1. [ENERGY-EFFICIENT DESIGN] The PCIe Serial ATA Card features the RTL9101 chip, guaranteeing low power usage which facilitates high-speed data transfers. This allows users to enjoy stable performance perfect for NAS, desktops, and server environments while keeping energy consumption to a minimum for cost-effectiveness.
2. [SPEEDY DATA TRANSFERS] This card impresses with a Serial ATA 3.0 6Gbps transfer rate aimed at rapidly handling and transmitting data. Whether for gaming, content creation, or high-speed data management, this feature ensures seamless operation for both casual and professional users.
3. [VERSATILE EXPANSION OPTIONS] Designed to convert 2 SFF8087 ports into a total of 9 Serial ATA ports, this expansion card supports extensive configurations. This allows you to expand your drive connections and optimize your storage capacity based on your unique requirements without a fuss.
4. [MULTI-OS COMPATIBILITY] Enjoy broad support with the PCIe 4X to Serial ATA Card, which operates smoothly with various OS, including 10, 11, 2003, and systems. This ensures users have the flexibility to integrate the card into most setups with ease, maximizing its accessibility.
5. [SIMPLE AND DIRECT INSTALLATION] Installation is straightforward and requires fitting the card into any PCI-E 4X slot while supporting 8X and 16X slots as well. This easy-to-follow process means that users can rapidly set up the card and enjoy enhanced networking capabilities right away.
Specification:
Item Type: PCIe to Serial ATA Card
Material: PCB
Main Control Chip: Fit for RTL9101
Input Interface: PCI-E 4X 3.0 (compatible with 4X 8X 16X)
Interface Rate: Serial ATA 3.0 6Gbps
Installation Position: PCI-E slot, not compatible with PCI
Function Introduction: 2 x SFF8087 Ports (one can convert to 4 Serial ATA ports, totaling 9 Serial ATA)
Support System: Support for WIN10, 11, 2003, support for
Note: Does not support SAS hard drives, only supports Serial ATA drives
How to Use:
Directly use.
PackageList:
1 x PCIe to Serial ATA Card
1 x Bracket
Note:
