Chapter 345 Status Quo of the National Electronics Industry
"Mr., you are the king of computers. The core of a computer is a chip, and the raw material of the chip is a semiconductor. I think we can let companies in our country produce these chips for you. I wonder if the old man agrees!"
Liu Lang suddenly spoke.
Everyone present was stunned.
"Computer chip? What is this?"
Zhao Hongyang and the officials were all confused. They had never heard of such a thing.
However, Zhao Hongyang knew that since Liu Lang said this, it must be good for the country. In this aspect, he was absolutely assured, so he immediately said: "Liu Lang, your proposal is not bad, old sir, can you consider it?"
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"Haha, Liu Lang! You have posed a difficult problem for me!"
Wan An smiled but said nothing, seemingly deep in thought.
"Liu Lang, our company's chips are the most precise components in the world. Thousands of components need to be burned into a fist-sized semiconductor. To make a chip perfectly, it requires many steps. If there is a mistake,
, then all efforts will be wasted, I think China does not yet have the ability to manufacture chips!"
Wan An didn't say anything, while Wan Lie answered for his father.
Of course, Zhao Hongyang and others did not dare to say anything, because they did not know what to say, and everyone's eyes fell on Liu Lang.
"Old sir, Brother Wan, as far as I know, your chips are all manufactured over there in Wanwan!"
Liu Lang asked.
"That's right, they established a semiconductor company two years ago. The chairman used to work in our company and knew the chips very well. Later he approached me and wanted to cooperate with me. I went to their company and found that they actually manufactured
We have a production line, and the craftsmanship is very advanced, and our company's sales are also increasing year by year. If we want to produce it ourselves, we have to increase investment. It is better to leave this piece to the other party. In two years, they have accomplished the task very well!"
Wan An nodded and said.
"Old sir, it's not that I look down on them as a small country. Although they started earlier than us, in terms of basics, the mainland is much better than them... Of course, business is about integrity. Your company has signed a contract with them.
The contract cannot be broken, but the new batch of chips can be left to us!"
Liu Lang said.
"Haha, Liu Lang, are you very confident? Then let me ask you, what companies are there in our country in terms of chips?"
Wan An smiled.
"Okay, then old gentleman, just listen to my introduction!"
"The country established the Telecommunications Industry Administration in the 1950s. At that time, there was the Capital Electronic Tube Factory, which was provided with technical assistance by the Democratic Republic of Germany. The factory had a total investment of 100 million yuan. At that time, it had an annual output of 12.2 million transistors, making it the largest electronic tube factory in Asia.
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In addition, there are Capital Electric Machinery Factory, North China Radio Equipment Joint Factory, which has 706, 707, 718, 751, 797, 798 factories, Capital Cable Power Plant, North China Optoelectronics Technology Research Institute and other units.
In 1956, the country proposed "March to Science" and formulated a science and technology development plan, listing the electronics industry as a key development goal. The Chinese Academy of Sciences established the Institute of Computing Technology. In order to cultivate talents in the electronics industry, the country concentrated the scientific research resources of five universities across the country.
, established a semiconductor major at Capital University.
In 1958, the old man's hometown, Shanghai, established the East China Computing Technology Research Institute, Shanghai Component Factory No. 5, Electron Tube Factory, Radio Factory No. 14 and other enterprises.
In 1960, the Chinese Academy of Sciences established the Semiconductor Research Institute, and in the same year established the Hebei Semiconductor Research Institute to carry out industrial technology research.
In 1962, the Institute of Semiconductors of the Chinese Academy of Sciences established the National Semiconductor Testing Center. In 1963, the state established the Fifth Ministry of Machinery Industry to take charge of the national electronics industry.
In 1966, the national electronics industry began to integrate with textile, printing and dyeing, steel and other industries to achieve preliminary automated production.
In 1968, the state-owned Dong Optoelectronics Factory was established in the capital, and Radio Factory 19 was established in Shanghai, quickly forming the "North and South Hegemons" in China's integrated circuit industry.
Among them, Capital Factory 878 mainly produces TTU circuits, CMOS clock circuits and A/D conversion circuits. Shanghai Radio Factory 19 mainly produces TTL and HTL digital integrated circuits. It is also the earliest professional factory in China to produce bipolar digital integrated circuits.
In 2077, the Fifth Machinery Department invested 3 million yuan to build a 6,000 square meter integrated circuit clean workshop.
In 1975, the semiconductor research team of the Department of Physics of Capital University designed the country's first batch of three types (silicon gate NMOS, silicon gate PMOS, aluminum gate NMOS) 1K DRAM dynamic random access memory. If my guess is correct, this is comparable to the
They were much earlier. In 1975, there was no scientific research foundation in the electronics industry at all."
Liu Lang recounted the country's development in the semiconductor and radio industries over the past thirty years as well as the companies he owned like a treasure trove. Not to mention Wan'an, even officials like Zhao Hongyang were dumbfounded.
In the past two years, Liu Lang spent time in Huaxia University in addition to attending classes and doing experiments in the library. He read more than a hundred books on the country's industrial development. The country's current industry is very interesting, but the basic level is very backward, and the machine tools are only in the dozens.
The old products and talents of the former Soviet Union were also seriously aging. However, the development of semiconductors and radios was beyond his expectation. At least before the mid-1970s, the country was quite willing to invest in this area.
And achieved many achievements.
"Liu Lang, you...does China really have so many semiconductor industries?"
Wan An couldn't imagine hearing this. After all, he didn't know much about various domestic industries. In his impression, the country's industries were very weak. The semiconductor and digital integration industries were among the top in the world in technological content.
How can the people of the country have money to invest in these fields when they have just solved the problem of food and clothing? But Liu Lang's words are conclusive and well-founded. They are obviously not just talking nonsense. If this is really the case, it would be terrible.
"Liu Lang, let me ask you a few questions. Do you know what a chip is?"
Wan An began to pay attention to it, but he still didn't believe what Liu Lang said was true, so he had to ask the other party.
Liu Lang looked at Wan An and smiled, and the other party immediately regretted it. After all, Liu Lang was so different. His knowledge was not even comparable to his own. This problem was probably not a problem for Liu Lang at all.
, but China doesn’t even have a computer now. Does he really know what a chip is?
"Wan Lao, computer chips look very mysterious, but after all, they are just integrated circuit boards!"
Liu Lang opened his mouth and said.
"Integrated circuits? Isn't that what's in the radio?"
An official spoke up.
"Yes, that's essentially it, but computer chips are much more powerful than the circuit boards in radios.
This kind of thing is a micro electronic device or component. Using a certain process, the transistors, resistors, capacitors, inductors and other components and wiring required in a circuit are interconnected together and made into a small or several small semiconductor wafers or media.
On the substrate, it is then packaged in a tube to become a microstructure with the required circuit functions."
Liu Lang gave a brief answer.
Liu Lang's answer still puzzled some officials. It doesn't seem to be difficult, right?