How to reinstall the RAID 0 array

You need to see if your motherboard supports raid0, and strongly refer to your motherboard's manual.

If it does, it will be emulated as a logical hard drive, because it works very low-level. So when you do it successfully, you can install the system in the same way as before, and it should be noted that you may need to press F6 to load the RAID card driver when you install it.

1. Start the computer, press the delete button to enter the BTEL chipset motherboard BIOS settings, and press the arrow button to find the ZhidaoStorageConfiguration option.

2. Then press Enter to enter the StorageConfiguratlon option, open the RAID option in the configure item, and then press F10 to save the settings and restart the computer.

3. After the system restarts, please pay special attention to the boot screen. At this time, you will be reminded to press Ctrl I to enter the RAID settings interface. If you don't press Ctrl I in time, you will have to restart your computer.

4. After entering the RAID setting interface, you can see that the interface is divided into two parts, the above part is the operation interface.

There are four options: 1 create a RAID array, 2 delete a RAID array, 3 restore the hard drive to a non-RAID state, and then, 4 back up the volume.

5. In the "Name" area, we can specify a RAID name, and then press the [Tab] or [Enter] key to enter the next area. In the RAID level area, we can choose the RAID level.

6. In this way, a simple dual-disk RAID0 disk array has been constructed, and the information and content of the RAID0 disk array can be seen from the figure below.

No need to format it, plug in the new disk, and turn it on.

Open the RAID option in the BIOS, open it, save it, exit the BIOS, reboot to an interface will prompt you to enter the RAID setting mode, you have to press and hold a key to enter, mine is the I key, enter the RAID setting mode, create RAID, array mode, select RAID 0 OK. (When setting up RAID, it will prompt you that once you set RAID0, all the original data on your hard disk will be deleted, click OK).

Find a disk that can be partitioned and formatted, divide rai0 into a region, format it, and then you can put your win7 installation disk system.

raid0 is probably twice as fast as the original

Finally, I wish the landlord's love machine a successful acceleration

Use U master to make a USB flash drive to boot, put the win10 image in the ISO directory, and copy the motherboard RAID driver to the made USB flash drive. Start with a good U disk, be able to identify the RAID disk, and then load the ISO win10 and install it. Load the RAID driver while partitioning.

I use a PCIe Dual SSD, an ASUS 370p motherboard.

Intel chipset RAID general Windows comes with a driver, directly install it, as long as you install it in the BIOS before the assembly.

AMD also has to load additional drivers during the system installation process. Trouble is dead.

Taking raid0 as an example, the method is as follows:

1. Preparation: one dual-channel hard disk acceleration card for the array card (you can also buy the assembled array box, so you don't need the following two tools), two SATA disks of the same model and the same capacity, and three data cables.

2. Back up the data, after the array is built, the data in the two disks will be emptied, so you must back up the important data to other storage devices first.

3. The hardware installation of the disk array, the array card is installed to the appropriate position of the chassis and fixed, find a suitable power cord from the host power supply and connect it to the power interface of the array card, the two input interfaces of the array card are connected to two hard disks respectively through the SATA data cable, and the output interface is connected to the motherboard through the SATA data cable.

4. The setting of the whole array card, there will be instructions on the general array card, here is an example of the current array card, there are three DIP switches on the array card, set the working mode of the array card, here is to do raid0, according to the instructions the three DIP switches are dialed to on.

5. BIOS settings, all of which have been done in front of the Advanced SATA device settings (SATA configuration) at one time

Seeing that JMICRON H W Ra appears on SATA2S, this is the model of the array card, different cards are displayed differently, this is the assembled disk array. Here my SATA1 is connected to the SSD, and the disk array is connected to SATA2.

6. Install the system and test the read and write speed.

Please elaborate a little more about your problem.

The system can be installed ** has nothing to do with the RAID but only with the characteristics you expect.

With a RAID card or the motherboard's built-in RAID feature, the system can be installed on any RAID.

1.RAID 0 is used to improve the read and write speed, the larger the number of disks in the array, the faster the speed, but the security is the worst, any hard disk failure will cause the entire RAID 0 to be inaccessible.

2.RAID 1 is a disk image, which can be the most secure, and the RAID array cannot be accessed only if both hard disks are broken at the same time.

3.RAID 0+1 combines the performance and security features of RAID 0 and RAID 1.

4.RAID 5, which consists of 3 or more hard disks, loses the capacity of one of the hard disks to store the verification information. When any hard disk fails, the array can still be accessed normally.

RAID 5 has high read performance and slightly weaker write performance.

5.Other RAID methods, especially the array characteristics defined by the major RAID card manufacturers, are very rich.

You can choose and build RAID based on your hardware conditions and desired performance characteristics.

Because RAID requires chipset support (even the old motherboard is a third-party chip), and neither Vista, 2K3 nor XP has a driver for this kind of chipset (chip), and these systems are only recognized as floppy drives when they are installed. So there's no way.

I don't recognize the optical drive, how do you install the system, but the key is that the optical drive has a system disk, what can I do?

Therefore, some D plate disks can be directly installed with SATA or RAID hard disks without floppy drives, that is, the drivers are integrated into the system and then repackaged.

RAID1, or RAID5, is sometimes installed in RAID0, depending on your combination of factors.

1. Enable RAID mode in the BIOS.

Building a RAID 0 array series is a simple process that can be set up in just a few steps in the BIOS.

First of all, you need to prepare two hard disks of the same capacity, connect them to the hard disk interface (the rate of SATATII interface can no longer meet the speed requirements of Hitachi single disk 1TB group RAID), and press the "DEL" button to enter the BIOS interface after booting. Take the BIOS settings of the GIGABYTE Z77X-UD3H motherboard as an example:

After entering the "Integrated Periphery" menu, move the cursor to the "SATA Mode Selection" option, which adjusts the disk control mode, including IDE mode, RAID mode and AHCI mode as shown in the following figure. Since we want to build a disk array, we will change the option to RAID mode and press enter to confirm. Finally, press F10 to save the exit.

2. How to enable the raid menu.

When the BIOS is saved and restarted, the following screen will appear: "Press to Enter Configuration Utility....You need to press the CTRL+I buttons at the same time to enter the RAID interface.

3. RAID menu settings.

The figure above shows the RAID menu, in which pressing the "1" key in the setting interface is to create a RAID disk, pressing the "2" key is to delete the RAID disk, pressing the "3" key is to reset the disk that does not need to be assembled, and pressing the "4" key is to exit.

The above figure shows the basic information of RAID, in which the first option is the name of the RAID disk, and the default can be selected.

In the second option, press left and right to select RAID 0. Finish.