10010001011011

10010001011011 is a binary numeral consisting of 14 bits. In computing and digital notation, such a string can appear as a literal, a bit field, or the payload of a small data unit.

As a base-2 number, it equals 9307 in decimal and 0x245B in hexadecimal. The 16-bit representation would be 0010010001011011, with the given 14 bits forming the least-significant portion. This makes it convenient to interpret the value in different numeric bases without changing the underlying bit pattern.

Interpreting as text, it can be split into two 7-bit ASCII values: 1001000 and 1011011, corresponding to the characters 'H' and '['. That yields the two-character sequence H[, illustrating how binary strings can encode letters if divided along character boundaries. However, 14-bit length is nonstandard for ASCII, which commonly uses 7- or 8-bit units.

In practice, 14-bit values have occasionally appeared in older hardware and in compact data encodings where a field must contain a value within 0–16383. Such patterns are common in examples illustrating bit packing, masking, or small instruction formats, and they demonstrate how a fixed-length binary string can represent both numeric data and, in certain interpretations, textual information.

Related topics include the binary numeral system, hexadecimal notation, base-2 encoding, and ASCII.