Military Technology

The Dao super photonic computer in our company park has undergone a large-scale upgrade. We have replaced the photonic computing module we want with a more advanced photonic chip computing module, and this has greatly improved its computing power. improvement.

Its current floating-point computing power has surpassed the most advanced supercomputers in the world, and has reached a height that is difficult for a traditional supercomputer to achieve in a short period of time.

It can be said that except for quantum computers, traditional supercomputers have been unable to surpass it again. "

Hearing Wu Hao's words, the scene suddenly exploded. This is the first time they have heard the news. It turns out that Wu Hao and the others have quietly created a new generation of super photonic computer that is ahead of all supercomputers.

The leader showed a happy expression and said: "Okay, I didn't expect you to release a David satellite for us without making a sound.

Great, in today's society, we need companies and entrepreneurs like you who are down-to-earth, willing to work, and do things silently.

Of course, we also lack those technical experts who study hard and strive for excellence in their own positions and professional fields.

These are commendable and worth learning for all of us. "

You flatter me. Wu Hao hurriedly said modestly.

Everyone laughed, and then a guest on the scene said: "So what are the disadvantages of it compared with traditional chips, and can it replace the existing silicon-based chips?"

Hearing this question, the scene immediately fell silent. This issue is very acute and sensitive. Today is the big day for the release of lithography machines. Raising such a question on such a day makes people wonder if this guest is here to find fault.

So after looking at this expert, everyone turned their attention to Wu Hao, wanting to hear his answer.

No, Wu Hao smiled very calmly, shook his head and said: "Photonic chips cannot replace existing silicon-based chips, especially high-performance chips with a process of more than 7 nanometers.

This is not because the performance cannot be achieved, but because photonic chips are limited by their principles, so currently we cannot achieve new products with the size of silicon-based chips.

Moreover, photonic chips are easily affected by the environment, and there are related requirements for use. At present, its biggest use is still in supercomputers, mainframe computers, servers, and mainframes.

This kind of photonic chip cannot be used in the field of digital products that are widely used in such 5nm process chips. "

Hearing Wu Hao's answer, everyone at the scene nodded and smiled. Wu Hao did not evade or perfunctorily answer this question, but gave a very clear and definite answer. And the result of the answer also made everyone feel at ease, that is, this kind of photonic chip cannot replace the silicon-based chip of this advanced process.

Each has its own advantages, and we need to fully blossom in all fields. Only in this way can we not be controlled by others, we can liberate productive forces to the greatest extent, and promote the technological and economic development of our country.

"And what it directly brings is the improvement of our country's comprehensive national strength, which is very important." The leader summed up, and then looked to the side Yuan Shouyi asked: "Thinking of such an advanced lithography machine, your How much can the annual output reach?"

See leadership questions,

Yuan Shouyi immediately replied: "This year we expect to deliver three lithography machines of the same specification for trial production. Next year, we will optimize and improve the manufacturing process and solve some problems in the manufacturing process. By then Our annual output is expected to reach about ten units.

And with the continuous improvement of technology and manufacturing process, this number can increase. It is expected that we will achieve an annual output of 15 to 20 units within three years. "

not enough. Hearing Yuan Shouyi's words, the leader immediately shook his head and said, "Our domestic demand for chips is huge, and we have to pay huge amounts of chip purchase fees to overseas companies every year.

Therefore, this market is very large, and the development prospect is very broad. I think you can completely let go of your worries, let go of your hands and feet, and go all out to produce.

Here I can give you a promise that the state will further increase support for enterprises like you that are committed to R\u0026D and manufacturing of cutting-edge key technology equipment. We will fully meet you in terms of taxation, and based on your related funding and subsidies, policy aspects Prioritize first, and relax in an all-round way.

As for the overproduction problem that you are worried about, there is no need to worry about this one, and the state will take over.

You have to realize that it is not only our country that lacks advanced lithography equipment, but other countries in the world need it. Therefore, this market is very large, and we must take a long-term view. "

Thank you leader! Everyone smiled excitedly upon hearing this. This is definitely a good thing for them, not only in terms of tax reduction and exemption support for ten related policies, but also the bottom line guarantee measures promised by the leaders, which can be said to solve their worries for the future.

After saying this, the leader couldn't help but asked with concern: "When will this lithography machine be put into production, and how long will it take to meet the gap in our country's demand for high-end chips."

Hearing this question, Lai? who has been accompanying him said: "This lithography machine will be shipped to Shudu soon, where we have built a large-scale fab. This fab can not only produce wafers round, and can also produce chips.

After the first phase of this fab is completed and put into production, we plan to produce more than 80 million chips per year. At that time, it will be able to temporarily alleviate the shortage of high-end chips in our country. And help related companies get rid of overseas restrictions and the shackles around their necks, so that they can gradually return to normal.

In the second phase of the project, we plan to double this output, explaining that it will effectively solve the current situation of chip shortage in our country, and enable our country to gradually achieve independence in the field of high-end chips and get rid of our dependence on overseas countries.

If all goes well, the whole process will last for five years, and we are confident that we will reach the planned goal within five years. "

Alright, boldly let go and do it. In this area, there are countries that will escort you all the way. The leader smiled happily.

Such an answer is really encouraging. Although it will take five years, it is not too long for such a large project and project, and it can even be said to be very fast.

Besides, I have survived for so many years, is it still five years away?

Thinking of this, the leader smiled even more, and then asked everyone: "When will we be able to achieve three-nanometer, or even two-nanometer lithography machine technology."

Hearing this question, Yuan Shouyi thought for a while, and then replied: "If you want to realize the production process of three nanometers or even two nanometers, it is mainly on the light source. This point still depends on the progress of Mr. Wu and his team."

Oh, everyone looked at Wu Hao when they heard the words.

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