Understanding IPv6Pearson Education, 2012 M06 15 - 716 páginas Your essential guide to deploying IPv6 on Windows networks Get in-depth technical information to put IPv6 technology to work—including networks with hardware running Windows 8 and Windows Server 2012. Written by a networking expert, this reference explains IPv6 features and benefits, and provides detailed information to help you implement this protocol. You’ll learn best practices for using IPv6 services in your Windows network, whether you’re an IT professional, a network administrator, or an IT student. Discover how to:
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6to4 Router Address field address prefix address space anycast bits care-of address Checksum computers running Windows correspondent node default router DHCPv6 DirectAccess client DNS servers encapsulation Ethernet extension header flag home address home agent ICMPv6 infrastructure initial communication Interface Identifiers intranet IP-HTTPS IPsec IPv4 IPv6 address IPv6 connectivity IPv6 header IPv6 host IPv6 Internet IPv6 multicast IPv6 packets IPv6 Protocol IPv6 router IPv6 routing IPv6 traffic IPv6-only node ISATAP ISATAP Host ISATAP router link-local link-local address LLMNR MLDv2 Mobile IPv6 mobile node multicast address Multicast Listener Report Name Resolution native IPv6 Neighbor Advertisement Neighbor Discovery Neighbor Solicitation netsh interface ipv6 next-hop address Options header Payload PMTU Protocol for Windows Router Advertisement message Router Solicitation routing table running Windows Server sends Solicitation message source address source and destination subnet Teredo client Teredo server tunneling interface Type unicast unicast address Windows PowerShell Windows Server 2012 Windows Vista