We are witnessing a significant revolution in automotive design. The software-defined vehicle is taking center stage as disruptive technologies are integrated into mass production. Areas such as autonomous driving, lighting, radar, and other camera-based sensors are all part of this revolution. AI is at the center of many… Read More
Engineered substrate technology is driving an evolution within the semiconductor industry. As Moore’s Law reaches its limits, the focus is shifting from traditional planar wafer scaling to innovative material engineering and 3D integration. Companies like Soitec, Intel and Samsung are pioneering this transition, unlocking… Read More
The semiconductor industry continues to evolve rapidly to meet the escalating demands for speed, power efficiency, and miniaturization. As traditional silicon-based technologies reach their physical and performance limits, engineered substrates and advanced material innovation have emerged as pivotal drivers of the… Read More
By Philippe Flatresse, Bich-Yen Nguyen, Rainer Lutz of SOITEC
Automotive radar is a key enabler for the development of advanced driver assistance systems (ADAS) and autonomous vehicles. The use of radar allows vehicles to sense their environment and make decisions based on that information, enhancing… Read More
Mobile World Congress (MWC) is the world’s largest gathering of mobile industry innovators where one can hear the latest on advanced technologies and solutions. This year, it took place from February 27 through March 2. Soitec was there to share their insights on how mobile communications are going to evolve with 5G and beyond … Read More
During the week of April 19th, Linley held its Spring Processor Conference 2021. The Linley Group has a reputation for putting on excellent conferences. And this year’s spring conference was no exception. There were a number of very informative talks from various companies updating the audience on the latest research and development… Read More
A vexing chip design issue is how to achieve (or improve) performance and power dissipation targets, allowing for a wide range of manufacturing process variation (P) and dynamic operation voltage and temperature fluctuations (VT). One design method is to analyze the operation across a set of PVT corners, and ensure sufficient… Read More
SoC designers often have to make a, “red pill or blue pill,” decision when it comes to selecting process technology. Usually, a choice has to be made between performance, power and area, with one being prioritized at the expense of the others. However, as is pointed out in a recent paper by Mixel and NXP, designers can have the best … Read More
I had the pleasure of spending time with Hiren Majmudar in preparation for the upcoming AI Accelerators webinar. As far as webinars go this will be one of the better ones we have done. Hiren has deep experience in both semiconductors and EDA during his lengthy career at Intel and now with a pure play foundry. He is intelligent, personable,… Read More
The semiconductor foundry landscape changed in 2018 when GLOBALFOUNDRIES and Intel paused their leading edge foundry efforts. Intel quietly told partners they would no longer pursue the foundry business and GF publicly shut down their 7nm process development and pivoted towards existing process nodes while trimming headcount… Read More
