Five undergraduates graduated with their own chips, and the “one chip for life” program of the University of Chinese Academy of Sciences was quickly launched into the hot search, and Bao Yungang, the project leader and director of the advanced computer system research center of the Institute of computing technology, Chinese Academy of Sciences, had the first taste of “massive impact”. “What’s more strange is that some short videos sent to me by my relatives in my hometown are exaggerating – what Chinese Academy of Sciences started the China chip project, what China first made chips, and even the name of the school was wrong.” In an interview with China Science Daily, Bao Yungang said, “from all kinds of feedback, it’s easy to go to extremes in attitudes toward chips.” “But in fact, in the face of the chip dilemma, we need a rational attitude – neither blind self-confidence nor self belittling,” Bao said < p > < p > at the future youth forum of 2020 Zhongguancun forum held recently, Bao Yungang talked about such a history: as early as 1982, less than 100 professors and students in the United States were engaged in semiconductor research. < / P > < p > “how does the United States solve this talent crisis?” “Lower the design threshold so that students can design chips and tape them,” Bao said In 1981, the U.S. government launched the mosis project to provide chip making services to universities. Over the past 30 years, tens of thousands of students have been trained. Today, China’s chip talent dilemma is the same as that of the United States 40 years ago. But today, when many Chinese students choose their major, they will have a “sense of fear” when they hear that they want to make chips. < / P > < p > use “open source chips” to lower the threshold of chips – but for non professionals, how to lower the threshold of open-source chips is still not so easy to understand. Baoyungang said, “if someone has built and opened the road, others can develop many new industries on this basis. After the most basic things are shared, everyone’s creativity can be fully released. ” Today, it is not difficult for small and medium-sized enterprises or even individuals to make an app, because a large number of freely available open-source software paves the way for them. < / P > < p > in the past, most of the instruction sets were owned by the company and belonged to the company’s intellectual property rights. Others could not use it or had to pay a high license fee. < p > < p > he listed a set of data: risc-v International Foundation currently has more than 500 members, including more than 200 enterprise and institutional members, of which about 20% are from China. < / P > < p > at one time, the seven board members of the foundation came from the United States. Later, they took the initiative to internationalize the board of directors to 16, of which China held 6 seats. < / P > < p > “when we say the word” chip “, it’s like saying” animal “– Paramecium is an animal, and blue whale is also an animal. Chips are also very different in complexity. ” Bao Yungang said, “open source chips can’t be used to deal with the most top and high-end chips at least now. They are more used to design low-end chips. This kind of chip is characterized by large quantity and wide application, but it is more sensitive to cost and requires higher cost performance < / P > < p > “first, this kind of chip should be combined with high-end technology; second, this kind of chip is constantly accumulating and upgrading. What it has accumulated over the years will eventually form its own barriers, which is very difficult to push down and start again.” < / P > < p > “we have another idea: assuming that it will take 10 years for 100 people to explore a feasible way, we can attract more people to this road through the open source method, 1000 people, 10000 people, greatly reducing the time of technology exploration.” Global Tech