Chip war escalates!The United States is targeting RISC-V, and foreign media criticize Biden for aggravating the situation.
Not afraid of the embargo, chip development in China.
In recent years, the global technology landscape has changed dramatically, with the tech rivalry between the world's two largest economies, China and the United States, particularly compelling. The United States has suppressed China's technological development in many ways, especially in the strategic area of the chip industry. From chip warfare to ** warfare, the United States has been trying to prevent China's rise in the field of science and technology through various means.
In the chip industry, China has made remarkable progress in recent years. Especially in the field of 7-nanometer process chips, China's performance is particularly outstanding.
Huawei's Kirin 9000S chip and Geely's Longying No. 1 chip both use 7nm processes. These two chips are powerful and technologically advanced, indicating that China has reached a new level in the field of chip manufacturing.
However, the United States is skeptical of China's progress in integrated circuit technology. They didn't want to believe that this was the result of China's independent research and development, so they conducted a series of investigations on Huawei and acquired the Huawei Mate60Pro for testing.
The U.S. Department of Commerce ** Raimondo even made a public statement, saying that even if the Kirin 9000s are mass-produced in Chinese mainland, it must have stolen chip technology from the United States.
China has responded forcefully to these accusations. It turns out that the Kirin 9000s and"Dragon Eagle No. 1"All use unique processes and do not borrow the technology of any chip giant in the world. In particular, the 7nm process of the Kirin 9000s even surpasses some 4nm mobile phone processors in some respects. This is enough to prove China's strength and innovation ability in the field of chip manufacturing.
What's more, the mass production of these two chips does not rely on imported lithography machines. As we all know, lithography machine is one of the most important equipment in chip manufacturing, and there are very few companies in the world market that can produce advanced lithography machines, mainly concentrated in the United States, the Netherlands and Japan.
However, through independent R&D and innovation, China has successfully overcome this technological barrier and achieved self-sufficiency in the field of wafer manufacturing.
These achievements not only prove China's autonomy in the field of integrated circuit technology, but also demonstrate the determination and ability of Chinese scientific and technological personnel to scale new heights.
The United States continues to suppress Chinese technology.
Therefore, the chip war intensified some time ago, and the United States ** aimed the spearhead of suppression at the open-source and highly flexible processor architecture - RISC-V architecture. Biden has taken an extremely tough stance on this issue, arguing that China's rise in this area will threaten U.S. technological superiority.
In order to stop China's development in the field of science and technology, the United States has made a series of tough demands on China. These include demanding that China halt research and development in key technology areas, restricting the ability of Chinese companies to acquire advanced technology and equipment, and blocking China's position in the global technology chain.
The United States even warned if China did not comply with these"Rules", will face serious consequences.
The RISC-V architecture is an open-source processor architecture that has attracted the attention of the global technology community due to its high flexibility and low cost.
Unlike traditional proprietary architectures, RISC-V allows users to freely modify and optimize for a variety of different application needs, which makes it have great potential in areas such as IoT, external design and computing, and artificial intelligence.
Chinese companies recognize the importance of the RISC-V architecture and have been investing and working in this area. Chinese technology companies not only actively participate in the international RISC-V organization, but also set up multiple R&D centers in China to promote the development and application of the RISC-V architecture in China.
These efforts have enabled China to make great strides in the RISC-V field and become a force to be reckoned with in the global RISC-V ecosystem.
However, the United States ** is extremely dissatisfied with this and is trying to hinder China's development in the field of RISC-V by various means. It believes that China's rise in this area will jeopardize the dominant position of the United States in the global integrated circuit industry and pose a threat to the United States.
China's response strategy.
In the face of the continuous suppression of the United States in the chip war, Chinese companies have recognized the importance of independent innovation and increased investment in the RISC-V field. Alibaba's Pingtou Division is one of the leaders, not only investing heavily in the research and development of RISC-V architecture processors, but also making a number of breakthroughs.
Pingtou launched a high-performance processor based on RISC-V architecture, and its performance even reached or exceeded some mainstream products on the market, marking a solid step forward in China's independent design of integrated circuits.
The RISC-V architecture has a promising future as an open-source, highly flexible processor architecture. It is foreseeable that more and more devices and systems will use chips based on RISC-V architecture in the future, thus promoting the rapid development of the entire industry.
In this regard, scholar Ni Guangnan expressed his views. He stressed the importance of basic technology, believing that only by mastering basic technology can China participate in international competition more smoothly and get rid of the interference of the external environment. He called on domestic enterprises and scientific research institutions to raise their awareness of the crisis, increase investment in key technology fields, reduce dependence on foreign countries, and truly realize independent technological innovation.
Looking forward to the future, China's integrated circuit industry and even the entire scientific and technological community will usher in greater development opportunities. In the face of external pressures and challenges, Chinese enterprises must remain calm, adhere to the path of innovation and development, and continuously improve their competitiveness. Only in this way can China win the initiative in the future competition in science and technology and lay a solid foundation for the country's long-term development.
This requires not only the efforts of enterprises, but also the support and encouragement of the whole society. We have reason to believe that in the near future, China will play a more important role on the world stage of science and technology, and contribute China's wisdom and strength to the progress of human society.