DeLOCK DisplayPort-kaapeli 8K 60 Hz 1 m violetti metalli

This Delock DisplayPort cable is used to connect devices with DisplayPort interfaces, such as monitors or TVs, to a PC or laptop. The cable supports up to 8K Ultra HD resolution at 60 Hz and HDR, and comes in a 1 m length with a 6 mm diameter. Connectors are DisplayPort on both ends and the plug housings feature an elegant metal finish in lilac and black.

Advantages

The cable provides a maximum bandwidth of 32.4 Gbps, enabling video output up to 7680 x 4320 at 60 Hz. HDR support ensures improved colour depth, brightness and contrast reproduction. Durable metal housings on the plugs increase mechanical robustness and give the cable a refined appearance. Its 1 m length and 6 mm diameter make it suitable for common desktop and laptop setups without excess cable slack.

Suitable for

• Connecting a PC or laptop to an 8K-capable monitor or TV
• High-resolution video editing and content playback
• Home or office workstation setups requiring DisplayPort connectivity

Key specifications

• Cable length: 1 m
• Maximum bandwidth: 32.4 Gbps
• Maximum resolution: up to 8K Ultra HD (7680 x 4320 @ 60 Hz)
• HDR support: yes
• Connector 1: DisplayPort
• Connector 2: DisplayPort
• Diameter: 6 mm
• Product colour: Lilac, Black
• Brand: DELOCK
• MPN: 80600
• EAN: 4043619806003

How to use

Insert one DisplayPort connector into the DisplayPort output of a computer or laptop and the other connector into the DisplayPort input of a monitor or TV. Ensure both devices are powered off or set to the appropriate input before establishing the connection. After connecting, power on the devices and select the DisplayPort input on the display if necessary. Configure the display resolution and refresh rate in the operating system or graphics driver to use 8K @ 60 Hz if supported.

Recommendations

For stable 8K @ 60 Hz and HDR performance, use compatible source and display hardware that support the required bandwidth. Avoid sharp bends and excessive tension on the cable and keep it away from strong electromagnetic sources to minimise signal interference.