Full Form of IDE :
Integrated Development Environment
IDE Full Form is Integrated Development Environment. IDE is one of the software applications which offers various facilities to the programmers. IDE comprises of build automation tools, debugger, and source code editor. In simple terms, IDE is a software application that helps application development. It is a GUI or graphic user interface, which offers integrated environment of application development with all required tools. Some of the common features of IDE include data structure browsing, version control, debugging, etc. Choosing a good IDE depends on factors like operating system, language support, and costs that are associated with the IDE usage.
IDE Full Form – Integrated Drive Electronics
Full Form of IDE is Integrated Drive Electronics. IDE is essentially a standard form of the electronic interface which is used in between the disk storage devices of the computer system and the data path of the computer’s motherboards. This electronic interface is primarily based upon the IBM’s PC Industry Standard Architecture (abbreviated as ISA) 16-bit bus standard. However, the same is used in those computer systems that make use of other bus standards. The American National Standards Institute (abbreviated as ANSI) officially adopted the IDE as a standard in the year 1990.
The IDE’s name used by the ANSI is Advanced Technology Attachment (abbreviated as ATA) and notably, the ATA is a standard which the T10 Committee maintains. In the computers these days the IDE controller is incorporated into their motherboards that help in reducing issues associated with integrated controllers and storage devices. Presently, there are two kinds of ATA interfaces, namely: Serial ATA (abbreviated as SATA) and Parallel ATA (abbreviated as PATA).
ATA-1 was the first standard that was created by Compaq and it made use of 8-bit and 16-bit interfaces. It is this standard that initiated the use of the master/slave configuration and also defined what is called the multi-World Direct Memory Access (abbreviated as DMA) as well as Programmed I/O (abbreviated as PIO) modes. Now the use of ATA-1 has become archaic. Eventually, more advanced versions of ATA emerged with improved, high-speed transfers, the inclusion of Self-Monitoring Analysis and Reporting Technology (abbreviated as SMART) and Automatic Acoustic Management that helps in reduction of noise, etc.
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