Lindy 2m HDMI–DVI-D-kaapeli, Gold Line

The Lindy 2m HDMI to DVI-D Cable from the Gold Line series provides a high-quality wired connection between HDMI Type A devices and DVI‑D displays. Designed for demanding professional environments, the cable combines a 2 meter length with robust construction and RoHS compliance to deliver reliable video transmission for monitors, projectors and other display equipment.

Advantages

Gold Line HDMI to DVI‑D cables use triple-shielded construction and 24AWG OFC conductors to reduce interference and resist corrosion. 24K gold-plated contacts and connectors preserve signal integrity and ensure consistent performance. The cable supports DVI resolutions up to 1920x1200@60Hz, including full HD 1080p, and features a low attenuation design for stable transmission over extended lengths.

Suitable for

• Connecting HDMI source devices (PCs, laptops, media players) to DVI‑D monitors or projectors
• Professional AV installations where reliable digital video is required
• Office and home setups requiring a 2 m HDMI-to-DVI connection

Key specifications

• Brand: Lindy
• Series: Gold Line
• Length: 2 m
• Connector 1: HDMI Type A (Standard)
• Connector 2: DVI‑D
• Conductors: 24AWG OFC (Oxygen-Free Copper)
• Contacts: 24K gold plated
• Supported resolution: up to 1920x1200@60Hz (including 1080p)
• Colour: Gold, Grey
• RoHS compliant

How to use

Insert the HDMI Type A connector into the HDMI output of your source device and connect the DVI‑D end to the DVI‑D input of the display. Ensure both devices are powered off when making connections if possible. After connecting, power on the display and source device, then select the appropriate input on the display. Adjust display resolution in the source device settings if needed to match up to 1920x1200@60Hz.

Recommendations

For best results avoid sharp bends and excessive tension on the cable, keep connectors clean and secure, and use within the specified 2 m length to maintain optimal signal quality. For longer distances, choose a longer Gold Line variant designed for reduced attenuation.