Videokabeladapter DeLOCK 85637 Mini DisplayPort til DVI 5 m sort

The DeLOCK 85637 video cable adapter connects a device with a Mini DisplayPort output to a DVI display. The 5 m long black cable has a 5.5 mm diameter for durable handling and flexible placement. It supports resolutions up to Ultra HD (4K) while remaining backwards compatible with Full HD (1080p). The screw on the Mini DisplayPort connector secures the connection and helps prevent accidental unplugging.

Advantages

The cable provides a reliable wired link between Mini DisplayPort sources and DVI displays with support for up to 4K resolution. Its 5 m length allows flexible device placement and reduces the need for additional extenders. The reinforced 5.5 mm cable diameter improves durability, and the locking screw on the Mini DisplayPort connector secures the connection under regular use.

Suitable for

• Connecting laptops or desktops with Mini DisplayPort to DVI monitors
• Setups that require a 5 m cable run for flexible display placement
• Presentations or workstations where a stable, secured connection is needed
• Backward-compatible use with Full HD (1080p) displays

Key specifications

• Brand: DELOCK
• Model: 85637
• Connector 1: Mini DisplayPort
• Connector 2: DVI
• Cable length: 5 m
• Cable diameter: 5.5 mm
• Colour: Black
• Supported resolution: up to Ultra HD (4K), backwards compatible with Full HD (1080p)
• EAN: 4043619856374

How to use

Connect the Mini DisplayPort plug to the source device and tighten the screw to secure the connector. Plug the DVI connector into the display's DVI input. Power on both devices and select the appropriate input on the display. Adjust resolution settings on the source device if necessary to match the display capabilities.

Recommendations

For optimal signal quality, avoid sharp bends and heavy kinks in the cable; route the 5 m cable to minimize electromagnetic interference from power cables and large electrical devices. Ensure the Mini DisplayPort connector screw is tightened sufficiently to prevent accidental disconnection during use.