DVI-D Single Link Cable Plug - Plug 1.00 m ACT AK3823

The ACT DVI-D Single Link cable male - male 1.00 m AK3823 is a 1 metre video connection cable with DVI-D connectors on both ends. Designed to transmit digital video signals between source devices and displays, this cable supports single-link DVI resolutions up to 1920x1200. Its construction aims to provide a stable connection for monitors, projectors and other display equipment where DVI-D single-link compatibility is required.

Advantages

The cable provides a straightforward, plug-and-play digital interface that avoids analogue conversion. With DVI-D male connectors on both ends and a compact 1.00 m length it reduces signal loss over the supported range and is easy to route on desks or in AV setups. The cable's build focuses on reliable mating of connectors and consistent video performance for home and professional environments.

Suitable for

• Connecting a computer video output to a DVI-D monitor
• Linking a laptop or desktop to projectors with DVI-D input
• Replacing or extending an existing DVI-D single-link connection in workstations

Key specifications

• Cable length: 1 m
• Connector type (end 1): DVI-D male
• Connector type (end 2): DVI-D male
• Signal type: DVI-D single link (digital video)
• Maximum supported resolution: up to 1920x1200

How to use

Connect one DVI-D male connector to the DVI-D output of the source device and the other connector to the DVI-D input of the display. Ensure connectors are aligned with the port before inserting to avoid bending pins or causing poor contact. After connection, select the appropriate input on the display and configure the output resolution on the source device to a supported setting, for example up to 1920x1200 for single-link operation.

Recommendations

For best results keep cable runs as short as practical, avoid tight bends near the connectors, and secure connections to prevent intermittent signal loss. Use this DVI-D single link cable where digital-only video transmission is required and where resolutions do not exceed single-link limits.