The Chinese Academy of Sciences has made a major breakthrough, breaking the traditional advantages of American AI chips and opening up a new development path for China's chip industry.

In the technological competition of the 21st century, semiconductor technology plays a vital role in determining a country's economic strength and global competitive position. The United States has always been the global leader in semiconductor technology and has been working hard to limit China's development in this field. However, China has not been discouraged. Instead, it has demonstrated strong technological strength and potential. The Chinese Academy of Sciences (CAS) has made a major breakthrough in related semiconductor fields and successfully developed an ultra-highly integrated optical convolution processor. This achievement has attracted widespread attention and praise around the world, and poses a direct challenge to the United States’ dominance in the field of AI chips

What is an optical convolution processor? What are its advantages? Why can it subvert the American AI chip myth? Let’s take a brief look at it

The optical convolution processor is an innovative chip that uses optical signals to perform calculations. In the fields of deep learning and artificial intelligence, optical convolution processors play a core role and can process large amounts of image, voice, video and other data. Compared with traditional electronic computing chips, optical convolution processors have faster computing speed and lower energy consumption. The ultra-highly integrated optical convolution processor combines optical computing technology with the convolution processor, bringing unprecedented computing potential

The Chinese Academy of Sciences said that the ultra-highly integrated optical convolution processor they developed far exceeds NVIDIA's A100 in terms of computing speed, with speed improvements ranging from 1.5 times to 10 times. In addition, the chip consumes less power and has lower production requirements. This means that in artificial intelligence applications, this chip can achieve faster, more power-saving, cheaper, and smaller computing effects

NVIDIA is one of the world's largest GPU manufacturers and one of the most advanced AI chip suppliers. Their A100 chip is widely used in cloud computing, data centers, supercomputers and other fields, and is one of the most powerful AI chips on the market. However, the optical convolution processor of the Chinese Academy of Sciences gave Nvidia's A100 a strong impact because its computing speed is much faster than the latter

The important thing about the Chinese Academy of Sciences’ optical convolution processor is that it can be produced without the need for high-end lithography machines. This is a huge advantage for China, because the most advanced lithography machines in the world are currently owned by the Dutch company ASML. However, the United States has taken various measures to prevent ASML from selling high-end lithography machines to China, aiming to interrupt the lifeline of China's semiconductor technology development. The Chinese Academy of Sciences successfully developed an optical convolution processor, proving China's independent innovation capabilities in the field of new generation semiconductor technology, and also opening up a new path for China to get rid of its dependence on external technology

This breakthrough achieved by the Chinese Academy of Sciences is the result of China’s long-term efforts in the field of semiconductor technology. In the face of the U.S. technological blockade and huge research and development pressure, the Chinese Academy of Sciences and its research team have been unremittingly conducting in-depth research and exploring new technological paths until they finally achieved this major breakthrough. This breakthrough is not only a prescient technology, but also has great value in practical applications. It will not only promote the development of artificial intelligence in China, but also contribute to the progress of global technology and the improvement of human welfare

China’s technological innovation capabilities are gradually rising, which can be confirmed by the optical convolution processor of the Chinese Academy of Sciences. This processor is a typical example of many scientific research achievements, which symbolizes that the gap between China and the world's top level is gradually narrowing. In addition, China continues to make scientific research breakthroughs in other fields. For example, Harbin Institute of Technology has made major breakthroughs in the three core technologies of EUV lithography machines, Huawei has announced a patent for superconducting quantum technology, the Chinese Academy of Sciences has successfully developed 3200 MPa super steel, and SMIC's monthly production capacity has also exceeded 170 million. chips. All these achievements show that China continues to explore, break through and surpass in the field of science and technology

When we look back at the development history of China's semiconductor industry, we can see that there were challenges and difficulties along the way. At first, China just followed trends in technology, but now it has become a technological leader. Behind all this growth, it is precisely because of the suppression and sanctions imposed by the United States and other Western countries that the Chinese people have not surrendered. "The more sanctions, the stronger we become." Now, facing the challenge from the United States, China is ready to face a new round of technological competition. China no longer regards any "myth" as an unattainable goal. China will continue to create more of its own "myths" in the field of science and technology and make greater contributions to the long-term development of the country and the well-being of all mankind. China has the confidence, ability and determination to achieve this goal

The above is the detailed content of The Chinese Academy of Sciences has made a major breakthrough, breaking the traditional advantages of American AI chips and opening up a new development path for China's chip industry.. For more information, please follow other related articles on the PHP Chinese website!