1011001001100

1011001001100 is a binary numeral of 13 bits. In binary form it is typically used in computing as a bit pattern or identifier.

When converted to decimal, this pattern equals 5708. In hexadecimal, it corresponds to 0x164C. The 13-bit length is notable because modern architectures commonly use 8, 16, 32, or 64-bit widths, making 13 bits relatively uncommon for standalone integers but plausible as a field width within larger structures.

If interpreted as an unsigned integer, the value is 5708. If interpreted as a signed value in 13-bit two's complement, the sign bit is 1, and the value would be -2484. This demonstrates how the same bit pattern can have different interpretations depending on the encoding scheme.

Possible uses include representing a field in a protocol, a part of a memory address calculation, or a flag combination within a custom data format. Such bit patterns often appear in documentation and example datasets to illustrate bitwise operations, masking, and shifting. They are not typically meaningful on their own without a defined context.

Cross-checks can be performed by noting the hexadecimal form 0x164C, which helps relate the binary pattern to common computing notations and can aid in mapping the value to related representations in software and hardware documentation.