What is the most compressed form of the IPv6 address 0090:FEA0:00DA:F4A8:008A:0000:0000:0000?

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Multiple Choice

What is the most compressed form of the IPv6 address 0090:FEA0:00DA:F4A8:008A:0000:0000:0000?

Explanation:
To determine the most compressed form of the provided IPv6 address, it's important to understand how IPv6 address compression works. Compression in IPv6 primarily involves two aspects: leading zeros can be omitted from each segment of the address, and consecutive segments of zeros can be replaced with a double colon (::), which can only be used once in an address to avoid ambiguity. In the given address, 0090:FEA0:00DA:F4A8:008A:0000:0000:0000, we can start by removing leading zeros from each segment: - 0090 becomes 90 - 00DA becomes DA - 008A becomes 8A - 0000 remains 0 (leading zeros removed) - Another 0000 becomes another 0 - And the last 0000 also becomes 0. Therefore, the address would be compressed to 90:FEA0:DA:F4A8:8A:0:0:0. Now, we notice that there are three segments of zeros at the end of this address. According to the rules of IPv6 compression, we can replace the longest sequence of consecutive zero segments with a double colon. Since we have

To determine the most compressed form of the provided IPv6 address, it's important to understand how IPv6 address compression works.

Compression in IPv6 primarily involves two aspects: leading zeros can be omitted from each segment of the address, and consecutive segments of zeros can be replaced with a double colon (::), which can only be used once in an address to avoid ambiguity.

In the given address, 0090:FEA0:00DA:F4A8:008A:0000:0000:0000, we can start by removing leading zeros from each segment:

  • 0090 becomes 90

  • 00DA becomes DA

  • 008A becomes 8A

  • 0000 remains 0 (leading zeros removed)

  • Another 0000 becomes another 0

  • And the last 0000 also becomes 0.

Therefore, the address would be compressed to 90:FEA0:DA:F4A8:8A:0:0:0.

Now, we notice that there are three segments of zeros at the end of this address. According to the rules of IPv6 compression, we can replace the longest sequence of consecutive zero segments with a double colon. Since we have

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