Without the need for EUV lithography machine, China's silicon photonics technology has become a reality.
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The rise of photonics and the future of silicon optoelectronics.
In the face of the "encirclement" and "restraint" of the United States, China's high-tech enterprises did not succumb to this, but turned them into a force of encouragement. In "2035" and "China's 14th Five-Year Plan", optoelectronic technology is mentioned and is considered an important means to break through the technological blockade of Europe and the United States. Photonic chip is a product that fuses optoelectronics and electronics, which has a higher bandwidth, higher processing rate, and a larger amount of information. Compared with silicon microdevices, photonics devices have greater application potential.
Among them, a semiconductor company represented by Zhongke Xintong said that the company has begun to prepare for the production of an optoelectronic device. At present, China is accelerating the development of silicon-based optoelectronic technology, which also indicates that China will fundamentally reverse the development direction of the entire semiconductor industry with its own optoelectronic chip technology and make breakthroughs. Although there are still many problems and difficulties in China, we firmly believe that with the continuous development of science and technology, we will definitely be able to make a breakthrough in optoelectronics, so as to get rid of the constraints of the United States in the field of semiconductors.
From the perspective of optoelectronic technology, the dispute between semiconductors and artificial intelligence.
CSIS, the U.S. intelligence agency, believes that silicon-based photonics will be a new round of competition between China and the United States in the field of science and technology. Whichever side can occupy an absolute advantage in the future of optoelectronics, then which side will occupy a place in the future of semiconductors and artificial intelligence. China recognized the importance of the optoelectronics industry early on and prepared it well before that in order to gain an edge over the competition.
Major advances in optoelectronic technology will redefine the semiconductor and artificial intelligence markets. As traditional integrated circuits gradually approach their own physical limitations, the entire world's semiconductor industry has been greatly impacted. At the same time, it also brings unlimited opportunities to China. It is expected that China can take the lead in this new change, completely get rid of the restrictions of the semiconductor industry, and achieve the goal of independent development.
Prospects and problems faced by photonics.
However, while demonstrating the prospects of its application, there are also a number of problems. First of all, the research and development of optical quantum technology is a huge financial and talent project. On this basis, this project intends to conduct in-depth research on its preparation and integration technology on the basis of the previous work, focusing on its preparation and integration technology.
In addition, in the long term, the development of optoelectronics must be combined with other technologies in other disciplines. For example, in terms of artificial intelligence, although optical communication can bring high-speed and high-speed data transmission to humans, further research is still needed, such as the integration of data processing and algorithms.
In general, optoelectronics is a very complex and difficult task. Although it is not yet possible to completely replace the existing semiconductor devices, China is confident that one day in the future, there will be a breakthrough in optoelectronic devices, so as to achieve real independent innovation.
Reflection and induction.
The rise of China's optoelectronic industry is not only an inevitable choice for China's high-tech enterprises, but also a major way to promote the development of China's industry. In the face of various changes and challenges around the world, China has seized this opportunity and accelerated the pace of development of silicon photoelectronics. This is an opportunity for China's high-tech companies, and it also makes China a leader in the world's technology race.
At the same time, however, we must also recognize that the development of optoelectronics is by no means easy. There are big problems in R&D investment, manufacturing and integration, which requires us to invest more manpower and material resources to overcome. At the same time, it must be combined with other related technologies to make the system even better.
On this basis, first-class enterprises and scientific research institutes have played a key role in realizing multidisciplinary cooperation and realizing the rapid development of the information industry. Only in this way will China be able to make a breakthrough in optoelectronic technology and reach a completely independent level in semiconductor chips.
We firmly believe that through unremitting struggle and common struggle, China will be able to lead the world in the world and make breakthroughs in optoelectronics and other aspects.
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