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For more information about the performance enhancements in the Next Generation
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TCp/Ip stack, see 25, Configuring Windows Networking.
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Windows 7 builds on the many IPv6 enhancements introduced earlier in Windows Vista and Windows Server 2008 . These earlier enhancements include the following:
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Dual IP-layer architecture A new TCP/IP stack architecture that uses the same transport and framing layers for both IPv4 and IPv6 . Enabled by default Both IPv4 and IPv6 are installed and enabled by default, with the stack giving preference to IPv6 when appropriate without impairing the perforDeploying IPv6
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mance of IPv4 communications on the network . For example, if a DNS name query returns both an IPv4 and IPv6 address for a host, the client will try to use IPv6 first for communicating with the host . This preference also results in better network performance for IPv6-enabled applications .
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User interface configuration support In addition to being able to configure IPv6 settings from the command line using the netsh interface ipv6 command context, you can also configure them in Windows 7 using the user interface . For more information, see the section titled Configuring IPv6 in Windows 7 Using the User Interface later in this chapter . Full IPsec support IPv6 support in previous versions of Windows offered only limited support for IPsec protection of network traffic . In Windows 7 and Windows Vista, however, IPsec support for IPv6 is the same as for IPv4, and you can configure IPsec connection security rules for IPv6 in the same way as IPv4 by using the Windows Firewall With Advanced Security console . For more information on configuring IPsec in Windows 7, see 26, Configuring Windows Firewall and IPsec . llMNR support The implementation of IPv6 in Windows 7 and Windows Vista supports Link-Local Multicast Name Resolution (LLMNR), a mechanism that enables IPv6 nodes on a single subnet to resolve each other s names in the absence of a DNS server . LLMNR works by having nodes send multicast DNS name queries instead of unicast queries . Computers running Windows 7 and Windows Vista listen by default for multicast LLMNR traffic, which eliminates the need to perform local subnet name resolution using NetBIOS over TCP/IP when no DNS server is available . LLMNR is defined in RFC 4795 . MlDv2 support The implementation of IPv6 in Windows 7 and Windows Vista supports MLD version 2 (MLDv2), a mechanism described in RFC 3810 that enables IPv6 hosts to register interest in source-specific multicast traffic with local multicast routers by specifying an include list (to indicate specific source addresses of interest) or an exclude list (to exclude unwanted source addresses) . DHCPv6 support The DHCP Client service in Windows 7 and Windows Vista supports DHCPv6 as defined in RFCs 3736 and 4361 . This means that computers running Windows 7 and Windows Vista can perform both stateful and stateless DHCPv6 configuration on a native IPv6 network . IPv6CP support The built-in remote access client functionality in Windows 7 and Windows Vista supports IPv6 Control Protocol (IPv6CP) (RFC 5072) to configure IPv6 nodes on a PPP link . This means that native IPv6 traffic can be sent over PPP-based network connections, such as dial-up connections or broadband PPP over Ethernet (PPPoE) connections, to an ISP . IPv6CP also supports Layer 2 Tunneling Protocol (L2TP), and for Windows Vista with Service Pack 1 (SP1) or later, Secure Socket Tunneling Protocol (SSTP) based virtual private network (VPN) connections . For more information on IPv6CP support in Windows 7, see 27, Connecting Remote Users and Networks .
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Random interface IDs By default, Windows 7 and Windows Vista generate random interface IDs for non-temporary autoconfigured IPv6 addresses, including both public addresses (global addresses registered in DNS) and link-local addresses . For more information, see the section titled Disabling Random Interface IDs later in this chapter . literal IPv6 addresses in URls Windows 7 and Windows Vista support RFC 2732 compliant literal IPv6 addresses in URLs by using the WinINet application programming interface (API) support in Windows Internet Explorer 8 .0 . This can be a useful feature for troubleshooting Internet connectivity with IPv6-enabled Web servers . New Teredo behavior The Teredo client in Windows 7 and Windows Vista remains dormant (inactive) until it spins up (is activated by) an IPv6-enabled application that tries to use Teredo . In Windows 7 and Windows Vista, three things can bring up Teredo: an application trying to communicate using a Teredo address (the outbound instantiated scenario), a listening application that has the Edge Traversal rule enabled in Windows Firewall (any IPv6-enabled applications that need to use Teredo can easily do so by setting the Edge Traversal flag using the Windows Firewall APIs), and the NotifyStableUnicastIpAddressTable IP Helper API . For more information about Windows Firewall rules, see 26 .
In addition to these earlier enhancements, Windows 7 and Windows Server 2008 R2 introduce the following new IPv6 improvements:
IP-HTTPS This stands for Internet Protocol over Hypertext Transfer Protocol Secure (IP over HTTPS), a new protocol that enables hosts located behind a proxy or firewall to establish connectivity by tunneling IP traffic inside an HTTPS tunnel . HTTPS is used instead of HTTP so that proxy servers will be prevented from looking inside the data stream and terminating the connection if traffic seems anomalous . Note that HTTPS does not provide data security you must use IPsec to provide data security for an IPHTTPS connection . In the Windows 7 implementation of DirectAccess described in the following More Info box, IT-HTTPS is used whenever a firewall or proxy server blocks a client computer from using 6to4 or Teredo to establish an IPv6-over-IPv4 tunnel with an IPv6-enabled DirectAccess server on the corporate intranet .
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