My Strength Does Not Allow Me to Low-key

Opened a new book: The End of the World: My House Can Be Upgraded, Brothers Help Collect, Give Some Recommendations!

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The most important thing is the 14nm process chip. If the factory can really land, it will train a large number of talents for us.

We must know that the semiconductor industry is different from the shirts, socks manufacturing, or primary industries that we used to focus on.

This is a real upgrade industry!

The semiconductor industry is different from that kind of labor-intensive industry. This industry is truly wisdom-intensive and capital-intensive.

To put it bluntly, if you want to do a good job in this industry, you must not only have money, but also have enough smart engineers.

And this aspect is precisely where we were weakest before!

Upon hearing this, many people may disagree and retort that our country is the country with the largest number of engineering graduates in the world.

How can there be a shortage of talents!

Yes, there are indeed many engineering graduates, but how many can really be called talents.

And almost everyone who has received our university education knows that there is a serious problem with our country's education.

That is, education is out of touch with reality!

Moreover, this problem is very serious. Now almost many college students in our country apply for employment after graduation, and they have to go through a period of training before they can work.

Even the theoretical knowledge that many people have learned in college is useless at all in their jobs.

Especially in the field of engineering.

This situation can also be seen from another field, that is, our scientific research patents.

Although in recent years, our country claims that the proportion of patent applications has surpassed that of the United States and has become the number one in the world.

But how many of those so-called patents can be transformed into actual productivity in the end?

According to a certain survey, the ratio of our so-called patents that can be converted into actual results in the end is no more than 2%.

But in the United States, this data can be as high as 97%!

Of course, we must also feel that there is a lot of moisture in the data of the United States.

But it is undeniable that the conversion rate of scientific research patents in the United States is definitely higher than ours.

This can be seen from the comparison of the number of technology companies in our two countries.

This shows that the quality of scientific research in our country is actually far behind that of the beautiful country.

The problem now is that the semiconductor industry is very talented.

However, in our country, due to some reasons, we did not pay much attention to talents.

This has created a phenomenon that most of the real elites trained by our universities will go abroad after graduation.

After going abroad, those elites will not come back, but stay in the beautiful country to contribute to the beautiful country.

This has not only become a great tragedy for us, but on the other hand, it has also caused a shortage of our own talents.

Take SMIC for example, Xiao Feng has always been not very optimistic about the development of this company.

Although it has received strong support from the state, the problem is that there are many sects in the company, and internal friction is very serious.

For example, they attach great importance to the Frog Department, and spend a lot of money every year to dig a lot of so-called 'talents' from there.

But these 'talents' have been working for so many years, and how many achievements have they brought us?

There is also a certain micro-technology, not to mention, a local company in a certain place, with a certain halo, so it is even more difficult to say.

Anyway, expecting them to produce results, there is really not much hope.

And if the Southern Dynasties can really bring the 14nm process technology to China to build factories this time, it will indeed be a very good opportunity for us.

The most important thing is that through this opportunity, a lot of talents can be cultivated.

Find out how other people's factories are built and how talents are trained.

suffer for a few years first,

Wait until the end and it will come out naturally.

Another point is very important, that is, the Nanchao Kingdom can say this time, their 14nm production line completely excludes that technology.

It is not blocked by them!

This makes our hearts flutter.

It should be said that the Southern Dynasty has actually been secretly studying how to manufacture lithography machines over the years.

Although they can't reach the world's first-class level, they have learned from ASML all these years, and they are not in vain.

I still learned a lot secretly from the old master.

In recent years, considering that the beautiful country has strictly controlled its own technology, it is not that the Southern Dynasty has not thought of bypassing their control.

After all, the market in Rabbit Country is too big, they really don't want to give up!

It can even be said that the reason why the Southern Dynasty has been able to take off economically and enter the ranks of developed countries in recent years is really due to the glory of the rabbit.

Don't look at it, in recent years, their economic relationship with Rabbit Country seems to have weakened a lot.

But in the real core technology field, the exchanges between the two parties are actually closer.

Many companies in the Rabbit Country, in order to circumvent the technical blockade of the Beautiful Country, actually took the route of the Southern Dynasty Country, which also made them a lot of money.

So they themselves have been preparing for an alternate route that can avoid the eagle sauce technology.

And this time, it just came in handy.

Don't underestimate this set of 14nm process lithography machines and production line technology.

We must know that for the civilian field, 14-nanometer chips are sufficient.

Not only mobile phones can be used, but 14nm chips are enough for wearable devices such as Bluetooth headsets and sports watches.

Even 22nm will suffice.

For example, many TVs use 22nm chips for audio.

And with these two chips, we can really get rid of the sanctions imposed by Eagle Sauce.

We have carbon nanotube chips as support for the high-end, and 14-nanometer and 28-nanometer silicon-based chips to help us break through at the mid-to-low end.

In this way, we are completely free from the blockade of the world boss.

At that time, even if the real situation is broken, the boss will probably lift the blockade after seeing such a situation.

Because it doesn't make sense anymore if the blockade continues.

Of course, the delegation of the Southern Dynasties is not unconditional for being so generous.

For example, our carbon nanotube chip, can we talk about it...

Earlier they also wanted to crack the technology of our carbon nanotube chips, but it was the same as the experience of the Japanese.

Except for dismantling a few mobile phones and injuring several dismantling personnel, nothing was found.

But one thing is certain, that is, this carbon nanotube chip is really easy to use and its performance is really powerful.

As a brand overseas, it has been challenging Apple.

As for the chip, it has always been a difficult problem for Sansang.

For products sold in their own country, they insist on using the asset's Sinos chip.

They even put the self-developed chips on their own machines, but when they go overseas, they have to replace them with the Snapdragon 888 for sale.

The reason is very simple. One is that their own chips are indeed inferior to Snapdragon in terms of performance.

Secondly, foreign consumers really don't recognize their self-developed chips.

So in order to be able to compete with Apple, their machine king had to hit the Snapdragon 888 chip.

But even so, their profits in the international market are still far behind Apple.

Don't look at it globally, Sansang's shipments are the biggest, far surpassing Apple.

But if you want to talk about the net profit of the smartphone industry, they are far behind Apple.

The current situation is that Apple can take 80% of the net profit of the global mobile phone industry every year, while Sansang can only get 14%!

The remaining 6% is for other brands.

Of course, when Company H was not banned a few years ago, the situation would have been better.

Apple and Sansang's net profit ratio will be lower, and Company H can get 10% of the entire industry's net profit!

But now, with the sluggishness of H company's products, the situation has returned to the situation a few years ago.

Although with the launch of the new machine king of carbon nanotube chips by H Company this year, the situation will improve.

But after all, this year's data has not yet come out, so Apple and Sansang are still the No. 1 and No. 2 in the industry.

But this second child is too miserable, the net profit is four times worse than that of the eldest.

They also tried various ways to narrow the gap between the two sides, but there has been no good way.

But this time they saw the carbon nanotube chip of H company, and they were moved.

Can some of the production capacity be allocated to them, so that their machine king will have the capital to challenge Apple.

Although Company H may be restricted from going overseas, Sansang has no such problem!

Moreover, the capital behind him comes from the United States. To be honest, the capital behind Apple has always been wrong.

It has long been seeking to grab a part of Apple's market share.

So they are not very resistant to adopting carbon nanotube chips.

So they made such an exchange with us.

The above-mentioned conditions were also ambiguous, and they didn't say they agreed, but they didn't directly veto them either.

After that, I asked Xiao Feng and the others to discuss it, and the final result was that.

It is not impossible to give them some carbon nanotube chips, but in terms of manufacturing process.

Hey, only for 90nm process...

Well, don't underestimate the 90nm carbon nanotube chips.

Even if it is a 90nm process, when it comes to performance, it is definitely comparable to the current Snapdragon 888.

And it can compete with the A14 mainstream chip of the current fruit!

For example, the heat dissipation of the Snapdragon 888 is a big problem. Although it is claimed to be very powerful, the heat dissipation has always caused headaches for many mobile phone manufacturers...