Radar Systems.
Radar systems built for demanding, safety-critical environments.
With over two decades of experience across RF engineering, signal processing, embedded systems, AI, and system design, we take radar solutions from early concept to fully industrialized products – built for precision, robustness, and real-world performance.
Experience.
Radar specialists
More than 20 years of radar development across automotive, defense, aerospace, marine, and industrial domains.
Proven delivery
Proven delivery of complete radar products, calibrated platforms, and large-scale simulation systems.
Collaborative research
Deep involvement in research collaborations spanning radar sensing, communication, and advanced signal processing.
Innovation to realization
Track record of taking innovations from prototypes to certified, production-ready solutions.
Capabilities.
End-to-end development
Complete radar system development covering architecture, RF, hardware, software, and industrialization.
Advanced signal processing
High-precision detection, tracking, calibration, and sensor fusion for reliable performance.
Embedded radar platforms
Real-time embedded and FPGA-based platforms with optimized radar processing.
Simulation & testing
Hardware-in-the-loop simulators, mm-wave transponders, and calibration tools for verification.
Related cases.
Simulating reality in real-time with a massive radar test system.
Testing radar hardware in the real world is logistically punishing and sometimes impossible — especially for flight and defense systems. ICX AB asked Qamcom to build a kind of virtual reality for radars: a building-sized simulator that creates over-the-air echoes for any environment the customer wants to test against, in real time.
Revolutionizing assistant and autonomous driving.
Sensrad is a spin-out product company from Qamcom's radar division, born to redefine what a radar sensor can do. Their 4D high-resolution radar technology serves vehicles, infrastructure, and surveillance — generating point clouds detailed enough to enable assistant driving, full autonomy, and complex object detection.
Square Kilometre Array.
The Square Kilometre Array is an intergovernmental effort to build the world's largest radio telescope — designed to study the early universe and search for signals from alien civilisations. At its heart sits the digitizer that turns analog signals from each antenna feed into clean data, and Qamcom was selected to bring that subsystem from research to production.
Atmospheric research through a huge radar system.
EISCAT operates one of the world's most ambitious radar facilities, spanning Sweden, Norway, and Finland to observe the upper atmosphere. Measuring space weather, meteors, and orbital debris with the accuracy researchers need required a fully digital steering system for tens of thousands of antennas — and exceptional radar expertise to deliver it.
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