What is Uata?
In computers, the ultra -advanced technological supplement (UATA) is used to describe the type of hard drive unit (HDD). HDD is an independent way of storing digitally coded data. Danger means that the data remains on HDD, even if it is turned on, although data can only be obtained when HDD has power. On the other hand, a computer chip that stores digital information that is volatile will lose this information when the device in which it is located is on, turns down. Advanced technological connection is a general HDD class and ultra distinguishes a more specific type of HDD from this general class.
UATA and ATA HDD are more often referred to as integrated driving electronics (IDE) HDD. From a technical point of view, Ide concerns the connection between the hard disk and the computer. Previously, on the main circuit plate of the computer or on the expansion card connected to the main plate of the computer connected to the main area of the computer. On the other hand, ATA/Idroar E hard disk is integrated into the HDD assembly itself. Ide is also used to rejection class ATA/IDE HDD from HDD that preceded them.
The task of the controller is to manage the transmission of information from one part of the computer system to another part of the system. The drivers can now be described as self -government by moving the drivers. Now the driver, which is integrated into the UATA unit, controls data transfer instead of the controller found in the computer system to which it was connected. This, in turn, showed that it reduces compatibility problems between data transfer methods and computer systems. In UATA hard drives, it refers to the use of IDE/ATA discs.
U or ultra, indicates that a particular ATA/IDE HDD uses a data transmission method called Ultra Direct Memory Access (DMA) or UDMA. UDMA appeared for the first time in 1998 and the fastest was twice faster when transferring data at 33/megabitte per second (MB/s) than DMA. DMA was a step forward in data transmission methods in reaching higher transmissionH at speed by avoiding the central processing unit and communicating directly with computer memory for data transfer tasks. The UATA hard disk drives currently using UDMA data transmission methods based on mastering bus data can transmit data at 133 Mb/s. This is a relatively new technology that allows a computer to master more than one task at a time without affecting the speed or result of each task.