UC3520H-4K60 | Professional Dual-Channel 4K60 HDMI PCIe Capture Card

Key Selling Points

• Dual-Channel 4K UHD @ 60fps Capture two independent HDMI signals at a smooth 2160p @ 60fps simultaneously. The 60fps capability ensures fluid motion, making it ideal for fast-action sports, high-speed industrial cameras, and premium live-streaming content.
• Broadcast-Grade Visual Fidelity Process video in professional YUV 4:2:2 8-bit color space. Experience uncompressed, low-latency video quality that meets the rigorous demands of professional broadcasting and high-precision diagnostic imaging.
• Pro-AV Long-Distance Connectivity Engineered for large-scale venues and corporate campuses. The UC3520H-4K60 fully supports active fiber HDMI cables at distances up to 164 feet (50 meters), ensuring stable and noise-free signal acquisition over long runs.
• Scalable Architecture for High-Density Systems Need more inputs? The UC3520H-4K60 supports multi-card installation in a single host PC. Expand your capability to 4, 6, or 8 channels of 4K60 capture in a single workstation, depending on your system's PCIe slot availability.
• Ultra-Efficient Thermal Engineering Built for 24/7 continuous operation in professional environments. The card maintains an impressively low power footprint of ≤4.0 Watts, ensuring minimal heat buildup in rackmount servers and small-form-factor workstations.
• Universal Software & OS Versatility Fully compatible with Windows 10/11 and Linux (Kernel 2.6.38+). Works seamlessly with industry-standard platforms including vMix, Wirecast, OBS, Zoom, Microsoft Teams, and Xsplit.

Applications

• Sports & Action Broadcasting: Capture high-frame-rate 4K feeds for smooth slow-motion and real-time broadcast.
• Medical & Surgical Suites: Synchronized recording of dual high-resolution 4K surgical camera feeds for training and diagnostics.
• High-End Industrial Inspection: Real-time visual monitoring for automated production lines requiring high-speed 4K imaging.
• Virtual Production & XR: Capturing high-resolution camera and auxiliary feeds for real-time rendering environments.