Chapter 1441: Daily Work (Part 2)

It is impossible for Guo Tailai to be a worker for others all the time, he can only participate in the development process. But his task is relatively important. When the first lithography machine is produced and debugged, the processing and assembly standards should be formulated so that subsequent manufacturers can follow up the production and installation.

In this case, what Guo Tailai charged was not only a processing and installation fee, but almost half of the research and development fee. Subsequent production has nothing to do with Guo Tailai.

Lithography machines require extremely precise machining accuracy, but in addition to Guo Tailai, LODTM can also do it, but it takes longer. Now Gusu has successfully installed the fourth high-precision LODTM, all of which are based on the first one produced and installed by Guo Tailai to produce precise parts, and then carefully assembled by those experienced engineers. of.

Now the ultra-high-precision parts of the lithography machine can also be processed by LODTM, and the processing accuracy is sufficient. As long as Guo Tailai can standardize the installation procedures, and then follow the steps, domestic industrial engineers can also install the lithography machine. It's just that this process may be slower than Guo Tailai's, but with the production of LODTM and the proficiency of the assembly work of engineers, domestic lithography machines can also be mass-produced.

As for the price charged by Guo Tailai, in fact, it does not occupy a large proportion of the research and development expenses. Originally, the country needs to catch up in this regard. To complete the accumulation of others for decades in a short period of time, the investment is at least dozens of times that of others. It is not a matter of saving money at all. It is obviously impossible to research it at the price of several international latest lithography machines, otherwise it would be too childish.

Guo Tailai only charged three lithography machines for this crucial step, which is already very kind, and it can even be said to be a discounted fee.

Mr. Li and the middle-aged man happily accepted this condition. The middle-aged man is a researcher of a research institute, and his major is in this direction. Ever since I saw the 8086 chip, I have been thinking about whether I can find a breakthrough from it, and now I finally got what I wanted.

This cooperation is a purely commercial act, and there is no such thing as rewards or academic leaders on Guo Tailai's side, it's just a simple relationship with money for work.

Lin Jiayi is in charge of drafting and signing the contract, so Guo Tailai can stop worrying about it for the time being. The design of the lithography machine will take some time, and Guo Tailai will process and manufacture it after the mature design is released.

After sitting in the company for a long time and listening to Mi Feifei's report, Guo Tailai is very satisfied with the current research and development progress. In at most another three months, the company will introduce at least three new technologies. This year Zhengyifang Technology will definitely be able to have a comfortable life Incomparably fat years.

"Boss, the bank said that we will repay the loan in time, and is willing to lend us another batch of funds." At the end of the work report, Mi Feifei asked Guo Tailai a question.

"Does the company have enough funds?" Guo Tailai asked.

"Enough!" Mi Feifei replied very simply and clearly.

"Then no loan for now." Guo Tailai made a decision.

The bank's willingness to lend must depend on the face of the military and the company's repayment ability is guaranteed, but right now we don't need too much money, so we should use the company's own funds first, anyway, the loan has not been repaid, so there is no need Add one more.

After leaving Zhengyifang Technology, Guo Tailai and Mi Feifei Lin Jiayi turned around and went to the design company. After checking the progress and encouraging the staff, he left the company with confidence. Mi Feifei's management is very good, and the two companies are running very smoothly. It seems that the young Mr. Mi is still very capable.

In the evening, Zhao Yanyan returned home as usual, without saying anything. Guo Tailai didn't know exactly what to do with the satellite photos obtained by the final assembly. But Guo Tailai didn't want to know, he just wanted to know that one day he could bring his senior sister back to Gusu.

After staying in the capital for one more day, Guo Tailai and Zhao Yanyan embarked on the journey back to Gusu. The chip circuit design used on the satellite has been obtained, and Guo Tailai needs to go back to the Gusu studio to process it.

On the way, Guo Tailai learned from his senior sister that one month later, under the identity of Lin Tianhua at the Northwest Base, he will receive a first-class award for Guo Tailai's discovery of traitor missiles and S300 air defense missiles. Deployment locations and rewards for the C-band SAR bug.

In a satellite design center, several young technicians are designing a new motherboard. They were very puzzled, and the task they received was to reduce the latest communication module motherboard to one-eighth of its original size. Although it is not particularly difficult for the wiring of the motherboard, the pile of chip interfaces left on the motherboard are all reduced by one-eighth. Can we get such a high-level chip in China?

To realize the latest communication module functions, the latest processing chips and integrated circuit blocks that can be manufactured in China are used, and the size is several times larger than ordinary chips. There is no way, the country can only do this at present, it can be used to test the function, but it is a bit too heavy and bulky to go directly to the star. But now, the above actually reduced the normal size so much, can it be done?

But a task is a task, and there is no reason to shirk it when it is assigned. Everyone bit the bullet and spent a week reducing the motherboard to the required size according to the designed interface, and printed the double-layer circuit board according to the military standard. It's just that the main board has been made, but everyone is still very anxious.

They are all insiders in this field. If you want to realize a chip with this transistor density, the manufacturing process must be less than 40 nanometers. The most advanced chips in the world are only hitting the 100nm process. Can the domestic chip be processed below 40nm? If you can't handle chips and integrated circuits, what's the point of shrinking the motherboard so small?

When several technicians carefully raised objections to the supervisor after finishing the work, the supervisor stared and said, "obey the order!"

have to! The order is too big, without explanation, everyone can only wait patiently.

However, they didn't wait too long. Half a day later, a helicopter landed in the design center yard, and three officers came down, bringing over a batch of packaged chips. There is only a model number on the chip, but no manufacturer.

"This is the first set, test it immediately!" As soon as the chip arrived, the design center immediately became busy, and the supervisor quickly issued an order.

Both the chip and the integrated circuit block are pre-agreed interfaces, and there is no problem in inserting them on the motherboard. But the technicians still dare not neglect, being able to plug in is the simplest step, and being able to use it normally is the ultimate goal.

"Turn on!" The supervisor watched everyone plug in all the chips and integrated circuits, and calmly gave an order to the nervous technicians.

The power is turned on, the communication module starts up, and after a while of system self-check, a series of small LED lights showing the status turn green one by one.

System is working fine? how is this possible? Everyone present looked at a bunch of indicator lights in disbelief, dumbfounded.