Intern SATA-adapter DeLOCK 90431

The DeLOCK 90431 is an internal SATA adapter that fits into a PCI Express slot to add two internal SATA ports to a PC. Based on the JMicron JMB582 chipset, the card supports a maximum data transfer rate of 6 Gbit/s and is suited for connecting internal storage devices such as SSDs, hard drives and optical drives. It is compatible with common Windows editions including Windows 10 Education and Enterprise.

Advantages

This internal SATA adapter provides two additional SATA ports without requiring changes to the motherboard. With PCIe connectivity and the JMicron JMB582 chipset it enables SATA connections at up to 6 Gbit/s. The card is designed for internal installation and supports typical SATA storage devices, allowing straightforward expansion of a system's storage capacity.

Suitable for

• Adding internal SSDs or HDDs to a desktop PC
• Connecting internal optical drives (DVD/Blu‑ray) to systems with limited SATA ports
• Upgrading storage capacity for workstations and home PCs

Key specifications

• Model: DeLOCK 90431
• Host interface: PCIe
• Output interface: 2 × internal SATA ports
• Chipset: JMicron JMB582
• Max. data transfer rate: 6 Gbit/s
• Internal: Yes
• Compatible OS: Windows (including Windows 10 Education and Enterprise)
• Brand: DELOCK
• MPN: 90431
• EAN: 4043619904310

How to use

Power off the PC and disconnect it from the mains. Insert the card into an available PCI Express slot on the motherboard and secure it in the case. Connect the internal SATA cables from the storage devices to the card's SATA ports and attach the necessary power connectors from the power supply to each drive. Reconnect power and start the system. Install any required drivers if the operating system does not automatically recognize the card.

Recommendations

Install the adapter in an appropriate PCIe slot that provides sufficient lanes for optimal performance, ensure drives have proper power connections, and check for driver updates from the chipset or card manufacturer when using older operating systems.