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IPv6, known as IPng (Internet Protocol Next Generation), is a set of specifications set by the IETF that is considered a kind of IPv4 upgrade. It is similar to IP Version 4. Network equipment can use IPv6 to transfer packets across the network platform, and tools like ping work with little modification, similar to the IPv4 platform. IPV6 can generate more IPs. IPV4, for example, can only generate 3.4 billion URLs, but IPV6 easily supports 2128 billion URLs. The subject of this article is How to Configure IPv6 on Windows Server.

What is IPv6?

IPv6 is the latest version of the Internet Protocol that detects devices over the Internet. IPv6 is designed to provide, in addition to providing a convergent environment, the conditions for using audio, video, and data services on a network with IP infrastructure. For this purpose, advanced features and potentials have been predicted in IP version 6.

IPv6 Capabilities

IPv6 supports 128-bit (16-byte) origin and destination addresses, as well as IPSec and 1280-byte data packets. It also uses the Flow Label field to identify data packets and perform QoS by the router. Here are some other IPv6 features:

1) IPv6 header does not include Checksum.

2) Does not require a DHCP server or manual configuration, which makes it easier to manage.

3) It uses the AAAA record to convert names to IP and the PTR record to convert IPs to the hostname.

4) IPv6 uses Multicast Neighbor Solicitation messages to map IP addresses to Link-Layer addresses and Multicast Listener Discovery (MLD) messages to manage members on a network subnet.

5) Also uses ICMPv6 Router Solicitation and Router Advertising messages to determine and select the best Default Gateway on the network.

6) Another great feature of IPv6 is its ability to configure itself automatically, even without the use of DHCPv6. IPv6 can automatically configure a link-local address for each interface.

How to Install IPv6 on Windows Server

Before starting the configuration process, we recommend you use the Windows VPS server plans provided on our website.

In the first stage type Control Panel on the Start screen and press Enter.

how to configure ipv6 on windows

Now in the Control Panel, You should select Network and sharing center.

network and sharing center

In the next step, you should click Change Adapter Settings, on the left side of the Network and Sharing Center.

Change Adapter Settings on windows

You should right-click your Network connection and select Properties. Now you must search for Internet Protocol Version 6 (TCP/IPv6) and then click Install.

configure ipv6 on wondows server

Finally, click OK.

In the end, you must Click Close to save changes to your network connection.

Configuring IPv6 on Windows Server

In this section, we are going to teach you how to configure IPv6 on Windows Server. To do this, you need to first find the public interface name in your system. You can do this by Ipconfig/all or navigating the Windows control panel.

Once you find the public interface name on your system, you should now replace “Ethernet” with it. Then you need to execute the following commands:

netsh interface ipv6 set global randomizeidentifiers=disabled
netsh interface ipv6 add address interface="Ethernet" address="2001:db8:1000::100/64"
netsh interface ipv6 add address interface="Ethernet" address="2001:db8:1000::200/64"

The details of the above commands are as follows:

2001:db8:1000::100 is the primary IPv6. You should replace the example with an address in your IPv6 subnet.

2001:db8:1000::200 is the optional secondary IPv6.

Note: Skip this command if a secondary address isn’t required, or replace the example with an address in your IPv6 subnet.


IPs were designed to communicate between different systems and send packets under communication networks. As an evolutionary change from IPv4, IPv6 has the feature of allowing new and old IPs to coexist on the network. This coexistence enables an orderly migration from IPv4 (32-bit address) to IPv6 (128-bit address) in an operational network. Although IPV6 is not a new technology, it is now the latest known Internet Protocol or IP.

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