byte, eight-bit - significado y definición. Qué es byte, eight-bit
Diclib.com
Diccionario ChatGPT
Ingrese una palabra o frase en cualquier idioma 👆
Idioma:

Traducción y análisis de palabras por inteligencia artificial ChatGPT

En esta página puede obtener un análisis detallado de una palabra o frase, producido utilizando la mejor tecnología de inteligencia artificial hasta la fecha:

  • cómo se usa la palabra
  • frecuencia de uso
  • se utiliza con más frecuencia en el habla oral o escrita
  • opciones de traducción
  • ejemplos de uso (varias frases con traducción)
  • etimología

Qué (quién) es byte, eight-bit - definición

USING SOFTWARE INSTEAD OF DEDICATED HARDWARE TO PROCESS AND MAKE USE OF SIGNALS
Bitbang; Bit-bang; Bit-banging; Byte banging; Byte-banging; Byte-bang; Bytebang; Bit-banging technique; Bit-banging method; Bit bang mode; Bit bang; Banging of bits; Banging bits

kibibyte         
  • Percentage difference between decimal and binary interpretations of the unit prefixes grows with increasing storage size
UNIT OF DIGITAL INFORMATION EQUAL TO 8 BITS
Exabyte; Petabyte; Terabyte; Yottabyte; Zettabyte; Mebibyte; Gibibyte; Tebibyte; Exbibyte; Kibibyte; KiB; MiB; Pebibyte; Terabytes; GiB; Bytes; Zettabytes; Petabytes; Mibibyte; Terrabyte; TeB; TeraByte; Tera byte; Tera Byte; Tera-byte; Tera-Byte; TiB; Zetbibyte; MiB/s; Yobibyte; EiB; Zebibyte; Ebyte; TByte; T-byte; Pbyte; Tbytes/sec; The Evolution of the Byte; Gibibytes; Kibibytes; ZiB; Mibibytes; Mebibytes; Yodabyte; Exaflood; Exabytes; Kibbibytes; Tebi byte; Peta binary byte; Zetabyte; Binary gigabyte; Tebibytes; Exobyte; YiB; Yottabytes; T byte; Y.B.; Y.b.; Tbytes; Exbibytes; Gibyte; Gibytes; Byte (computing); TB (computing); TB (symbol); PB (computing); PB (symbol); EB (symbol); EB (computing); ZB (symbol); ZB (computing); YB (symbol); YB (computing); 8-bit byte; Byte size; Eight-bit byte; Six-bit byte; 6-bit byte; Nine-bit byte; 9-bit byte; Binary table; Binary term; By eight; Bit asynchronous transmission entity; Binary yoked transfer element; 4-bit byte; Four-bit byte; Variable byte size; Ronnabyte; Quettabyte; PByte; EByte; Tbyte; Zbyte; ZByte; Ybyte; YByte; Rbyte; RByte; Qbyte; QByte
<unit> The official ISO[?] name for 1024 bytes, to distinguish it from 1000 bytes which they call a kilobyte. "Mebibyte", "Gibibyte", etc, are prefixes for other powers of 1024. Although this new naming standard has been widely reported in 2003, it seems unlikely to catch on. (2003-09-27)
exabyte         
  • Percentage difference between decimal and binary interpretations of the unit prefixes grows with increasing storage size
UNIT OF DIGITAL INFORMATION EQUAL TO 8 BITS
Exabyte; Petabyte; Terabyte; Yottabyte; Zettabyte; Mebibyte; Gibibyte; Tebibyte; Exbibyte; Kibibyte; KiB; MiB; Pebibyte; Terabytes; GiB; Bytes; Zettabytes; Petabytes; Mibibyte; Terrabyte; TeB; TeraByte; Tera byte; Tera Byte; Tera-byte; Tera-Byte; TiB; Zetbibyte; MiB/s; Yobibyte; EiB; Zebibyte; Ebyte; TByte; T-byte; Pbyte; Tbytes/sec; The Evolution of the Byte; Gibibytes; Kibibytes; ZiB; Mibibytes; Mebibytes; Yodabyte; Exaflood; Exabytes; Kibbibytes; Tebi byte; Peta binary byte; Zetabyte; Binary gigabyte; Tebibytes; Exobyte; YiB; Yottabytes; T byte; Y.B.; Y.b.; Tbytes; Exbibytes; Gibyte; Gibytes; Byte (computing); TB (computing); TB (symbol); PB (computing); PB (symbol); EB (symbol); EB (computing); ZB (symbol); ZB (computing); YB (symbol); YB (computing); 8-bit byte; Byte size; Eight-bit byte; Six-bit byte; 6-bit byte; Nine-bit byte; 9-bit byte; Binary table; Binary term; By eight; Bit asynchronous transmission entity; Binary yoked transfer element; 4-bit byte; Four-bit byte; Variable byte size; Ronnabyte; Quettabyte; PByte; EByte; Tbyte; Zbyte; ZByte; Ybyte; YByte; Rbyte; RByte; Qbyte; QByte
<unit> 2^60 = 1,152,921,504,606,846,976 bytes = 1024 petabytes or roughly 10^18 bytes. See prefix. (1996-08-12)
Exabyte         
  • Percentage difference between decimal and binary interpretations of the unit prefixes grows with increasing storage size
UNIT OF DIGITAL INFORMATION EQUAL TO 8 BITS
Exabyte; Petabyte; Terabyte; Yottabyte; Zettabyte; Mebibyte; Gibibyte; Tebibyte; Exbibyte; Kibibyte; KiB; MiB; Pebibyte; Terabytes; GiB; Bytes; Zettabytes; Petabytes; Mibibyte; Terrabyte; TeB; TeraByte; Tera byte; Tera Byte; Tera-byte; Tera-Byte; TiB; Zetbibyte; MiB/s; Yobibyte; EiB; Zebibyte; Ebyte; TByte; T-byte; Pbyte; Tbytes/sec; The Evolution of the Byte; Gibibytes; Kibibytes; ZiB; Mibibytes; Mebibytes; Yodabyte; Exaflood; Exabytes; Kibbibytes; Tebi byte; Peta binary byte; Zetabyte; Binary gigabyte; Tebibytes; Exobyte; YiB; Yottabytes; T byte; Y.B.; Y.b.; Tbytes; Exbibytes; Gibyte; Gibytes; Byte (computing); TB (computing); TB (symbol); PB (computing); PB (symbol); EB (symbol); EB (computing); ZB (symbol); ZB (computing); YB (symbol); YB (computing); 8-bit byte; Byte size; Eight-bit byte; Six-bit byte; 6-bit byte; Nine-bit byte; 9-bit byte; Binary table; Binary term; By eight; Bit asynchronous transmission entity; Binary yoked transfer element; 4-bit byte; Four-bit byte; Variable byte size; Ronnabyte; Quettabyte; PByte; EByte; Tbyte; Zbyte; ZByte; Ybyte; YByte; Rbyte; RByte; Qbyte; QByte
<company, storage> A company and, by extension, a tape format for computer data backup and transfer. The tape is a data quality 8mm video cassette recorder tape. Exabyte units can store between five and fourteen gigabytes of data per tape. Exabytes are usually attached to Unix workstations. [What different tape capacities exist? Compare with DAT?] (1995-07-06)

Wikipedia

Bit banging

In computer engineering and electrical engineering, bit banging is a "term of art" for any method of data transmission that employs software as a substitute for dedicated hardware to generate transmitted signals or process received signals. Software directly sets and samples the states of GPIOs (e.g., pins on a microcontroller), and is responsible for meeting all timing requirements and protocol sequencing of the signals. In contrast to bit banging, dedicated hardware (e.g., UART, SPI, I²C) satisfies these requirements and, if necessary, provides a data buffer to relax software timing requirements. Bit banging can be implemented at very low cost, and is commonly used in some embedded systems.

Bit banging allows a device to implement different protocols with minimal or no hardware changes. In some cases, bit banging is made feasible by newer, faster processors because more recent hardware operates much more quickly than hardware did when standard communications protocols were created.