Maury Microwave

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 using elements from the following product lines:

AMPLIFIER

Whether used in a test lab or with an anechoic chamber, the Amplifier product line offers some of the widest bandwidths and highest powers, ideal for test and measurement and electromagnetic compatibility (EMC) applications.

BOONTON RF POWER ANALYSIS

High-performance RF and microwave power measurement solutions from the Boonton RF Power Analysis product line, including peak and average RF power meters, real-time USB power sensors, voltmeters, modulation analyzers, and audio analyzers, provide precise analysis across product design, production, maintenance, and system integration.

dBm CHANNEL EMULATION

The dBm Channel Emulation product line tests the performance of wireless systems in realistic operating environments via advanced non-terrestrial RF channel emulation, simulating a comprehensive range of link and hardware-generated impairments such as delay, signal Doppler, attenuation, phase offset, additive white Gaussian noise (AWGN), frequency hopping, payload, and multipath fading.

DEVICE CHARACTERIZATION

The Device Characterization product line includes on-wafer and connectorized passive, active, and hybrid-active load pull solutions to 1.1 THz; noise parameter extraction solutions to 330 GHz; compact and behavioral model extraction and refinement solutions; as well as nonlinear load pull and noise parameter extraction solutions. This product line comprises of automated impedance tuners, pulsed IV/bias systems, and optimized accessories. Together with our software platforms, our device characterization solutions are used for transistor characterization, model extraction and refinement, PA design, stability test, and more.

HOLZWORTH LOW PHASE NOISE INSTRUMENTATION

The Holzworth Low Phase Noise Instrumentation product line comprises of real-time phase noise analyzers that offer a unique combination of accuracy, speed, flexibility, and reliability in a compact form factor; ultra-low phase noise signal generation solutions with excellent amplitude accuracy and frequency agility; and RF amplifiers designed for applications where low phase noise is critical.

INTERCONNECT

The Interconnect product line, featuring application-specific cable assemblies, adapters, attenuators, torque wrenches, and gage kits, ensures strong connections that improve measurement accuracy and repeatability, eliminating weak links in your test setup.

NOISECOM RF NOISE GENERATION

From noise diodes to programmable noise generators, the Noisecom RF Noise Generation product line features AWGN sources for signal jamming and impairment, reference level comparison and calibration, receiver robustness testing, and jitter injection.

PRECISION CALIBRATION

Accurate calibration starts with coaxial and/or waveguide standards from the Precision Calibration product line, which includes SOLT, SSLT, and TRL calibration kits; characterized verification kits; and calibration, validation, and S-parameter measurement software with measurement uncertainties.

FEATURED ARTICLES

How Can Local Oscillators Impact The Performance Of Radar And Satellite Systems?

Local oscillators (LOs) enable frequency conversion in radar and satellite systems, significantly impacting performance. Testing with RF signal generators ensures accurate conversion operations.
How Can The Peak-To-Average Power Ratio Predict Error Vector Magnitude Degradation?

Peak-to-average power ratio (PAPR) can predict EVM degradation in high-order modulation systems, offering a cost-effective alternative to expensive equipment for evaluating amplifier linearity and signal fidelity.
How Do You Set Up A Phase Noise Analyzer For An Absolute Phase Noise Measurement?

The HA7062D phase noise analyzer performs absolute phase noise measurements using internal or external LO modes, enabling precise characterization of signal generators and oscillators.
How Can Designers Optimize Power Amplifiers For 5G Millimeter Wave Systems?

5G operates in low, mid, and high bands, with mmWave offering ultra-fast speeds. Amplifier optimization using Nano5G™ tuners ensures performance in compact, high-frequency 5G systems.
Why Is Channel Emulation Key For Deploying 5G Non-Terrestrial Networks Successfully?

5G Non-Terrestrial Networks (NTN) integrate satellites, high-altitude platforms, and drones to extend coverage. Advanced channel emulators, like the ACE9600, optimize NTN performance under real-world conditions.
What Key Characteristics Should You Consider In A Cable Assembly Solution?

Cable assemblies are vital in RF/microwave systems, offering signal stability, durability, and flexibility. The SP-series cables excel in amplitude/phase stability, making them ideal for high-performance testing.
Millimeter Wave And Sub-THz Power Sweep And Active Load-Pull Measurements

Explore advancements in mmWave and sub-THz power sweep and active load-pull measurements, essential for optimizing semiconductor performance in applications like 5G, automotive radar, and scientific research.
A Practical Guide To Load Pull Measurements

Discover the power of load pull measurements through a curated collection of articles on load pull fundamentals, techniques, and applications, helping you optimize RF and microwave device performance.
How Do You Properly Configure Your Test Setup For An Additive Phase Noise Measurement?

Learn how to configure your hardware setup and use the HA7062 Series Phase Noise Analyzer for accurate additive phase noise measurements.
Visit Booth #704 At IMS 2024 For Solutions Spanning Active Load Pull To RF Channel Emulation

In booth 704, Maury Microwave will showcase its latest products and solutions, many of which are used in several in-booth demonstrations ranging from active load pull for 6G and sub-THz frequencies to cryogenic noise parameters to 5G non-terrestrial network (NTN) link emulation. In this blog post, discover why booth 704 is a key destination for IMS attendees.

CONTACT INFORMATION

Maury Microwave

2900 Inland Empire Blvd.

Ontario, CA 91764

UNITED STATES

Phone: 909-987-4715

Fax: 909-987-1112

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RECENT NEWS

Wireless Telecom Group to Showcase Products that Accelerate the Development of Next-Generation Wireless Systems at IMS 2023
6/13/2023

Wireless Telecom Group (NYSE American: WTT), announced today that its test and measurement brands – Boonton, Holzworth, and Noisecom – will showcase industry-leading instruments with the performance and capability necessary for accelerating the development of next-generation wireless systems during IMS 2023 at Booth 1619.

FEATURED PRODUCTS

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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.