Engineers Unlock Efficiency Gains with Reconfigurable Test Setups for Complex Semiconductors

Engineers Find New Ways to Tame Complex Test Equipment Setups A recent webinar explored efficient techniques for testing complex semiconductor devices using reconfigurable test setups. The free virtual event, held on October 2, 2025, was hosted by Liquid Instruments and drew a crowd of engineers seeking solutions to the challenges of validating performance in increasingly complex silicon devices. According to Jessica Patterson, Product Marketing Manager at Liquid Instruments, "As semiconductor devices grow more complex, engineers face the challenge of validating performance and catching edge cases under tight schedules." The webinar highlighted the importance of reducing signal path complexity with multiple integrated instruments, improving data fidelity when measuring mixed-signal DUT response, and building efficient parallel test setups to increase throughput. Patterson emphasized that configuring example test setups for common semiconductor validation tests is crucial in keeping pace with semiconductor validation requirements. Patterson noted that engineers often struggle with test setups that include oscilloscopes, waveform generators, network analyzers, and other instruments from different vendors, each with unique automation and configuration considerations. "Our goal was to provide practical advice on how to design flexible and high-performance multi-channel test setups," she said. The webinar's focus on reconfigurable test setups is a response to the industry's growing need for scalable and efficient testing methods. As semiconductor devices continue to shrink in size and increase in complexity, engineers require more sophisticated tools to validate their performance. Patterson explained that "multi-channel test setups designed for flexibility and performance can help engineers scale effectively." The webinar was well-received by attendees, who appreciated the practical advice and real-world examples provided by the speakers. The event's success highlights the importance of sharing knowledge and best practices in the field of semiconductor testing. In related news, industry experts predict that reconfigurable test setups will become increasingly important as semiconductor devices continue to advance. Patterson noted that "we're seeing a growing demand for flexible and high-performance testing solutions, and we're committed to providing innovative tools and expertise to meet this need." The webinar was sponsored by Liquid Instruments, a leading provider of reconfigurable test equipment solutions. Background Semiconductor devices are the backbone of modern electronics, powering everything from smartphones to laptops. As these devices become increasingly complex, engineers face significant challenges in validating their performance and catching edge cases under tight schedules. The industry's growing need for scalable and efficient testing methods has led to a renewed focus on reconfigurable test setups. Additional Perspectives Industry experts agree that the webinar provided valuable insights into the latest techniques for testing complex semiconductor devices. "The event was a great success, and we're grateful for the opportunity to share our expertise with the engineering community," said Patterson. As the industry continues to evolve, engineers will need to stay up-to-date on the latest developments in reconfigurable test equipment solutions. The webinar's focus on practical advice and real-world examples provides a valuable resource for those seeking to improve their testing methods. Current Status and Next Developments The webinar has sparked renewed interest in reconfigurable test setups, with many attendees expressing enthusiasm for exploring these solutions further. Liquid Instruments is committed to providing innovative tools and expertise to meet the industry's growing need for flexible and high-performance testing solutions. In the coming months, the company plans to release new products and services that will enable engineers to design and implement more efficient and scalable test setups. Patterson noted that "we're excited about the opportunities ahead and look forward to continuing to serve the engineering community with innovative solutions." *Reporting by Events.*