Download this ebook to learn how GaN is leading an industry-changing shift between technology’s power systems and energy, creating significant product and system-wide changes worldwide. The global demand for electricity has grown by nearly one-third over the past decade, with the electricity consumption rate increasing faster than the world population. This acceleration is partly due
GaN power-conversion is a potentially game-changing technology for current and future electronic applications ranging from smartphones to kitchen appliances to electric vehicles and from data centers to space applications. But, of course, technologies with that kind of ambition and continuous evolution present a challenge for experts and outsiders alike: Understanding how the interlocking parts,
GaN Systems Predictions for 2021: Tipping Point Achieved as GaN Technology Moves from Early Adoption to Mainstream Acceptance As 2020 comes to a close, we will undoubtedly look back on the past twelve months as a time in which disruption was the hallmark. Amid the unprecedented socioeconomic upheaval brought about by Covid-19, organizations have
RETHINKING ‘WHAT’S SMART’ This eBook explores how technology is framed through the lens of social, environmental, and economic trends. The rise of 5G takes on the role of providing increased high speed Internet access to greater numbers of people to drive connections between homes and communities, as well as to the networks of devices
GaN Systems looks at the game-changing technologies associated with power electronics In this eBook, you'll learn more about: The top technology trends in power electronics for 2020 How GaN technology will play a role in these trends How the demand for both data and energy are increasing at unprecedented levels New ways of addressing
Much of the focus around innovation in industrial robotics has been in around increased intelligence with an emphasis on data and software, AI and machine learning. In order to realize the full potential of Industry 4.0, robotic design must now also address hardware challenges around energy efficiency, performance, and autonomy. Industry 4.0’s potential, robotic design
