The Serial ATA (SATA) interface represents a great advance in storage technology. The requirement for faster data throughput has evolved with applications like digital video creation, editing & production. Serial ATA is the evolution of the ATA hard drive interface from parallel architecture to serial. Advancements to the interface encompass greater speed, more efficient cabling and advanced features for integration into servers and networked storage environments.

If DBAN does not detect a SATA controller running in native mode, then run the controller setup program and enable the "legacy PATA support" option. (ie: "Push <F2> to enter setup" when the computer starts.) SATA drivers for new computers will be added to DBAN as they are published for Linux. Drivers for Microsoft Windows are incompatible with DBAN and cannot be added to DBAN.

Advanced Technology Attachment (ATA) is a disk drive implementation that integrates the controller on the disk drive itself. Initial interface to ATA was a parallel interface called Parallel ATA or PATA. Serial ATA or SATA is an evolution of the PATA and is a serial link -- a single cable with a minimum of four wires creates a point-to-point connection between devices. Transfer rates for Serial ATA begin at 150MBps. Future rates have been planned for up to 600MBps.

Yes! I've no idea where the misconception that there isn't came from; my development system uses SATA drives.

Advanced Technology Attachment (ATA) is a disk drive implementation that integrates the controller on the disk drive itself. Initial interface to ATA was a parallel interface called Parallel ATA or PATA. Serial ATA or SATA is an evolution of the PATA and is a serial link -- a single cable with a minimum of four wires creates a point-to-point connection between devices. Transfer rates for Serial ATA begin at 150MBps. Future rates have been planned for up to 600MBps.

Serial ATA is the latest standard in IDE(Atapi) devices. The maximum speed of Serial ATA is 150MB/s (the maximum speed of Parallel ATA is 133MB/s, the ATA133 standard). The cable for serial ATA has a minimum of 4 wires (extra ground wires can be applied), a 7-pin connectro and a maximum length of 1metre (about 3.1 feet). Because of the serial protocol only 1 device can be connected to each cable.

Working extensions for SATA are: AppleIntelPIIXATA.kext ICH5 Serial ATA Controller ICH6 Serial ATA Controller ICH6-M Serial ATA Controller AppleVIAATA.kext VIA SATA Controller 8237 SATA nForce3/4 (need to edit above kext with device ID's)

Next you need to get the SATA Firmware you are interested in, the latest one is 4.2.50 which I grabbed from SiImages website, and can be obtained by doing: The option ROM in question in all cases I have seen is "A", but it's probably worth checking.

To ensure 100% reliability and performance when flashing firmware we found this could only be rock solid by implement a high quality Digital Sata bus to give the absolute best performance possible. This isn't the cheapest solution but it is most certainly the best.

A6. The 3ware 9550SX fully complies with the SATA 2.5 specification. For information on the specification, please visit the Serial-IO Organization's site at www.sata-io.org

A2: Infrastructure scalability is the primary difference. Very high capacity storage arrays will be able to be built with SAS. While there are very few feature differences between the two serial interfaces, SAS systems will be much more expensive. As with SCSI, there is a significant price premium paid for SAS drives compared to SATA drives. In fact, there is even a significant price premium for SAS drives compared to SCSI drives.

The first thing you'll notice is the interface. SATA drives have a single cable with a small connector, while an IDE drive will have a flat ribbon cable. SATA drives have a faster data transfer rate. Your motherboard must be able to support a SATA drive. Otherwise, you'll need to buy an IDE drive.

A12. Yes. Arrays can be migrated from the 9500S, the 9550SX, and the 9590SE to the 9650SE and vice-versa..

Be sure to copy all CD/DVD root files, not just i386 folder. If you have OEM distribution then open notepad, type Windows, then press space, then enter. Save file as win51ip or any similiar reported into the main folder.

EzSAN have enabled organizations to more effectively share, consolidate, and manage storage resources than was possible with Direct Attached Storage (DAS). The shift from server-centric storage to networked storage has been dependent on the development of technologies that can transfer data to and from storage as fast as, or faster than, direct attached technologies while also overcoming the limitations inherent in parallel SCSI, the dominant interconnect for DAS.

The Serial ATA controller cannot be automatically recognized under Windows 2000/XP installation. You will need to install drivers for SATA controller prior to installing Windows 2000/XP. If you do not install the SATA controller drivers, Windows will not recognize the SATA drive. The drivers for SATA controller are available on floppy disks during operating system installation process. If you have CDs only, copy the driver into the floppy disks before attempting to install Windows 2000/XP.

A5. The 9550SX supports SATA II features including 3Gbps transfer speed, Native Command Queuing (NCQ), and features hardware support for Port Multipliers and Port Selectors.

The Sarge version of the installer has very limited support for SATA. The versions available for Etch use more recent kernels that have very much improved SATA support. So if you don't really need Sarge your best option is to use the Etch version of the installer and install Etch. You can try the 2.4.27 kernel which is default in the Sarge installer. This kernel includes some support for SATA. Install using the Linux 2.

EzSAN have enabled organizations to more effectively share, consolidate, and manage storage resources than was possible with Direct Attached Storage (DAS). The shift from server-centric storage to networked storage has been dependent on the development of technologies that can transfer data to and from storage as fast as, or faster than, direct attached technologies while also overcoming the limitations inherent in parallel SCSI, the dominant interconnect for DAS.

Yes, when connecting a SAS controller to a non-expander based backplane, whether SAS or SATA, it makes no difference to the controller.

If the comparisons are done with the exact configuration using same SATA drives, there should not be any differences

Creating multiple SATA RAID based Backup-sets (Snap-shot, in-house and offsite) is a good practice for Archiving or middle stage backup/recovery. SCSI and Fibre-Channel drives have better random access performance (not needed for sequential backup) but also have better reliability. For mission critical data, IQSS recommends having one backup-set (usually the snap-shot set) as a SCSI RAID and if using a network backup - Fibre-channel RAID.

Step 3 : Click on "Save changes and Exit". And if your SATA hard disk isn't for booting-up, system will automatically search for next boot-up device.

The supplied eSATA cable uses the new External SATA standard at both ends, but many computers still uses the older internal SATA "L-Shape" interface standard. In order to connect the Drive to your computer, please use the included eSATA to SATA converter bracket.

SATA can be made backwards compatible with PATA, but it requires a bridge chip to do so. Small converter boards are sold, they cost $15 - $46 each. OWC has a couple that they've apparently tested and found to work well in the G5, newegg has a bunch more.

Yes. SAS Host Bus Adapters will support SATA devices. The STX is configured to support SATA protocol tunneled over a SAS interface (SATA Tunneling Protocol – STP). The STX can also support a purely SATA environment, where a SATA initiator is communicating with a SATA device. Keep in mind that a SATA initiator, conversely, will not support a SAS device.

In our experience the best Sata Card is any with a VIA 6421 Chipset. Very cheap to buy - you shouldn't pay more than $15-$20.

No Officially, the word from Dell is "no", and further investigation reveals that the 400SC uses the ICH5 (82810EB) southbridge, as shown in this picture. The Intel data sheet confirms that RAID support is only available on the ICH5R (82810ER) chipsets. Additionally, the BIOS only shows the option to enable/disable SATA, no RAID configuration. Also, Intel's Application Accelerator is not supported by the 400SC's chipset. It has become a RAID only utility.

Currently, we use only 4-CPU servers and SCSI harddisks for performance and reliability. Our servers cost S$10,000 to S$20,000 each instead of the S$500 to S$3,500 servers used by other companies. Our servers have 3 x redundant power supplies each, hardware RAID 1 (mirror) for the harddisks and hotswappable (SCA2) SCSI harddisks.

The RDX USB device requires Mass Storage support, and support for USB 2.0 is recommended for maximum performance. Support for these features was available starting with Linux kernel 2.4.22. All Linux 2.6 kernels should support USB Mass Storage and USB 2.0. The RDX SATA device requires support for SATA ATAPI devices. SATA ATAPI support is available and enabled by default on distributions based on kernels 2.6.16 and later.