Placa DeLOCK PCI Express x8 para 4 x SFF-8643 NVMe internos Low Profile

This PCI Express x8 card by Delock adds four internal SFF-8643 NVMe ports to a desktop or server system, allowing connection of U.2/compatible SSDs via appropriate cables. The card is designed for low profile installations and supports PCIe host interface with a maximum theoretical transfer rate of 32 Gbit/s per link, making it suitable for systems requiring additional internal NVMe storage connections.

Advantages

The DeLOCK card provides four internal SFF-8643 connectors in a low profile form factor, enabling expansion of NVMe storage without occupying drive bays. It uses a PCIe x8 host interface for high-speed data transfer and is compatible with common Windows operating systems including Windows Server 2019. The product is internally mounted and has a compact green PCB suitable for small chassis.

Suitable for

• Adding multiple internal NVMe/U.2 SSDs to a workstation or server
• Low profile PC builds where space is limited
• Systems that require additional internal high-speed storage connections

Key specifications

• Brand: DELOCK
• Model / MPN: 90585
• EAN: 4043619905850
• Host interface: PCIe (x8)
• Output interfaces: 4 × internal SFF-8643 (NVMe)
• Maximum transfer rate: up to 32 Gbit/s (per link, theoretical)
• Form factor: low profile
• Product colour: green

How to use

Install the card into an available PCIe x8 slot (or wider slot with x8 electrical support) on the motherboard, secure it in the chassis, and connect SFF-8643 to U.2 cables (sold separately) from the card’s internal ports to compatible NVMe SSDs. After hardware installation, power on the system and install any required drivers or configure the operating system storage settings. Confirm that the BIOS/UEFI and OS detect the connected drives before use.

Recommendations

Use compatible SFF-8643 to U.2 cables and ensure the chassis provides adequate airflow for installed NVMe drives. Verify motherboard PCIe lane availability and OS compatibility (e.g., Windows Server 2019) before installation.