Video Cable Adapter DeLOCK 63928 USB Type-C to DisplayPort 20 pin

This adapter by Delock connects a USB-C™ monitor or device to a computer with a DisplayPort interface. It requires a DisplayPort cable on the computer side and transmits video signals using DisplayPort Alternate Mode. The compact 0.2 m cable length helps maintain a tidy workspace while supporting high-resolution video output for various applications.

Advantages

The DeLOCK 63928 provides a simple plug-and-play connection from USB Type-C to DisplayPort 20 pin without additional drivers. Its short, flexible construction reduces cable clutter and the two-tone red and black design offers clear visual identification. The adapter supports stable high-resolution video transmission via DisplayPort Alternate Mode when paired with a compatible host and display.

Suitable for

• Connecting USB Type-C laptops or tablets to DisplayPort monitors
• Extending or duplicating a desktop to an external DisplayPort display
• Use in compact workstations where short cable length is preferred
• Applications requiring high-resolution video output (e.g., gaming, multimedia, office work)

Key specifications

• Brand: DELOCK
• Model / MPN: 63928
• EAN: 4043619639281
• Connector 1: USB Type-C
• Connector 2: DisplayPort 20 pin
• Cable length: 0.2 m
• Product colour: Red, Black
• Transmission: DisplayPort Alternate Mode (video)

How to use

Connect the DisplayPort end of your existing DisplayPort cable to the computer's DisplayPort output. Plug the USB-C end of the DeLOCK 63928 into the USB-C monitor or device that supports DisplayPort Alternate Mode. Ensure both host and display support the required video modes and select the appropriate input on the monitor. No drivers are typically required; the connection should be recognized automatically.

Recommendations

Use a high-quality DisplayPort cable on the computer side and avoid excessively bending the short adapter cable. Verify that the USB-C source supports DisplayPort Alternate Mode and that your monitor accepts a DisplayPort input for reliable high-resolution output.