![]() The software will discover if restoring the data is possible. As a first step, scanning will be performed. If you want to make the recovery process easier, download, install and run RAID Recovery on your computer. If that didn't work, use the Linux recovery. Open the largest EXT partition in the Linux reader. There are two common ways to handle RAID 1 recovery. The recovery process will be handled by sophisticated software algorithms. If data was lost because of a system fault or hard drive failure, use RAID Recovery by Diskinternals. How to recover lost RAID 1 data with software? To increase the speed of reading data, you should use your RAID configuration. RAID 1 is suitable in cases where you need extra reliability. That’s why if you have any mistakes or if you have mechanically broken one of the disks, start the data recovery process as soon as possible. But functioning can be performed with some mistakes. If one drive is mechanically broken or data is corrupted, the rest of the drives will function and keep all the data anyway. To provide fault tolerance, RAID 1 writes the same data twice on two separate drives. ![]() RAID 1 provides you with good fault tolerance and is simpler than RAID 1-0. This layout is useful if read performance is more essential than write performance or resulting data storage capacity. Since data is mirrored on all disks belonging to an array, an array can be as large as the smallest member disk. A classic RAID 1 pair offers no parity, spanning or striping of disk space across multiple disks. RAID 1 consists of a copy, or a mirror, of data on two or more disks. In this case, you should follow the instructions provided below. ![]() If you are not sure about your skills, don’t try to restore data manually. Recovery is complicated for those who are not computer professionals. RAID mirrors data and uses the architecture of RAID to write information on disks simultaneously. RAID is not about data backup, but about volume redundancy on disks. It is a convenient way to store databases that need parity to function better. Many people use the RAID 1 array for storing financial data and small database systems. ![]()
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