Sciences & Research
Exploring the smallest particles, the strangest quantum states, and the most precise measurements requires instrumentation that pushes beyond conventional limits. EMG2 supports the frontiers of quantum research, high energy physics, and scientific instrumentation with high-performance solutions combining FPGA processing, modular MTCA platforms, and custom developments. Our technologies provide the accurate, reliable foundation for experiments that reveal the fundamental nature of reality.
High Energy Physics
At the energy frontier, particle collisions occur millions of times per second, generating massive data volumes that must be filtered and analyzed in real time. For these extreme experiments, EMG2 provides the high-performance foundation researchers rely on. High-speed data storage and memory modules capture and buffer terabytes of collision events without bottlenecks. Our FPGA cards and systems then enable real-time triggering, filtering, and processing of detector signals with minimal dead time. Built on modular MTCA standard products, these platforms deliver scalable, synchronized architectures for large-scale detector arrays. EMG2 empowers experiments probing the fundamental nature of matter.
Quantum
Controlling and measuring fragile quantum states demands ultra-low noise electronics and real-time feedback loops. EMG2 advances quantum projects with solutions engineered for these exacting requirements. Our FPGA cards and systems generate complex control waveforms and execute real-time qubit readout and feedback with minimal latency. Built on modular MTCA standard products, our platforms provide synchronized, scalable architectures for multi-qubit systems. High-speed data storage and memory modules capture experimental results for offline analysis. Beyond hardware, our custom developments tailor solutions to specific quantum architectures, whether for computing, sensing, or communication systems pushing the boundaries of the field.
Scientific Instrumentation
From spectroscopy to beamline control, scientific instruments demand extreme precision and reliable data acquisition. EMG2 empowers researchers with tailored solutions combining motion control, embedded processing, and custom developments. Our precision motors and rotary encoders enable accurate positioning of samples, optics, and detectors. FPGA cards and systems provide real-time signal processing and instrument control with minimal latency. Built on modular MTCA standard products, our platforms scale from benchtop setups to large-scale facilities. High-speed data storage and memory modules capture experimental results without bottlenecks. EMG2 delivers the accurate, adaptable foundation for instruments pushing the boundaries of scientific discovery.
