Cable Mini DisplayPort a DisplayPort PNY QSP-MINIDP/DP

The PNY Mini DisplayPort to DisplayPort Cable QSP-MINIDP/DP connects devices with a Mini DisplayPort output to displays or equipment with a standard DisplayPort input. It has a male Mini DisplayPort connector on one end and a male DisplayPort connector on the other, in a black finish. The cable is designed for transmission of high-definition video and audio and supports resolutions up to 4K.

Advantages

This cable provides a direct wired connection between Mini DisplayPort sources and DisplayPort displays without the need for additional adapters. The male-to-male connectors ensure a secure physical link and stable signal transfer for video and audio. Its support for up to 4K resolution makes it suitable for high-definition monitors and projectors. The black cable and standardized connectors simplify compatibility with laptops, tablets, graphics cards and DisplayPort-equipped displays.

Suitable for

• Connecting laptops or tablets with Mini DisplayPort to DisplayPort monitors
• Connecting graphics cards with Mini DisplayPort output to DisplayPort displays
• Connecting compatible projectors for presentations

Key specifications

• Connector 1: Mini DisplayPort (male)
• Connector 2: DisplayPort (male)
• Brand: PNY
• Model (MPN): QSP-MINIDP/DP
• EAN: 3536403342234
• Colour: Black
• Maximum supported resolution: up to 4K (as stated in product summary)

How to use

Insert the Mini DisplayPort connector into the Mini DisplayPort output on your source device (for example a laptop or graphics card) and insert the DisplayPort connector into the DisplayPort input on the monitor or projector. Ensure both connectors are fully seated and the display is set to the correct input. Configure display settings on your computer as needed (resolution, multiple-display mode, audio output) to match the capabilities of the connected display.

Recommendations

For reliable performance, avoid sharp bends near the connectors and do not place heavy objects on the cable. Use the cable within typical indoor operating conditions and verify that both source and display support the desired resolution and refresh rate.