DeLOCK cavo Mini DisplayPort su DisplayPort 8K 60 Hz 1 m grigio metallo senza blocco

This Delock cable connects devices with a DisplayPort interface (monitors, projectors, TVs) to a PC or laptop with a mini DisplayPort port. It supports a maximum bandwidth of 32.4 Gbps, enabling playback of content up to 8K Ultra HD (7680 x 4320 @ 60 Hz) and includes HDR support for improved colour depth, brightness and contrast. The cable features metal connector housings, a grey textile-sheathed jacket and a length of 1 m; it does not have a latch for the connector.

Advantages

The cable provides high-resolution video transmission up to 8K at 60 Hz with HDR support, ensuring accurate colour reproduction. Robust metal connector housings and textile sheathing increase durability and reduce wear. Its 1 m length and 6 mm diameter offer a balance between flexibility and cable management; the latch-free design simplifies plugging and unplugging.

Suitable for

• Connecting laptops with mini DisplayPort to monitors or TVs with DisplayPort
• Connecting desktop PCs or workstations to high-resolution displays
• Use with projectors for presentations and high-resolution video playback

Key specifications

• Connectors: Mini DisplayPort to DisplayPort
• Maximum resolution: Up to 8K Ultra HD (7680 x 4320 @ 60 Hz)
• Bandwidth: 32.4 Gbps
• HDR support: Yes
• Length: 1 m
• Cable diameter: 6 mm
• Product colour: Grey
• Housing material: Metal
• Latch: None

How to use

Connect the mini DisplayPort plug to the mini DisplayPort socket on your laptop or PC and insert the DisplayPort plug into the DisplayPort input of the monitor, TV or projector. Ensure both devices are powered on and set the display input source to the corresponding DisplayPort. Configure the output resolution and HDR settings in the operating system or graphics driver if necessary.

Recommendations

For optimal performance at 8K 60 Hz with HDR, use compatible source and display devices and updated graphics drivers. Avoid sharp bends near the connector ends and secure cable routing to reduce mechanical stress.