ACT cavo DVI-I Dual Link connettore maschio - connettore maschio, alta qualità 2,00 m

The ACT DVI-I Dual Link cable (AK3720) is a 2.00 m male-to-male video cable that supports both digital and analog signals via DVI-I (24+5) connectors. Designed for reliable video transmission, this certified cable uses double ferrite cores and durable metal and molded hoods to reduce interference and ensure a stable connection between source and display devices.

Advantages

This DVI-I Dual Link cable combines digital and analog compatibility in one connector, supporting higher resolutions with Dual Link wiring. The double ferrite cores provide improved EMI/RFI suppression for cleaner signal integrity, while the metal and molded hoods increase connector durability and secure fit. The cable is certified to meet quality standards and is 2.00 m long, offering convenient reach for typical home and professional setups.

Suitable for

• Connecting desktop PCs to monitors with DVI-I inputs
• Linking older analog-capable graphics cards to displays
• Applications requiring stable high-resolution video transmission

Key specifications

• Connector type: DVI-I (24+5) male — male
• Cable length: 2.00 m
• Features: Dual Link (higher resolutions), digital and analog support
• Construction: double ferrite cores, metal and molded hoods
• Brand / MPN / EAN: ACT / AK3720 / 8716065112887

How to use

Ensure both devices are powered off before connecting. Align the DVI-I (24+5) male connectors with the DVI-I female ports on your source and display, then secure the thumbscrews to prevent movement. Power on the devices and configure the display resolution in the operating system or monitor settings as needed. For analog use, verify the connected devices support the analog signal through the DVI-I interface.

Recommendations

Route the cable away from large power supplies or wireless transmitters to minimise interference. Tighten connector thumbscrews without over-torquing. If you experience signal issues, check connector seating and try shorter cable runs where possible.