Maury Microwave announced the official launch of InsightProTM — their next-generation unified software suite designed to accelerate measurement and modeling workflows across R&D, design verification/validation and small-scale production. As the full replacement to legacy software, InsightPro enables customers to stay ahead in the fast-paced world of wireless technology development, where precision, efficiency and confidence in measurement data are critical to success. Built with a measurement-first approach, InsightPro streamlining data collection, management and analysis, serving as the primary software interface for instrument-agnostic small-signal and large-signal characterization. With a DUT-centric wizard for efficient operation and execution, this advanced solution enhances measurement confidence, integrates seamless into existing workflows and enables customers to expedite the development and launch of high-performance wireless products.

While originally released in late 2024 as a replacement for our ATS noise parameter extraction software, InsightPro has since evolved to include a wide range of 50 Ω and non-50 Ω measurement methodologies. This latest milestone expands the platform to include passive, active and hybrid-active load-pull; pulsed IV and S-parameter measurements; and behavioral model extraction.

“Since its original release, InsightPro has seen rapid adoption and positive feedback, with early users praising its improved workflow, enhanced measurement accuracy and ease-of-use,” said Steve Dudkiewicz,senior vice president of business development. “The latest release not only builds on our early success but reflects our ongoing commitment to deliver best-in-class solutions that drive innovation forward and empower our customers to reach their measurement objectives.” Designed for seamless integration, InsightPro is optimized to work with current and next-generation Maury hardware, including automated impedance tuners, RF synthesizers, real-time power sensors and our comprehensive line of device characterization accessories.