ACT 30 metri cavo VGA ad alte prestazioni maschio-maschio

The ACT 30 metre High Performance VGA cable is a 30 m male-to-male VGA (D-Sub) lead designed for reliable analog video transmission between computers, monitors and projectors. Constructed with attention to shielding and connector fit, the cable supports long-distance connections while maintaining signal integrity. The black jacket and secure D-Sub connectors offer a practical solution for installations in classrooms, meeting rooms and home setups where a long VGA run is required.

Advantages

This VGA cable provides a long 30 metre reach without the need for signal conversion, enabling direct VGA connections between source and display devices. Durable outer insulation and well-seated male D-Sub connectors reduce wear from repeated plugging and unplugging, while the construction helps minimise interference on analog video signals. The cable is colour-neutral to blend into typical AV installations.

Suitable for

• Connecting desktop PCs or older laptops to monitors at a distance
• Linking computers to projectors in classrooms and conference rooms
• Extending an existing VGA setup in educational or corporate AV systems
• Temporary or permanent installations where long analog video runs are needed

Key specifications

• Cable length: 30 m
• Connectors: Male VGA (D-Sub) to Male VGA (D-Sub)
• Signal type: Analog video (VGA)
• Product colour: Black
• Construction: Shielded cable with molded connector housings

How to use

Connect one male VGA (D-Sub) connector to the VGA output of the source device and the other male VGA connector to the VGA input of the display device. Secure the connectors by tightening the thumbscrews to ensure a stable mechanical connection and to reduce the risk of accidental disconnection. If image quality is degraded, verify connector seating, check for bent pins and confirm display and source settings are set to compatible resolutions and refresh rates for analog VGA signalling.

Recommendations

For best results, avoid running the VGA cable alongside high-power electrical cables or unshielded network cabling to reduce interference. Use cable supports or trays on long runs to prevent strain on connectors, and inspect pin alignment before each connection. For very long runs in electrically noisy environments, consider signal amplification or conversion to a digital interface if compatible with both source and display.