0x4EE

0x4EE is a hexadecimal numeric literal used in computing to represent a specific integer value. The prefix 0x indicates base 16, and the digits 4, E, and E correspond to 4 × 16^2 + 14 × 16 + 14, which equals 1262 in decimal. This kind of notation is common in many programming languages for constants and bitwise operations.

In programming languages that support hexadecimal literals—such as C, C++, Java, JavaScript, and Python—0x4EE can be written directly as a constant. For example, in C or JavaScript, a declaration like int x = 0x4EE; or let x = 0x4EE; assigns the decimal value 1262 to x. Leading zeros do not change the value, so 0x04EE equals 0x4EE. Hex digits are case-insensitive, so 0x4ee is equivalent to 0x4EE.

The literal is typically used as an integer constant, a component of a bitmask, an offset, or a small address segment in low-level programming. It may also appear in memory dumps or as part of data formats that encode fields in hexadecimal. In more complex contexts, 0x4EE can be combined with other hex values (for example, as 0x1000 + 0x4EE) to form larger numbers or addresses.

There is no widely recognized entity or standard specifically named “0x4EE.” Rather, it represents a common form of expressing numbers in hexadecimal notation. In blockchain or other systems that use 0x-prefixed strings, such literals may appear as parts of addresses or keys, but a standalone 0x4EE is not by itself an address or identifier.