TGE SCSI & RAID Devices Driver
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SCSI is a type of interface used for computer components such as hard drives, optical drives, scanners and tape drives. It is a competing technology to standard IDE (Integrated Drive Electronics). While the less expensive IDE technology is built into motherboards, SCSI is a technology that must be added by purchasing a special controller. The SCSI card fits into an internal PCI slot, and the associated devices are then connected to this card.
The successor the SCSI interface is SAS at speeds of up to 3Gb/s. Additionally, it also addresses parallel interface issues such as drive addressability and limitations on the number of device per port connection. SAS devices can communicate with both SATA and SCSI devices (the backplanes of SAS devices are identical to SATA devices). SCSI is a standard for parallel interfaces that transfers information at a rate of eight bits per second and faster, which is faster than the average parallel interface. SCSI-2 and above supports up to seven peripheral devices, such as a hard drive, CD-ROM, and scanner. They can all attach to a single SCSI port on a system's bus. In versions of Windows prior to Windows 10, Version 2004 (OS build 19041.488 or higher), the device ID format for a small computer system interface (SCSI) device is as follows: SCSI t.v (8)p (16)r (4).
SCSI, short for Small Computer System Interface, is a set of standards for physically connecting and transferring data between computers and peripheral devices like hard drives, tape drives, scanners, CD drives, etc. Self-powered using the SCSI host termination power, or via USB. 2.35W maximum (500mA) To function without external power via USB, requires SCSI host that supplies terminator power on pin 25 of the DB25 socket 5V via standard 4-pin floppy-drive connector, USB, or self-powered using the SCSI host termination power: Current Draw 2.35W maximum (500mA).
This interface is a faster, more robust technology than IDE, and has traditionally been utilized in servers. Aside from speed, another great advantage over IDE is that the card can connect 15 or more devices in a daisy chain. The controller assigns each device its own ID, allowing for great flexibility towards expanding any system.
SCSI devices, particularly hard drives, are designed to be used 24/7 in addressing the needs of the server market. For this reason, the drives are usually made to higher standards and carry longer warranties than IDE drives of comparable capacity. However, the added speed and quality come at a price. SCSI components are significantly more expensive than their IDE cousins.
As the technology has evolved, different varieties have emerged with varying benchmark speeds. The various versions utilize different pin connectors. Therefore, it is important to match the right SCSI controller to the desired components. For example, if a drive is Ultra 320, a SCSI-I controller will not work with it. The controller must support Ultra 320 to be compatible. Following is a list of versions with the data transfer rates in megabytes per second (MB/sec):