Recently, computers have IDE hard drives. Many computers, laptops and new SATA hard drives can be used these days. If you are confused about the difference, you should know:
Activity This is a very important reason to get a SATA hard drive. IDE is slower than SATA. With the data transfer rate of 133MB / s, the fastest IDE data is slower than the SATA storage at 150MB / s. In fact, the new SATA II drivers have doubled it to 300MB / s.
Although the numbers do not explain much, you will notice a significant increase in speed when using SATA. This is especially true if you are working with large video, audio or graphics files.
Possible SATA allows you to store a lot of data. IDE hard drives usually have 500MB of storage. The current SATA storage can store up to 2TB, which is four times more than the IDE.
The cable is physical and you don’t see much difference between the drivers. But the relationships used are very different.
The IDE uses a ribbon cable. This is a flat gray cable connecting 40 pins.
SATA usually has 7 pin cables in red.
The computer system may have more than one hard drive. To connect multiple IDE storage devices, you need to connect one cable to the other. The computer system does not know what the main driver of the operating system should be. Therefore, turbo c++ download drivers have a “jump” pin. Pin’s position determines whether he is a “master” or “slave.”
Does not use SATA storage. Each connector is connected directly to the motherboard. To configure the primary disk, you can access the settings from the BIOS computer (special software when booting the computer).
There are other differences, but what you see here are the main differences between SATA and IDE hard drives.
If you have a desktop computer that was purchased three years ago, you may have an IDE hard drive. Although this type of hard drive is now faster than ATA or SATA configuration storage, there are still many IDE storage counters. As the years go by, your computer may need time to replace or add another IDE driver. In this case you need to know how to properly insert the IDE disk.
IDEs can be easily recognized by the type of cable connected to the computer. Unlike flat-wire SATA cables, IDE hard drives use a wide, thin, and ribbon-like data interface cable, usually connected to forty-three outlets. The motherboard is on the back of the hard drive, one near the center and the other on the motherboard.
If you want to increase your storage space with another IDE driver, you need to configure it as the primary disk and the secondary disk. Naturally, your old hard drive includes your computer’s operating system, so double-click on the new driver. If you don’t want to keep your new IDE driver in the operating system, you have to configure it by default or by default, but that doesn’t mean you need to fix and install the operating system, the required drivers. to mention. Most of the software applications you use for your computer. If you want to make it easier, you can configure the new storage as a secondary storage.
Behind each hard drive is a small area to the right of the 40-pin socket, with eight nails in four pairs of configurations. This is the master and slave or the primary and secondary selector. You will usually see a small jump in this selector. Check the label on the hard drive and see the appropriate jumper configuration for the master or slave. If you plan to use a new drive as a slave, follow the instructions on the hard drive.
Then, save the hard drive to the hard drive of the computer, and then place the unused 40 rocket connectors on the back of the hard drive to the IDE cable. Do not harden the hard drive nails. There is a link to the connector, so you will never make a mistake. Turn on the power and close the case. Then you can strengthen the computer and enjoy the extra storage space.