What is the process for converting ipv6 to ipv4?

The process of converting an IPv6 address to its corresponding IPv4 address can be tricky and can involve a few steps. But it's important to understand how the conversion process works in order to transition from the old IPv4 scheme to the newer IPv6 protocol.

First, let's start by reviewing what separates the two protocols. IPv4 utilizes a 32-bit binary addressing system with a total of 232 (4,294,967,296) unique numerical addresses that can be used. On the other hand, IPv6 uses a 128-bit binary address system which allows for up to 2128 (340 undecillion) unique addresses. This new wider range of address availability is necessary in order to accommodate ongoing growth across mobile and Internet-of-Things (IoT) networks.

To transition from one protocol to the other, we can employ an algorithmic translation technique known as dual stack or 6to4 technology. Here's how it works: First, take your existing 32-bit (v4) IPv4 IP address and convert it into a 128-bit (v6) compatible format by simply adding 96 zeros after it on both sides and encapsulating it with colon notation (::::). Next, add the 64-bits '2002' in front of this expanded IP address giving you this ending pattern: 2002:yourIP:on:both We are now ready to do a search query on internet sites like RIPE NCC or Google Public DNS to find out if any individual websites may provide 6to4 tunneling services which could ultimately help us complete our conversion checks but fortunately those are no longer needed as Dual Stack NAT is widely in use these days within ISP Communications networks allowing both v4 and v6 traffic under the same addressing scheme while isolating NAT operations at both ends.

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