Step 7: Migrating from ISATAP to Native IPv6
Finally, when all your network infrastructure devices support IPv6, you can begin to decommission your ISATAP routers because you no longer need them.
Whether you will also migrate your infrastructure and hosts to support only pure-IPv6 is a decision best left for the distant future.
Upcoming next sections:
The Advantages of IPv6
Address Resolution in IPv6
In this tutorial:
- Deploying IPv6
- Understanding IPv6
- Understanding IPv6 Terminology
- Understanding IPv6 Addressing
- Understanding IPv6 Prefixes
- Understanding IPv6 Address Types
- Understanding Unicast Addresses
- Identifying IPv6 Address Types
- Understanding Interface Identifiers
- Comparing IPv6 with IPv4
- Understanding IPv6 Routing
- How IPv6 Routing Works
- IPv6 Route Determination Process
- IPv6 Routing Table Structure
- Understanding ICMPv6 Messages
- Understanding Neighbor Discovery
- Understanding Address Autoconfiguration
- Understanding Name Resolution
- Understanding Name Queries
- Understanding Name Registration
- PTR Records and IPv6
- IPv6 Enhancements in Windows 7
- Summary of IPv6 Enhancements in Windows 7
- Configuring and Troubleshooting IPv6 in Windows 7
- Configuring IPv6 in Windows 7 Using the User Interface
- Configuring IPv6 in Windows 7 Using Netsh
- Other IPv6 Configuration Tasks
- Enabling or Disabling IPv6
- Disabling Random Interface IDs
- Resetting IPv6 Configuration
- Displaying Teredo Client Status
- Troubleshooting IPv6 Connectivity
- Planning for IPv6 Migration
- Blocking Teredo
- Understanding ISATAP
- Migrating an Intranet to IPv6
- Step 1: Upgrading Your Applications and Services
- Step 2: Preparing Your DNS Infrastructure
- Step 3: Upgrading Your Hosts
- Step 4: Migrating from IPv4-only to ISATAP
- Step 5: Upgrading Your Routing Infrastructure
- Step 6: Upgrading Your DHCP Infrastructure
- Step 7: Migrating from ISATAP to Native IPv6
- The Advantages of IPv6
- Address Resolution in IPv6