0x1BE0

0x1BE0 is a hexadecimal numeric literal used in many programming and computing contexts to represent the unsigned integer value 7136. It is written with the 0x prefix to indicate hexadecimal notation, and the digits consist of 1, B, E, and 0.

In binary, 0x1BE0 equals 0001 1011 1110 0000. As a 16-bit value, it remains 0001 1011 1110 0000 in standard binary representation. The two-byte decomposition is 0x1B and 0xE0, which is relevant when considering memory layout and data transport.

The 0x prefix is a common convention in many programming languages, including C, C++, Java, JavaScript, Python, and various assembly dialects. As such, 0x1BE0 can appear in source code as an immediate constant, a bitmask fragment, a register value, an offset, or other low-level data representations, with its exact meaning determined by the surrounding context.

Memory and endianness are relevant when discussing how 0x1BE0 is stored. In big-endian order, the two-byte sequence is stored as 1B E0; in little-endian order, it is stored as E0 1B. This distinction matters for binary I/O, network protocols, and interfacing with hardware.

Overall, 0x1BE0 serves as a specific numeric value within the broader use of hexadecimal notation in computing, illustrating how a compact hex literal can represent a defined 16-bit quantity in various software and hardware contexts. See also hexadecimal notation and binary numeral systems.

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