0x56E

0x56E is a hexadecimal numeral that may appear in computing as a numeric literal, a register offset, or an identifier in various contexts. When interpreted as a base-16 value, it equals the decimal number 1390.

In programming languages that support hexadecimal literals, such as C, C++, Java, JavaScript, and Python, 0x56E denotes the integer 1390. It can be used in arithmetic, as a constant value, or as a part of bitwise operations and masks. For example, in many languages you might see code like int x = 0x56E; which assigns the decimal value 1390 to x.

Beyond simple literals, 0x56E may appear as a fragment of a memory address, a hardware register offset, or an identifier within a protocol or file format. Its exact meaning is determined by the surrounding context: the system’s architecture, the data structure in use, or the specification being followed. In hardware documentation, such hex values often refer to addresses or offsets within a device’s memory map, where 0x56E would be meaningful only alongside a base address and specific mapping rules.

In other domains, 0x56E could be part of a larger 0x-prefixed identifier, such as a part number, token, or tag in various software or data standards. However, by itself it does not carry an inherent, universal meaning across all platforms.

In summary, 0x56E is a hex representation of the number 1390, whose interpretation depends on the technical context, whether as a numeric constant, an address fragment, or an identifier. See also hexadecimal notation, memory addressing, and hex literals.