0xF80

0xF80 is a hexadecimal literal used in computing to represent a specific integer value. The prefix 0x indicates that the digits that follow are in base 16, as opposed to decimal or other bases.

In decimal, 0xF80 equals 3968. In binary, it is 111110000000. In octal, it corresponds to 7600. These representations reflect the same value across different numeral systems, which is useful when performing bitwise operations or when interfacing with hardware and lower-level software.

Common uses of a 0x-prefixed hexadecimal constant include representing numeric values in source code, configuring bit masks, offsets, or addresses, and serving as a readable form of binary data. For example, in languages that support hex literals, a programmer might write 0xF80 to specify a constant used in a calculation, a memory address, or a flag mask. The exact meaning of the value depends on the surrounding code and the system architecture.

Languages such as C, C++, Java, JavaScript, and Python support 0x-style hexadecimal literals. These literals are typically treated as unsigned integers or as the appropriate integer type in expressions, and they can participate in arithmetic, comparison, and bitwise operations. While 0xF80 itself is just a number, how it is used can vary widely—from low-level bit manipulation to higher-level logic.

Note that 0xF80 is not a standard color code by itself; color values are usually expressed as #RRGGBB or #RGB in web formats, though 0xF80 might appear in debugging or graphics APIs in hex form.