Kunpeng Project
China's chips are multi-pronged, and the performance has been improved by 100 times, and the EUV lithography machine is no longer a bottleneck.
China's chips are multi-pronged, the performance is increased by 1000 times, and EUV lithography technology is no longer a bottleneck!
China is opening up to the world, which means that China has the ability to conduct its own research and development without worrying about arguments from foreign scientists; China is also promoting the development of optical wafers, which consume only one thousandth of the energy of silicon wafers, but their efficiency will be thousands of times that of silicon wafers.
In China, the development speed of quantum wafers is definitely the fastest. Last year, Anhui Science and Technology Group built the world's first quantum wafer production line, from quantum refrigerators to quantum wafer lithography machines and quantum computers, forming a complete industrial chain, so that domestic quantum wafers no longer have to rely on imports.
Anhui Origin's quantum computer has gone through three versions, and Wukong Origin has launched the third generation, which is also the generation that is currently open to the outside world in China. As of now,"Goku Origin"More than 30,000 quantum calculations have been carried out across the country, and more than 30 companies have applied for authorization to use them abroad, most of them in the United States, indicating that American scientists are very interested in learning about China's quantum computing projects.
Except"Wukong origins", China also launched"Zu Chongzhi"、"Nine chapters"and other quantum computers. In order to promote China's healthy competition and accelerate its development, China has become an important force in the international arena.
In the field of high-end wafers, China should study not only quantum wafers, but also high-end wafers such as photonic wafers and graphene wafers to ensure that no matter which direction the technology matures, China can replace it.
In terms of optical wafers, in order to speed up the mass production of optical wafers, a company in Beijing has begun to build a photonic wafer production line. Like quantum integrated circuits, China has made full use of its own semiconductor resources at the beginning of integrated circuit design and made full use of its own technology in the research and development process, so that China has made great progress in the field of semiconductors.
It is understood that the number of domestic graphene applications ranks first in the world, and some companies have applied it to batteries, radiators and other fields, and have an in-depth understanding of the use of the field, so as to provide a solid foundation for the development of graphene integrated circuits in the future.
China has a population of 1.4 billion and tens of millions of graduates every year, and if they all devote themselves to the semiconductor industry, it will provide a large amount of labor and material resources for the entire industry.
China also attaches great importance to basic research. In the early days, basic research in China was not neglected, but today, China has the best research funding in the world and is increasingly focusing on basic research, making great strides in various fields.
By eliminating ASML's complete control over the EUV lithography process, China's semiconductor industry is promising"Overtaking in corners"to get rid of the US blockade of the industry.
When China mass-produces chips, the ** of ordinary chips will be as cheap as cabbage; When high-end chip technology is swallowed up by China, Chinese chips will fundamentally subvert the entire world chip market, and Chinese chips will subvert the chip industry dominated by the United States for several years.