Test & Measurement
Test & measurement is a key discipline in engineering, focused on evaluating the performance and accuracy of electronic components and systems. It underpins progress across fields like communications, sensing, and computing by ensuring signal integrity and system reliability. Ultrastable microwave signals enable highly accurate low phase noise measurements, revealing true signal performance. Additionally, optical signals provided by ultrafast lasers can enhance the performance of test & measurement devices.
Test & measurement is a key discipline in engineering, focused on evaluating the performance and accuracy of electronic components and systems. It underpins progress across fields like communications, sensing, and computing by ensuring signal integrity and system reliability. Ultrastable microwave signals enable highly accurate low phase noise measurements, revealing true signal performance. Additionally, optical signals provided by ultrafast lasers can enhance the performance of test & measurement devices.
Enabling Technologies
Behind every breakthrough lies a set of technologies that make it possible. These innovations tackle critical challenges and turn ambitious ideas into high-performance solutions for our customers.
Reveal True Signal Performance with Menlo’s
OFD-Stabilized Reference Oscillators
How We Tackle Measurement Floor of the Test Equipment:
Ultra-Fine Close-In Resolution through Menlo’s
Optical-Stability Microwave Sources
How We Tackle Close-to-Carrier Noise Resolution:
Fast, Accurate Results through Menlo’s
Dual-UMS Cross-Correlation Technology
How We Tackle Speed and Accuracy in Ultra-Low-Noise Measurements:
Product Solutions
Discover our solutions enabling next-generation precision in phase noise analysis and RF signal integrity.
Project Highlight
Application Insights
Fundamentals
Contact Our Expert
Whether you’re working on a research project, developing a new product, or looking to optimize your setup, our experts are here to support you. We provide tailored advice on system integration, laser configuration, and application-specific requirements across a wide range of fields.