Technology: breaking the hegemony that monopolizes the world

As soon as these words came out, many people felt at ease.

Afterwards, Gu Qing did not delay, and said directly: "You have also read this document, the situation of the enemy and the enemy is already obvious, our products naturally carry the genes of Daxia, whether it is the product instructions or the good influence of the brand The improvement of the country's reputation brought about by the power is something the other party does not want to see.

Now that semiconductors are accelerating to catch up, many domestic and foreign institutions and think tanks are arguing that this year is the most critical year. If we can interrupt our Kyushu Technology’s improvement of Daxia’s semiconductor industry, then Daxia Semiconductor needs more. time to overtake.

Although the news of this document has not appeared in the newspapers, everyone should have their own judgment. "

Judgment?

Although everyone is convinced of the big boss, how can they really have no doubts about such a matter related to their lives, and how does the company know this kind of confidential information?

For this kind of favor and doubts, Gu Qing is not surprised, after all, it is human nature.

He shook his head and said: "Reading history can make people wise. In fact, this incident is not new. Let me tell you a story decades ago, and everyone knows the current situation of our company.

In the last century, the scientific and technological system of the Soviet Union quietly transitioned from the initial stage of technology introduction and digestion to a positive cycle of self-transformation of technology through basic scientific research.

In the 1930s and 1940s, Soviet scientist Yue Fei pointed out that semiconductor materials will be new materials for electronic technology. He also proposed the concept of "barrier layer" in the study of semiconductor conductivity, and this concept is one of the core theories of our current integrated circuit research.

Subsequently, research institutes were established throughout the Soviet Union, led by scientists and engineering experts, responsible for research in subdivided fields. On the education side, the unique Soviet-style schooling system is used to supply talents in the field of science and technology.

In the 1950s, the Soviet Union designed the large-scale computer "Arrow", which can perform 2,000 calculations per second. A total of 7 "Arrows" were produced, and they were used in data calculations in aerospace and missile engineering.

After the 1960s, the Soviet Union's catching up in the field of semiconductors and computers was one step faster.

It can be seen from this industry that the balance of victory seems to have tilted in the direction of the Soviet Union at this time.

But things often go against our wishes. A basic problem in the foundation, in my opinion, has declared that this powerful empire is slipping into the abyss.

In the late 1960s, a semiconductor factory in Belarus was unable to repair the broken medium-voltage circuit breaker. They wanted to resume the production of this industrial line, but they had to wait three months in great anxiety before they could buy a new circuit breaker.

From point to point, the launch interval of the first-generation transistor computers in the United States and the Soviet Union was only four years, but the launch interval of the first-generation integrated circuit computers increased to nine years.

Uncle Sam’s Pentagon, the National Science Foundation, and the Department of Finance invested massive amounts of money in companies such as IBM and International Telegraph and Telephone. According to estimates by Uncle Sam’s National Science Foundation, federal funds accounted for half of the cost of aerospace research. 90%, followed closely by 65% ​​for electrical and electronic equipment research.

In 1966, IBM's net profit reached one billion U.S. dollars, making it one of the top ten companies in the United States.

At the University of Texas, there was a 19-year-old boy named Dell who started his own computer company with $1,000. And in San Francisco, a husband and wife registered a small company with five dollars and started working on a small box called a router.

At this time, the elites in the semiconductor industry who were educated by the Soviet Union either appeared on the employee lists of IBM, Intel, and Motorola, or they were too old to use.

I think you will ask, did the Soviet Union at that time not realize the problem? "

Gu Qing shook his head under the searching eyes of the executives. He said with inexplicable emotion: "From the perspective of the semiconductor industry from the Soviet Union to Russia, in just a few decades, there have been many There are many technology companies in the name of computers and computers, but the ridiculous thing is that none of these companies are engaged in research and development and have their own core technology industries.

They are technology companies in name, but in essence they import semiconductor hardware and computer components from abroad, and then assemble and label them themselves. Because there were restrictions on imported branded products at that time, and these 'domestic computers' could sell well in China, so these Technology companies have benefited enormously.

Of course, the result is obvious. Many people still make fun of Mao Xiong for using electronic tubes, because the electronic tubes are strong and resistant to manufacturing, but what is the essence?

The basic industry of Russian Bear Semiconductor has been disintegrated, the technical talents are out of stock, and the core technology is no longer there. Even if it wants to make semiconductors now, its domestic economic environment and industrial environment are simply impossible to supply such a large amount of funds and equipment. Material.

Mao Xiong has fallen to such a point, although there are internal reasons, but let's start from the facts, is the current situation in Daxia partly the same as that of the former comrades?

And how did Uncle Sam make his move in the first place? What now?

I think this question, for everyone, should not be a difficult question to think about. "

boring.

While thinking, this dull atmosphere weighed on many people's hearts.

Even in another office, Dong Qi, who was in the remote video conference, was crossing his hands on his chin at this time, and his mind was racing.

He knows a little more than these executives. Everyone can know that there are many OEM technology companies in Daxia today, but only very few people know that the current companies behind Daxia are the same as Gaosheng Capital. Inextricably linked. (The pit of Chapter 386)

Connected by lines, it is like a net covering the semiconductor industry in Daxia.

Therefore, independence is a must, and if domestic enterprises are all built for profit, it is better to buy, the future revival of the Great Xia may be stranded here, and if they want to revive again, they will have to work hard for several generations.

Thinking of the words and deeds of certain godfathers, many people feel a chill in their hearts.

Thinking about the semiconductor technology provided by our company now, and supporting the innovation of Daxia's semiconductor industry, isn't it just building an alternative national weapon?

Commercial behavior reveals its essence at this moment, and great powers confront each other.

Some people sweat more, others feel their heart pounding, and others feel a fire inside them.

They are not afraid, but a sense of participation in an epic war, which makes their adrenaline soar slightly.

At this time, Gu Qingcai stood up, looked down at the crowd, and asked.

"So, are you ready?"

PS: I slept late today, it was really comfortable.

Thank you for your monthly tickets and recommended tickets, and we will add more tomorrow

Let me say one more thing-recently, red envelopes are being distributed in the group =