The UE3410F USB-C Active Optical Cable delivers exceptional high-speed performance with simultaneous data, video, and power transmission up to 10 meters. Built for professional, educational, and medical environments, this cable ensures reliable, long-distance signal integrity and ultra-high bandwidth efficiency without degradation.
Key Features of UE3410F
Extends USB-C connectivity up to 10 meters
Supports up to 60W Power Delivery
Adaptive DP Lane Switching: 4-lane DP 2.1 UHBR10 + USB 2.0 or 2-lane DP 1.4 + USB 3.2 Gen 2
Supports resolutions up to 4K@60Hz
High resistance to EMI/RFI interference
Plug-and-play operation with wide device compatibility
Full-Featured USB-C Active Optical Design
The UE3410F is engineered as a full-featured USB-C Active Optical Cable, capable of handling USB 3.2 Gen 2 data transfer and DisplayPort 2.1 video streaming while delivering up to 60W of power. This design ensures uninterrupted operation and stable transmission over extended distances.
Adaptive DP Lane Switching
With intelligent DP lane switching, the UE3410F automatically adjusts between 4-lane DP 2.1 UHBR10 with USB 2.0 or 2-lane DP 1.4 with USB 3.2 Gen 2 at 10 Gbps. This flexibility allows the cable to match the optimal mode required by connected devices, ensuring high-speed data flow and superior visual output.
Up to 60W Power Delivery
Supporting up to 60W power transmission, the UE3410F powers a wide range of USB-C devices, including displays, tablets, and peripherals, simplifying connectivity and reducing the need for additional adapters or power sources.
High-Quality Construction
Built with premium optical fiber and shielding materials, the UE3410F maintains strong EMI and RFI resistance, making it ideal for use in environments with sensitive electronic equipment such as hospitals, classrooms, and conference halls.
Wide Compatibility
The UE3410F works seamlessly with USB-C supported devices, including monitors, cameras, and computing peripherals, delivering sharp 4K visuals and stable data communication for commercial, educational, and healthcare applications.
The UE3415F USB-C Active Optical Cable delivers exceptional high-speed performance with simultaneous data, video, and power transmission up to 10 meters. Built for professional, educational, and medical environments, this cable ensures reliable, long-distance signal integrity and ultra-high bandwidth efficiency without degradation.
Key Features of UE3415F
Extends USB-C connectivity up to 15 meters
Supports up to 60W Power Delivery
Adaptive DP Lane Switching: 4-lane DP 2.1 UHBR10 + USB 2.0 or 2-lane DP 1.4 + USB 3.2 Gen 2
Supports resolutions up to 4K@60Hz
High resistance to EMI/RFI interference
Plug-and-play operation with wide device compatibility
Full-Featured USB-C Active Optical Design
The UE3415F is engineered as a full-featured USB-C Active Optical Cable, capable of handling USB 3.2 Gen 2 data transfer and DisplayPort 2.1 video streaming while delivering up to 60W of power. This design ensures uninterrupted operation and stable transmission over extended distances.
Adaptive DP Lane Switching
With intelligent DP lane switching, the UE3415F automatically adjusts between 4-lane DP 2.1 UHBR10 with USB 2.0 or 2-lane DP 1.4 with USB 3.2 Gen 2 at 10 Gbps. This flexibility allows the cable to match the optimal mode required by connected devices, ensuring high-speed data flow and superior visual output.
Up to 60W Power Delivery
Supporting up to 60W power transmission, the UE3415F powers a wide range of USB-C devices, including displays, tablets, and peripherals, simplifying connectivity and reducing the need for additional adapters or power sources.
High-Quality Construction
Built with premium optical fiber and shielding materials, the UE3415F maintains strong EMI and RFI resistance, making it ideal for use in environments with sensitive electronic equipment such as hospitals, classrooms, and conference halls.
Wide Compatibility
The UE3415F works seamlessly with USB-C supported devices, including monitors, cameras, and computing peripherals, delivering sharp 4K visuals and stable data communication for commercial, educational, and healthcare applications.
