Connects up to two SATA II and 2 IDE hard disk drives internally ... more info

PCIe 1x PATA and 2x e-SATA Raid Controller Card, JMB Chipset ... more info

Hybrid Drive technology has been implemented by hard disk drive manufacturers this past year. With the newly released silicon chip from Marvell, we are able to provide to the general public a low cost solution for SSD-type performance on SATA 6G PCI Express host controllers.... more info

Featuring 2 internal SATA ports and an additional 2 external SATA ports, the SYBA SD-SATA2 PCI-X controller card will provide all the ports you need for your home or business use. Intended for use with servers that have a PCI-X interface, the SD-SATA2 is also backwards compatible with other PCI slots. Compliant with Serial ATA II specification, the SD-SATA2 will handle most SATA devices, just make sure the device you are adding is compatible. Support for Native Command Queue allows for increased hard drive performance and more stable operation. Last, but not least, the RC-212 includes drivers for most Windows operating systems including Windows 2000/XP/Server 2003 and even Linux OS, and as a bonus the SD-SATA2 will also work with Linux.... more info

This Syba internal 32bit PCI SATA II 4 channel controller card adds 4 internal L-shape connectors to you current PC. It supports NCQ for better customization and Raid 0, 1, 5, 10 JBOD function for all your high speed SATA RAID needs. ... more info

PCI Serial ATA (SATA2) 4 Channel Controller Card with RAID function... more info

Compliant with PCI-Express Base Specification Revision 1.0a. Using with MCS9901 chipset. Single-Lane (x1) PCI-Express with throughput up to 2.5 Gbps. Octopus cable included. Build-in 16C550 compatible UARTs. 256-Byte deep transmitting and receiving FIFO. Transfer rate up to 250 Kbps. Support RS-232 hardware, software flow control ... more info

Parallel ATA has long been a widely used standard for interfacing between computers and hard drives. In 2002, Serial ATA (SATA) was introduced as the next step in ATA technology. SATA provides greater scalability, simpler installation, thinner cabling, and faster performance (up to 3 Gb/s). SATA maintains backward compatibility with parallel ATA drivers. Users of the SATA interface benefit from greater speed, simpler upgradeable storage devices and easier configuration. SATA, which represents the evolution of the ATA interface from a parallel bus to a serial bus architecture, overcomes the electrical constraints that inhibit continued speed enhancements for the classic parallel ATA bus. ... more info

Parallel ATA has long been a widely used standard for interfacing between computers and hard drives. In 2002, Serial ATA (SATA) was introduced as the next step in ATA technology. SATA provides greater scalability, simpler installation, thinner cabling, and faster performance (up to 3 Gb/s). SATA maintains backward compatibility with parallel ATA drivers. Users of the SATA interface benefit from greater speed, simpler upgradeable storage devices and easier configuration. SATA, which represents the evolution of the ATA interface from a parallel bus to a serial bus architecture, overcomes the electrical constraints that inhibit continued speed enhancements for the classic parallel ATA bus. ... more info