DeLOCK Mini DisplayPort - DisplayPort -kaapeli 8K 60 Hz 3 m punainen metalli

This Delock Mini DisplayPort to DisplayPort cable connects devices with a mini DisplayPort output (for example laptops or graphics cards) to displays with a DisplayPort input such as monitors, projectors or televisions. The cable is 3 m long, has a diameter of 6 mm and features red metal housings with a textile-sheathed jacket for increased durability.

Advantages

The cable supports a maximum bandwidth of 32.4 Gbps, enabling up to 8K Ultra HD (7680 x 4320 @ 60 Hz) video output and HDR content reproduction for improved contrast, brightness and colour depth. Metal connector housings combined with textile sheathing provide robust mechanical protection while the plug design allows easy insertion and removal.

Suitable for

• Connecting laptops or desktops with Mini DisplayPort to external monitors
• Linking PCs to projectors for presentations or screenings
• Driving high-resolution displays and home theatre setups with 8K/HDR content

Key specifications

• Cable length: 3 m
• Connector 1: Mini DisplayPort
• Connector 2: DisplayPort
• Maximum bandwidth: 32.4 Gbps
• Maximum resolution: 8K Ultra HD (7680 x 4320 @ 60 Hz)
• HDR support: yes
• Cable diameter: 6 mm
• Product colour: Red; metal connector housings; textile sheathing

How to use

Connect the Mini DisplayPort end to the mini DisplayPort output of your laptop or PC and the DisplayPort end to the DisplayPort input on the monitor, projector or television. Ensure both devices are powered on and set the display input on the monitor or TV to the connected DisplayPort. Configure the output resolution and refresh rate in the operating system or graphics driver to the desired 8K/60 Hz or lower settings as supported by your hardware.

Recommendations

For optimal performance at 8K/60 Hz with HDR, use with devices and graphics hardware that explicitly support DisplayPort bandwidth for 8K and enable HDR in system and display settings. Avoid sharp bends and heavy crushing of the cable to maintain signal integrity and the condition of the textile sheathing.