Synopsis :
Design, build, configure, and support networks based on Version 6 of the Internet Protocol Coverage includes: Overview of history and motivations behind the new protocol, including the limitations of the IPv4 address space, Network Address Translation (NAT), fast growth of the Internet routing table, international issues, mobility, security, and many other topics Header format, addressing, Path MTU Discovery (PMTUD), IPv6 over link-layer technologies, Extended Unique Identifier-64-bit (EUI-64) format, Internet Control Message Protocol Version 6 (ICMPv6), autoconfiguration, neighbor discovery protocol, Duplicate Address Detection (DAD), and use of DNS with IPv6 Comparison with BGP4+, RIPng, IS-IS for IPv6, and OSPFv3 with Cisco IOS(r) Software routing references and examples Transitioning from and co-existing with IPv4 using Dual Stack, configured tunnel, generic routing encapsulation (GRE), 6to4, 6to4 Relay, Intra-Site Automatic Tunnel Addressing Protocol (ISATAP), and Network Address Translation-Protocol Translation (NAT-PT) configurations Enabling, configuring, and operating a Cisco router with IPv6 addresses, prefixes, IPv6 ACLs, IPv6-enabled routing protocols, CEFv6, and several coexistence mechanisms Host-router interaction with Microsoft Windows, Solaris, FreeBSD, Linux, and Tru64 UNIX Preview of Internet IPv6 and address allocation on 6Bone Deploying production IPv6 connectivity in enterprise networks using prefixes allocated by ARIN, RIPE, and APNIC With the proliferation of Internet devices that require a globally unique host address such as handhelds, 3G phones, and other wireless devices, the supply of Internet addresses available will soon be exhausted. Cisco Self-Study: Implementing Cisco IPv6 Networks (IPV6) shows you how to use Version 6 of the Internet Protocol to stay ahead of the curve, safeguard against running out of address space, avoid awkward address-expansion efforts, and apply the power of the new Internet to meet your needs over the coming decades. Complete with practical examples that show the real-world application of IPv6, Cisco Self-Study: Implementing Cisco IPv6 Networks (IPV6) presents in-depth technical coverage of designing, configuring, deploying, and debugging IPv6 on Cisco routers. Within, you'll find strategies for management, integration, and international implications. To help you remember key concepts, each chapter ends with challenging review questions that test your knowledge of the subject matter. Whether you are searching for a comprehensive reference to the new version of the Internet Protocol or require a solutions-based implementation guide based on official Cisco content, Cisco Self-Study: Implementing Cisco IPv6 Networks (IPV6) is your complete networking resource for this valuable and inevitable technology. Cisco Self-Study: Implementing Cisco IPv6 Networks (IPV6) is part of a recommended learning path from Cisco Systems that can include simulation and hands-on training from authorized Cisco Learning Partners and self-study products from Cisco Press. To find out more about instructor-led training, e-learning, and hands-on instruction offered by authorized Cisco Learning Partners worldwide, please visit www.cisco.com/go/authorizedtraining. This volume is in the Self-Study Guide Series from Cisco Press. Books in this series provide Cisco authorized, self-study solutions to help networking professionals understand technology implementations and prepare for the Cisco Career Certification examinations.
À propos de l?auteur:
Régis Desmeules is an independent consultant specializing in IPv4, IPv6, network architecture and design, security, multimedia, Cisco routers, UNIX, and Microsoft implementations. He has developed and taught courses related to IPv4, IPv6, multimedia over IP, security, DNS, and MobileIP. Régis consulted extensively with Viagénie, Inc., where he participated in IPv6 projects such as the deployment of IPv6 backbones on CA*net2 and CA*net3, the development of Freenet6.net, the creation of a stealth IPv6 DNS root server, the IPv6 Internet exchange called 6TAP, and the network game Quake over IPv6.
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