InLine DVI-D cable 24+1 M/F, Dual Link, 2 ferite cores, 2m

This InLine DVI-D cable 24+1 M/F (2 m) provides a dual link digital connection for transmitting video between a graphics card and a DVI-D compatible LCD or plasma monitor. The cable includes two ferrite cores to reduce electromagnetic interference and deliver a stable digital signal with support for resolutions up to 1920x1200. Its black jacket and DVI-D male-to-female connectors make it suitable for typical monitor and projector setups.

Advantages

The dual link 24+1 design enables higher bandwidth compared with single-link DVI-D, supporting sharper image detail at higher resolutions. Integrated ferrite shielding on the cable helps suppress interference for a cleaner signal. The 2 m length offers flexibility for desktop and presentation environments, and the standardized DVI-D connectors ensure compatibility with DVI-equipped displays and graphics cards.

Suitable for

• Connecting a desktop graphics card to a DVI-D monitor
• Connecting projectors with DVI-D input
• Extending an existing DVI-D connection by 2 m
• Applications requiring stable digital video up to 1920x1200

Key specifications

• Brand: InLine
• Model / MPN: 17773
• Type: DVI-D 24+1 dual link cable (M/F)
• Length: 2 m
• Connectors: DVI-D male to DVI-D female
• Colour: Black
• Ferrite cores: 2
• Supported resolution: up to 1920x1200
• EAN: 4043718003143

How to use

Connect the DVI-D male end to the graphics card output and the DVI-D female end to the monitor or projector input. Ensure both devices are powered off when making the connection, then power them on and select the DVI input on the display if necessary. Route the cable to avoid sharp bends and keep the ferrite cores positioned near the ends for optimal interference suppression.

Recommendations

For best performance, use the cable for digital-only DVI-D connections (do not attempt to carry analog DVI-A signals). Avoid excessive bending or pulling on the connectors, and inspect connections if you experience signal issues. If longer runs are required, consider active extenders or appropriate signal repeaters.