High Speed USB C Extension Designed for Powerful, Long Distance Performance

Professional 8m USB 3.2 Gen 2 active cable for fast data, vivid video and high capacity power delivery

Extend your USB C connectivity without compromising performance using the Lindy 8m USB 3.2 Gen 2 Active Cable. Built with advanced active electronics, this cable delivers stable 10Gbps SuperSpeed+ data rates, supports DisplayPort 1.4 Alternate Mode for breathtaking 8K visuals and provides up to 100W Power Delivery to keep laptops and USB C devices powered throughout the day. Ideal for AV installations, collaborative meeting rooms and modern classrooms, it creates a dependable link between host devices and large format displays, touch panels or high performance peripherals.

Key Features

• Extends USB C connectivity by 8m with integrated electronics maintaining 10Gbps SuperSpeed+ transfer rates.
• Supports DP 1.4 Alternate Mode for UHD 8K 7680x4320@60Hz and 4K 4096x2160@120Hz high clarity video output.
• Delivers up to 100W USB Power Delivery, ideal for powering laptops, tablets and demanding USB C devices.
• Plug and play installation with strong shielding for reliable use in AV, education and professional workspaces.

Specifications

• Length: 8m
• Standard: USB 3.2 / 3.1 Gen 2
• Data Speed: Up to 10Gbps
• Power Delivery: Up to 100W (20V 5A)
• Maximum Resolution: 8K 7680x4320@60Hz, 4K 120Hz
• Connectors: USB Type C Male to USB Type C Male
• Cable Diameter: 6mm TPE jacket
• Shielding: 80 percent tinned copper
• Minimum Bend Radius: 120mm
• Operating Temperature: 0°C to 40°C
• Warranty: 2 years

Applications or FAQs

Ideal for meeting rooms, classrooms, AV studios and workstations where long distance, multifunction USB C connectivity is required. Note that DP 1.4 signals restrict USB data to 480Mbps, while DP 1.2 allows full 10Gbps performance at up to 4K 60Hz.

Power, performance and reach come together in one reliable cable. Choose the Lindy USB 3.2 Gen 2 Active Cable for clear visuals, fast data transfer and dependable device charging across extended distances.