Interface Card DeLOCK 62681

The DeLOCK 62681 is an interface card that allows connection of an mSATA module via a USB Type-A host interface. It provides a high-speed link with a maximum data transfer rate of 5 Gbit/s and is compatible with Windows 10 Education and Enterprise as well as Mac OS X 10.9 Mavericks. With compact dimensions (42 mm × 76 mm × 7 mm) and an external USB Type-A connection, the card is suitable for integrating mSATA storage into systems that support USB hosts.

Advantages

The card enables the use of mSATA modules without requiring a dedicated internal mSATA slot, offering a USB Type-A interface for broad host compatibility. Compact form factor simplifies installation in limited-space environments. Support for common desktop and laptop operating systems ensures straightforward driver availability and reliable data transfer up to 5 Gbit/s.

Suitable for

• Adding mSATA storage to systems via USB Type-A
• Quick access to mSATA modules for data transfer or cloning
• Integrating mSATA drives into test rigs, workstations, or external enclosures

Key specifications

• Brand: DELOCK
• Model: 62681
• Host interface: USB Type-A
• Output interface: mSATA
• Maximum data transfer rate: 5 Gbit/s
• Compatible OS: Windows 10 Education/Enterprise, Mac OS X 10.9 Mavericks
• Dimensions (W × D × H): 42 mm × 76 mm × 7 mm
• MPN: 62681
• EAN: 4043619626816

How to use

Insert an mSATA module into the mSATA connector on the DeLOCK 62681 interface card and connect the card to a host computer using a USB Type-A cable or port. Ensure the host system runs a supported operating system; install any required drivers if prompted. Once connected, the mSATA module should appear to the OS as an external storage device, allowing normal file operations, formatting, or cloning.

Recommendations

Use a high-quality USB Type-A cable and connect to a host USB port that supports the device's maximum transfer rate for optimal performance. Handle the mSATA module with proper ESD precautions and avoid physical stress to the connector during insertion and removal.