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From electric cars to solar inverters, power semiconductors are the silent workhorses behind a wide range of modern systems, managing high voltages and fast switching with precision. As these components grow more advanced, so do the demands of testing them at scale. Manufacturers need platforms that can accurately perform high power semiconductor tests, validate critical electrical characteristics like breakdown voltage and leakage current and handle high-voltage, high-current conditions—reliably, repeatably and with minimal downtime. VX Instruments has stepped forward to meet that demand. Backed by decades of engineering expertise, it has introduced STS8760NEO, a standardized static parameter test platform that can handle the increasing complexity of modern power semiconductors. By merging high-speed, high-voltage testing with a modular PXI-based architecture, it gives manufacturers the flexibility to streamline their test environments while sustaining top-tier performance. It’s more than a launch—it’s a milestone in VX Instruments’ legacy of testing excellence. What started in 1989 as a precision engineering firm has steadily transformed into a global force in semiconductor testing. In its early days, VX Instruments (VXI) focused on building advanced measurement tools for industrial clients. But as test demands intensified, the company started building custom, end-to-end systems in close partnership with leading semiconductor manufacturers. Though rarely visible to the broader market, these highly customized solutions shaped VXI’s deep understanding of real-world validation challenges. Today, with more than 500 VXI-powered systems deployed across the globe, that legacy is no longer operating behind the scenes, it’s setting the stage for what comes next. STS8760NEO distills everything VXI has learned into a scalable platform. It delivers fast, accurate results across various devices and configurations. Its open interface enables seamless integration with DUT-specific resistor networks, temperature sensors and third-party tools. Designed for flexibility and built for the future, it reflects a commitment to advancing the next generation of high-power semiconductor testing. “For more than two decades, we were the go-to team working in the background for the market leader for High-Power Semiconductors, solving tough problems in custom setups,” says Christian Degenhart, CEO and CTO of VX Instruments. “With STS8760NEO, we’re putting that experience to work for a broader market, delivering the speed, flexibility and performance manufacturers need.” Traditional Automated Test Equipment (ATE) systems are often rigid, monolithic setups engineered for fixed use cases. Scaling them across new devices or adapting them to evolving test demands means retooling the entire system—an approach that’s slow, expensive and inflexible. In today’s semiconductor industry, where devices change fast, and test conditions vary dramatically, this approach is no longer viable. VX Instruments reimagined the test platform from the ground up to overcome these constraints and put modularity at the core.
Servomex is redefining the role of gas analysis in semiconductor manufacturing, transforming what was once a background utility into a critical engine of profitability. As fabs push the boundaries of atomic-scale precision and strive to capture every fractional gain in yield, gas measurement has shifted from a compliance task to a strategic lever. Precision is no longer a technical benchmark. It’s a business function central to process control, uptime resilience and competitive differentiation. Only a handful recognise this inflexion point as prudently as Servomex. “We’ve never viewed gas analysis as a utility,” says Joseph Ha, director of product marketing and management. “We see it as an infrastructure layer that underwrites stability, scalability and strategic foresight.” This belief underpins the company’s technology portfolio. Whether through diode laser absorption spectroscopy or gas chromatography, each platform is engineered to meet the rigour of today’s most demanding fabs. Ultra-trace detection at parts-per-trillion levels, zero-compromise uptime and responsiveness tailored to process-critical cycles aren’t enhancements; they’re expected. And at Servomex, those expectations are built into the system architecture itself. Being part of the Spectris Group further extends this advantage. Collaborations with sister companies like Particle Measuring Systems enable a joined-up approach to environmental monitoring, bringing gas analysis and particle detection together into a single, intelligent control layer. This anticipatory control offers a complete operational picture and strengthens process resilience across the fab. More than engineering, this is a model of foresight. And it is further propelled by Servomex’s continued investment in innovation partnerships and sustainability-aligned product development, which ensures its offering remains relevant as the industry’s chemistries evolve and environmental pressures intensify. Built to anticipate change, these technologies stay one step ahead and are responsive by design, indispensable in building the infrastructure of next-generation fabs.
Bas Reijnen, Principal Architect - Power Systems, Neways Electronics
Kristof Beets, Vice President of Product Management, Imagination Technologies
Peer Schumacher, Head of Electronics Manufacturing Solutions, Panasonic Connect Europe
Dr. Nikolai Ardey, Executive Director VW Group Innovation, Volkswagen AG
Matthaeus Artmann, Project Manager Advanced Systems & Technologies,, ZKW
Semiconductor testing solutions are advancing with the integration of AI, automation, and sustainability, enhancing chip reliability and enabling faster, cost-effective validation in the automotive, industrial, and communications sectors.
Gas measurement solutions are essential to the UK semiconductor industry, ensuring precision, safety, and sustainability. Innovations in monitoring and integration drive efficiency, environmental compliance, and support the sector’s growth.
The Evolving Role of Gas Measurement in the UK
As the demand for accurate measurement increases, so do the challenges faced by businesses in the sector. One major issue is the aging infrastructure with many gas meters and pipelines requiring upgrades to maintain accuracy and reliability. The integration of low-carbon alternatives such as biomethane and hydrogen introduces variability in gas composition, making it more difficult to measure energy content using traditional systems.
While the rollout of smart meters offers long-term benefits, it brings short-term challenges like ensuring consistent connectivity, protecting consumer data, and addressing public hesitation or confusion. Across different meter types, regulatory compliance and uniform calibration standards further complicate the process.
In response to the challenges, the industry is implementing a range of solutions aimed at improving accuracy, efficiency and adaptability. The nationwide rollout of smart gas meters is a key initiative, enabling real-time data collection, remote monitoring and more precise billing. These meters are being designed to accommodate variations in gas composition, including low-carbon alternatives like biomethane and hydrogen. Upgrades to the gas network infrastructure, along with advanced calibration and metering technologies are enhancing reliability and reducing measurement errors.
It features thought leadership articles from industry experts, including Matthaeus Artmann, technology manager advanced technologies at ZKW. He discusses the transition to LED-based lighting, the challenges of thermal management and the advancements in LED technology. It also features, Philipp Molendo, vice president purchasing electronics, at BSH Home Appliances Group. He emphasizes on the importance of how semiconductor partners must stick to their capacity extension plans to prepare for the predicted growth in various global industries.
The magazine highlights, VX Instruments, a leading provider of high-precision power semiconductor test systems. With decades of expertise, it delivers scalable, modular solutions for testing diodes, MOSFETs and IGBTs.
In this edition, we explore how advancements in gas measurement are reshaping the UK's energy landscape, driving improvements in safety and sustainability. The solutions providers are enhancing the accuracy of gas usage data and supporting the nation’s transition to a cleaner, more secure energy future.
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