Chapter 720: Daily work (below)

Guo Tailai is unlikely to be a worker for others. He can only participate in the development process. However, his task is relatively important. The production and assembly standards should be developed during the production and commissioning of the first lithography machine, so that subsequent manufacturers can follow up production and installation.
In this case, Guo Tai's ninety-six collection is not only a processing and installation cost, but about half the research and development costs. Subsequent production has nothing to do with Guo Tailai.
The lithography machine requires extremely precise machining accuracy, but in addition to Guo Tailai, LODTM can do it, but it takes longer. Now, Gusu has successfully installed the fourth high-precision LODTM, which is based on the first of Guo Tailai's production and installation, and then assembled by experienced engineers. of.
Now the ultra-high precision parts of the lithography machine can also be processed by LODTM, and the processing precision is sufficient. As long as Guo Tailai can standardize the installation procedures, and then step by step, domestic industrial engineers can also install the lithography machine. However, this process may be slower than Guo Tailai's, but with the production of LODTM and the skilled assembly work, domestic lithography machines can also be produced in batches.
As for Guo Tailai's price, in fact, it does not occupy a large proportion of R&D expenses. Originally, this country needs to catch up and catch up with others for a few decades. The investment is at least dozens of times that of others. It is not a matter of saving money. It is obviously impossible to want to spend a few internationally latest lithography machines, otherwise it will be too much.
Guo Tailai's key step is to charge only three lithography machines. It is already very kind, and it can even be said to be a discount.
General Li and the middle-aged man were very happy to accept this condition. The middle-aged is a researcher at a research institute, and the profession is in this direction. From seeing the 8086 chip, I was wondering if I could find a breakthrough from this. Now I am finally satisfied.
This cooperation is purely commercial. There is no such thing as a reward or academic leader in Guo Tailai. It is a very simple relationship.
The contract was drafted and signed by Lin Jiayi, and Guo Tailai could not care about this matter for the time being. The design of the lithography machine will take a while, and the mature design will be introduced, and Guo Tailai will go to the manufacturing process.
After sitting in the company for a long time, listening to the report of Mi Feifei, Guo Tailai is very satisfied with the current research and development progress. At most three months, the company will have at least three new technologies. This year, Zhengfangfang Technology can definitely have a comfortable life. Incomparable fat years.
"The boss, the bank said that we paid the loan in time and would like to lend us a batch of funds again." At the end of the reporting work, Mi Feifei asked Guo Tai to ask a question.

Is the company enough to use?
Guo Tailai asked.
"Enough!" Mi Feifei replied very simply and clearly.
"Then don't lend for the time being." Guo Tailai made the decision.
Banks are willing to lend, but they still look at the military's face and the company's ability to repay the loan, but now they don't need too much money for the time being, or they should use the company's own funds first. Anyway, the loan has not been returned yet. Add another sum.
From the Justice Square Technology, Guo Tailai and Mi Fei Fei Lin Jiayi turned to the design company. After checking the progress and encouraging the staff, I left the company with confidence. Mi Feifei is very good in management. The two companies are running very smoothly. It seems that the young rice is still very capable.
In the evening, Zhao Wei returned to his home as usual and said nothing. It is not clear how the satellite photos are processed in the final assembly. However, Guo Tailai did not want to know that he only wanted to know that he could return to Gusu with his sister.
After staying in Beijing for a day, Guo Tailai and Zhao Wei set foot on the road 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 the sister's mouth that one month later, under the identity of Lin Tianhua, who is in the northwest base, he will receive a first-class award, as Guo Tailai discovered the traitor missile and the S300 air defense missile. Deployment location and rewards for C-band synthetic aperture radar BUG.
A satellite design center, several young technicians are designing a new motherboard. They are very puzzled and received the task of reducing the latest communication module motherboard to one-eighth of the original size. Although it is not particularly difficult for the motherboard to be routed, the number of chip interfaces left on the motherboard is reduced by one-eighth. Can we get such a high-level chip in China?
To achieve the latest communication module functions, the latest processing chips and integrated circuit blocks that can be built in China are used, which are several times larger than ordinary chips. No way, the country can only do this at the moment, used to test the function is OK, but directly on the star, the weight and volume are too big. But now, the above has actually reduced the normal size so much, can it be done?
However, the task is the task, assigned, and there is no reason to evade. Everyone bit hardened and spent a week, according to the designed interface, the motherboard was reduced to the required size, and the double-layer circuit board was printed according to military standards. However, the main board has been made, but everyone’s heart is still very uneasy.
All in this industry, the chip that wants to achieve this transistor density, the process may be less than 40 nanometers. The most advanced chips in the world are only impacting the 100-nanometer process. Can domestically be less than 40 nanometers? If you can't make chips and integrated circuits, what is the significance of shrinking the motherboard so small?
When several technicians carefully filed an objection to the supervisor after the work was done, the supervisor glanced at the eyes: "Submit the order!"
Got it! The order is bigger, there is no explanation, and everyone can only wait for the temper.
However, they did not wait too long. After half a day, a helicopter in the design center yard landed, and three officers were brought down to bring a batch of packaged chips. There are only models on the chip, but there is no manufacturer.
"This is the first set, test it right away!" As soon as the chip arrived, the design center immediately began to get busy, and the supervisor quickly issued the order.
Both the chip and the integrated circuit block are pre-agreed interfaces, and there is no problem in plugging on the motherboard. However, the technical staff still do not dare to neglect, can plug in is the easiest step, can be used normally, is the ultimate goal.

Start up!
The supervisor watched everyone plug in all the chips and integrated circuits, and faced the nervous technicians, calmly issued orders.
When the power is turned on and the communication module is started, after a series of system self-tests, a series of LED lights that display the status are turned green.
Is the system working properly? how is this possible? Everyone present, all incredibly looking at a bunch of lights, stunned.