Driving Scientific Research and Innovation with Precision
High-speed data acquisition systems for discovery, testing, and advanced experimentation.
Vitrek GaGe delivers powerful high-performance digitizers and data acquisition solutions designed for the research and development community. Our technology enables accurate capture and analysis of complex signals in applications such as atomic studies, laser systems, particle physics, and radar/lidar/sonar testing. With expertise in ultra-fast sampling rates, high-resolution digitization, and tailored system integration, Vitrek solutions provide unmatched fidelity, scalability, and reliability. From laboratory experiments to large-scale national research projects, we help scientists and engineers accelerate discovery, reduce risks, and achieve breakthrough results with confidence.
Applications
High-Power Laser Lamp Array Tester
Laser Based Position Measurement System
Laser Excitation of Single Atoms
Neutrinos Study
Radioactive Nuclear-Decay Detection
Neutrino Detection System
Nuclear Particle Location
Alpha Particle Counting
Nuclear Ion Testing
Electron Spin Resonance (ESR) Experiment
Nuclear Decay Experiment
Atmospheric Remote Sensing
Storm Watch / Tornado Radar
Polar Ice Thickness Measurements
Radar Waveform Sampling & Processing
Ozone Profiling
High-Spatial Resolution Lidar
Ozone Profiling Lidar System
Modernizing a Passive Sonar that has a Beam-Former with Digital Output
Acoustic Engineering with Stimulus Response System
Phase Conjugate Sonar
Trigger Out Modification for CP500 Class Boards
Interfacing to Offset IF Radar Altimeter
Radar Rackmount System for Large Record Lengths
Ultra High-Speed Radar
Radar Altimeter
Products
High-Speed Digitizers / Oscilloscopes
GaGe high-speed digitizers provide ultra-precise, high-fidelity signal acquisition with deep memory and real-time streaming, empowering advanced research and development applications.
Software Development Kits
GaGe SDKs enable seamless integration of digitizers for advanced research, testing, prototyping, and high-precision data acquisition workflows.
