Great country technology, I have a system where hard work pays off!

Of course, during this time, countless Chinese people, upon learning of this matter, also focused their attention on the government.

They wanted to know if the government had taken any countermeasures in response to this situation.

In response, within half a month...

A series of major actions and decisions that shook the global semiconductor industry were successively introduced.

As a result, overseas semiconductor industries shouted that the wolf was coming, and that China's semiconductor industry was about to rise.

Among this, countless Chinese people applauded and expressed great confidence in the future of China's semiconductor industry.

As for what these actions were?

First of all, state-owned enterprises successively entered the semiconductor manufacturing field with investments.

Whether it was SMIC, SMEE, or AMEC, all of them received financing and equity participation applications from state-owned enterprises.

State-owned enterprises will invest in those companies, allowing them to have a large amount of money to research and develop advanced process technologies and chip production equipment.

It can be said that with the entry of state-owned enterprises, Gao Nian no longer needs to spend so much money to support the domestic chip manufacturing field.

After all, among the many state-owned enterprises, although the share of investment from each one is not much, their number is huge.

Even if each one invests a little money into the semiconductor manufacturing field, the total amount of investment far exceeds the amount that Geek Technology Company alone can provide.

Therefore, the entry of state-owned enterprises into the semiconductor manufacturing field is simply the best news in the world for Geek Technology Company.

After all, now that it is impossible to place new chip foundry orders with TSMC, and after mobile phones and computers are forced into a limited sales state, Geek Technology's profits will naturally plummet.

At this time, with the entry of state-owned enterprises, there is no need to worry about the slowdown in the research and development progress of chip production equipment and process technology after the investment funds plummet.

As for whether there are other actions.

In addition to state-owned enterprises massively entering the semiconductor manufacturing field to support its rapid development, relevant favorable policies have also been introduced one after another.

These policies mainly provide policy support and tax incentives, giving the domestic semiconductor manufacturing field huge support.

The first thing to mention is tax incentives.

Companies that research and develop semiconductor chip equipment, companies that manufacture chips, and companies that design chips have all been given crazy tax incentives.

First of all, in terms of corporate income tax, there is a direct two-year exemption and three-year halving treatment.

As for value-added tax, it also enjoys the policy of immediate levy and immediate refund.

Finally, there is the export tax rebate.

The preferential ratio of this export tax rebate has been reduced a lot compared to before.

It can be said that from now on, whether it is a chip research and development enterprise or a chip manufacturing foundry enterprise.

Or companies that research and manufacture chip production equipment, etc., their burdens have all been comprehensively reduced.

Taking Geek Technology Company alone, the money saved each year is no less than 20 billion!

This money saved is all Geek Technology Company's money, so China's tax incentive efforts are really quite large.

It can be said that with this wave of tax incentives alone, the development speed of China's semiconductor field can be increased several times again.

After all, with more company profits, there will naturally be more money invested in research and development, and ultimately the development speed of the semiconductor industry will be improved.

Of course, China's policy tax incentives are ultimately a long-term positive message, and in the short term, they are still a drop in the bucket.

After all, chips are the crown of human manufacturing. It's not like you can immediately develop powerful and advanced chip production equipment by investing money, and process technology can be improved immediately.

Therefore, this favorable policy tax news cannot immediately solve the current problems encountered by Geek Technology Company.

Gao Nian's pressure will still not be reduced, and he still needs to struggle in the technology research and development department and SMIC's chip manufacturing plant.

United States, Silicon Valley.

"I heard that Gao Nian is not prepared to use 40-nanometer process technology to research and develop computer chips and mobile phone chips.

Instead, he is betting on 3D chip stacking technology, attempting to use a multi-layer transistor 3D multi-layer structure to stack more transistors, and then obtain stronger performance."

Intel CEO Paul Otellini said with a smile about this matter.

Speaking of which, Gao Nian's bet on 3D chip stacking technology is actually impossible to hide, after all, there is SMIC Company.

This SMIC Company is limited by historical reasons, and many of its senior executives used to come from TSMC, and even have experience working in other companies.

So Intel still knows what Geek Technology Company is currently doing, and knows that Geek Technology is researching 3D chip stacking technology.

"Multi-layer transistor structure?"

AMD's CEO said with a gleam in his eyes.

"A thankless technology development route."

Intel CEO Paul Otellini waved his hand, then said with a smile:

"I asked my engineers and found that this Geek Technology Company has stepped into a super big pit."

"How do you say that?"

Microsoft CEO Steve Ballmer asked.

After all, he doesn't understand chip manufacturing, so naturally he doesn't know how super-pitful 3D chip stacking technology is.

In response, Intel CEO Paul Otellini said with a smile:

"As you also know, our current chips are all thin single-layer structures. Theoretically, if multiple layers are stacked, they can indeed have powerful performance.

But this is easier said than done. In fact, it is very difficult to achieve. The research and development difficulty is only a little easier than researching the next generation of process technology.

Moreover, from a single-layer planar structure to a two-layer or even multi-layer structure, how to accurately position and design two transistors is also a big problem.

In this process, as long as there is a slight error, the chip will be scrapped, so the higher the process technology, the higher the manufacturing difficulty of 3D chip stacking technology, and the lower the yield rate.

Then there is the problem of excessive manufacturing costs. In the past, a single-layer planar structure was used, but if 3D chip stacking technology is used, it is a multi-layer structure.

It is equivalent to condensing the original two or even multiple transistors into one, so how can the cost of this chip not be high?

Of course, the above are not the most fatal problems. The most fatal problem is actually the temperature.

These multi-layer transistors are stacked together, and they will naturally generate heat when working, and the heat generation is far greater than that of traditional single-layer planar structure chips.

Therefore, the more transistor layers stacked, the more serious the heat generation of the chip will be, which also limits the upper limit of 3D chip stacking technology.

Making it impossible for this technology to stack too many transistor layers, and unable to improve the performance of the chip by infinitely increasing the number of transistor layers.

So Geek Technology Company's bet on 3D chip stacking technology is simply the most stupid decision in history."

"I see."

The people at the scene showed expressions of sudden realization, and then said mockingly.

"This Geek Technology Company seems to be grasping at straws."