Vermont GaN Hub Opens Advanced Semiconductor Testing Facility

A significant new resource for advanced semiconductor development has launched in South Burlington, Vermont. The V-GaN Tech Hub, a collaborative initiative founded by the University of Vermont, the State of Vermont, and GlobalFoundries, has unveiled a state-of-the-art Test and Characterization Facility. This facility is poised to accelerate the commercialization of gallium nitride (GaN) semiconductor technologies, a critical material for next-generation electronics.

The facility's establishment marks a pivotal moment for the Northeastern United States' ambition to become a leader in microelectronics innovation. GaN-based semiconductors offer substantial advantages over traditional silicon, enabling devices to operate at higher voltages and frequencies while dissipating less heat. These attributes are crucial for applications ranging from efficient motor controllers and advanced radar systems to robust battery management technologies and high-speed wireless communications infrastructure.

Funding for this crucial testing infrastructure comes from the Northeast Microelectronics Coalition (NEMC), a key component of the federal government's Microelectronics Commons program, itself administered by the Massachusetts Technology Collaborative. This public-private partnership aims to bridge the gap between laboratory breakthroughs and market-ready products, a challenge that has historically slowed the adoption of cutting-edge semiconductor materials.

As the nation's first publicly accessible facility of its kind, the V-GaN Tech Hub's new center provides members with access to sophisticated equipment and specialized engineering support. The facility is designed to assist companies through the entire testing process, from defining experimental objectives and crafting test plans to executing evaluations and interpreting complex results. This hands-on support is expected to significantly lower the barriers for innovators seeking to bring novel microelectronic solutions to market.

High-power device testing capabilities are already operational, with services available to NEMC and V-GaN Tech Hub members starting in August 2026. Further enhancing its support for the rapidly evolving communications sector, high-frequency testing capabilities are slated for deployment in early 2027. This expansion will bolster the development of advanced radio-frequency applications, vital for 5G/6G infrastructure and sophisticated sensing technologies.

“This facility was designed with input from semiconductor developers across our region to provide resources for high power testing capabilities that are currently inaccessible to innovators,” stated Doug Merrill, UVM Tech Hub Regional Innovation Officer. “We expect the lab to accelerate the application and innovation of wide bandgap microelectronics across the nation.”

Echoing this sentiment, Mark Halfman, Director of the NEMC, emphasized the collaborative nature of the project. “No single organization can address the region’s microelectronics challenges alone. The opening of the V-GaN Test and Characterization Facility demonstrates what can be accomplished when regional coalitions jointly collaborate with industry, academia and government. This facility adds critical capabilities to our network, enabling innovators to transition high-power and RF innovations faster from prototype to production.” The broader microelectronics sector, valued at over $500 billion globally, is experiencing robust growth driven by demand for AI, 5G, and electric vehicles, making such specialized testing facilities increasingly vital.