Cavo DisplayPort ALOGIC Elements 4K 3m DisplayPort a DisplayPort

The ALOGIC Elements 4K DisplayPort Cable 3m connects DisplayPort-equipped devices with support for 4K resolution and high refresh rates. Designed for reliable video transmission, the 3 m cable is suitable for monitors, projectors and other DisplayPort-enabled equipment where high-quality, stable display output is required.

Advantages

The cable supports refresh rates beyond 60Hz, including 75Hz at UHD 4K and up to 240Hz at Full HD on compatible displays. It uses a flexible construction with 30AWG wiring for this length to balance signal integrity and ease of installation. Low-profile, PVC-moulded connectors provide a secure fit that resists accidental disconnection and are shaped for straightforward handling and repeated use.

Suitable for

• Connecting 4K monitors to PCs or laptops
• Setting up projectors and conference-room displays
• Gaming setups that benefit from high refresh rates on compatible monitors
• Office workstations requiring stable, high-resolution output

Key specifications

• Cable length: 3 m
• Connector type: DisplayPort to DisplayPort
• Colour: Black
• Supports 4K resolution and high refresh rates (75Hz at UHD 4K; up to 240Hz at Full HD on supported displays)
• Flexible cable construction with 30AWG wiring for this length
• Low-profile PVC-moulded connectors designed for secure connection

How to use

Connect one DisplayPort connector to the source device (PC, laptop, or media player) and the other connector to the DisplayPort input on the monitor or projector. Ensure both devices are powered on and select the DisplayPort input on the display. Adjust the output resolution and refresh rate in the source device’s display settings to match the capabilities of the connected monitor.

Recommendations

For best results, verify the monitor’s supported resolutions and refresh rates before adjusting settings. Keep cable runs free from excessive bending or sharp kinks and avoid running the cable alongside high-power electrical lines to minimise potential interference.