0x2F80

0x2F80 is a hexadecimal numeric literal used in computing and data representation. When interpreted as a hexadecimal integer, it equals 12,160 in decimal. In binary, the 16-bit representation is 0010 1111 1000 0000, and the 32-bit representation is 0000 0000 0000 0000 0010 1111 1000 0000. The 0x prefix is a common convention signaling hexadecimal notation in many programming languages, including C, C++, Java, JavaScript, and Python. As such, 0x2F80 may appear as a constant, a memory address offset, a bit mask, or part of a larger bitfield depending on the context.

In digital systems, hex literals like 0x2F80 are convenient because each hex digit maps to four binary bits, enabling compact representation and easier readability when dealing with low-level data, such as flags, registers, or packed data.

In Unicode, the code point U+2F80 lies within the Kangxi Radicals block (U+2F00 to U+2FDF). Such code points represent radical components used in the historical organization of Chinese characters. The glyph associated with U+2F80 is font-dependent, and many environments render it as a radical component rather than a standalone character.

Overall, 0x2F80 is best understood as a specific hexadecimal value whose meaning is determined by its usage context, whether as a numeric constant in software or as a code point in character encoding.