The IANA recognized this possibility early on, and in 1999, Internet Protocol version 6 (IPv6) was born.
IANA可能很早就意识到了这一问题，在1999年，互联网协议第6版(IPv6)诞生了。
Today's Internet was built largely on the IPv4 or Internet Protocol version four, first introduced in 1980.
Curt Hopkins / 2010年5月19日 3:49 PM今天的互联网主要是基于IPv4，或者叫互联网协议版本4（Internet Protocol version four）建成的，于1980年首次被引入。
For instance, you can build PHP to interoperate with the new Internet Protocol version 6 (IPv6) Internet addressing scheme.
例如，您可以构建PHP，以便与新的网际协议版本6 (IPv6)Internet寻址方案进行互操作。
First let's look at the new support for the next generation Internet Protocol version 6 (IPv6) addressing architecture.
首先让我们研究一下对下一代因特网协议v6 (Internet Protocol v 6,IPv6)寻址体系结构的新支持。
It has many features, including escalations and repeated notifications and support of Internet Protocol version 6 (IPv6).
它有许多特性，包括扩展和重复的通知以及对Internet Protocol version6 (IPv6)的支持。
The currently used Internet Protocol version 4 (IPv4) manages about four billion addresses and has reached its limit, experts said.
专家称，目前使用的网络协议IPv 4管理的约40亿个互联网地址，已经达到它的上限。
Internet Protocol version 4 (IPv4) will not be able to cope with the growing popularity of smartphones, IPTV, and other gadgets connecting to the Internet.
Internet Protocol version4 (IPv4)无法适应不断增长的智能手机、IPTV和其他连接Internet的gadget。
Support for recording and playback using Internet protocol version 6 (IPv6) has been added to the current release for HTTP, Siebel, SIP, SOA, and socket protocols.
当前版本中已经添加了对于HTTP、Siebel、SIP、SOA，和socket协议的利用Internet Protocolv6 (IPv6)记录及回放的支持。
For example, modern Windows and Macintosh computers already come equipped to support a new Internet protocol known as IPv6 that would fix many of the shortcomings of the current IPv4 version.
例如，现代的Windows和Macintosh电脑已经配备了支持IPv6的新互联网协议。IPv6将修正目前IPv 4协议版本的许多缺陷。
The new version of the Internet Protocol supports a whopping 340 undecillion (2 to the 128th power) addresses.
这一新版的互联网协议（Internet Protocol）支持庞大无比的340涧（2的128次方，涧为10的36次方）个地址。
The Internet is running out of addresses using the current version of the Internet Protocol, known as IPv4.
当前正在使用的互联网协议IPv4即将耗尽IP地址资源。
IPV6 is the "next generation" protocol designed by the IETF9 (Internet Engineering Task Force ) to replace the current version Internet Protocol , IP Version 4("IPV4").
IPV6是由IETF设计的下一代互联网协议，目的是取代现有的互联网协议第四版（IPV4 ）。 IPV4在过去的应用具有辉煌的业绩，但是现在看来已经暴露出很多弊端。
IPV6 is the "next generation" protocol designed by the IETF9 (Internet Engineering Task Force) to replace the current version Internet protocol, IP Version4 (" IPV4 ").
IPV 6是由IETF设计的下一代互联网协议，目的是取代现有的互联网第四版(IPV4)。
IPV6 is the "next generation" protocol designed by the IETF9 (Internet Engineering Task Force) to replace the current version Internet protocol, IP Version4 (" IPV4 ").
IPV 6是由IETF设计的下一代互联网协议，目的是取代现有的互联网第四版(IPV4)。
应用推荐