Interfaces are frequently used in computers, and also the most desktop workstation connection to discuss is the link between a backup system and the motherboard’s library.
Both IDE and EIDE promotional terms for approved Advanced Technology Attachment specifications.
Since the reference value of the wire connecting the console to the gadget is relatively minimal, both ports are infrequently used for remote and external systems.
- IDE (Integrated Drive Electronics) is an older standard for connecting storage devices to a computer, while EIDE (Enhanced Integrated Drive Electronics) is an improved version with additional features and capabilities.
- EIDE supports faster data transfer rates and larger storage capacities than IDE.
- EIDE is backwards compatible with IDE, allowing the use of both newer EIDE devices and older IDE devices in the same system.
IDE vs EIDE
EIDE provides a faster data transfer rate than IDE. While IDE can transfer data at up to 16.6 MB/s, EIDE can transfer data at up to 33 MB/s.IDE supports hard drives with up to 528 MB capacity, while EIDE supports hard drives with up to 137 GB capacity.EIDE has a larger buffer size than IDE.
Want to save this article for later? Click the heart in the bottom right corner to save to your own articles box!
IDE, which stands for Integrated Drive Electronics, is a form of associated infrastructure for storage systems in a computer system.
In principle, IDE relates to the connections and port interfaces that are being used to link certain storage devices, hard drives, and optical drives to one another and to the motherboard.
The IDE was designed to replace the need for a separate controller card by integrating the drive interface with the drive directly.
EIDE, which stands for Enhanced Integrated Drive Electronics. EIDE is a significantly faster data transfer speed variation of the IDE drive connection than that of the earlier version.
Because it officially relates to an ATA standard called ATA-2 or the other name Quick ATA. It officially relates to an ATA standard called ATA-2 or the other name Quick ATA.
|Parameters of comparison||IDE||EIDE|
|Full-Form||Integrated Drive Electronics||Enhanced Integrated Drive Electronics|
|Interface Standard||Advanced Technology Attachment- 1||Advanced Technology Attachment-2|
|Specialty||Plug in an IDE hard drive in the desktops.||Computers have a built-in EIDE controller.|
|Transfer rate||Less||More comparatively|
|Transfer data limit||8.3 Mbps||16.6 Mbps|
What is IDE?
Since the late 1980s, IDE (Integrated Drive Electronics) drives have been in use. The IDE was designed to replace the need for a separate controller card by integrating the drive controller with the drive itself.
The ATA (Advanced Technology Attachment, the official name for IDE drives) standard is based on IBM’s original AT hard disc drive specification.
The Integrated Drive Electronics (IDE) interface connects a motherboard to storage devices such as hard drives and CD-ROM or DVD devices.
The first IDE used a 16-bit connection to communicate with two other devices via a single-ribbon wire cable. This IDE device does have its own circuitry and a built-in disc drive interface.
Processors were distinct output devices earlier than IDE.
It was created by Western Digital and marketed underneath the company’s name. The concept was developed in collaboration with Compaq Systems and Control Data Company.
The IDE interface was the type of interface for hard disks before the emergence of SATA (Serial Advanced Technology Attachment).
Because different tools do not require to be directly programmable and connected as elements of the installation procedure, an IDE enables developers to begin designing new apps rapidly.
This is particularly valuable for registering new engineers and developers who may choose to use an IDE to learn about the company’s basic tools, processes, procedures, and practices.
In reality, most IDE capabilities, doe instance, smart code matching, and automatic code development, are designed in such a way to save a lot of time by eliminating the requirement of writing out whole special characters sequence.
What is EIDE?
EIDE is the standard abbreviation for “Enhanced Integrated Drive Electronics.” EIDE is a significantly high data transmission speed variant of the IDE disk connection than the previous standard version.
It was Western Digital that created the EIDE phrase in 1994 to designate a series of ATA-1 connection specification enhancements. EIDE is also known as fast ATA, fast version of IDE, or mainly ATA-2.
EIDE has a transmission speeds rate of 16.6 Mbps, which itself is twice as quick as USB. Because it officially relates to an ATA standard known as ATA-2 or Fast ATA, the word EIDE might be a little confusing.
As a result, the words EIDE, ATA-2, and Fast ATA can all be used interchangeably.
For several times, EIDE was probably the most popular drive interface, although this has since been overtaken by the latest versions of the ATA specification that enable the great Ultra DMA.
The ATA-4 through ATA-7 standards, which facilitate information transmission speeds of 33 to 133 Mbps, is among them.
Many of the modern desktops implement brand-new defined procedures as “Serial ATA,” or SATA, which allows for considerably quicker data transfers.
The EIDE storage program was made with two main goals in mind, first one was increasing the thickness of accessible storage devices and improving the speed of information transfer between the server and the disk storage media.
Main Difference Between IDE and EIDE
- Integrated Drive Electronics devices, the initial IDE interface, was standardized in 1986, while Enhanced Integrated Drive Electronics was first introduced in 1994.
- The interface standard of the Integrated Drive Electronics is Advanced Technology Attachment 1, whereas the Interface standard of Enhanced Integrated Drive Electronics is Advanced Technology Attachment 2.
- The transmission rate of Integrated Drive Electronics is less, whereas the transmission speed of Enhanced Integrated Drive Electronics is comparitively more.
- The data transfer limit of Integrated Drive Electronics is 8.3 Mbps, whereas the data transfer limit of Enhanced Integrated Drive Electronics is 16.6 Mbps.
- Integrated Drive Electronics does specify the raised number of drives available to the ordinary computer, whereas Enhanced Integrated Drive Electronics does not.
I’ve put so much effort writing this blog post to provide value to you. It’ll be very helpful for me, if you consider sharing it on social media or with your friends/family. SHARING IS ♥️
Sandeep Bhandari holds a Bachelor of Engineering in Computers from Thapar University (2006). He has 20 years of experience in the technology field. He has a keen interest in various technical fields, including database systems, computer networks, and programming. You can read more about him on his bio page.