IPv6 Test Lab Extension: Demonstrating DHCPv6 - TechNet
More obviously, it is easiest to distinguish between IPv4 and IPv6 addresses since the IPv4 is the first, and currently in use, IP address whereas IPv6 is a new type of IP address that was developed to address the lack of available IP addresses for the growing population of internet users. IPv6 - Address Types & Formats - Tutorialspoint An IPv6 address is made of 128 bits divided into eight 16-bits blocks. Each block is then converted into 4-digit Hexadecimal numbers separated by colon symbols. For example, given below is a 128 bit IPv6 address represented in binary format and divided into eight 16-bits blocks: What Is IPv6 Address & Why Average User Should Know About What is IPv6 Address? Internet Protocol Version 6 (IPv6) is a network layer protocol that allows communication and data transfers to take place over the network. IPv6 came into existence in 1998 with the sole purpose of taking over and replace IPv4 protocol one day. Manual:IPv6/Address - MikroTik Wiki Address Description; IPv4 compatible address: used by dual-stack nodes that are communicating with IPv6 over an IPv4 infrastructure. When the IPv4-compatible address is used as an IPv6 destination, IPv6 traffic is automatically encapsulated with an IPv4 header and sent to …
What Is IPv6 Address & Why Average User Should Know About
An IPv6 address is made of 128 bits divided into eight 16-bits blocks. Each block is then converted into 4-digit Hexadecimal numbers separated by colon symbols. For example, given below is a 128 bit IPv6 address represented in binary format and divided into eight 16-bits blocks: What Is IPv6 Address & Why Average User Should Know About What is IPv6 Address? Internet Protocol Version 6 (IPv6) is a network layer protocol that allows communication and data transfers to take place over the network. IPv6 came into existence in 1998 with the sole purpose of taking over and replace IPv4 protocol one day. Manual:IPv6/Address - MikroTik Wiki
Although IPv6 addresses can be highly dynamic, possibly changing even more often than IPv4 addresses, a single user will generally use the same /64 range, and his or her IPv6 address is unlikely to be shared with other devices (although multiple people can use a single device, e.g. a shared computer).
Address introduction An IPv4 address has 32 bits. An IPv6 address has 128 bits and looks a bit wild. Extending the address space from 32 bits to 128 bits was one of the driving reasons to develop IPv6. The IPv6 addressing architecture is defined in RFC 2373, which supersedes RFC 1884. An IPv6 address can be in one of three categories: