ABOUT US
Maury Microwave is your trusted calibration, measurement, and modeling solutions partner. We collaborate closely with customers, embracing their objectives as our own to empower innovation from RF through sub-THz – your success is our success. Whether launching a new semiconductor technology or satellite payload, our calibration, calibration validation, measurement, measurement verification, modeling, and data analysis solutions ensure the right decisions are made every step of the way.
We understand that the quality of data drives the quality of decisions. Leveraging our measurement science expertise, we identify, create, and supply each element in complex measurement systems to ensure accuracy and repeatability. Our comprehensive, integrated approach, from initial calibration and verification to advanced instrumentation hardware to precise measurement and analysis, enables innovators to confront the barriers facing the development and execution of next-generation wireless technology. Complete your lab with Maury Microwave.
Amplifiers
Whether used in a test lab or with an anechoic chamber, our amplifiers offer some of the widest bandwidths and highest powers, ideal for test and measurement and electromagnetic compatibility (EMC) applications.
Analyzers
Our analyzers deliver high-performance phase noise analysis, power measurements, and audio and modulation signal analysis to ensure confidence in system design, validation, and production testing.
Cable Assemblies, Adapters, Attenuators, & Tools
From Stability cables and precision adapters to torque wrenches and gage kits, these components ensure strong, repeatable connections that enhance measurement accuracy and eliminate weak links in test setups.
Calibration
Our calibration solutions include coaxial and waveguide physical standards; SOLT, SSLT, and TRL calibration kits; characterized verification kits; and cryogenic noise standards, ensuring accurate calibration and validation for VNA and RF test systems.
Channel Emulator
The ACE9600 simulates a comprehensive range of link and hardware-generated impairments, such as delay, signal Doppler, and multipath fading, to test and validate system performance under real-world conditions.
Impedance Tuners & Measurement Accessories
Our active, automated, cryogenic, manual, and stub tuners, which are complemented by measurement accessories such as bias tees and test fixtures, support advanced device characterization and nonlinear measurements.
Meters and Sensors
High-performance RF and microwave power measurement solutions, including peak and average RF power meters, real-time USB power sensors, and RF volt meters, provide precise analysis across product design, production, maintenance, and system integration.
Noise Generators
Our additive white Gaussian noise (AWGN) sources, from noise diodes to programmable noise generators, are critical solutions for signal jamming and impairment, reference level comparison and calibration, receiver robustness testing, and jitter injection.
Signal Generators & Signal Sources
Fast-switching and low phase noise compact signal generators, single and multi-channel RF synthesizers, and RF synthesizer modules provide precise and stable RF signals for measurement, characterization, and system integration.
Software
Our comprehensive softtware platforms support calibration, S-parameter measurements, device characterization, and mmW and sub-THz load pull, ensuring repeatable results and streamlined measurement and modeling workflows.
FEATURED ARTICLES
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![Satellite dish on abstract technology-GettyImages-1197966535]( "MT2000: High‑Power (1 kW) Harmonic Load Pull For GaN Devices")
Learn how the MT2000 enables accurate 1 kW GaN harmonic load pull measurements using hybrid impedance synthesis for faster, safer, and more efficient amplifier characterization.
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![GettyImages-1133867403 satellite]( "MT2000: Unlocking PA Efficiency Through 3rd Harmonic Load Pull")
Discover how third harmonic load pull improves GaN power amplifier efficiency, enabling faster characterization, better models, and optimized RF performance with the MT2000.
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![GettyImages-1320071768 5G broadband tower signal RF]( "Testing Regenerative And Transparent 5G NTN Architectures With The ACE9600")
Learn how the ACE9600 emulates dynamic 5G NTN satellite channels to validate regenerative and transparent architectures before deployment with realistic, repeatable laboratory testing.
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![mt2000]( "MT2000: Double Pulse Load Pull For Trapping Characterization Of GaN Transistors")
RF Double Pulse Load Pull on the MT2000 reveals GaN transistor trapping effects, enabling accurate characterization of dynamic performance, model validation, and power amplifier optimization.
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![GettyImages-471296532 space]( "Mobile User Objective System (MUOS)")
Discover how MUOS leverages SA-WCDMA and satellite link emulators to deliver next-generation UHF battlefield communications under U.S. Space Force oversight.
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![GettyImages-1460212484 5G tower data]( "How Are 5G Non-Terrestrial Networks Driving Satellite Link Impairment And Hardware-In-The-Loop Emulation?")
Explore how 5G Non-Terrestrial Networks integrate satellites, HAPS, and IoT to deliver seamless global connectivity, expanding 3GPP standards beyond traditional terrestrial limits.
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![Satellite dish on abstract technology-GettyImages-1197966535]( "The Importance Of Satellite Channel Emulators In Non-Terrestrial Networks")
Discover how satellite link emulators enable reliable Non-Terrestrial Networks by simulating real-world delays, Doppler effects, and handovers to accelerate 5G NTN development.
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![measure phase noise]( "How Do You Measure Phase Noise At D-Band Frequencies?")
D-Band (110–170 GHz) enables 6G, inter-satellite links, and high-resolution radar, but phase noise challenges require precise measurement to ensure system performance and signal integrity.
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![microwave assemblies]( "What Are High-Power Microwaves And Why Do They Matter On The Battlefield?")
High-power microwave systems deliver precise, non-kinetic electronic attack. Learn how HPM works, where it’s deployed, and how signal-chain characterization ensures mission-ready performance.
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![engineers validate power and precision]( "How Can Engineers Validate The Power And Precision Of High-Power Microwaves?")
High-power microwave systems demand precise signal generation, amplification, measurement, and interconnects to deliver reliable, high-energy pulses capable of disabling electronic threats in dynamic combat environments.
CONTACT INFORMATION
Maury Microwave
2900 Inland Empire Blvd.
Ontario, CA 91764
UNITED STATES
Phone: 909-987-4715
Fax: 909-987-1112
RECENT NEWS
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Explore Advanced RF & Microwave Solutions At AOC 202511/13/2025
Join Maury Microwave at AOC 2025 in National Harbor, MD, December 9–11. Discover advanced amplifiers, RF test equipment, calibration services, and interconnect solutions for electronic warfare.
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Maury Microwave Introduces InsightPro, A Next-Generation Measurement And Modeling Software Platform4/15/2025
Maury Microwave, a global leader in RF and microwave measurement and modeling solutions, proudly announces the official launch of InsightPro™ — our next-generation unified software suite designed to accelerate measurement and modeling workflows across R&D, design verification/validation, and small-scale production.
FEATURED PRODUCTS
RF & MICROWAVE FREQUENTLY ASKED QUESTIONS
What is peak envelope power? Why is the rise time of a sensor important? How can high crest factor signals affect system performance? Discover the answers to these questions and more in our series of "RF & Microwave Frequently Asked Questions" videos.
DETECTING RF POWER
PEAK AND AVERAGE POWER MEASUREMENTS
VIDEO BANDWIDTH AND RISE TIME
PULSED RF SIGNALS
CREST FACTOR AND STATISTICAL MEASUREMENTS
All Maury Microwave Videos
Interested in more video content? See all of Maury Microwave's videos here.