A Chinese tech firm in Wuhan, Hubei province, has achieved a breakthrough in mass-producing silicon carbide (SiC) wafers at ...

The company is expanding its “GaN ecosystem” with a new family of 650-V GaN power FETs, which feature a silicon-compatible ...

WBG is said to be superior to silicon. There are explicit benefits of UWBG. They drastically lower transmission losses, ...

TSMC may be exploring foundries for Chip-on-Wafer-on-Substrate (CoWoS) technology. This advanced packaging technology, developed by TSMC 3DFabric, is crucial for major tech companies seeking to boost ...

With its pleasing sweetness and sunny hue, the orange creamsicle can serve as the perfect inspiration for a fun, simple, and delicious dessert.

A key advantage of SiC wafers for GaN chips is the high thermal conductivity, which is a major aid to heat management and ...

To meet this challenge, researchers at MIT have unveiled a promising new approach that could redefine how we build ...

Ten years ago, Cardiff University got the go-ahead for the establishment of a 'Research Institute for Compound Semiconductor ...

This latest triumph builds on previous successes by the Japanese company, which has shown that quartz-free HVPE can grow GaN layers with record room-temperature mobilities. Epilayers also feature very ...

The plant is slated to manufacture 8-inch and 12-inch semiconductor-grade polished silicon wafers used for integrated circuit and their related products at large scale.