By Regis Desmeules
Design, construct, configure, and help networks according to model 6 of the net Protocol
Coverage includes:* evaluation of background and motivations at the back of the recent protocol, together with the restrictions of the IPv4 tackle house, community handle Translation (NAT), quickly progress of the net routing desk, overseas matters, mobility, safeguard, and lots of different issues
* Header structure, addressing, direction MTU Discovery (PMTUD), IPv6 over link-layer applied sciences, prolonged designated Identifier-64-bit (EUI-64) layout, net regulate Message Protocol model 6 (ICMPv6), autoconfiguration, neighbor discovery protocol, reproduction handle Detection (DAD), and use of DNS with IPv6
* comparability with BGP4+, RIPng, IS-IS for IPv6, and OSPFv3 with Cisco IOS(r) software program routing references and examples
* Transitioning from and co-existing with IPv4 utilizing twin Stack, configured tunnel, accepted routing encapsulation (GRE), 6to4, 6to4 Relay, Intra-Site computerized Tunnel Addressing Protocol (ISATAP), and community tackle Translation-Protocol Translation (NAT-PT) configurations
* allowing, configuring, and working a Cisco router with IPv6 addresses, prefixes, IPv6 ACLs, IPv6-enabled routing protocols, CEFv6, and several other coexistence mechanisms
* Host-router interplay with Microsoft home windows, Solaris, FreeBSD, Linux, and Tru64 UNIXPreview of web IPv6 and deal with allocation on 6Bone
* Deploying construction IPv6 connectivity in firm networks utilizing prefixes allotted through ARIN, RIPE, and APNIC
With the proliferation of web units that require a globally distinct host tackle comparable to handhelds, 3G telephones, and different instant units, the availability of net addresses to be had will quickly be exhausted. Cisco Self-Study: enforcing Cisco IPv6 Networks (IPV6) exhibits you the way to take advantage of model 6 of the net Protocol to stick prior to the curve, defend opposed to operating out of tackle area, stay away from awkward address-expansion efforts, and practice the ability of the hot net to fulfill your wishes over the arrival a long time.
Complete with functional examples that express the real-world program of IPv6, Cisco Self-Study: imposing Cisco IPv6 Networks (IPV6) offers in-depth technical assurance of designing, configuring, deploying, and debugging IPv6 on Cisco routers. inside of, you'll locate innovations for administration, integration, and overseas implications. that can assist you have in mind key thoughts, each one bankruptcy ends with hard overview questions that attempt your wisdom of the subject material. even if you're looking for a finished connection with the recent model of the web Protocol or require a solutions-based implementation consultant in keeping with professional Cisco content material, Cisco Self-Study: enforcing Cisco IPv6 Networks (IPV6) is the complete networking source for this priceless and inevitable technology.
Cisco Self-Study: enforcing Cisco IPv6 Networks (IPV6) is a part of a advised studying course from Cisco structures which may contain simulation and hands-on education from licensed Cisco studying companions and self-study items from Cisco Press.Books during this sequence supply Cisco licensed, self-study suggestions to assist networking execs comprehend expertise implementations and get ready for the Cisco profession Certification examinations.
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Additional info for Cisco Self-Study: Implementing Cisco IPv6 Networks (IPV6)
Identification, Flags, and Fragment Offset— Fragmentation is handled differently in IPv6. It is no longer done by intermediate routers in the networks, but by the source node that originates the packet. Removing the Fragmentation field removes costly CPU processing at intermediate routers. The path MTU discovery (PMTUD) mechanism, discussed later in this chapter, is recommended for every IPv6 node to avoid fragmentation. Header Checksum— Link-layer technologies (Layer 2) perform their own checksum and error control.
The autoconfiguration process allows nodes of the IPv6 network to configure their own IPv6 addresses. The transition between IPv6 providers is transparent to end users with the renumbering mechanism. ARP broadcast is replaced by multicast use on the local link. The IPv6 header is more efficient than IPv4. Fewer fields are present, and the header checksum is removed. A flow label field can provide traffic differentiation. New extension headers replace IPv4's Options field and provide more flexibility.
As soon as the list of intermediary IPv6 routers is done, before sending the IPv6 packet, the source node executes the following operations in this order: Step 1. Makes the first router of the intermediary routers list the destination address in the basic IPv6 header rather than the original IPv6 destination. Step 2. Makes the original IPv6 destination the final destination of the intermediary list of routers.