Zbite

Zbite is a hypothetical unit of information proposed in theoretical discussions of data encoding and compression. The term is commonly used in educational or fictional contexts to illustrate ideas about compact information representation. A zbite is described as a minimal information element that can carry a small payload together with a control header, enabling stream-level synchronization and error detection.

In typical descriptions, a zbite consists of two parts: a compact header that encodes metadata such as length and type, and a payload field that carries the data. The size of a zbite may be fixed or variable depending on the model; some proposals describe zbites of 8, 16, or 32 bits with a variable-length payload encoded by a prefix code.

Encoding and decoding often rely on prefix-free or self-delimiting codes, and zbites can be arranged into sequences called zbite streams. Such streams are used in theoretical studies of latency, overhead, and error resilience in data encoding.

There is no formal standard for zbite, and implementations are primarily academic demonstrations or entries in fictional works. In practice, the concept functions as a teaching tool to discuss tradeoffs between overhead, timing, and reliability in encoding schemes.

See also: information theory, bit, byte, encoding, data compression.