my country has broken through two semiconductor manufacturing technologies, and it is one step closer to domestic high-end lithography machines

With less than a week left until September 15, this day is actually not a particularly memorable day for people all over the world. But this is not the case for Huawei. A few days later, September 15th will be the final judgment day for Huawei chips. It is the last day that the most stringent lore order issued by the United States against Huawei in May this year officially took effect. After the 15th, Huawei’s chips will be completely in an embarrassing situation where they cannot be bought or built. At least in the short term, this result is doomed.

Then some people worry that although Huawei HiSilicon can design the chips used in the world’s most high-end mobile phones, it cannot be manufactured. Once Huawei completely falls into the situation of no manufacturer OEM, will Huawei HiSilicon be useless? Regarding the public’s concerns, Huawei has also officially announced that Huawei will not give up its investment in HiSilicon, and will also increase investment in research. HiSilicon not only needs to make breakthroughs in chip manufacturing, but also can provide assistance within its capabilities to other domestic counterparts to assist the collective improvement of China’s third-generation semiconductor industry. Even if the current HiSilicon is in a dilemma, in the future, HiSilicon will definitely return to the top echelon of the world chip industry in a larger and better way.

In addition, Huawei is working with top domestic chip companies to form an industrial chain of 48nm and 28nm process chips within this year, and strive to realize the “de-Americanization” of the chip industry chain as soon as possible.

But how difficult this road is, people who are not in this field can’t feel it, a lithography machine can be tossed by semiconductor experts and research institutions in our country. Although Shanghai Microelectronics has made breakthroughs in this aspect, and it is said that it will be able to produce a 28-nanometer process lithography machine made by ourselves as soon as next year, it is not completely localized, such as lenses, light sources, materials, etc. In terms of still need to rely on imports from abroad.

Of course, we can’t expect to eat a fat man in one bite. Anyone who knows the chip manufacturing industry knows that the birth of a lithography machine cannot be completed by any country, even the world’s top lithography owned by ASML in the Netherlands. The production process is not completed by a small country such as the Netherlands, but by the various shareholder member states of this international enterprise, such as France, the United States, the United Kingdom and other countries. So on the lithography machine, we must take one step at a time to achieve breakthroughs.

The good news is that we have not stopped on the road of lithography, and once again made a breakthrough in local technology. my country Huazhuo Jingke has broken the technological monopoly of ASML in the Netherlands through dedicated efforts and research and development, and has become the world’s first technology company. Two companies that master the core technology of lithography machine dual-table.

In addition, the “1.5-meter scanning interference field exposure system” was finally completed in August of this year under the seven-year efforts of the Changchun Institute of Optics and Mechanics, Chinese Academy of Sciences, and successfully accepted, breaking the foreign blockade, and two semiconductor manufacturing in my country. Technology breakthrough. And this technology can not only be used in lithography machines, but also plays a vital role in high-energy lasers and controllable nuclear fusion in my country. Its strategic significance is greater than a lithography machine used to manufacture chips! my country has broken through two semiconductor manufacturing technologies, and it is one step closer to the domestic high-end lithography machine!

Today, with the rapid development of science and technology, semiconductor technology has become one of the main means for various countries to demonstrate their strength. Under the background of the United States’ suppression of technological blockades against my country, we have no way out. Even if the road ahead is difficult and dangerous, as long as we can step by step Steadily achieve technological breakthroughs, and one day we will proudly come up with high-end semiconductor products that belong to our own independent research and development!


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