DisplayPort-kaapeli DeLOCK 2 m 83806

This DisplayPort cable by DELOCK (2 m, model 83806) connects devices with DisplayPort interfaces such as monitors or TVs to a PC or laptop. It conforms to the DisplayPort 1.2 specification and supports the transmission of both video and audio signals.

Advantages

The cable features a 28 AWG copper conductor with triple shielding and gold-plated DisplayPort 20‑pin male connectors for stable signal transmission. It supports a data transfer rate up to 21.6 Gb/s and resolutions up to 3840 x 2160 at 60 Hz (depending on the system and connected hardware). The cable has a diameter of approximately 7.3 mm and comes in black with an overall length of about 2 m including connectors.

Suitable for

• Connecting a PC or laptop to a DisplayPort monitor
• Connecting a PC or laptop to a DisplayPort‑equipped TV
• Transmitting 4K video (3840 x 2160 @ 60 Hz) where supported
• Audio and video transmission between DisplayPort devices

Key specifications

• Connectors: DisplayPort 20‑pin male to DisplayPort 20‑pin male
• Specification: DisplayPort 1.2 (Pin 20 not connected)
• Cable gauge: 28 AWG; conductor: copper
• Cable diameter: approx. 7.3 mm; length incl. connector: approx. 2 m
• Shielding: triple shielded
• Connectors: gold‑plated
• Data rate: up to 21.6 Gb/s
• Maximum resolution: up to 3840 x 2160 @ 60 Hz (system dependent)
• Colour: black

How to use

Connect one end of the DisplayPort cable to the DisplayPort output on your PC or laptop and the other end to the DisplayPort input on your monitor or TV. Ensure both devices are powered on and select the DisplayPort input on the display device if needed. The cable carries both audio and video signals; configure display settings in your operating system or graphics driver to set resolution and refresh rate.

Recommendations

Use the cable with devices that support DisplayPort 1.2 to achieve optimal performance and verify that connected hardware and drivers support the desired resolution and refresh rate. Avoid sharp bends and excessive tension to preserve shielding and connector integrity.