1101000010000

1101000010000 is a binary numeral consisting of 13 bits. In binary, the digits read left to right are 1, 1, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0. As an unsigned integer, this pattern equals 6,672 in decimal and 0x1A10 in hexadecimal. The most significant bit is 1, so if the same 13-bit pattern is interpreted as a two’s complement signed value, it represents -1,520.

In a 13-bit unsigned interpretation, the range is 0 to 8,191, whereas in 13-bit two’s complement signed interpretation the range is -4,096 to 4,095. The value 6,672 lies within the unsigned range but exceeds the positive signed maximum, which is why the negative interpretation arises in the signed context.

In computing, binary strings like 1101000010000 can appear as literals in source code (for example, written as 0b1101000010000 in languages that support binary notation) or as raw bit patterns used in hardware-related tasks. Such patterns may function as masks, fields within a larger word, or data tokens, depending on the surrounding schema or protocol. Without a specific context, the sequence does not denote a widely recognized constant; it primarily serves as a concrete example of a 13-bit binary value with a distinct decimal and hexadecimal representation.