10010100011000

10010100011000 is a binary numeral consisting of 14 bits. In computing and digital contexts, such a string can be used as a binary literal, a bit pattern for data encoding, or a specification for a field in a hardware description.

As an unsigned integer, the binary value 10010100011000 equals 9496 in decimal and 0x2518 in hexadecimal. The bits set to 1 occur at positions corresponding to 2^13, 2^10, 2^8, 2^4, and 2^3, when using zero-based indexing from the least significant bit.

In terms of character encoding, the pattern does not map to a standard single ASCII or Unicode character. If divided into 7-bit chunks, it yields 1001010 and 0011000, which correspond to the ASCII code for 'J' (0x4A) and a non-printable control code, respectively; this indicates that the 14-bit string is not a conventional text representation.

14-bit widths are less common than 8, 16, or 32 bits but appear in specific contexts such as certain microcontrollers, FPGA designs, or communication protocols that use non-standard field sizes. As a data pattern, 10010100011000 could serve as a test vector, a partial bitmask, or a descriptor for a subset of flags within a larger data word.

See also: binary numeral system, hexadecimal notation, bitmask, digital data representations.