Cable VGA ROLINE High Quality Ferrite DDC HD15 M/M 20 m

High-quality VGA cable ROLINE High Quality Ferrite DDC HD15 M/M 20 m designed for reliable connection between a computer graphics card and a monitor, projector or VGA splitter/amplifier. The 20 m cable includes two ferrite cores and supports DDC for automatic display configuration, while its double shielding and full pin wiring ensure stable analogue video transmission over longer distances.

Advantages

The cable features two ferrite cores to reduce electromagnetic interference and a double-screened construction (braided and foil shielding) for improved signal integrity. All pins are connected, including pin 9 and pin 15, and the cable contains three coax lines for RGB signals plus nine AWG28 wires, resulting in consistent colour reproduction. Thumbscrews provide secure, tool-free connector fastening.

Suitable for

• Connecting desktop or laptop graphics cards to monitors
• Hooking up projectors for presentations
• Extending VGA signal to a VGA splitter or amplifier
• Installations requiring a 20 m analogue video connection with DDC support

Key specifications

• Brand: ROLINE
• Model/MPN: 11.04.5670
• EAN: 7611990192267
• Connector: HD15 male to HD15 male (VGA)
• Length: 20 m
• Wiring: 3 coax lines for RGB + 9 × AWG28 wires (all pins connected, incl. pin 9 and pin 15)
• Shielding: double screened (braided + foil)
• Ferrite: 2 ferrite cores
• Features: DDC support, thumbscrews

How to use

Connect one HD15 male connector to the VGA output on the graphics card and the other HD15 male connector to the monitor, projector or VGA splitter input. Tighten the thumbscrews by hand to secure the connection. If connecting through a VGA splitter or amplifier, ensure compatible inputs/outputs and route the cable to minimize sharp bends. Use the cable’s DDC functionality to allow automatic display identification and configuration by the connected devices.

Recommendations

For best performance, avoid running the VGA cable parallel to power cables and keep cable bends gentle to preserve shielding effectiveness. In environments with strong electromagnetic sources, verify ferrite placement and consider additional shielding measures if necessary.