What is the most compressed form of the IPv6 address 0678:0DF5:0000:CB34:0034:0000:0000:02B0?

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Multiple Choice

What is the most compressed form of the IPv6 address 0678:0DF5:0000:CB34:0034:0000:0000:02B0?

Explanation:
To determine the most compressed form of the provided IPv6 address 0678:0DF5:0000:CB34:0034:0000:0000:02B0, it's essential to understand how IPv6 address compression works. IPv6 addresses can be shortened by removing leading zeros in each block and substituting consecutive blocks of zeros with a double colon (::), but this substitution can only appear once in an address. Starting with the original address, we can remove leading zeros in each block: - 0678 becomes 678 - 0DF5 becomes DF5 - 0000 becomes 0 (since just removing leading zeros leaves a single zero) - CB34 remains as is - 0034 becomes 34 - The next block of 0000 becomes 0 - The next block of 0000 becomes 0 - 02B0 becomes 2B0 After this reduction, the address looks like this: 678:DF5:0:CB34:34:0:0:2B0. The next step is to find the longest consecutive sequence of zero blocks, which consists of two zero blocks at the end of the address—0:0. These

To determine the most compressed form of the provided IPv6 address 0678:0DF5:0000:CB34:0034:0000:0000:02B0, it's essential to understand how IPv6 address compression works. IPv6 addresses can be shortened by removing leading zeros in each block and substituting consecutive blocks of zeros with a double colon (::), but this substitution can only appear once in an address.

Starting with the original address, we can remove leading zeros in each block:

  • 0678 becomes 678

  • 0DF5 becomes DF5

  • 0000 becomes 0 (since just removing leading zeros leaves a single zero)

  • CB34 remains as is

  • 0034 becomes 34

  • The next block of 0000 becomes 0

  • The next block of 0000 becomes 0

  • 02B0 becomes 2B0

After this reduction, the address looks like this: 678:DF5:0:CB34:34:0:0:2B0.

The next step is to find the longest consecutive sequence of zero blocks, which consists of two zero blocks at the end of the address—0:0. These

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