Until such time as recently, it was common meant for computers being equipped with an IDE hard drive. These times most computers, including notebooks, are very likely to use the newer SATA hard drives. If that you're confused concerning difference, here's what you should know:
This about the most important reasons to check you purchase a computer with a SATA harddrive. IDE is much slower than SATA. Perhaps even the swiftest IDE get, which carries a data send speed of 133MB/s is usually slower than a standard sata raid storage drive , which carries a transfer rate of 150MB/s. The truth is newer SATA II drives have bending that to help 300MB/s. While the numbers would possibly not mean a lot of, you can notice a giant speed increase taking SATA. This is especially true if you work with large online video, sound and graphics files.
With SATA you can store a lot more information. IDE harddrives typically have a optimum storage of 500MB. Current SATA drives can take 2TB, that's four times up to an IDE. Actually, you may not notice an excessive amount difference between the drives. Then again, the joints used are very different.
Another is IDE hard disk . IDE relies on a ribbon cable. This can be a flat grayish cable which has a connector with 40pins. SATA, on the other hand, has a much smaller 7pin cable that's typically red in color.
In your personal computer system, it's possible to have several harddrive. To plug multiple IDE drives, you need to chain the ribbon cables from to another. The pc system has no idea that's the principal drive, from which to insert the main system. For this reason, IDE drives possess a 'jumper' pin number. The position with the pin might determine whether it is a 'master' or a 'slave'. SATA drives don't use jumpers. Each drive directly to the motherboard. Setting the prime drive, you can access this settings with the computers BIOS (special software programs that runs when you first intend the computer).
This about the most important reasons to check you purchase a computer with a SATA harddrive. IDE is much slower than SATA. Perhaps even the swiftest IDE get, which carries a data send speed of 133MB/s is usually slower than a standard sata raid storage drive , which carries a transfer rate of 150MB/s. The truth is newer SATA II drives have bending that to help 300MB/s. While the numbers would possibly not mean a lot of, you can notice a giant speed increase taking SATA. This is especially true if you work with large online video, sound and graphics files.
With SATA you can store a lot more information. IDE harddrives typically have a optimum storage of 500MB. Current SATA drives can take 2TB, that's four times up to an IDE. Actually, you may not notice an excessive amount difference between the drives. Then again, the joints used are very different.
Another is IDE hard disk . IDE relies on a ribbon cable. This can be a flat grayish cable which has a connector with 40pins. SATA, on the other hand, has a much smaller 7pin cable that's typically red in color.
In your personal computer system, it's possible to have several harddrive. To plug multiple IDE drives, you need to chain the ribbon cables from to another. The pc system has no idea that's the principal drive, from which to insert the main system. For this reason, IDE drives possess a 'jumper' pin number. The position with the pin might determine whether it is a 'master' or a 'slave'. SATA drives don't use jumpers. Each drive directly to the motherboard. Setting the prime drive, you can access this settings with the computers BIOS (special software programs that runs when you first intend the computer).
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