What are the disk fields?
Discar fields are storage systems that connect multiple physical hard drives into one large unit for advanced data control and security control. Disc fields have several advantages over traditional one disk systems. It is the only critical device of a computer system that is not electronic, but relies on complex moving mechanical parts that often fail. If this happens, the data is irreversible and if the backup system has not been used, the user is not lucky. This is where the disk fields change. The most common disk field technology is RAID (redundant field of independent disks). RAID uses disk fields in a number of optional configurations from which it will benefit the user.
One of the advantages of the RAID disk fields is the data redundancy, so if the file is damaged or stored in a bad cluster or disk, it is CBI immediately and transparently replaced from another disk in the field. RAID also allows swopping bad discs and increased flexibility in scalable storage. Power isAlso improved by a process called "stripping".
There are many RAID varieties, and although they are designed primarily for servers, disk fields are becoming increasingly popular among individuals because of their many benefits. RAID is particularly suitable for players and multimedia applications.
RAID controllers, built into the motherboards, must set the parameters for interacting with disk fields. The controller sets the power parameter to match the slowest disc. If it should use the fastest disk as a benchmark, the data would be lost if it was written on discs that could not support this speed. For this reason, all discs in the field should be the same brand, speed, size and model for optimal performance. A mixture of liquid -elevation, speed and types of discs will have a negative impact on performance. The best drives for disk fields are SATA units (Serial ATA) RAID. These units are OptimalIzed for RAID and when SATA are hot.
using disk fields can provide peace of mind and at the same time improve data security and performance. Masements with built -in RAID controllers support certain types of raids. For example, an older or cheap motherboard could only support RAID 0 and RAID 1, while a newer or more expensive board can support RAID 1 via RAID 5. Be sure to get a motherboard or third Raid Controller that supports RAID configuration.