0010001101111100

0010001101111100 is a 16-bit binary value. When interpreted as an unsigned integer, it equals 9084, and in hexadecimal it is 0x237C. In binary notation, the leftmost bit is the most significant bit.

Splitting the string into bytes yields 00100011 and 01111100, which correspond to the ASCII codes 0x23 and 0x7C. These map to the characters '#' and '|', producing the two-character sequence "#|" if read as ASCII text.

In practical terms, this pattern can serve as a simple test vector for teaching binary-to-decimal conversion or as a small bitmask within a 16-bit field. It does not, by itself, identify any widely used file format or protocol signature.

Endianness matters when interpreting binary data. The two-byte sequence 00100011 01111100 represents 0x237C in big-endian notation. If the bytes were swapped (little-endian), the same two-byte sequence would represent 0x7C23 (31779). This distinction is a common consideration in computing when reading or writing binary data across architectures.

Related topics include the binary numeral system, hexadecimal notation, ASCII character encoding, and byte order (endianness).