0010010111101011

0010010111101011 is a 16-bit binary string composed of the digits 0 and 1. It can be read as a binary value or used as a bit pattern in digital systems. The sequence has exactly 16 bits, with the most significant bit on the left.

As an unsigned integer, the binary value equals 9707 in decimal and 0x25EB in hexadecimal. In binary notation, the leftmost bit acts as the highest-order bit, so the value is interpreted as a non-negative 16-bit number.

If split into two 8-bit bytes, the string yields 00100101 and 11101011, i.e., 0x25 and 0xEB. The first byte 0x25 corresponds to the ASCII character '%' in standard ASCII; the second byte 0xEB lies in the extended ASCII range and does not map to a standard ASCII symbol in the basic 7-bit set (it is ë in ISO/IEC 8859-1).

Endianness can affect how the two bytes are interpreted in memory. If the two bytes are read in little-endian order, the 16-bit value would be 0xEB25, which equals 60197 in decimal, rather than the big-endian 0x25EB (9707).

In practical terms, this binary string is typical of example data used to illustrate binary representation, endianness, and basic bitwise operations. There is no widely recognized semantic meaning attached to this exact sequence beyond its value and byte-oriented interpretations. It can appear in discussions of encoding, data transmission, or computer architecture as a representative 16-bit pattern.