Predlžovací kábel DisplayPort DeLOCK 87076 3m 8K 60Hz konektor samec 90° zahnutý doľava na konektor samica

This DisplayPort extension cable by DELOCK (model 87076) extends a DisplayPort connection using a male 90° left-angled connector to a female DisplayPort connector. The cable is 3 m long, has a 7 mm diameter and a black jacket, and supports high-resolution video up to 8K Ultra HD (7680 x 4320 @ 60 Hz) with downward compatibility to 4K.

Advantages

The triple-shielded construction reduces electromagnetic interference and maintains signal integrity for high-resolution transmissions. The 90° left-angled male connector allows connection in confined spaces and improved cable routing. Backward compatibility ensures it works with 4K displays and a wide range of DisplayPort devices.

Suitable for

• Extending a DisplayPort connection between PC and monitor
• Connecting a graphics card to a display in tight or angled ports
• Setups requiring 8K@60Hz or 4K video transmission

Key specifications

• Brand: DELOCK
• Model / MPN: 87076
• Length: 3 m
• Connector 1: DisplayPort male 90° left-angled
• Connector 2: DisplayPort female
• Supported resolution: up to 8K Ultra HD (7680 x 4320 @ 60 Hz), downwards compatible to 4K
• Cable diameter: 7 mm
• Colour: Black
• EAN: 4043619870769
• Country of origin: China

How to use

Insert the DisplayPort male 90° left-angled connector into the source device's DisplayPort output (for example a graphics card or laptop). Plug the female DisplayPort connector into the monitor or display device. Ensure connectors are fully seated. Route the 3 m cable as needed, using the angled connector to avoid strain in tight spaces. Power on the devices and configure display settings on the source device to the desired resolution and refresh rate.

Recommendations

For best performance at 8K@60Hz, use compatible source and display hardware and set the DisplayPort version and graphics driver settings to support the target resolution. Avoid sharp bends near the connectors and keep the cable clear of strong electromagnetic sources.