Powerful Long Distance DisplayPort Performance for Demanding Visual Setups

Premium 10m active DisplayPort 1.4 cable engineered for ultra smooth 4K and 8K output

Bring clarity, flexibility and confidence to your AV installation with the Lindy 10m Active DisplayPort 1.4 Cable. Designed for environments where standard passive cables cannot maintain signal quality, this active solution uses an integrated chipset to reinforce DisplayPort transmission across extended distances. Ideal for commercial displays, digital signage, gaming arenas and high end workstations, it supports 4K at 144Hz and 8K at 60Hz for exceptionally sharp, fluid visuals. HDR capability enhances colour depth, brightness and contrast, ensuring content appears lifelike and immersive from any viewing point.

Key Features

• Active chipset boosts DisplayPort signals for stable, long range connectivity up to 10m without the need for repeaters.
• Supports advanced resolutions including 4K 144Hz and 8K 60Hz, perfect for high refresh, high clarity displays.
• HDR support delivers enhanced colour accuracy, deeper contrasts and a more engaging overall viewing experience.
• Durable ABS connector housing and flexible 7mm cable ensure easy installation through conduits or behind walls.

Specifications

• Length: 10m
• Connectors: DisplayPort Male to DisplayPort Male
• Bandwidth: 32.4Gbps
• Resolution Support: Up to 7680x4320@60Hz or 4096x2160@144Hz
• Cable Diameter: 7mm
• Conductor: 28AWG bare copper with 85 percent aluminium magnesium braid
• Housing: ABS with gold plated contacts
• Operating Temperature: -10°C to 80°C
• Warranty: 2 years

Applications or FAQs

Ideal for digital signage, retail environments, corporate display setups, eSports arenas and any installation requiring long distance DisplayPort connectivity. Active DP technology ensures stable performance where passive cables cannot. Daisy chain support is not available.

Choose the Lindy Active DisplayPort Cable for smooth, high resolution visuals that stay consistent across every metre of your installation.