Exceptional Long Distance 8K DisplayPort Performance for Professional AV Systems

Premium 15m fibre optic hybrid DisplayPort 2.0 cable engineered for uncompromised clarity and stability

Designed for advanced installations where distance, precision and reliability matter, the Lindy 15m Fibre Optic Hybrid DisplayPort 2.0 UHBR10 Cable delivers outstanding visual performance across extended runs. Combining fibre optic transmission for EMI free long distance connectivity with the robustness of copper conductors, this hybrid cable ensures uncompressed, high bandwidth DisplayPort 2.0 performance. Ideal for gaming, content creation, broadcast monitoring and large format commercial displays, it provides smooth 8K 60Hz output and ultra fluid 4K 144Hz playback without signal degradation.

Key Features

• Supports immersive resolutions up to 8K 60Hz and 4K 144Hz for exceptional clarity and smooth motion across long distances.
• Hybrid fibre and copper construction ensures low interference, high reliability and full 40Gbps UHBR10 bandwidth.
• Static and dynamic HDR support enhances contrast, brightness and colour accuracy for superior image realism.
• 15m length provides extended reach for spacious workspaces, video walls, projection systems and high end AV environments.

Specifications

• Length: 15m
• Standard: DisplayPort 2.0 UHBR10
• Bandwidth: 40Gbps
• Maximum Resolution: 7680x4320 at 60Hz, 3840x2160 at 144Hz
• Connectors: DisplayPort Male to DisplayPort Male
• Cable Diameter: 4.0mm PVC jacket
• Conductor: Hybrid fibre and copper, 24AWG
• Minimum Bend Radius: 50mm
• Operating Temperature: -10°C to 60°C
• Warranty: 2 years

Applications or FAQs

This 15m cable is ideal for extended gaming setups, multi display workstations, eSports environments, production studios and large scale commercial displays. Its slim, flexible design makes installation through conduit or tight bends straightforward while preserving signal integrity.

Choose the Lindy hybrid DisplayPort range for long distance 8K performance, future ready bandwidth and dependable operation in demanding AV environments.