0x2FF

0x2FF is a hexadecimal literal that appears in computing and digital systems. The digits 2FF in base 16 correspond to the decimal value 767 (2×256 + 15×16 + 15). In many programming languages, the prefix 0x signals a hexadecimal constant, so 0x2FF is interpreted as the integer 767.

In source code, 0x2FF may be used as a numeric literal for various purposes, such as representing a constant value, an offset, an index, or an operand in bitwise expressions. Because hexadecimal notation is common in low-level programming, 0x2FF can show up in memory addresses, protocol fields, or hardware interfaces where compact hex representation is convenient.

In data representation, values like 0x2FF can appear in contexts with limited ranges or specific bit layouts. For example, it may define a specific flag combination or a small numeric code within a larger specification. The exact interpretation depends on the surrounding schema or protocol.

Unicode and character encoding provide another point of reference. In Unicode, code points are often written as U+02FF (leading zeros allowed). The notation 0x2FF corresponds to that same numeric value, but whether a glyph is produced depends on the font and rendering system. Thus, 0x2FF is not itself a Unicode character, but it can map to a code point in certain conversions.

There is no widely recognized standard or entity specifically named 0x2FF beyond its role as a hexadecimal representation of 767. See also hexadecimal notation, 0x prefixes in programming languages, and decimal equivalence.