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  3. Exbibytes

Convert Exbibytes to:

  • Exbibytes to Bits
    • A bit is the basic unit of computer memory typically having a value of either 0 or 1.

  • Exbibytes to Bytes
    • A byte contains eight bits. Commonly used as the base of other units like the Megabyte as the byte was typically the smallest addressable block of computer memory because it would encode a single character.

  • Exbibytes to Exabits
    • An exabit (decimal) contains 10006 bits. This is the common usage compared to an exabit (binary) or a exbibit that contains 10246 bits.

  • Exbibytes to Exabits (binary)
    • An exabit (binary) contains 10246 bits, this is the same as an exbibit. It is similar but not equal to the common exabit (decimal) that contains 10006 bits.

  • Exbibytes to Exabytes
    • An exibyte (decimal) contains 10006 bytes. This is the common usage compared to an exibyte (binary) or a exbibyte that contains 10246 bytes.

  • Exbibytes to Exabytes (binary)
    • An exabyte (binary) contains 10246 bytes, this is the same as an exbibyte. It is similar but not equal to the common exabyte (decimal) that contains 10006 bytes.

  • Exbibytes to Exbibits
    • An exbibit contains 10246 bits, this is the same as a binary exabit. It is similar but not equal to the common exabit (decimal) that contains 10006 bits.

  • Exbibytes to Gibibits
    • A gibibit contains 10243 bits, this is the same as a binary gigabit. It is similar but not equal to the common gigabit (decimal) that contains 10003 bits.

  • Exbibytes to Gibibytes
    • A gibibyte contains 10243 bytes, this is the same as a binary gigabyte. It is similar but not equal to the common gigabyte (decimal) that contains 10003 bytes.

  • Exbibytes to Gigabits
    • A gigabit (decimal) contains 10003 bits. This is the common usage compared to a gigabit (binary) or a gibibit that contains 10243 bits.

  • Exbibytes to Gigabits (binary)
    • A gigabit (binary) contains 10243 bits, this is the same as a gigibit. It is similar but not equal to the common gigabit (decimal) that contains 10003 bits.

  • Exbibytes to Gigabytes
    • A gigabyte (decimal) contains 10003 bytes. This is the common usage compared to a gigabyte (binary) or a gibibyte that contains 10243 bytes.

  • Exbibytes to Gigabytes (binary)
    • A gigabyte (binary) contains 10243 bytes, this is the same as a gibibyte. It is similar but not equal to the common gigabyte (decimal) that contains 10003 bytes.

  • Exbibytes to Kibibits
    • A kibibit contains 1024 bits, this is the same as a binary kilobit. It is similar but not equal to the common kilobit (decimal) that contains 1000 bits.

  • Exbibytes to Kibibytes
    • A kibibyte contains 1024 bytes, this is the same as a binary kilobyte. It is similar but not equal to the common kilobyte (decimal) that contains 1000 bytes.

  • Exbibytes to Kilobits
    • A kilobit (decimal) contains 1000 bits. This is the common usage compared to a kilobit (binary) or a kibibit that contains 1024 bits.

  • Exbibytes to Kilobits (binary)
    • A kilobit (binary) contains 1024 bits, this is the same as a kibibit. It is similar but not equal to the common kilobit (decimal) that contains 1000 bits.

  • Exbibytes to Kilobytes
    • A kilobyte (decimal) contains 1000 bytes. This is the common usage compared to a kilobyte (binary) or a kibibyte that contains 1024 bytes.

  • Exbibytes to Kilobytes (binary)
    • A Kilobyte (binary) contains 1024 bytes, this is the same as a kibibyte. It is similar but not equal to the common Kilobyte (decimal) that contains 1000 bytes.

  • Exbibytes to Mebibits
    • A mebibit contains 10242 bits, this is the same as a binary megabit. It is similar but not equal to the common megabit (decimal) that contains 10002 bits.

  • Exbibytes to Mebibytes
    • A mebibyte contains 10242 bytes, this is the same as a binary megabyte. It is similar but not equal to the common megabyte (decimal) that contains 10002 bytes.

  • Exbibytes to Megabits
    • A megabit (decimal) contains 10002 bits. This is the common usage compared to a megabit (binary) or a mebibit that contains 10242 bits.

  • Exbibytes to Megabits (binary)
    • A megabit (binary) contains 10242 bits, this is the same as a mebibit. It is similar but not equal to the common megabit (decimal) that contains 10002 bits.

  • Exbibytes to Megabytes
    • A megabyte (decimal) contains 10002 bytes. This is the common usage compared to a megabyte (binary) or a mebibyte that contains 10242 bytes.

  • Exbibytes to Megabytes (binary)
    • A megabyte (binary) contains 10242 bytes, this is the same as a mebibyte. It is similar but not equal to the common megabyte (decimal) that contains 10002 bytes.

  • Exbibytes to Nibbles
    • A nibble is 4 bits. The name nibble is a play on the word byte as a nibble represents half a byte, a byte being 8 bits.

  • Exbibytes to Pebibits
    • A pebibit contains 10245 bits, this is the same as a binary petabit. It is similar but not equal to the common petabit (decimal) that contains 10005 bits.

  • Exbibytes to Pebibytes
    • A pebibyte contains 10245 bytes, this is the same as a binary petabyte. It is similar but not equal to the common petabyte (decimal) that contains 10005 bytes.

  • Exbibytes to Petabits
    • A petabit (decimal) contains 10005 bits. This is the common usage compared to a petabit (binary) or a pebibit that contains 10245 bits.

  • Exbibytes to Petabits (binary)
    • A petabit (binary) contains 10245 bits, this is the same as a pebibit. It is similar but not equal to the common petabit (decimal) that contains 10005 bits.

  • Exbibytes to Petabytes
    • A petabyte (decimal) contains 10005 bytes. This is the common usage compared to a petabyte (binary) or a pebibyte that contains 10245 bytes.

  • Exbibytes to Petabytes (binary)
    • A petabyte (binary) contains 10245 bytes, this is the same as a pebibyte. It is similar but not equal to the common petabyte (decimal) that contains 10005 bytes.

  • Exbibytes to Semi-Nibbles
    • A semi-nibble is a rarely used unit representing half a nibble or two bits.

  • Exbibytes to Tebibits
    • A tebibit contains 10244 bits, this is the same as a binary terabit. It is similar but not equal to the common terabit (decimal) that contains 10004 bits.

  • Exbibytes to Tebibytes
    • A tebibyte contains 10244 bytes, this is the same as a binary terabyte. It is similar but not equal to the common terabyte (decimal) that contains 10004 bytes.

  • Exbibytes to Terabits
    • A terabit (decimal) contains 10004 bits. This is the common usage compared to a terabit (binary) or a tebibit that contains 10244 bits.

  • Exbibytes to Terabits (binary)
    • A terabit (binary) contains 10244 bits, this is the same as a tebibit. It is similar but not equal to the common terabit (decimal) that contains 10004 bits.

  • Exbibytes to Terabytes
    • A terabyte (decimal) contains 10004 bytes. This is the common usage compared to a terabyte (binary) or a tebibyte that contains 10244 bytes.

  • Exbibytes to Terabytes (binary)
    • A terabyte (binary) contains 10244 bytes, this is the same as a tebibyte. It is similar but not equal to the common terabyte (decimal) that contains 10004 bytes.

  • Exbibytes to Yobibits
    • A yobibit contains 10248 bits, this is the same as a binary yottabit. It is similar but not equal to the common yottabit (decimal) that contains 10008 bits.

  • Exbibytes to Yobibytes
    • A yobibyte contains 10248 bytes, this is the same as a binary yottabyte. It is similar but not equal to the common yottabyte (decimal) that contains 10008 bytes.

  • Exbibytes to Yottabits
    • A yottabit (decimal) contains 10008 bits. This is the common usage compared to a yottabit (binary) or a yobibit that contains 10248 bits.

  • Exbibytes to Yottabits (binary)
    • A yottabit (binary) contains 10248 bits, this is the same as a yobibit. It is similar but not equal to the common yottabit (decimal) that contains 10008 bits.

  • Exbibytes to Yottabytes
    • A yottabyte (decimal) contains 10008 bytes. This is the common usage compared to a yottabyte (binary) or a yobibyte that contains 10248 bytes.

  • Exbibytes to Yottabytes (binary)
    • A yottabyte (binary) contains 10248 bytes, this is the same as a yobibyte. It is similar but not equal to the common yottabyte (decimal) that contains 10008 bytes.

  • Exbibytes to Zebibits
    • A zebibit contains 10247 bits, this is the same as a binary zettabit. It is similar but not equal to the common zettabit (decimal) that contains 10007 bits.

  • Exbibytes to Zebibytes
    • A zebibyte contains 10247 bytes, this is the same as a binary zettabyte. It is similar but not equal to the common zettabyte (decimal) that contains 10007 bytes.

  • Exbibytes to Zettabits
    • A zettabit (decimal) contains 10007 bits. This is the common usage compared to a zettabit (binary) or a zebibit that contains 10247 bits.

  • Exbibytes to Zettabits (binary)
    • A zettabit (binary) contains 10247 bits, this is the same as a zebibit. It is similar but not equal to the common zettabit (decimal) that contains 10007 bits.

  • Exbibytes to Zettabytes
    • A zettabyte (decimal) contains 10007 bytes. This is the common usage compared to a zettabyte (binary) or a zebibyte that contains 10247 bytes.

  • Exbibytes to Zettabytes (binary)
    • A zettabyte (binary) contains 10247 bytes, this is the same as a zebibyte. It is similar but not equal to the common zettabyte (decimal) that contains 10007 bytes.