RAID Cases and Drives

200GB 7200RPM 8MB Buffer Aluminum ToughDrive USB 2.0 And Firewire 800 Portable Drive200GB 7200RPM 8MB Buffer Aluminum ToughDrive USB 2.0 And Firewire 800 Portable Drive
Regular price: $269.98
Sale price: $129.98
250GB 7200RPM 8MB Buffer Aluminum ToughDrive USB 2.0 And Firewire 800 Portable Drive250GB 7200RPM 8MB Buffer Aluminum ToughDrive USB 2.0 And Firewire 800 Portable Drive
Regular price: $249.98
Sale price: $139.98
3.5 Inch Aluminum Firewire 800+ 400 +eSATA +USB 2.0 Slim Enclosure for SATA I and SATA II HDD3.5 Inch Aluminum Firewire 800+ 400 +eSATA +USB 2.0 Slim Enclosure for SATA I and SATA II HDD
Regular price: $79.98
Sale price: $78.88
Dual SATA Hard Drive Hardware RAID 1 or RAID 0 up to 1,000GBDual SATA Hard Drive Hardware RAID 1 or RAID 0 up to 1,000GB
Regular price: $269.98
Sale price: $188.88
RAID 0 Stripping Firewire 800 Dual Bay Removable Tray IDE Drive EnclosureRAID 0 Stripping Firewire 800 Dual Bay Removable Tray IDE Drive Enclosure
Regular price: $239.98
Sale price: $139.98
PROFirewire Rack Mount and Mini-SOHO Raid Systems

RAID 0 - Disk Striping
  • With RAID 0, or a configuration known as "data striping", data is written in sequential sections across more than two drives. RAID 0 is easy to implement, and it can dramatically improve performance. Several drives can be accessed at once, minimizing the overall "seek" time of larger files. This configuration has no data redundancy and therefore no protection against data loss, however, so it should not be used for business-critical applications.

    RAID 1 - Mirroring
  • Also known as "drive mirroring", RAID 1 simultaneously copies data to a second drive. The mirroring method offers data protection and good performance in the case where a mirrored drive fails. RAID 1 is the simplest RAID configuration, requiring only a minimum of two drives with equal capacity, and also that the drives be added in pairs. The main disadvantage of RAID 1 is that it uses 100% drive overhead (the highest of all RAID levels), which can be considered an inefficient use of drive capacity.