In summary, compressing and expanding IPv6 addresses can be useful for simplifying the representation of addresses and making them easier to work with, but it is important to understand the context in which compression is used and to be able to expand compressed addresses when necessary. This is often required for compatibility with systems that do not support compressed IPv6 addresses, or for troubleshooting purposes when working with IPv6 networks. On the other hand, in some situations, it may be necessary to expand a compressed IPv6 address to its full representation. The most common form of IPv6 address compression involves the elimination of leading zeros in each 16-bit block of the address and the substitution of consecutive blocks of zeros with a double colon ("::"). In some cases, it may be desirable to compress the representation of an IPv6 address to make it more concise and easier to work with. Because of the classful system and the growth of the Internet, the 32-bit address space has proven to be. One of the major shortcomings of IPv4 is that it uses a 32-bit address space. IPv6 addressing is a mechanism that was created to overcome the limitations of the current IPv4 standard. In IPv6, addresses are represented using hexadecimal notation, which can result in long and complex strings of characters. IPv6 Addressing Primer IPv6 Compression and Concepts.
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