Because of the large number of bits in the address, the IPv6 addressing scheme is able to handle a variety of formats, including one that supports IPv4 addresses within the IPv6 structure.

Sections 7.4 through Section 7.6 cover the IPv6 addressing scheme is some detail. The previous subsections introduced some basic concepts on addressing, and these concepts are expanded in this chapter ...

One might suppose that the most obvious difference between IPv4 and IPv6 is the address space: IPv4 addresses are only 32 bits long, and IPv6 addresses are 128 bits long. And there are more ...

Historically, the shift to IPv6 was slow, with many regions taking years to offer IPv6 service. But currently, the transition has, in fact, picked off significantly and this represents the critical ...

We’ve seen internet-enabled holiday displays before, and we know IPv6 offers much more space than the older IPv4 addressing scheme that most of us still use today, but the two have never been ...

IPv6 assigns multiple addresses to the same ... Need convincing that there really is an IPv4 addressing problem? Well, this side of the pond, we ran out already. In case this is all too serious ...

If you'd like to learn more about how IP addressing and networking works, review our guide for more details. IPv6 was ...

The main reason behind moving from IPv4 to IPv6 is the lack of addresses the former supports. IPv4 uses a 32-bit addressing system that currently supports around 4.3 billion addresses which is ...