Câble Mini DisplayPort vers DVI Lindy 2 m, noir

The Lindy Mini DisplayPort to DVI Cable (2 m) connects Mini DisplayPort-equipped sources such as laptops, tablets or PCs to DVI displays. The cable supports high-definition video resolutions up to 1920x1200@60Hz and provides a reliable wired connection for monitors and projectors with DVI-D input. Its 2-metre length allows flexible placement in home or office setups.

Advantages

This Mini DisplayPort to DVI Cable offers a direct, passive connection from a Mini DisplayPort output to a DVI-D input without requiring additional adapters or drivers. The 2 m length gives freedom of device placement while maintaining signal integrity for high-definition video. The cable’s black finish matches typical AV setups and provides straightforward, low-maintenance operation.

Suitable for

• Connecting laptops or PCs with Mini DisplayPort to DVI monitors
• Extending desktop workspace with an additional DVI display
• Connecting Mini DisplayPort devices to DVI projectors in meeting rooms
• Home office and workplace monitor setups

Key specifications

• Connector 1: Mini DisplayPort
• Connector 2: DVI-D
• Length: 2 m
• Maximum supported resolution: 1920x1200 @ 60 Hz
• Product colour: Black
• Brand: Lindy, MPN: 41952, EAN: 4002888419529

How to use

Connect the Mini DisplayPort end to the Mini DisplayPort output on your source device (laptop, tablet or PC) and insert the DVI-D connector into the DVI input on the monitor or projector. Ensure both devices are powered on; the display should be detected automatically by the operating system. Adjust display settings (resolution, orientation, extended/duplicated desktop) via the computer’s display control panel if necessary.

Recommendations

Use the cable for video-only connections where DVI-D input is available. For audio transmission or multi-monitor setups requiring active conversion, consider solutions that support audio or active signal conversion. Avoid sharp bends near the connectors and do not exceed the cable’s length rating for optimal signal quality.