Integer Data Types
Format/Type Range Example
signed 8 bit -128...127 FF = -1
unsigned 8 bit 0...255 FF = 255
signed 16 bit -32,768...32,767 00 80 = -32,768
unsigned 16 bit 0...65,535 00 80 = 32,768
signed 24 bit -8,388,608...8,388,607 00 00 80 = -8,388,608
unsigned 24 bit 0...16,777,215 00 00 80 = 8,388,608
signed 32 bit -2,147,483,648...2,147,483,647 00 00 00 80 = -2,147,483,648
unsigned 32 bit 0...4,294,967,295 00 00 00 80 = 2,147,483,648
signed 64 Bit -2^63...2^63-1 00 00 00 00 00 00 00 80 = -2^63
Unless stated otherwise, multi-byte numbers are stored in little-endian format, meaning that the first byte of a number is the least significant and the last byte is the most significant. This is the common format for computers running Microsoft Windows. Following the little-endian paradigm, the hexadecimal values 10 27 can be interpreted as the hexadecimal number 2710 (decimal: 10,000).
The Data Interpreter is capable of interpreting data as all of the aforementioned integer types, plus unsigned 48-bit integers.