Measurement · Data acquisition · Signal processing
From sensor to insight.
We design the complete signal chain: sensors and front-ends, high-speed acquisition, FPGA-based signal processing and the software that turns measured data into decisions. One engineering core, applied in robotics, RF, space, energy storage and power electronics.
A member of the MM-Vill group, 20 years in industrial electronics
Our core
One competence: the complete signal chain
Owning every link means fewer hand-overs, faster iterations and a measurement system that behaves as one.
Sense
Sensors & front-ends
- Analog and RF front-end design
- Cameras, torque, ultrasonic and inertial sensors
- Voltage, current and battery measurement
Acquire
Data acquisition
- AD/DA selection and evaluation
- High-speed, multi-channel sampling
- Custom interfaces in FPGA: SPI, LVDS, JESD204B
Process
Signal processing
- Algorithm modeling in Matlab and Python
- Real-time DSP on FPGA, including radiation-hardened parts
- Filtering, down- and up-conversion
Deliver
Data to decisions
- Embedded Linux and PC applications
- 5G, Wi-Fi and USB 3.1 data streaming
- Automated test, evaluation and reporting
Foundations: schematic and PCB design · FPGA and embedded Linux · Python and Matlab · product industrialization with MM-Vill
Where we apply it
One core, five application domains
Same team, same toolchain, same rigor: wherever signals need to be captured and understood.
Industrial robotics & AI
Wireless sensor platform for industrial robots
Video, torque and ultrasonic data streamed from the robot tool over 5G and Wi-Fi, from concept to low-volume production.
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RF & security
Multi-channel RF receiver and signal analyser
Real-time spectral analysis of selected RF bands for drone detection, on AMD/Xilinx Kintex FPGA with digital down- and up-conversion.
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Space
Space-grade accelerometer card
Satellite orientation from accelerometer signals: FIR filter design and complete firmware on a radiation-hardened FPGA, for an ESA project.
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Energy storage
Battery charger and lifecycle tester
Controlled charge and discharge of server batteries, with charge levels set for transport regulations such as IATA. IEC certified.
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Power electronics
End-of-line test system for power electronics
Automated end-of-line and safety testing on modular COTS equipment, with a smooth migration path from the existing installed base.
Request more information →How we work
From model to production in one team
- 1
Model
Model development from sample data, algorithm design in Matlab and Python, model-in-the-loop simulation.
- 2
Validate
Real-world data collection, rapid prototyping on evaluation kits, comparison with golden reference data.
- 3
Implement
Architecture, schematic and layout, HDL, C/C++ and Linux drivers, hardware-in-the-loop testing.
- 4
Industrialize
Production preparation at MM-Vill, end-of-line test and certification, low-volume manufacturing.
Every algorithm is proven on measured data before it reaches hardware.
Reusable building blocks
Two platforms that shorten every project
Signal Processing Framework
Your algorithm is validated; getting it into an FPGA takes special know-how. Our tested IP blocks cut that effort.
- Tested ADC/DAC IPs for SPI, LVDS and JESD204B
- Control state machine, FIFO data transfer, trigger synchronization
- Self-checking testbench and HIL verification
- AMD/Xilinx 7 series and UltraScale, Microchip and Intel FPGAs
Measurement and test platform
The Python platform behind our battery and power electronics testers. New part numbers are added by configuration, not new code.
- Human-friendly test scripting: no programming skills needed
- Configurable test profiles and automatic report generation
- Jenkins-based user interface with plug-in support
- Modular structure on COTS equipment
Trusted by industry and research
Working together
Three ways to work with us
Design partner
We join your team for a defined part of the chain: algorithm, FPGA, hardware or software work packages, inside your process.
Turn-key system
A complete measurement, acquisition or test system, from concept to low-volume production with MM-Vill.
Lifecycle & modernization
Maintenance, calibration and upgrades of operational and legacy systems to extend their product lifecycle.
We’re hiring: Embedded System Architect, FPGA-based systems
See the roleContact
Tell us about your measurement challenge
Describe the signals, the environment and the volumes. Our engineers will come back with first questions and a proposed next step.
Tavaszmező utca 4/C, 2800 Tatabánya, Hungary
VAT ID: 27826010-2-11 / HU27826010