There is a brief installation guide on the top of the drive. Unfortunately, this only covers installation with Windows 95/ 98, and not later Windows systems.
Previous drives have always needed three settings: master, slave or cable select. A drive is a master when it is the only device on an IDE channel or when a second drive is installed as a slave on the same channel. Cable select allows each drive to assume the proper role of master or slave based on the connector used on the cable.
Serial ATA does away with all of this by using a single cable per drive. It is no longer necessary to configure the drive using jumpers.
Once you have connected the power and data cables, you can restart your computer right away. Practically all Serial ATA controllers recognize a newly installed drive automatically. Exceptions are those devices that are already integrated on the motherboard. These only work when they have been set up in the motherboard's bios.
Another major advantage that Serial ATA has to offer is its Hot Swap capability: you can connect and disconnect a drive while the computer is running. However, inadequate support on the part of the manufacturer of the controller or the hard disk can cause problems here.
- Serial ATA In Detail
- Outlook: The Future Of Serial ATA
- Installation: Easier Than Ever Before
- An Overview Of Serial ATA Controllers
- Promise SATA150 TX2
- Promise SATA150 TX4
- 3Ware Escalade 8500-8
- HighPoint RocketRAID 1520
- HighPoint RocketRAID 1540
- Test Setup
- Read Performance: Tribute To The Noise Levels
- Burst Performance
- Business Disk WinBench 99: Just Average
- CPU Overhead: Minimal
- Benchmark Results, Serial ATA Controllers
- Application Performance
- Conclusion: Serial ATA Is Better, But Not Faster