Video Processing Engines

Our Video Processing Engines are engineered for environments where precision and reliability are paramount – from live broadcast studios to high-security control rooms. These processors combine multi-core FPGA computing with ARM-SoC intelligence to deliver professional-grade HDR10+ color performance, ultra-low latency, and adaptive image processing.

Each video processor handles multiple high-bandwidth inputs such as HDMI, SDI, and DisplayPort, performing frame-by-frame color correction, motion compensation, and dynamic tone mapping. An internal 16-bit lookup engine ensures pixel-accurate color reproduction and fine grayscale rendering suitable for 3D and VR applications.

Designed for multi-display synchronization, the system provides genlock and framelock capabilities, ensuring seamless visuals across large video walls.Its redundant architecture prevents frame loss during signal interruption, and the dual-path failover mechanism guarantees uninterrupted output – a critical feature for broadcast and surveillance networks.

A proprietary FPGA color-management core executes advanced processing algorithms for gamma correction, HDR mapping, and white-balance uniformity, while the ARM layer manages user interface, diagnostics, and network communication. Developers can integrate these systems easily using our SDKs (C/C++/Python) for automation or OEM customization.

Applications extend from television and digital cinema to simulation environments and large-scale corporate events. With its powerful real-time rendering and high-bandwidth architecture, the MIC LED.tech video processor is a true engine of visual intelligence.