two rules for compressing addresses in ipv6

If you placed an IPv6 address next to an IPv4 address, it would be easy to miss the fact that the one is the successor to the other. This article assumes that the reader is already aware of how IPv4 works, at least the basics of it. But why would someone want to use IPv6? Are there benefits and/or disadvantages to using it over IPv4? How does IPv6 differ to IPv4? How does it work? IPv6 adoption has gone from about 5% to about 36% in just the last 5 years and doesn’t show any signs of slowing down. The move over has been slow, but in recent years there has been a much greater push to establish IPv6 on the Internet. Unfortunately this is not easy since IPv4 has been solidly established on the Internet. Since the conception of IPv6, there has been a slow push to transition over to the IPv6 Standard and to deprecate IPv4. In 1998 IPv6 became a Draft Standard from the IEFT (Internet Engineering Task Force) and in 2017 it became an Internet Standard. Thus, in the mid 1990s, the development of a new protocol (IPv6) was discussed. It quickly became apparent that the amount of IPv4 addresses that existed would not suffice for the massive influx of devices that came to be connected with each other. The developers of IPv4, however, never imagined that the Internet would grow at the exponential rate that it did.

This network would gradually develop into the Internet, the largest network of devices on Earth. IPv4 is a brilliant protocol that was developed to enable communication between computers on a network. This text explains some general background information on IPv4 and IPv6. The basics of IPv4 and IPv6 Last change on

Two rules for compressing addresses in ipv6