPv6 Text Representation
- Text Representation of Address Prefixes
- IPv6 Address Abbreviation
- Recommendation for IPv6 Address Text Representation
- Address Types
- Address Scope
- Understanding Address Types - Unicast
- Global Unicast Address Explained
- SLAAC - EUI-64
- Way to generate Interface Identifiers
- Link-local Address Explained
- Site-local Address Explained
- Unique Local Address (ULA) Explained
- Unspecified Address
- Loopback Address
- IPv4-Compatible IPv6 Address Explained
- IPv4-Mapped IPv6 Address Explained
- Understanding Address Types - Anycast
- Required Anycast Address - Subnet-Router Anycast Address
- Understanding Address Types - Multicast
- Multicast Address Explained
- Understanding Multicast Address Flags
- Understanding Multicast Address Scope
- Pre-Defined Multicast Address Space
- Silicite-Node Multicast Address Explained
- A node's required Address (Host & Router)
- Multihoming




- Comparison between IPv4 and IPv6 headers
- IPv6 Extension Headers (Next Headers)


- Types of ICMPv6 messages


- Stateless autoconfiguration
- Stateful autoconfiguration
- Duplicate address detection
- Address Resolution
- Neighbor discovery procedures
- NDP Messages


- Co-existance
- Dual-stack


- NAP-PT


- Manual tunnels
- 6over4
- 6to4
- ISATAP
- Teredo
- GRE


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


A good knowledge of general networking concepts is assumed. IPv4 is reviewed as it is compared and contrasted with IPv6, but experience on IPv4 is necessary.