Ultra Long Distance DisplayPort Performance for Demanding 8K Installations

Premium 10m fibre optic hybrid DisplayPort 2.0 cable engineered for exceptional clarity and reliability

Unlock stunning high resolution performance across extended distances with the Lindy 10m Fibre Optic Hybrid DisplayPort 2.0 UHBR10 Cable. Designed for mission critical AV environments, advanced commercial displays and high performance home workstations, this hybrid solution combines the long range stability of fibre optic technology with the robustness of copper conductors. The result is a lightweight, flexible cable capable of delivering true 8K 60Hz and ultra smooth 4K 144Hz output without compression, signal loss or interference, even in complex installations.

Key Features

• Supports high end resolutions up to 8K 7680x4320 at 60Hz and 4K 144Hz for superior visual clarity and smooth motion.
• Fibre optic and copper hybrid design ensures stable long distance transmission with high EMI and RFI resistance.
• UHBR10 40Gbps bandwidth provides reliable, high throughput DisplayPort 2.0 performance across all four lanes.
• Gold plated DisplayPort connectors enhance signal integrity and long term durability for professional installations.

Specifications

• Length: 10m
• 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 cable is ideal for extended workstation layouts, 8K displays, large commercial video walls, broadcast monitoring, and gaming environments requiring high refresh rates. The slim, flexible structure simplifies installation through conduit or tight routing paths, ensuring professional results with minimal effort.

Choose the Lindy hybrid DisplayPort range for uncompromised long distance performance, future ready bandwidth and exceptional installation flexibility.