Rebirth: I carry a desktop computer inside me

Hua Guo attaches great importance to this matter, and has also set up a special working group to rescue people together with the embassy and other personnel.

The incident has become a hot spot, and many people have interpreted this matter.

But for a while, Trump did not let up at all, saying that the incident was still under investigation.

In mid-September, lawyer Zhang Wei led a team to provide legal assistance to Chen Yizhou in Mi, but this lawsuit, even if it is fought, is estimated to take at least a year.

Jiang Cheng is patient and confident.

But in the face of this matter, it still greatly stimulated Jiang Cheng's heart for scientific research.

Although under Jiang Cheng's caution, the main executives, especially Jiang Cheng and Yu Xinran, did not go abroad, but after all, it is impossible not to go out, and market development always needs people to go.

The director who was sent, the director was detained.

This is not only a slap in the face, but also makes Jiang Cheng understand that if he wants to compare with a shameless United States, he is really helpless, and he lacks the means to restrain them.

Therefore, after the incident, Jiang Cheng spent most of his time immersed in the scientific research projects of Maple Fire Group and Mizuki University.

In any case, carbon-based chips must be integrated to break the technological monopoly of countries such as rice from the root.

Xu Wei, dean of the School of Integrated Circuits of Mizuki University, came to see him specifically, and when he had time, he would also assist in research, and his experience in chips was much stronger than Ding Chengjun and others.

It's just that Jiang Cheng is here for a while, and he is also helping to fight.

"Jiang Cheng, look! These few test data, we succeeded! Xu Wei pointed to the data displayed on the monitoring screen and clenched his fists excitedly!

It was a very thin layer of silicon carbide on which a very simple circuit was made by reprinting.

Now, through tests, this extremely simple carbon-based chip has successfully passed an electric current for the first time.

This, can already announce that Jiang Cheng's carbon-based chip project has been successfully completed!

Not only that, Jiang Cheng's research is focused on commercial mass production research, and in the mass manufacturing of carbon nanotubes, silicon carbide substrates, etc., it can achieve lower cost and higher efficiency!

Ding Chengjun on the side also rarely smiled and exhaled, "Sure enough, Jiang Dong, your circuit reprinting method can perfectly make logic circuits on carbon nanotubes, but it feels different from binary, and I don't know if we can design the underlying instructions." "

This is a brand new chip, and the instruction set can be referenced, but it cannot be copied.

Because of logic circuits, it is different from ordinary silicon-based chips.

Jiang Cheng nodded, "I plan to communicate with you on this piece and look at the formulation of carbon-based chip design specifications."

"In addition to the two basic signals of 1 and 0 required by normal circuits, because of the special properties of carbon nanotubes, he also has -1, -0, two virtual signals."

Jiang Cheng took the board and began to write, telling everyone about the logic circuits of carbon-based chips.

But, "virtual signals"?

What the hell is this?

Everyone was stunned, even if it was Xu Dawei, they were also confused.

Subsequently, they all listened to Jiang Cheng's lecture, and the ones with less hair slowly understood.

Because the entire circuit, unlike the silicon-based plane, is three-dimensional, although the circuit can also form high and low levels of 1, and 0, but delve into its signal, there is also a virtual signal.

This concept, proposed by Jiang Cheng himself, is completely different from today's logic circuit knowledge, which opened everyone's eyes and was full of shock.

After talking for more than 2 hours, Jiang Cheng probably explained some basic knowledge of this theory, took a sip of water, and asked, "This theory was proposed by me in the process of research, and I think it will be of great help to our circuit design, especially logic gate design, in the future."

Xu Wei muttered, "Jiang Cheng, you have created a brand new theory..."

Ding Chengjun thought more practically, "It's just Jiang Dong, this is almost equivalent to starting over, in a few years, how can we design chips that can lead and commercialize?" "

According to Jiang Cheng's design, it is almost necessary to let the carbon-based chip start from the silicon-based chip, from the earliest CPU4004, and continue to develop and iterate."

Even if carbon-based chips do consume super small power, chips are super thin, and the process can be super high, how can they keep up with the development speed of today's chips?

The corners of Jiang Cheng's mouth raised slightly, "Chengjun, I'm afraid you forgot our Fenghuo's Pangu Chao, right?" "

Starting from scratch won't look like the seventies and eighties.

With supercomputers, a lot of design and iteration work can be completed in supercomputing, which greatly shortens the time of scientific research.

What's more, Jiang Cheng still has supercomputing in his body!

Xu Wei's eyes lit up, "Is it the supercomputer who has just ranked first in the world?" "

Hmm." Jiang Cheng nodded lightly.

"Pangu supercomputing, using a purely domestic processor, but the computing power far exceeds other international supercomputing, after the last news report, I very much want to see."

Jiang Cheng said with a smile, "Teacher, if you want to come and see, you can do it at any time."

"With supercomputing, it can really greatly reduce our workload." Ding Chengjun also agreed.

"What's more, I have designed a relatively mature chip using the characteristics of carbon-based chips, and I will continue to research and improve it for you." Jiang Cheng then said lightly.

It seems that this matter is very insignificant, that is, research and research, a new set of theories, and then research and research, the high-performance chip is designed....

Big brother, can you not say it so simply?

Will make us feel weak.

Next, Jiang Cheng handed over the newly designed chip diagram to Ding Chengjun, organized several Maple Fire insiders, and introduced the important and different logic gate circuits in detail.

Another ten days have passed since this religion.

After the success of scientific research, the team is slowly finishing off, and according to Jiang Cheng's design requirements, it is already trying to prepare a mass production machine.

At that time, the relevant equipment will be manufactured by Maple Semiconductor Company.

Not only that, in Xijing City, a factory with an area of 1,000 acres is ready to build a new carbon-based chip production line.

The company name is, Maple Fire Semiconductor (Xijing) Co., Ltd.

It is a wholly-owned subsidiary of Maple Fire Group, alongside Kyoto Maple Semiconductor Co., Ltd., except that one is a carbon-based chip and the other is a silicon-based chip.

The head of the company is temporarily concurrently served by Ding Chengjun.

The total investment is 100 billion yuan, and the first phase investment is 20 billion yuan.

This is Jiang Cheng's second investment in Xijing after the military equipment company.

As for the reason, it is nothing more than that the conditions for investment are very good, as well as talents, workers and many other considerations.

Now that the enterprise is big, it is indeed impossible to squeeze into one office, and it is not convenient to build factories in one city, which has both the factor of stable output and the consideration of not putting eggs in one basket.

The first phase is expected to be completed and put into operation around August 2018.

That is to say, by this time next year, Jiangcheng's carbon-based chips will be released to the world!

At that time, he will slowly hang the so-called Intel, agricultural enterprises and other old enterprises on the road of backward technology through this future chip.

"Well, one factory, maybe not enough."

After investing a large amount of investment, Jiang Cheng changed his thinking, invested 20 billion yuan in the first phase, actually took out 10 billion yuan, borrowed 10 billion yuan in Xijing, completed the investment, and started construction.

Another 10 billion, Jiang Cheng negotiated with Hongzhou, Luzhou and other places, and finally chose Hongzhou.

Because in order to seize this opportunity, Hongzhou not only gave away land almost for free, but also mobilized state-owned enterprises to invest 3 billion yuan (without shares, later redemption), and banks gave 10 billion yuan in loans at ultra-low interest!

Of course, there are some other preferential policies, which makes Jiang Cheng choose to settle in Hongzhou although he is not very satisfied with the investment conditions in Hongzhou.

Carlin Province has been low-key for too long, and it is time to catch up!