PCIe Expansion Card with PLX8749 Chip, 8-Port M.2 NVMe SSD Adapter, Supports 22110 M.2 Drives, No Driver Required

Upgrade your system's storage capabilities with this high-performance PCIe Expansion Card featuring the PLX8749 chip. Designed for power users and professionals, this 8-port M.2 NVMe SSD adapter lets you install up to eight M.2 drives simultaneously, supporting the 22110 form factor for maximum flexibility. The PLX8749 chip handles all lane splitting internally, eliminating the need for motherboard-level bifurcation support — making it compatible with a wide range of systems right out of the box. No additional drivers are required, so setup is straightforward and hassle-free. A built-in cooling fan helps maintain optimal operating temperatures even under heavy workloads, ensuring reliable long-term performance. The card also features a supplemental PCIe power connector to deliver stable power to all connected drives. Whether you're building a high-capacity NAS, a video editing workstation, or a data-intensive server, this expansion card provides the scalability and speed you need. Simply install it into an available PCIe slot and start expanding your storage immediately.

• PLX8749 CHIP: Features the PLX8749 controller chip that splits a single PCIe slot into multiple lanes, enabling simultaneous use of up to 8 M.2 NVMe SSDs without requiring a compatible motherboard.
• 8-PORT M.2 EXPANSION: Supports up to 8 M.2 NVMe SSDs simultaneously, with each slot accommodating drives up to 22110 (22mm x 110mm) form factor for maximum storage flexibility.
• NO DRIVER REQUIRED: Plug-and-play design requires no additional drivers or software installation, making setup straightforward and hassle-free on compatible systems.
• ACTIVE COOLING: Equipped with a built-in cooling fan and heatsink on the PLX8749 chip to maintain stable operating temperatures during heavy workloads and extended use.
• SUPPLEMENTAL POWER CONNECTOR: Includes a 6-pin PCIe power connector to ensure adequate power delivery to all 8 M.2 drives simultaneously for reliable and stable performance.