Cable DVI-A InLine 12+5 macho / 15 pines HD VGA macho, 3 m

The InLine DVI-A Cable 12+5 male / 15Pin HD male VGA 3m connects an analogue DVI-A source to a VGA (D-Sub) display. The 3 m cable has a DVI-A connector on one end and a 15-pin HD male VGA connector on the other, providing a wired analogue video link between compatible devices. A ferrite shielding ring is integrated to reduce interference and help maintain stable signal transmission.

Advantages

This cable supports analogue video transmission between DVI-A and VGA interfaces without requiring adapters or converters. Its 3 m length offers flexibility for typical desktop and presentation setups, and the ferrite core helps minimise electromagnetic interference for cleaner images. The black, durable jacket and moulded connectors provide straightforward, reliable everyday use.

Suitable for

• Connecting a computer or laptop with VGA output to a monitor or projector with DVI-A input (or vice versa, where supported)
• Office workstations and conference rooms requiring analogue video links
• Legacy equipment integration where DVI-A and VGA ports are present

Key specifications

• Brand: InLine
• Model / MPN: 17782A
• EAN: 4043718075430
• Connectors: DVI-A (12+5) male → VGA (15-pin HD D-Sub) male
• Cable length: 3 m
• Colour: Black

How to use

Ensure both devices are powered off before connecting. Plug the DVI-A male connector into the device with the DVI-A analogue video output and the VGA (15-pin HD) male connector into the display or projector VGA input. Secure the connectors using their thumbscrews if present. Power on the devices and select the appropriate input on the display. If image issues occur, check connector seating and cable routing to avoid sharp bends or strong interference sources.

Recommendations

For best analogue video quality, use the cable within its 3 m length specification and avoid routing near large power cables or strong RF sources. Confirm that both connected devices support analogue signals on their DVI and VGA ports, since some DVI implementations are digital-only.