Electronic Systems

We design complex multilayer PCB systems for high-performance optical and sensing applications deployed in ground, airborne and space platforms, including drones and satellites. Our expertise covers controlled impedance layouts, high-speed digital interfaces, and low-noise analog electronics for demanding environments.

From custom LWIR camera electronics to high-bandwidth imaging platforms, our hardware integrates sensors, FPGAs, processors and precision analog front-ends into compact and reliable designs. Every system is engineered with signal integrity, thermal performance and manufacturability in mind.

Our FPGA developments power high-throughput imaging and sensing systems where deterministic performance and low latency are critical. We design complex FPGA architectures for camera interfaces, pixel processing pipelines, and real-time data handling.

This includes image compression engines, multi-camera synchronization, and real-time sensor fusion, supporting platforms ranging from multispectral stereo camera systems to custom LWIR imagers. These technologies enable advanced perception capabilities in drones, autonomous systems, and spaceborne instruments.

We develop embedded Linux systems with integrated graphical interfaces for advanced scientific and industrial instruments. Our software connects hardware, sensors and user interfaces into cohesive platforms optimized for reliability and performance.

Our experience includes developing control software for semiconductor inspection microscopes, real-time processing pipelines for LiDAR-based ego-motion estimation, and software frameworks for complex multi-sensor imaging systems used in ground, aerial and space applications.