RF & Microwave Characterization
Spectrum analysis, vector network analysis, gain and frequency verification, and phase-noise characterization provide engineers with high-confidence data. Early insights reduce uncertainty and support robust designs.
Microwave Analytics is an independent, engineering-focused laboratory providing disciplined RF, microwave, semiconductor, and electromagnetic characterization from DC up to 40 GHz. Our work helps engineers make informed decisions, manage uncertainty, and validate mission-critical systems.
RF systems fail in certification, deployment, or the field — costing time, money, and credibility.
We exist to prevent that.
Pre-EMI evaluation, subsystem verification, and independent analysis help reduce uncertainty and support mission-critical programs.
Early-stage testing and validation help identify potential risks before scaling production, reducing costly surprises.
Transparent methodology and traceable standards ensure results are reliable, repeatable, and credible.
Spectrum analysis, vector network analysis, gain and frequency verification, and phase-noise characterization provide engineers with high-confidence data. Early insights reduce uncertainty and support robust designs.
Early evaluation of emissions, interference, and compliance risks allows engineers to make design adjustments proactively. Actionable insights reduce the likelihood of setbacks during formal certification or deployment.
Comprehensive I-V and C-V testing, parameter extraction, and power device evaluation provide engineers with reliable data to reduce uncertainty and optimize performance under real-world conditions.
Precision frequency and timing verification is essential for modern RF and microwave systems. Using traceable reference standards and true cross-correlation phase noise measurement, we achieve extraordinary stability with an Allan deviation (ADEV) as low as 1e-15. Our disciplined methodology ensures that frequency stability, phase-noise performance, and timing accuracy meet the most demanding requirements, providing confidence in mission-critical designs.
Situated in rural northeastern Nevada, our laboratory benefits from a naturally low-EMI environment. This rural location minimizes ambient RF interference, making it ideal for highly sensitive conducted and radiated measurements. All testing is conducted onsite in controlled engineering-grade facilities to ensure consistent, repeatable results.
Our team applies disciplined engineering practices to help you understand performance, manage risk, and make informed decisions in mission-critical environments.
Each project follows a structured methodology designed to reduce uncertainty, maintain traceability, and provide actionable insights for engineering decisions.