LogiLink CDA0107 video cable adapter 2 m DisplayPort HDMI Black Grey

The LogiLink CDA0107 is a 2 m video cable adapter with a DisplayPort connector on one end and an HDMI connector on the other. Designed for high-quality Ultra HD video transmission and reliable audio transfer, this adapter connects devices such as computers, notebooks, monitors and projectors. The cable is CE and RoHS compliant and combines a slim, lightweight design with standard DisplayPort-to-HDMI compatibility.

Advantages

The adapter supports high-resolution video and audio transmission between DisplayPort and HDMI-equipped devices, providing a straightforward one-cable solution. Its 2 m length offers flexibility for desktop and meeting-room setups while the lightweight construction (0.105 kg) and compact connectors make installation and transport simple. The grey and black finish fits typical office and home environments.

Suitable for

• Connecting a notebook or desktop PC with DisplayPort output to an HDMI monitor or TV
• Hooking up a computer to an HDMI projector for presentations
• Temporary or permanent workstation setups requiring DisplayPort-to-HDMI conversion

Key specifications

• Brand: LOGILINK
• Model / MPN: CDA0107
• EAN: 4052792062090
• Cable length: 2 m
• Connector 1: DisplayPort
• Connector 2: HDMI
• Weight: 0.105 kg
• Colour: Grey, Black
• Compliance: CE, RoHS

How to use

Plug the DisplayPort end into the DisplayPort output of your computer or notebook and connect the HDMI end to the HDMI input of the monitor, TV or projector. After connecting, select the correct video input on the display device and adjust display settings on the source device as needed (resolution, screen duplication or extension). Ensure both devices are powered on and drivers or firmware are up to date for optimal performance.

Recommendations

For best results, use the adapter with devices that support the desired resolution (Ultra HD) and ensure HDMI cable/input supports the same specification. Avoid sharp bends near the connectors and keep the cable away from high-interference sources to maintain stable signal quality.