<p>Gallium nitride improves the efficiency of power-conversion stages. GaN is attractive because it has higher energy efficiency, smaller size, reduced weight, and cheaper total cost than silicon. In this podcast with Andrea Bricconi, VP of Business Development at Cambridge GaN Devices, we will analyze the latest technologies of this wide bandgap ecosystem that will drive the next improvements.</p>

Gallium nitride improves the efficiency of power-conversion stages. GaN is attractive because it has higher energy efficiency, smaller size, reduced weight, and cheaper total cost than silicon. In this podcast with Andrea Bricconi, VP of Business Development at Cambridge GaN Devices, we will analyze the latest technologies of this wide bandgap ecosystem that will drive the next improvements.

<p>Gallium nitride improves the efficiency of power-conversion stages. GaN is attractive because it&nbsp;has higher energy efficiency, smaller size, reduced weight, and cheaper total cost than silicon. In this podcast with Andrea Bricconi, VP of Business Development at Cambridge GaN Devices, we will analyze the latest technologies of this wide bandgap ecosystem that will drive the next improvements.</p>

GaN Technology

The power electronics market has become a hotbed of innovation. Power ICs based on gallium nitride and silicon carbide are enabling new frontiers in electronic system performance in industrial automation, renewable energy, smart grids, the Internet of things, and other markets. PowerUP podcasts will connect with the world’s leading power electronics experts to explain how the technology is evolving, and what those changes means for every aspect of the industry.

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GaN Technology

GaN Technology