FSB-GaN

(https://rdcu.be/dTK8k) The industrialization of remote epitaxy and 2D layer transfer technology is a significant leap forward, enabling the production of single-crystalline semiconductor-based freestanding membranes. This innovation not only promises to reduce production costs and improve scalability but also enhances thermal management—a critical aspect of semiconductor performance. As we embrace these advancements, the potential applications are vast, from heterogeneously integrated circuits to power and radiofrequency systems. The journey ahead is filled with challenges, but the rewards of high-quality freestanding epilayer production and wafer reuse are too significant to ignore. Sharing here the article recently published in #NatureReviews ElectricalEngineering to read the details of this technology and its applications. (https://rdcu.be/dTK8k) Let's continue to innovate and collaborate, driving the semiconductor industry towards a more efficient and powerful future. #SemiconductorTechnology #WideBandgapSemiconductors #Innovation

(https://rdcu.be/dTK8k) The industrialization of remote epitaxy and 2D layer transfer technology is a significant leap forward, enabling the production of single-crystalline semiconductor-based freestanding membranes. This innovation not only promises to reduce production costs and improve scalability but also enhances thermal management—a critical aspect of semiconductor performance. As we embrace these advancements, the potential applications are vast, from heterogeneously integrated circuits to power and radiofrequency systems. The journey ahead is filled with challenges, but the rewards of high-quality freestanding epilayer production and wafer reuse are too significant to ignore. Sharing here the article recently published in #NatureReviews ElectricalEngineering to read the details of this technology and its applications. (https://rdcu.be/dTK8k) Let's continue to innovate and collaborate, driving the semiconductor industry towards a more efficient and powerful future. #SemiconductorTechnology #WideBandgapSemiconductors #Innovation