Definitions for "IPv6"
Related Terms:
Ipv4, Ipng, Bootstrap protocol, Reverse address resolution protocol, Ip - internet protocol, Rarp, Bootp, Dynamic host configuration protocol, Dhcp, Arp, Address resolution protocol, Request for comment, Bgp4, Anycast address, Request for comments, Aarp, Internet protocol, Cidr, Igmp, Protocol address, Rfc , Internet group management protocol, Protocol, Internet control message protocol, Nbp, Classless inter-domain routing, As2, Internet engineering task force, Internet assigned numbers authority, Time to live, Icp, Dhcp server, Icmp, Tcp/ip - transmission control protocol/internet protocol, Address resolution, Mobile ip, Snap, Internet protocol security, Ietf, Rdp, Tcp/ip, Source address, Private ip address, Ipsec, Broadcast address, Rsvp , Gridftp, Protocols, Public ip address
Internet Protocol version 6. IPv6 is often touted as the next generation Internet Protocol (IPng). IPv6 is defined by the IETF to replace IPv4 in evolutionary way. The first reason for IPv6 development is the need for more IP addresses to anticipate the growth of the Internet that may include non-traditional network objects, such as mobile phones, automobiles, home appliances, home electronics, humans, pets, trees, etc. In IPv6, IP address is 128 bits long which inflates the number of available IP addresses from 232 to 2128. In today's IPv4-dominated world, NAT has been used successfully to overcome the lack of IP (version 4) addresses. Nevertheless, most new networking products support both IPv4 and IPv6. And it has been predicted that in the long run IPv6 will replace IPv4 because it has inherent QoS support and adds many improvements in areas such as routing, security, and network auto configuration. Also see NAT and QoS.
"Internet Protocol Version 6"( IPv6) is the "next generation" protocol designed by the IETF to replace the current version Internet Protocol, IP Version 4 ("IPv4"). IPv6 fixes a number of problems in IPv4, such as the limited number of available IPv4 addresses. It also adds many improvements to IPv4 in areas such as routing and network auto configuration.
Internet Protocol version 6. Designed by the IETF, IPv6 is the new Internet protocol to replace the current version of Internet protocol, IP version 4 (IPv4). IPv6 has been designed to meet the challenges of the growing Internet and includes several improvements over IPv4. The main benefits of IPv6 include a larger address space, integrated security, support for auto-configuration of terminals, and support for mobility.
protocole IP, version 6
Internet Protocol version 6 -- a future protocol based on 128 bits.
The next generation of IP addressing designed to replace the current system IPv4 which uses a 32 bit address code which limits the number of possible addresses. IPv6 uses a 128 bit code ensuring that the possible number of IP addresses will be virtually limitless IrDA
Version 6 of the Internet Protocol - This updated version of IP provides a much larger capacity in terms of the number of nodes directly addressible, however it is not fully compatible with IPv4. IPv6 is currently in use on some segments of the Internet, however large-scale use is years off. IPv6's purpose is to alleviate the problem of address depletion as IPv4's address space is rapidly being depleted.(empty)(empty)
IPv6 is an unambiguous numerical term of the next computer generation that refers to one machine on the internet
IPv6 is the new version of the Internet Protocol (IP) that builds on the current version of IP (IPv4). IPv6 provides improvements in addressing, configuration, and security.
Formal designation for the next generation Internet Protocol being developed within the Internet Engineering Task Force (IETF), which will enable continued growth of the Internet. Designed to alleviate anticipated shortages of IP addresses and router overload, as well as provide for autoconfiguration, network layer security and quality of service capabilities unavailable in IPv4. Also known as IPng, where the "ng" represents "next generation."
Internet Protocal version 6 or next generation with 128 bit addresses. expected to become a standard in 2001.
A new IP protocol designed to create more addresses than the current IP system.
The new version of the IP protocol. IPv6 is an enhancement of IPv4 that uses a new and incompatible header format to provide a more flexible network protocol with a much larger address space (IPv6 address are 128 bit).
Per RFC 1884, 8 sets of 0-FFFF (instead of 4 sets of 0-255). 32-bit IPv4 was old standard, 128-bit IPv6 will be new standard (IPv5 was an aborted video standard, and has been skipped).
Internet Protocol v6. 128-bit representation of IP addresses. It supports 340, 232, 366, 920, 938, 463, 463, 374, 607, 431, 768, 211, 456 individual addresses. I am baggsying an IP address of 1.
Internet Protocol version 6 is the current version of the IP protocol that features a 128-bit addressing scheme, as opposed to the 32-bit addressing scheme of IPv4, supporting a much higher number of addresses. It also features other improvements over IPv4, such as support for multicast and anycast addressing.
Abbreviation for "Internet Protocol version 6"] The long-awaited new version of the Internet Protocol (the Net's addressing system). IPv6 lengthens IP addresses from 32 to 128 bits. This change will allow for tremendous expansion of IP addresses -- for handheld, embedded and other next generation Internet devices -- without fear of running out of IP numbers. Also known as IPng (or "Internet Protocol next generation"]. For more info, see Yahoo's IPv6 Page.
IPv6 (formerly referred to as IP(ng) or IP next generation) is a new version of IP designed for the new commercial Internet. Test implementations are underway, but some people believe that the embedded nature of IPv4 is so vast that the costs of changing networks and applications to IPv6 will be huge and therefore will take many many years to bring about. Internet Related Organizations and Associated Terminology
Internet Protocol version 6, designed as an evolutionary step from IPv4, it can be installed as a normal software upgrade in Internet devices and is interoperable with the current IPv4.
Internet Protocol Version 6. A new form of IP which will mean many more IP addresses will become available. IPv4 is the currently used version.
"Internet Protocol version 6". A replacement for the aging IPv4, which was released in the early 1980s. IPv6 will increase the number of available Internet addresses (from 32 to 128 bits), resolving a problem associated with the growth of the number of computers attached to the Internet.
The successor to IPv4 allowing a limitation of over a sextillion IP addresses.
See Internet Protocol version 6 (IPv6).
Internet Protocol Version 6. Next generation version of the internet protocol. Includes improved address space, quality of service and data security over IPv4.
(Internet Protocol, version 6): The successor to IPv4 which is beginning to be deployed, IPv6 provides over a sextillion addresses (theoretically 2128), allowing every device on the planet to have its own IP number
Internet Protocol version 6 was created to deal with the ...
Internet Protocol Version 6. The "Internet Protocol" is a standard that defines how data is transmitted over the Internet. IP bundles data - including e-mail, faxes, voice calls and messages, and other types - into "packets" in order to transmit it over public and private networks. IPv6 is a replacement for IPv4 and includes support for flow ID in the packet header, which can be used to identify flows of transmission traffic. Return
The latest IP version. Address exhaustion is prevented by means of a long address field, thereby enabling further Internet expansion. In addition, security and mobility are built into the protocol. Currently utilized IP addresses are almost all IPv4, and with the present rate of Internet growth this type of address will be exhausted by 2010. IPv6 on the other hand enables 10 to the 29th power more available addresses than the previous IPv4.
IP Version 6 - Future version of IP allowing 128-bit addressing (enough internet addresses for every grain of sand in the world). IPv6 also offers improved security and QoS, but has limited compatibility with legacy IPv4 systems. Has been approved by the 3GPP as mandatory in 3G mobile core networks.
A newer version of IPv4 that is gaining popularity, expands the address length of 32 bits up to 128 bits.
IP Version 6. Replacement for IPv4. A next-generation IP protocol. IPv6 is backward compatible with and designed to fix the shortcomings of IPv4, such as data security and maximum number of user addresses. IPv6 increases the address space from 32 to 128 bits, providing for an unlimited number of networks and systems. It also supports quality of service (QoS) parameters for real-time audio and video.
(Internet Protocol version 6) is the emerging standard, which aims to rectify some of the problems seen with IPv4, in particular, the shortage of address space. It is the new proposed IP, with 128-bit addressing, auto configuration, new security features and support for real-time communications and multicasting.
Internet Protocol, Version 6, IPv6 was developed by the IEFT as a version of the IP protocol. It was accepted as an internet standard in December 1995 because of work on IPng (next generation). This version is a further development of Version 4 (IPv4). The main enhancements are as follows: Extended addressing options, simplified header format, improved support for options and extensions, new facilities for defining the level of service, and improved security procedures. IPv6 has extended the address space from 32 bits to 128 bits, so that a significantly higher number of addressable internet nodes can be addressed, several hierarchy levels are possible, and the autoconfiguration of addresses is simplified. The IPv6 header consists of a 4-bit version field for the IP version, a priority field of the same length for level-of-service attributes, and a 24-bit flow-label field, which is used by the data source to identify data packets that require special handling with a specific level of service.
Internet Protocol version 6 replaces IPv4 and increases the Internet address space from 32 to 64 bits. It also adds many improvements to IPv4 in areas such as security, routing, and network autoconfiguration.
Internet Protocol version 6 http://www.ipv6.org
New IP standard involving 128-bit addresses. Network Registrar provides a DHCPv6 implementation.
A plan for expansion of the domain name system. It stands for Internet Protocol version 6.
Next-generation Internet protocol. Current version is IPv4.
The latest level of the Internet Protocol (IP) and is now included as part of IP support in many products including the major computer operating systems.
Internet Protocol version 6; a new version currently being developed.
Internet Protocol Version 6. The next generation in Internet protocol offering 128-bit addressing and improved security features.
Internet Protocol, version 6. This version supports a 128-bit address space.
The next generation of IP addressing based on 64-bit IP addresses and having a number of enhancements over IPv4.
(Internet Protocol, version 6) The successor to IPv4. Already deployed in some cases and gradually spreading, IPv6 provides a huge number of available IP Numbers - over a sextillion addresses (theoretically 2128). IPv6 allows every device on the planet to have its own IP Number.
IP version 6. Replacement for the current version of IP (version 4). IPv6 includes support for flow ID in the packet header, which can be used to identify flows. Formerly called IPng (next generation).
An IP addressing scheme that uses a 128-bit address, which allows a total of 340 billion billion billion billion unique addresses. IPv6 offers many benefits, but it requires a major reconfiguration of all the routers out there, and hence we haven't seen the community jump at the migration from IPv4 to IPv6. Also called IPng (IP Next Generation).
Internet Protocol version 6 (IPv6) is a network layer protocol for packet-switched internetworks. It is designated as the successor of IPv4, the current version of the Internet Protocol, for general use on the Internet.