ACT DVI-D Single Link cable male - male, High Quality 2,00 m

The ACT DVI-D Single Link Cable Male-Male AK3620 (2.00m) is a video connection cable designed for transmitting single-link DVI-D signals between devices. With male DVI-D connectors on both ends and a 2.00 m length, this cable provides a direct digital connection for monitors, projectors and other DVI-D compatible displays. The cable body is finished in an ivory colour and its construction focuses on stable, interference-resistant signal transfer for standard high-resolution video applications.

Advantages

This DVI-D cable offers a secure male-to-male connection and supports single-link digital video transmission suitable for most common display resolutions. The 2.00 m length allows flexible placement of devices while avoiding excessive slack. Durable connector housings and a well-insulated cable jacket contribute to long-term reliability and consistent picture quality.

Suitable for

• Connecting a computer graphics card to a DVI-D monitor
• Linking a laptop or desktop to a DVI-D projector
• Replacing or extending existing DVI-D connections in home or office setups

Key specifications

• Cable length: 2.00 m
• Connector type: DVI-D male to DVI-D male (single link)
• Colour: Ivory
• Signal type: Digital video (single-link)

How to use

Power off both devices before connecting the cable. Align the DVI-D male connector pins with the port on the display and the source device, then gently push the connector into place and secure any fastening screws if present. After both ends are connected, power on the source and display and select the appropriate input on the display. Adjust resolution and refresh rate in the source device settings to match the display capabilities for optimal output.

Recommendations

Use this cable for single-link DVI-D applications up to the supported resolution of your devices; for higher bandwidth needs (for example dual-link DVI resolutions or modern high-refresh displays), verify compatibility or consider a higher-specification interface. Avoid tight bends near the connector and route the cable to prevent mechanical strain to maintain signal integrity and prolong service life.