Deterministic FPGA-based electronics for sensor-driven systems
We design FPGA-based electronics for precise sensor interfaces, real-time signal processing and robust embedded systems.
Lab Equipment
Deterministic data acquisition and trigger-timed capture for repeatable measurements and experiments.
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Mobile Robots
Time-aligned sensor streams and robust data paths for stable perception and control.
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Industrial
Synchronized sensor acquisition and protection logic for reliable machines and process equipment.
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Medical Applications
Deterministic sensor data paths and supervision logic for predictable device behavior.
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FPGA Firmware Design & Verification
We implement FPGA logic from requirements to validated hardware behavior. We write RTL/HDL, build testbenches, close timing and verify the design on the target platform.
FPGA Integration for Existing Products
We add FPGA subsystems to existing products without forcing a full redesign. We integrate the FPGA either as a defined section on the main PCB or as an add-on board. We deliver a clean boundary to the host system and handle the sensor/IO attachment, buffering/streaming, and the integration details that typically slow projects down.
PCB Development for Prototypes and Small-Series Builds
We develop electronics that can be built, tested and iterated quickly. We design schematics and layout, cover power management and peripherals, and support bring-up and validation. We also prepare the manufacturing package and a practical test approach, so prototypes can turn into small to mid-size series quickly.
Complete Instrumentation and Digitalization Packages
We build complete measurement and control subsystems. We develop the electronics, embedded firmware and the PC or mobile interface so data can be captured, processed and used reliably. This fits products that need instrumentation, monitoring, data logging or a robust interface between sensors and higher-level software.
