To all experts members need your opinion, IF using Platinum Sulfide Is there a need for an EUVL? From the video it stated that legacy platform (DUVL)can be used meaning even at 14nm node the performance wise is comparable to advance processes like 5nm due to material use? Sound to good to be true BUT if successful is there a need for new production processes to replace the silicon base? Will it simplify or make it more complex As the complication and cost is rising to the roof as FABs explore way to stay ahead with lower nodes?
Today we will talk about the topic of China's core made a breakthrough, more advanced than TSMC's 1nm material. China's new major breakthrough, Yunnan University's first innovative technology, is more advanced than TSMC's one nanometer material. As the core of the development of modern science and technology, the research technology of semiconductor chips is very important. As small as a mobile phone and as large as an aircraft carrier, it is inseparable from the support of chips, so Chinese technology has never given up on new research and development in China. It is worth mentioning that, after long-term research, China has made considerable progress in this regard. A few days ago, Yunnan University in China has broken through the latest technology and released new good news to attract attention. It is reported that this new technology is even better than TSMC's 1nm material, indicating that China will truly have the right to speak. As soon as this news comes out, I believe that many small partners who are concerned about the semiconductor field will be very excited, because the emergence of new materials is so important. So the question is, where are the difficulties in chip technology? The emergence of new materials will be new films. What does the field bring? So what breakthrough has Yunnan University made? Today, we will talk to you about it. Don't forget to click on the subscription and the little bell, so that you will not miss the wonderful content in the past. Your support is my biggest motivation. Over the years, no matter what type of chip, silicon-based semiconductor materials have been used without exception, because he has made the chip achieve a leap of 80 points from zero. But today's chip development has long been not satisfied with 80 points and wants to make new breakthroughs, but a major stumbling block for silicon-based semiconductors is Moore's Law. The so-called Moore's Law was proposed by Intel co-founder Gordon Moore.
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Today we will talk about the topic of China's core made a breakthrough, more advanced than TSMC's 1nm material. China's new major breakthrough, Yunnan University's first innovative technology, is more advanced than TSMC's one nanometer material. As the core of the development of modern science and technology, the research technology of semiconductor chips is very important. As small as a mobile phone and as large as an aircraft carrier, it is inseparable from the support of chips, so Chinese technology has never given up on new research and development in China. It is worth mentioning that, after long-term research, China has made considerable progress in this regard. A few days ago, Yunnan University in China has broken through the latest technology and released new good news to attract attention. It is reported that this new technology is even better than TSMC's 1nm material, indicating that China will truly have the right to speak. As soon as this news comes out, I believe that many small partners who are concerned about the semiconductor field will be very excited, because the emergence of new materials is so important. So the question is, where are the difficulties in chip technology? The emergence of new materials will be new films. What does the field bring? So what breakthrough has Yunnan University made? Today, we will talk to you about it. Don't forget to click on the subscription and the little bell, so that you will not miss the wonderful content in the past. Your support is my biggest motivation. Over the years, no matter what type of chip, silicon-based semiconductor materials have been used without exception, because he has made the chip achieve a leap of 80 points from zero. But today's chip development has long been not satisfied with 80 points and wants to make new breakthroughs, but a major stumbling block for silicon-based semiconductors is Moore's Law. The so-called Moore's Law was proposed by Intel co-founder Gordon Moore.
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