Cable DVI-D Single Link ACT conector macho - conector macho, alta calidad 3,00 m

The ACT DVI-D Single Link cable (AK3621) is a 3.00 m male-to-male digital video cable designed for connecting computers, monitors and projectors. It is a certified DVI-D (18+1) Single Link cable that supports resolutions up to 1920x1200 and provides stable digital video transmission with reduced interference thanks to its double ferrite cores and robust metal and molded connector hoods.

Advantages

The cable offers reliable signal integrity for digital displays, certified connector compliance, and shielding that minimises electromagnetic interference. Double ferrite cores enhance noise suppression while metal and moulded hoods increase mechanical durability and secure connector fit. The ivory-coloured jacket and a 3.00 m length provide practical reach and easy routing between devices.

Suitable for

• Connecting desktop PCs to monitors
• Linking laptops or media players to projectors
• Replacing or extending existing DVI-D Single Link connections

Key specifications

• Connector type: DVI-D (18+1) male — male
• Signal type: Digital Single Link
• Length: 3.00 m
• Maximum supported resolution: up to 1920x1200
• Cable features: certified cable, double ferrite cores, metal and moulded hoods
• Colour: Ivory
• Brand / MPN / EAN: ACT / AK3621 / 8716065112689

How to use

Connect one DVI-D male end to the video output of your computer or media source and the other end to the DVI-D input on your monitor or projector. Ensure both devices are powered off when connecting or disconnecting to avoid potential damage. After physical connection, power on the devices and select the correct input source on the display. Adjust the display resolution in the device settings to a maximum of 1920x1200 for optimal results.

Recommendations

For best performance, keep the cable away from large power cables and sources of strong electromagnetic interference. Inspect connectors for damage before use and avoid excessive bending near the connector ends to preserve shielding and ferrite core effectiveness.