Delock 91660 SATA to CF Adapter – CF Card Reader for SATA Port
With the Delock 91660 adapter, you can operate a CompactFlash card reader directly via a SATA port. Perfect for installation in desktop PCs or industrial systems.
Enables reading and writing of CF cards via the SATA interface – for reliable data transfer.
Plug-and-Play installation without drivers thanks to native SATA support.
Universally usable in PCs, embedded systems, or industrial applications – flexible and versatile.
Unlike external USB solutions, the adapter connects CF cards directly via the internal SATA bus. This reduces latency and allows for constant transfer rates without external power.
Ideal for...
Photographers who rely on CF cards, as well as industrial users needing reliable storage solutions. Also suitable for hobbyists upgrading older systems with CF cards.
How to use the Delock 91660
Insert the adapter into a free SATA port of your desktop PC or industrial computer. Place a CF card into the integrated card slot – the system automatically recognizes the card reader. Access is like a standard drive.
Delock is a German manufacturer of connection solutions and adapters. The company offers products for data transfer, connectivity, and storage. Delock is known for high compatibility and reliability.
The Delock 91660 is an internal adapter that converts a SATA port into a CompactFlash card reader. This allows CF cards to be read and written directly via the SATA interface.
The adapter works Plug-and-Play and is recognized without additional drivers by current Windows, macOS, and Linux versions.
The adapter supports CompactFlash cards of type I and II. The maximum capacity depends on the card and the SATA controller used.
No, the adapter is designed for installation in desktop PCs or industrial systems with a free SATA port. It requires a 3.5-inch or 5.25-inch drive bay if available.
No, the adapter is fully powered via the SATA port. No external power supply is needed.
Subscribe to the newsletter
New arrivals, promotions and exclusive offers — straight to your inbox.
Please complete your information below to login.
Sign In
Create New Account