real storage - meaning and definition. What is real storage
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What (who) is real storage - definition

STORAGE OF DIGITAL DATA READABLE BY COMPUTERS
Computer Storage; Auxiliary storage; Internal memory; Main storage; Primary storage; Primary Storage; Secondary storage; Main memory; Primary memory; Physical memory; Data disk; Secondary storage device; Secondary storage devices; Data retention hardware; Tertiary storage; Off-line storage; Offline storage; Physical and logical storage; Real storage; Computer storage device; Secondary memory; PC memory; Computer storage; Disk capacity and file size; Disk capacity; Store of computer; Auxiliary Memory Units; Internal Memory; Rewritable media; Primary data storage; EM data structure; Disk space; Storage system; Media (computer); Auxiliary memory; Auxiliary Memory; Computer storage devices; Storage memory; Storage device (computing); All-flash array; Diskspace; Storage capacity (computing); Data storage capacity; Memory capacity
  • A [[hard disk drive]] (HDD) with protective cover removed
  • control circuitry]], storage space, and [[input/output]] devices. Technology and capacity as in common [[home computer]]s around 2005.
  • SDRAM]] mounted in a [[computer]]. An example of ''primary storage''.
  • PATA]] hard disk drive (HDD) from 1999. When connected to a computer it serves as ''secondary'' storage.
  • DVD+R]]. The minor errors are correctable and within a healthy range.
  • S.M.A.R.T. software warning suggests impending hard drive failure
  • RAM]]
  • A large [[tape library]], with tape cartridges placed on shelves in the front, and a robotic arm moving in the back. The visible height of the library is about 180 cm.
  • SDLT]] tape cartridge, an example of ''off-line'' storage. When used within a robotic [[tape library]], it is classified as ''tertiary'' storage instead.

main memory         
<storage, architecture> The storage device used by a computer to hold the currently executing program and its working data. A modern computer's main memory is built from random-access memory integrated circuits. In the old days ferrite core memory was one popular form of main memory, leading to the use of the term "core" for main memory. Computers have several other sorts of memory, distinguished by their access time, storage capicity, cost, and the typical lifetime or rate of change of the data they hold. Registers in the CPU are fast, few, expensive and typically change every few machine instructions. Other kinds are cache, PROM, magnetic disk (which may be used for {virtual memory}) and magnetic tape. (1996-11-04)
auxiliary storage         
<storage> An obsolete term for a hard disk drive. (1997-04-14)
secondary storage         
<storage> Any non-volatile storage medium that is not directly accessible to the processor. Memory directly accessible to the processor includes main memory, cache and the CPU registers. Secondary storage includes {hard drives}, magnetic tape, CD-ROM, DVD drives, {floppy disks}, punch cards and paper tape. Secondary storage devices are usually accessed via some kind of controller. This contains registers that can be directly accessed by the CPU like main memory ("memory mapped"). Reading and writing these registers can cause the device to perform actions like reading a block of data off a disk or rewinding a tape. See also DMA. Programs and data stored in secondary storage must first be loaded into main memory before the processor can use them. (1997-11-05)

Wikipedia

Computer data storage

Computer data storage is a technology consisting of computer components and recording media that are used to retain digital data. It is a core function and fundamental component of computers.: 15–16 

The central processing unit (CPU) of a computer is what manipulates data by performing computations. In practice, almost all computers use a storage hierarchy,: 468–473  which puts fast but expensive and small storage options close to the CPU and slower but less expensive and larger options further away. Generally, the fast technologies are referred to as "memory", while slower persistent technologies are referred to as "storage".

Even the first computer designs, Charles Babbage's Analytical Engine and Percy Ludgate's Analytical Machine, clearly distinguished between processing and memory (Babbage stored numbers as rotations of gears, while Ludgate stored numbers as displacements of rods in shuttles). This distinction was extended in the Von Neumann architecture, where the CPU consists of two main parts: The control unit and the arithmetic logic unit (ALU). The former controls the flow of data between the CPU and memory, while the latter performs arithmetic and logical operations on data.