Lector de tarjetas DeLOCK Mini USB 2.0 con ranura SD y micro-SD

The DeLOCK Mini USB 2.0 Card Reader is a compact device with two memory card slots that supports SD, MMC and Micro SD cards. It connects to a PC or laptop via a USB Type-A interface and offers a USB 2.0 data transfer rate up to 480 Mbit/s. The reader is compatible with Android 10.0+, Chrome OS, Linux, Mac OS and Windows 8.1/10 and is available in black. Its small dimensions (22 mm x 60 mm x 11 mm) make it convenient for portable use.

Advantages

The card reader provides simultaneous support for common removable memory formats including SD and Micro SD, enabling both read and write operations. Its USB Type-A connection ensures broad compatibility with desktops and laptops. The compact size facilitates transport and storage while maintaining the USB 2.0 standard for reliable data transfer.

Suitable for

• Transferring photos and videos from SD or Micro SD cards to a PC or laptop
• Expanding a computer's ability to read different memory card formats
• Portable data exchange between devices that support USB Type-A

Key specifications

• Brand: DELOCK
• Model / MPN: 91602
• EAN: 4043619916023
• Interface: USB 2.0 Type-A
• Supported card types: SD, MMC, Micro SD
• Maximum data rate: 480 Mbit/s
• Compatibility: Android 10.0+, Chrome OS, Linux, Mac OS, Windows 8.1/10
• Colour: Black
• Dimensions: 22 mm x 60 mm x 11 mm

How to use

Insert the appropriate memory card into the matching slot (SD/MMC or Micro SD). Connect the card reader to a free USB Type-A port on your PC or laptop. The operating system should detect the device automatically and mount the card as removable storage, allowing you to read or write files using your file manager. Safely eject the card or device through the OS before removal to avoid data loss.

Recommendations

Use the card reader on systems and devices that support USB 2.0 Type-A and the listed operating systems. Avoid forceful insertion of cards and store the reader in a dry, dust-free place when not in use to maintain reliable performance.