Computing power, also known as computing power, is the core driving force for the development of the modern technology industry. Whether it is a mobile phone, a computer, AI or a supercomputer, it is inseparable from the support of computing power. Computing power is not only closely related to the development of science and technology, but also directly affects the growth of the country's economy. In fact, experts estimate that for every 1% increase in computing power, the country's digital economy and GDP will grow by 35 and 18‰。It can be seen that today's science and technology war is essentially a battle for computing power, and countries with more and more powerful computing power will have a faster rate of technological and economic growth.
Regrettably, however, 90% of the world's computing power is currently in the hands of the United States. In terms of subdivision, basic computing power is mainly composed of general computing power, intelligent computing power and supercomputing power. General computing power mainly refers to x86 chips, which currently almost monopolize 90% of the global market share, while the share of ARM chips is less than 10%, and the market share of its Chinese-made CPUs is less than 5%. In the field of intelligent computing power, Nvidia occupies 90% of the market share, and other companies such as AMD and Intel also have a place. As for the NPU (neural network processor), although there are many manufacturers in China, their share is low. The same is true for DPUs (data processors), which are still significantly behind American manufacturers in their infancy. In terms of supercomputing power, commercialization has been slow, but according to the public supercomputer rankings, the United States occupies the top three in the world, with seven of the world's top 10 supercomputers being American, and China's most powerful Taihu Light supercomputer has fallen behind to 11th place. Therefore, it is undeniable that under the current circumstances, there is a large gap between us and the United States in terms of computing power.
In the face of the current computing power landscape, we should certainly try to catch up. In the field of CPU, China's chip industry is making hard efforts, such as Loongson, Kunpeng, Shenwei, Haiguang, Zhaoxin, Feiteng and other companies, which are fully replacing Intel's CPUs. In the GPU field, Huawei's AI chips have risen rapidly, gradually replacing NVIDIA. In addition, domestic manufacturers are also making continuous efforts to launch various AI chips, GPUs, DPUs and other products to narrow the gap with the United States in terms of intelligent computing power, and eventually catch up with or even surpass the United States.
However, the process may not be easy, but it is an effort that has to be made. Because only when the development of chips catches up, computing power has a chance to catch up, otherwise technology and economic development will be limited. In this process, we need to strengthen technology research and development capabilities, cultivate talents, strengthen international cooperation, and promote the innovation and development of the chip industry. Only in this way can we achieve breakthroughs and changes in computing power, promote the vigorous development of the technology industry, and lay a solid foundation for economic growth and national prosperity.
From the perspective of the global computing power pattern, the United States does occupy a dominant position in computing power, while there is still a large gap in our country's chip industry. However, I firmly believe that any gap in the road of technology can be gradually bridged. Catching up requires us to work together, whether it is a company, an enterprise or an individual, we must make due contributions to this.
First of all, more clear policies and plans should be formulated to encourage innovation and R&D, and increase support for the chip industry. At the same time, we can also increase investment in talent training, promote cooperation between universities, scientific research institutions and enterprises, and cultivate more talents in the field of chips.
Secondly, enterprises should strengthen technology research and development and industrial layout, and improve the ability of independent innovation. At the same time, enterprises can also actively expand international cooperation, attract more technology and capital, and promote the global development of the chip industry.
Finally, as individuals, we should also pay attention to the development of the chip industry and actively participate in it. We can improve our own scientific and technological quality, pay attention to the latest technological trends, and contribute our strength to the innovation and development of the chip field.
All in all, the status quo of 90% of the world's computing power in the hands of the United States is not eternal. Through our joint efforts to strengthen R&D capabilities, talent training and international cooperation, we are confident that we will catch up with or even surpass the United States in computing power, promote the rapid development of science and technology and economy, and achieve the prosperity and prosperity of the country.