CLUB3D VGA and USB Type-A to HDMI Adapter with Pigtail M/F 0.6m/1.97ft 28AWG

The Club 3D CAC-1720 is a VGA and USB Type-A to HDMI adapter with a 0.6 m (1.97 ft) pigtail cable and 28 AWG conductors. It connects VGA-equipped desktops, laptops or adapters to HDMI displays, projectors or beamers and supports up to Full HD 1080p (maximum resolution 1920 x 1080). The adapter includes a USB Type-A plug for external power and has gold-plated connectors and internal shielding to reduce crosstalk, noise, EMI and RFI.

Advantages

This compact VGA to HDMI adapter offers a simple wired solution to convert analog VGA signals to a digital HDMI output while providing optional USB-powered operation. The 28 AWG conductors combined with gold-plated connectors ensure stable signal transmission and improved corrosion resistance. Internal shielding reduces interference for clearer video output, and the 0.6 m length keeps the connection neat and portable.

Suitable for

• Connecting older laptops or desktops with VGA output to modern HDMI monitors or TVs
• Using projectors or beamers that accept HDMI input
• Home office setups where VGA sources must be displayed on HDMI screens
• Presentations, educational use and light multimedia playback at up to 1080p

Key specifications

• Connectors: VGA (D-Sub) + USB Type-A (pigtail) to HDMI Type A (male)
• Cable length: 0.6 m (1.97 ft)
• Conductor gauge: 28 AWG
• Maximum resolution: 1920 x 1080 (Full HD)
• Product colour: Black
• Weight: 0.11 kg

How to use

Connect the VGA plug to the VGA output of your laptop or desktop and plug the HDMI end into the HDMI input of your monitor, TV or projector. Insert the USB Type-A plug into an available USB port on the source device or a powered USB port to supply external power if required. Select the correct input on the display device and configure the source display settings on your computer to match the desired resolution (up to 1920 x 1080).

Recommendations

For best results, use a powered USB port when available to ensure stable conversion and avoid signal dropouts. Keep cable runs short and avoid routing the cable near strong electromagnetic sources to minimize interference.