The term is binary information.
Binary Data
The term for digital information represented in a code consisting of zeros and ones is "binary code." This system uses the binary numeral system, where each digit, or bit, can be either a 0 or a 1. Binary code is the foundation of computer processing and digital communications, allowing for the representation of data, instructions, and more in a format that computers can understand and manipulate.
Thought pixels and ZEROS AND 1S
Digital information is stored using a series of ones and zeros or binary "digits". See the related link for more information.
To convert from analog (continuously varying) to digital (consisting of ones and zeros) -usually discrete steps that can closely mimic the analog signal.
Amplitude
Digital
Devices that can only read ones or zeros are typically digital computers and binary systems. These systems operate using binary code, where data is represented in two states: on (1) and off (0). This binary representation is fundamental to all forms of digital electronics, including computers, processors, and memory storage. Essentially, anything that processes digital information relies on the binary system to function.
Digital quantities are represented by binary numbers (ONES and ZEROS). The binary ONES and ZEROS make up a word or number that indicate a value. Each bit position represents a portion of the overall quantity.
Digital = coputerized bits (ones & zeros). Analog = waves produced by certain hardware (generally speaking).
It quantizes it into discrete points represented by zeros and ones (digital information). The number of samples must be at least two times the highest frequency component of the analog wave. The number of bits in each sample determines how close the digital information is to the actual value of the analog signal.
Like in modems, you make digital zeros one frequency and digital ones another frequency.