Advanced hCMOS Systems LLC
Discover something new with an hCMOS detector
About the firm
Advanced hCMOS Systems is a specialized engineering consulting team that designs custom integrated circuits, ultrafast X-ray image sensors, and detectors for scientific research. Operating with over a decade of experience at national laboratories, the practice assists research institutions with custom application-specific integrated circuit (ASIC) design, device fabrication, and diagnostic instrument integration. Its work supports high-energy-density physics, inertial confinement fusion, and high-energy laser diagnostic programs across major laboratories.
- Firm type
- Electrical Engineering
People
Matthew DaytonCofounder
Marcos SanchezCofounder
Liam ClausCofounder
Andy MontoyaPrincipal Analog IC Design Engineer
Capabilities
Custom IC Design
Service websiteProvides custom integrated-circuit design and boutique engineering for ultrafast X-ray image sensors and detectors, delivering designs ranging from unpackaged ASICs to completely packaged chips.
- Radiation-Hardened ASIC Design
Creates specialized integrated circuits engineered to withstand high radiation environments in physics diagnostics.
- High-Speed Photodiode Design
Develops photodiode arrays optimized for nanosecond-scale global-shuttered burst-mode CMOS imagers.
Diagnostic Instrument Integration
Service websiteAssists researchers in incorporating custom detector solutions directly into scientific diagnostic systems.
- Detector Specification and Proposal Development
Collaborates with research teams to define precise hardware requirements and draft technical proposals for custom designs.
- Test and Debug Support
Provides hardware testing, characterization, and debugging to ensure reliable deployment in extreme environments.
Scientific Ultrafast Imaging Consulting
Service websiteAdvises on ultrafast imaging architectures for specialized scientific research programs and laboratories.
- High-Energy-Density Physics Diagnostics
Supports HED diagnostics through specialized hybrid CMOS cameras and temporal pulse measurement.
- Inertial Confinement Fusion Diagnostics
Measures implosion characteristics and plasma diagnostics using nanosecond-gated imaging arrays.
- High-Energy Laser Diagnostics
Reveals the spatio-temporal pulse structure within laser beam paths for fusion-class research.
Industries
Electronics · Semiconductors · Research Facilities · Laboratories · Defense
Projects
No projects listed yet.