DVI to VGA Cable DeLOCK 86755 5m

This DVI to VGA Cable DeLOCK 86755 5m connects a device with a DVI output to a VGA display, enabling transfer of analog video signals. The cable features a DVI 12+5 male connector and a VGA (D-Sub) female connector, a 5 m length and an 8 mm diameter for durability and flexibility. It is supplied as a single unit in a box and is intended for video transmission between DVI-equipped PCs or laptops and VGA monitors or projectors.

Advantages

The cable supports analog video signal transfer from a DVI interface to a VGA display without additional converters. With a 5 m length and 8 mm diameter it balances reach and handling while the DVI 12+5 male to VGA female connector pair provides compatibility with common PC and display ports. Its black jacket offers a neutral appearance for professional environments.

Suitable for

• Connecting a PC or laptop with DVI output to a VGA monitor
• Connecting a DVI-equipped computer to a VGA projector for presentations
• Extending reach where the display and source are separated by up to 5 metres

Key specifications

• Brand: DELOCK
• Manufacturer part number (MPN): 86755
• EAN: 4043619867554
• Cable length: 5 m
• Connector 1: DVI (12+5 male)
• Connector 2: VGA (D-Sub female)
• Product colour: Black
• Cable diameter: approx. 8 mm
• Packaging: 1 cable per box

How to use

Connect the DVI 12+5 male connector to the DVI port of your PC or laptop and attach a VGA cable to the VGA (D-Sub) female connector on the DeLOCK cable, then connect the VGA cable to the VGA monitor or projector. Ensure both devices are powered off when making connections if possible, then power them on and select the appropriate input on the display. Adjust display settings in the operating system as needed for resolution and refresh rate.

Recommendations

Use a short, high-quality VGA cable between the DeLOCK VGA female connector and the display to minimise signal degradation; avoid tight bends and heavy compression of the cable and keep it away from strong electromagnetic sources for best signal integrity.