Maury Microwave
BER measurement that optimizes performance for the real world
As wireless systems operate in increasingly noisy and complex environments, bit error rate (BER) testing ensures robust signal integrity, reliability, and the highest level of performance.
Maury noise generators enable accurate BER measurements by simulating real-world interference conditions all within a controlled lab environment. With highly controllable additive white Gaussian noise (AWGN) generation, you can stress-test receivers and validate system behavior against theoretical limits.
Maury solutions support:
- Customizable noise generation for robust BER analysis.
- Validation of receiver performance under realistic operating conditions.
- Optimized signal integrity through identifying system vulnerabilities.
VNA calibration and verification delivering the precision you can trust
Vector network analyzer (VNA) calibration and validation are the cornerstone of accurate and repeatable measurements, giving engineers the clarity they need to make well-informed design and test decisions.
Maury offers a comprehensive suite of precision calibration solutions, including coaxial and waveguide calibration kits (SOLT SSLT, TRL); characterized verification kits; and calibration, validation, and S-parameter measurement software that incorporates uncertainties, empowering you to test with the highest level of confidence.
Maury solutions support:
- Precision VNA calibration delivering high-integrity test results.
- VNA calibration verification to confirm the validity of your VNA calibration, ensuring accuracy measurement after measurement.
- Powerful software platform that empowers VNA users to make the best decisions possible.
From the first test to final specs, characterize components with clarity
Characterizing modern RF and microwave components demands high-performance measurements, real-world stress-testing, and tools that adapt across design, validation, and production workflows.
From transistor modeling to amplifier linearity assessment, Maury delivers the measurement solutions and expertise needed to uncover and analyze true component behavior.
Maury solutions support:
- Accurate device characterization: Delve deep into transistor performance with load pull, noise parameters, and S-parameter measurements.
- Optimize signal amplification: Power measurement solutions analyze and validate amplifier performance, while T&M driver amplifiers ensure high-integrity DUT testing.
- Signal generation: Test the behavior of local oscillators (LOs) and a component’s resilience to interference with RF signal and noise generators.
Design, measure, and validate your boldest component designs with the utmost clarity and control—that’s what Maury solutions empower.
Your path to reliable EMI/EMC testing starts here
Conducting standards-compliance EMI/EMC testing streamlines development, validates performance, and fast-tracks your products to market.
Maury solutions tailored for EMI/EMC applications ensures your test setup is built around the accuracy, reliability, and high performance needed to support the demands of modern systems—moving to higher frequencies, faster data rates, and operating in increasingly complex wireless environments.
Maury solutions support:
- Reliable, high-power signal amplification to maintain compliance and achieve repeatable results.
- Real-time precision power measurements for fast, accurate EMI/EMC testing.
- Stable, low-loss signal paths to maintain high integrity throughout the signal chain.
From design to deployment, Maury solutions are trusted to streamline your EMI/EMC compliance workflows for current and emerging standards.
Real-world hardware impairments, simulated in the lab
Hardware-influenced impairments from your ground station or satellite payload can significantly impact performance. With hardware-in-the-loop testing, you can uncover potential system faults and verify performance in post-deployment conditions long before launch.
Maury channel emulators bring realistic conditions to payload and ground station testing, replicating various, real-time hardware impairments in a controlled laboratory environment.
Maury solutions support:
- Accurate, advanced emulation of hardware-generated impairments to assess system readiness.
- Early detection of system vulnerabilities under realistic operating conditions.
- Optimize system development with comprehensive performance evaluation.
Maury empowers leading satellite system innovators to strengthen reliability, mitigate risks, and accelerate development timelines with advanced hardware-in-the-loop channel emulation solutions.
Radar test solutions trusted for mission-critical performance
Next-generation radar demands advanced test solutions, from precise RF power measurements to low phase noise signal generation to wideband solid-state signal amplification, all of which ensure uncompromising performance analysis.
Maury solutions are trusted by those who build and test civilian and mission-critical radar systems—where reliability isn’t an option, it’s required.
Maury solutions support:
- Precision RF power measurements for a thorough assessment of radar pulse characteristics.
- Low phase noise, highly pure signals used to optimize local oscillator performance.
- High-power, wideband amplification to maintain the integrity of radar test results.
With Maury, next-generation radar systems transition seamlessly from the lab to the field, engineered for success.