IPv6 transition mechanism: Difference between revisions

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== Stateless IP/ICMP Translation (SIIT) ==
RFC 2765 defines a mechanism known as ''Stateless IP/ICMP Translation'', or '''SIIT'''. SIIT is a mechanism which translates [[IPv6]] packets into [[IPv4]] packets and vice-versa. It was initially drafted in February of 2000 by E. Nordmark of [[Sun Microsystems]].
 
Basically SIIT describes a method by which a [[router]] interprets an [[IPv4#Header|IPv4 header]] and creates a parallel [[IPv6#IPv6_packet|IPv6 header]] with equivalent information and the inverse equivalent operation of converting an [[IPv6#IPv6_packet|IPv6 header]] into an [[IPv4#Header|IPv4 header]]. The actual means of converting an [[IP_addressIP address|IPv4 address]] to an [[IP_addressIP address|IPv6 address]] or vice-versa may vary, and the means by which the routing occurs is described as unspecified in the RFC.
 
Due to the method in which SIIT operates it is not a sufficient migration mechanism in that it is incapable of coordinating more than two unique addresses on either side. This means that every IPv6 host would be required to have a globally routable IPv4 address as well.
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*ISBN 3-540-24524-3: ''IPv6 in Practice'' by Benedikt Stockebrand, 2006
 
== External Linkslinks ==
*[http://www.join.uni-muenster.de/Dokumente/Howtos/Howto_TRT.php?lang=en TRT Howto from 2003]
*[http://student.grm.hia.no/master/ikt03/ikt6400/g03/filer/Hovedprosjekt_G3.doc IPv6 - Prospects and problems: a technical and management investigation into the deployment of IPv6]
 
[[Category: IPv6]]
[[Category: Routing software]]