0000100100001110

0000100100001110 is a 16-bit binary string. It can be read as a single 16-bit value in binary notation (for example, 0b0000100100001110).

As an unsigned integer, this pattern represents the decimal value 2318, and in hexadecimal it is 0x090E. If interpreted as a signed 16-bit two's complement number, the value remains 2318 since the most significant bit is 0 (the number is nonnegative).

The string consists of two 8-bit bytes: 00001001 and 00001110. In hexadecimal these bytes are 0x09 and 0x0E. The ordering of these bytes depends on endianness: in big-endian (network order) the two-byte sequence is 09 0E; in little-endian it would be stored as 0E 09, though the 16-bit value is the same when reconstructed.

In practical contexts, such a binary pattern might appear in data encoding, memory dumps, or binary file formats as an identifier, flag set, or part of a larger instruction or payload. Without additional context, the pattern is inherently general and its meaning is determined by the surrounding system or protocol.

Related concepts include binary notation, hexadecimal representation, endianness (big-endian vs. little-endian), and two's complement representation for signed integers.