How Windows XP configures the 32-bit IPv4 into IPv6

With the continuous expansion of the Internet, IP address demand is also increasing, resulting in more stringent IP address distribution, many have been using WinXP IPv4 users have long wanted to configure it as a IPv6, that is, the IPV4 address number of 32, IPV6 has a greater number of site space, Greatly enhanced the security of the network, so many netizens are looking for such a configuration strategy, the following for everyone to explain the configuration process in detail.

　　Preparation: First you need to ensure that your WinXP system is upgraded to at least SP1. Second, you must have the IPV6 installed in your WinXP system.

　　The configuration process is as follows:

1, Installation IPV6 agreement

C:>ipv6 Install

2. View port Information

First use the IPv6 if instruction to view each interface state, in general, you will see the following display:

Interface 4 (Site 1): Local Area Connection

......

Interface 3 (Site 1): 6-over-4 Virtual Interface

......

Interface 2 (site 0): Tunnel Pseudo-Interface

......

Interface 1 (site 0): Loopback pseudo-interface

......

Interface 4 is the local actual port, the other three are virtual ports, noteworthy is Interface 2, it is Auto-tunnel port, in the access configuration we need to use.

3, if it is in a pure IPV6 network (or IPV6 and IPV4 dual-stack network), you can automatically get IPV6 address, you can visit the IPV6 site.

You can also set a fixed IPv6 address in the following ways:

C:>netsh

Netsh>interface IPv6

netsh interface ipv6>add address "Local Area Connection" Fe80:a520:1314::1

/* Set a fixed IPv6 address, "local connection" refers to the name of a connection established on your machine.

netsh interface ipv6>add DNS "Local Area Connection" 2001:251:e101:0::2

/* Set IPV6 DNS address * *

4, if you are in the IPV4 network, you need to connect with the IPV6 network tunnel. It requires the cooperation of the end user to establish the tunnel, the End-to-end can be the network hub routing (switching), or another PC. In any case, the following information is required:

Your IPV4 address, which is routed to the End-to-end, is assumed to be 210.35.168.100

IPV4 address on the end, assumed to be 210.35.240.24

IPV6 address on the end, assumed to be 2001:250:6c01:1000::1

The IPV6 address assigned to you on the end, assumed to be 2001:250:6c01:1000::2

　　The configuration of this port is as follows:

Configuration tunnel: IPv6 ifcr v6v4 210.35.168.100 210.35.240.24

Configure IPv6 address for this machine: IPv6 adu 4/2001:250:6c01:100::2

　　Note: The 4th Interface port address is set to 2001:250:6c01:100::2, this configuration, generally designated as the actual existence of the interface number, if only one network card, it should be number 4th interface. */

Configure routing for Native: IPv6 rtu::/0 4/2001:250:6c01:100::1

On the end (service side) if the network center, see the router configuration. If the end-to-end is also a PC, depending on the system, according to the various operating systems listed in the configuration method.

5, if you want to use Windows XP to do the router, you also need to turn on the other interface forwarding function. For example, if interface 4 is your network card, and your local area network is attached to this network card, then you also need to turn on its forwarding function: IPv6 ifc 4 forwards

Depending on your needs, you may also want to turn on some of the interface's routing broadcast capabilities.

6, Testing:

Ping the tunnel to the end of the address, can ping the configuration is successful.

Ping 2001:250:6c01:100::1

Through the above 6-step configuration, your WinXP successfully from the IPv4 transition to IPV6, of course, the recent IPv9 of the emergence of many domestic users, it can be said that the Internet is also in the continuous progress, but for the current WinXP users, IPv6 is enough for most of the user's use, I believe this tutorial will be of great help to some friends.