Adaptador Mini DisplayPort-VGA ROLINE 12.03.3140

The ROLINE Mini DisplayPort-VGA Adapter (model 12.03.3140) connects a device with a Mini DisplayPort output — such as a graphics card or laptop — to a VGA monitor. The compact, lightweight adapter features a Mini DisplayPort male plug and a VGA female socket and supports DisplayPort 1.2 functionality for improved resolutions and color depth. It is intended for one-way conversion: the Mini DisplayPort end must be connected to the source device.

Advantages

The adapter provides a simple, plug-and-play solution to link Mini DisplayPort outputs to VGA displays using a standard VGA M-M cable. With a short integrated cable of approximately 10 cm, it keeps the connection neat and reduces strain on ports. Designed in white and built for everyday use, it supports up to Full HD resolutions when paired with compatible hardware.

Suitable for

• Connecting a graphics card or laptop with Mini DisplayPort to a VGA monitor
• Using existing VGA projectors or displays with Mini DisplayPort sources
• Temporary workstation setups where a short adapter lead is preferred

Key specifications

• Connectors: Mini DisplayPort (male) to VGA (female)
• Cable length: approx. 10 cm
• DisplayPort version: 1.2
• Supported resolution: up to 1920x1080 (Full HD) depending on source and display
• Product colour: White
• Manufacturer: ROLINE, MPN 12.03.3140, EAN 7611990135424

How to use

Connect the Mini DisplayPort male plug to the Mini DisplayPort output on your source device (for example a graphics card or laptop). Attach a VGA M-M cable from the adapter’s VGA female socket to the VGA input on the monitor or projector. Power on both devices and select the appropriate input on the display if necessary. Note that the adapter converts signal in one direction only (Mini DisplayPort source to VGA display).

Recommendations

Use a quality VGA cable for best image results and ensure the source device supports the required output resolution. Avoid excessive bending of the short adapter cable to prevent stress on the connectors.