1100100011111

1100100011111 is a binary numeral consisting of 13 digits. In binary notation, each digit is a bit, and the sequence can represent a nonnegative integer or a set of binary flags depending on interpretation.

As an unsigned integer, 1100100011111 equals 6431 in decimal, calculated by summing the powers of two corresponding to the positions of 1s (2^12 + 2^11 + 2^8 + 2^4 + 2^3 + 2^2 + 2^1 + 2^0).

Viewed as a signed value in a 13-bit two's complement representation, the same bit pattern encodes the value -1761, since 2^13 minus 1761 equals 6431.

It has no widely recognized name or specific meaning in standard encodings. In computing contexts, such 13-bit patterns may appear in custom bitfields or as parts of larger data structures, especially in environments using non-standard word sizes.

From a number-theory perspective, 6431 is composite: 6431 = 59 × 109, with 59 and 109 prime.

Because the lower five bits are all 1s, the pattern ends in 11111, which can indicate the maximal value in a five-bit field or be used in bitmasking analysis.