USB-C-naar-HDMI-adapter ACT AC7305

The ACT AC7305 USB-C to HDMI adapter connects a notebook or other USB-C device with a USB-C output to an HDMI display such as a monitor or beamer. It supports a maximum resolution of 4096 x 2160 (4K) at 60 Hz and carries both video and audio. The compact adapter has a short integrated cable (0.15 m) and a black finish, supplied as one piece in polybag packaging. Ensure the USB-C port on your device supports DisplayPort Alternate Mode (DP Alt Mode) for video output.

Advantages

This adapter provides a reliable cable connection from USB Type-C to standard HDMI Type A, enabling high-resolution 4K@60Hz output for videos, images and presentations. Its short cable minimizes clutter and is convenient for mobile use. The adapter supports both video and audio over a single connection and is simple to use without additional drivers.

Suitable for

• Connecting laptops and tablets with USB-C (DP Alt Mode) to HDMI monitors
• Presentations and business meetings using beamers or screens
• Watching 4K video and streaming multimedia on HDMI displays
• Home or office setups that require a compact, portable adapter

Key specifications

• Brand: ACT
• Model: AC7305
• Connectors: USB Type-C to HDMI Type A (Standard)
• Maximum resolution: 4096 x 2160 (4K) @ 60 Hz
• Cable length: 0.15 m (integrated)
• Colour: Black
• Package: Polybag, 1 piece per pack
• MPN: AC7305 · EAN: 8716065491098

How to use

Connect the USB-C plug of the adapter to the USB-C port on your notebook or device that supports DP Alt Mode, then connect the HDMI Type A plug to the HDMI input on the monitor or beamer. Select the correct input source on the display. The display should automatically detect the signal; set the desired resolution in your device's display settings if necessary.

Recommendations

Verify that your device's USB-C port supports DisplayPort Alternate Mode before use. For optimal 4K@60Hz performance, use displays and HDMI cables that also support the required bandwidth. Keep the adapter away from excessive bending or strain at the cable junction to maintain long-term reliability.