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The most fundamental transition technology is the architecture of the Next Generation TCP/ IP stack, which is native to Windows Vista and Windows Server 2008. With this technology, computers can use IPv6 to communicate if the client, server, and network infrastructure sup-
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Lesson 3: Understanding IP Version 6 (IPv6) Addressing
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port it. However, they can also communicate with computers or network services that support only IPv4.
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Intra-site Automatic Tunnel Addressing Protocol (ISATAP)
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ISATAP is a tunneling protocol that allows an IPv6 network to communicate with an IPv4 network through an ISATAP router, as shown in Figure 1-42.
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Figure 1-42 ISATAP routers allows IPv4-only and IPv6-only hosts to communicate with each other
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ISATAP allows IPv4 and IPv6 hosts to communicate by performing a type of address translation between IPv4 and IPv6. In this process, all ISATAP clients receive an address for an ISATAP interface. This address is composed of an IPv4 address encapsulated inside an IPv6 address. ISATAP is intended for use within a private network.
NOTE
Tunnel Adapter Local Area Connection* 8
Installations of Windows Server 2008 include an ISATAP tunnel interface by default. Usually this interface is assigned to Tunnel Adapter Local Area Connection* 8.
6to4
6to4 is a protocol that tunnels IPv6 traffic over IPv4 traffic through 6to4 routers. 6to4 clients have their router s IPv4 address embedded in their IPv6 address and do not require an IPv4 address. Whereas ISATAP is intended primarily for intranets, 6to4 is intended to be used on the Internet. You can use 6to4 to connect to IPv6 portions of the Internet through a 6to4 relay even if your intranet or your ISP supports only IPv4. A sample 6to4 network is shown in Figure 1-43.
1
Understanding and Configuring IP
6to4 host
IPv6 intranet
6to4 router
IPv4 Internet
6to4 relay
IPv6 Internet
IPv6 host
IPv6
IPv6 over IPv4
IPv6
Figure 1-43 6to4 allows IPv6-only hosts to communicate over the Internet
Teredo
Teredo is a tunneling protocol that allows clients located behind an IPv4 NAT device to use IPv6 over the Internet. Teredo is used only when no other IPv6 transition technology (such as 6to4) is available. Teredo relies on an infrastructure, illustrated in Figure 1-44, that includes Teredo clients, Teredo servers, Teredo relays, and Teredo host-specific relays.
Teredo host-specific relay Teredo client
IPv4 intranet IPv4 Internet
Teredo relay
IPv6 Internet
IPv6 host
IPv6 over IPv4
IPv6 over IPv4
IPv6
Teredo server
Figure 1-44 Teredo allows hosts located behind IPv4 NAT to use IPv6 over the Internet to communicate with each other or with IPv6-only hosts
Lesson 3: Understanding IP Version 6 (IPv6) Addressing
Teredo client A Teredo client is computer that is enabled with both IPv6 and IPv4 and that is located behind a router performing IPv4 NAT. The Teredo client creates a Teredo tunneling interface and configures a routable IPv6 address with the help of a Teredo server. Through this interface, Teredo clients communicate with other Teredo clients or with hosts on the IPv6 Internet (through a Teredo relay). Teredo server A Teredo server is a public server connected both to the IPv4 Internet and to the IPv6 Internet. The Teredo server helps perform the address configuration of the Teredo client and facilitates initial communication either between two Teredo clients or between a Teredo clients and an IPv6 host.
To facilitate communication among Windows-based Teredo client computers, Microsoft has deployed Teredo servers on the IPv4 Internet. Teredo relay A Teredo relay is a Teredo tunnel endpoint. It is an IPv6/IPv4 router that can forward packets between Teredo clients on the IPv4 Internet and IPv6-only hosts. Teredo host-specific relay A Teredo host-specific relay is a host that is enabled with both IPv4 and IPv6 and that acts as its own Teredo relay. A Teredo host-specific relay essentially enables a Teredo client that has a global IPv6 address to tunnel through the IPv4 Internet and communicate directly with hosts connected to the IPv6 Internet. Windows Vista and Windows Server 2008 include Teredo host-specific relay functionality, which is automatically enabled if the computer has a GA assigned. If the computer does not have a GA, Teredo client functionality is enabled.
NOTE
Tunnel Adapter Local Area Connection* 9
Installations of Windows Server 2008 include a Teredo tunnel interface by default. Usually this interface is assigned to Tunnel Adapter Local Area Connection* 9.
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