There is no advanced lithography machine in China, and everyone knows this situation.

If you are usually used for technical research, the chip can only be used to make large chips and then use them for functional testing.

However, this is not only large in size and weight, but also in the same proportion as the power consumption and heat dissipation and the motherboard interface.

This makes it impossible for the latest communication modules to be used on satellites, whether in terms of volume, weight, power, and heat dissipation.

Although the satellite design center has two generations of technology ahead of schedule, the hardware is not powerful, it can only be designed on paper, which cannot be realized in reality.

Let foreign companies produce OEM?

For example, some civilian products are not bad for big manufacturers such as Motorola, but the latest chip design of military products is absolutely impossible.

There is no way, everyone can only test under such difficult circumstances, and cannot determine the final power supply and other requirements.

Now that there are finally chips available for testing from above that are not known where to get them, all the technicians are excited.

Under the command of the supervisor, they quickly entered their posts and began to conduct ground tests in full swing.

When the ground function test is passed, there are other performance tests to be tested. In short, before launching to the sky, there are still many projects that need to be tested, including stability and safety. If you don’t hurry up, you may not be able to catch up.

The excited people raced against time to test it, and it took only two days to get a normal test report for the functional test.

Although the subsequent tests have not been completed yet, the functional test has been marked that these chips have fully realized the design function, so there is no problem in production and processing.

As soon as the test report was submitted, it attracted the absolute attention of the above.

If it was seen from an 8086 chip that Guo Tailai's processing technology had reached an incredible level, then the processing of complete sets of chips this time made the above completely unable to sit still.

How many transistors are there in 8086?

Forty thousand.

That was a product from 1978, and it has been twenty-five years since then.

According to Moore's Law, the price doubles every eighteen months and the number of transistors doubles.

Although the communication chip tested does not have more than 100 million transistors like the Pentium 4 processor, it also integrates tens of millions of them, and the complexity is more than a few hundred times higher than that of 8086.

However, even with such high difficulty, Guo Tailai was still able to manually create chips with no problems with functions, and a group of people began to feel excited.

Especially within the military, the senior executives of the assembly lineup are showing signs that they are uncontrollable.

If Guo Tailai could build more high-grade chips, then what would our radar system become?

How much weight will the fire control system on the aircraft reduce?

What will happen to the control chips on rocket missiles?

How excellent will the fire control system on the tank cannon have?

I can’t think about it. When I think about it, everyone will drool and rush! The flying flow is three thousand feet down! I used to learn from the Soviet Union and electronic equipment took the route of electronic tubes. I thought that even if there was a nuclear war, I didn’t have to worry about the failure of the electronic system.

However, the electronic tube technology route is large and bulky, and the heat generation is high. Any airborne high-power scanning radar will not be a problem with roasting chicken hundreds of meters.

The ones whose functions are not as good as those of Americans, the weight is much higher than those of Americans, and the energy efficiency is even worse than that of grandma's house.

The Gulf War taught all the troops in the world a lesson, especially in China. How can wars still fight like this?

For a moment, the strategy and tactics of the large-scale corps that we thought we could gain a foothold seemed to be out of date all of a sudden. If we didn’t catch up, we might be really crushed! But how could we catch up with the gap in electronic chip technology?

It was too late to start, and the country mainly developed the economy and did not invest a lot of capital. In the past ten years, it was not easy to build a single crystal silicon production line first, and it was already difficult to have some backward chip manufacturing technologies.

After all, the problem of existence and non-existence has been solved in just over a decade, but if we really want to talk about the latest technology, the country can only be envious. When we really need it, sometimes we even have to use some civilian chips to solve military problems.

Everyone knows that this is not the most fundamental solution. In the same sentence, using this method can only solve the problem of existence or not, but it cannot solve the problem of new technologies.

There are many problems like this in China, such as the Black Hawk helicopter that has been in service on the domestic plateau for a long time, which is actually the original S70 civilian helicopter.

However, no matter how much you think, it cannot be changed that this is just the result of Guo Tailai's hand-made creation.

Handmade means inefficiency, and if you are not careful, you will make mistakes.

You should know that tens of millions of transistors in a chip will be completely scrapped if one is mistaken.

It is simply impossible to expect Guo Tailai to produce high-performance chips needed by military industry and all walks of life in society on a large scale.

Even if Guo Tailai has such high efficiency and yield rate, who can afford Guo Tailai's labor?

So, this is obviously unrealistic.

The only solution is that Guo Tailai's superb processing skills can create high-precision lithography machines, which is the final solution to all problems.

"We should continue to increase investment in lithography machines, talents, funds and policies in various aspects."

Someone immediately made a suggestion at the meeting.

A 8086 chip cannot prove anything, but the dozen chips used in a complete set of communication modules are very telling.

I never thought before that if I was still indifferent now, wouldn’t it be wasting a precious opportunity to overtake on the curve?

You should know that the complex chips hand-processed by Guo Tailai have surpassed the most advanced level in the same period abroad.

The requirements do not need to be too high. As long as the development of lithography machines of this level can be completed within two or three years, the country can almost catch up.

Of course, the latest technology will definitely be used first in military technology. In this regard, all countries are the same, and China is no exception.

Therefore, these things are discussed by the assembly, and it is not surprising.

Who would like to miss this opportunity after seeing greater hope?

Who wants to miss it?

This is not only the take-off of the chip industry, but also the take-off of a series of related industries, and the possibility of the Huaxia chip that Chinese people have always dreamed of.

"Don't worry, do it."

The leader of the assembly team also said: "Xiao Guo will not lose his links."

"yes!"

A group of officers agreed loudly, preparing to make plans to implement them.

"The last time I built a lodtm lathe, I must not happen again!"

The leader gave another instructor.
Chapter completed!