Rebirth: I carry a desktop computer inside me

Speaking of Sanxing, this year is very ridiculous.

After the mobile phone battery exploded last year, the little trick that Jiang Cheng made also gave the other party more time to discover.

Sanxing S8 delayed the release for this.

In the second quarter of 2017, it was officially released globally, equipped with the resistance storage they "researched", Sanxing memory.

Many people abroad were greatly excited, and Sanxing finally caught up.

But Jiang Cheng actually took it to study, and Sanxing's engineers also have a very good way, through software and hardware methods, multi-pronged, reducing the risk of memory crash.

Jiang Cheng tried, originally 100 times will crash, has become 200 times, and most users will not easily reach this number of times, at least within 3-4 years, Sanxing mobile phone will not have a big problem.

As for three or four years later, according to the current frequency of replacement, they have basically replaced their mobile phones, even if something happens, they are not afraid.

This direction is also a way, although compared to the road Jiang Cheng is looking for, it is weaker in terms of upgrading, storage size, speed, etc., but it is not bad.

Moreover, through Sanxing's method, it also quickly promotes the promotion of resistive memory in the field of mobile phones and PCs.

Jiangcheng's Fenghuo memory and Shenlong chips obviously have the first market share, and the majority of users and related enterprises have formed a scientific and technological dependence.

Maple Fire Semiconductor Company, with this memory alone, has become a big guy.

In the FAB factory in Kyoto, it is simply too busy, and even Huaxing International has set up several production lines to produce maple memory chips that are backward in the process.

At present, more than 8GB of memory, especially the second-generation Maple Firewood memory chip, are in their own hands, 4GB, 6GB chips, mainly used for external supply, by Huaxing International foundry.

On November 1, Jiang Cheng successfully obtained the certificate of academician of the Chinese Academy of Sciences.

Prior to this, Bai Chunhua, president of the Chinese Academy of Sciences, academician Li Weiguo, and academician Zhang Bai, jointly nominated and recommended, coupled with the strong support of high-level relevant personnel, it passed immediately.

It can be said that giving Jiang Cheng the title of academician is not what Jiang Cheng took the initiative to ask, but what they want to give.

Jiang Cheng has made so many awesome technologies, especially EUV lithography machines, that is not rated as an academician of the Chinese Academy of Sciences, others will think that the Chinese Academy of Sciences has no strength!

Academicians of tobacco and Maotai will comment, but the real academicians turn a blind eye?

After receiving this certificate, the online media quickly spread.

[UG News: Shock! The youngest academician in history has appeared, he is...]

[Ascendas News: Jiang Cheng, chairman of Maple Fire Group, was named an academician of the Chinese Academy of Sciences today, and he broke the record at the age of 24! 】

【Canglang News V: #24-year-old academician #Fenghuo Group Chairman Jiang Cheng became the youngest academician in history and led the team to develop an EUV lithography machine! 】

......

Quite a few comments followed.

"24 years old, graduated from graduate school, become an academician at such a young age, spend money to buy it, right?"

"Silly upstairs? Jiang Chengdu doesn't know? After 4 years of college, I have studied two majors in computer and microelectronics, and I have a big guy of DUV and EUV lithography machines, I don't know this?

"Hehe, maybe their village has just connected to the Internet."

"However, it's really awesome, Jiang Cheng deserves to be my idol!"

"I heard that Mizuki University has had a lot less computer science studying abroad in the past two years, because everyone thinks that the best computer technology is in China, here in Jiangcheng."

"I'm from the Department of Computer Science, and now we're going to take the course "Jiang's Multidimensional Pulsed Neural Network", it's so difficult, woo..."

"The Department of Microelectronics, the latest edition of "Resistive Storage", the book is co-authored by Xu Dawei and Jiang Cheng."

......

Unconsciously, the building was crooked, and many graduate students began to complain.

But complaining and complaining, the confidence in the heart is indispensable, these courses learned, are all the frontier of the frontier, and the author of the book is no longer the English name, but the Chinese.

It's just that what they don't know is that Jiang Cheng after becoming an academician will have more books coming out later, making them miserable.

--- (˵ ̄͒ ̄͒〰˵) ----

Institute of Microelectronics, Mizuki University.

The research of carbon-based chips has still not fallen, and some people have helped Maple Semiconductor improve the production line design and major equipment research and development guidance.

The rest, led by Ding Chengjun, perfected carbon-based chips.

Under the design guidance of Jiang Cheng, the progress of updating the chip is very fast.

By November 11, Ding Chengjun had designed and manufactured the carbon-based chip code-named T17.

"Jiang Dong, you look at this chip, two cores are designed, the frequency reaches 4.5GHz, but the power consumption is less than 1W!" Ding Chengjun endured the excitement and said.

This chip is packaged, but not in the current chip packaging method, but a new type of insulating film covered on it, so the whole chip is very thin and light.

Dual core, 4.5GHz!

This is the advantage of carbon-based chips, although the current process has only reached 45nm, but it has shown great capabilities.

High frequency, low power consumption, and more powerful usage range.

Jiang Cheng simulated it in the body supercalculation, and felt that he basically met his requirements, "Can it reach 4 cores?" "

To improve the process technology, within 32nm, we can completely produce more than 4 cores." Ding Chengjun said.

However, he then said, "Because the circuit logic of the chip is different, there are 4 potentials, although our instruction set is optimized somewhat, but it is not good enough." "

The main reason is that this is a brand new chip, the relevant logic is not the same, according to the understanding of Ding Chengjun and others, although Jiang Cheng has taken several classes, it is not so easy to fully master and understand.

Just like ordinary logic calculations, ordinary binary processors use adders, multipliers and the like, but for carbon-based chips, there are simpler methods.

However, these optimized instruction sets are not optimized enough.

But the desired effect was achieved.

Jiang Chengdao, "Chengjun, you have worked hard. With the T17 chip, we can achieve greater and stronger use on this basis.

"This is the Falcon chip I asked people to design, codenamed T18, which will form a series and be used in smart glasses, and it is enough to have dual cores."

As Jiang Cheng spoke, he took out a USB flash drive and gave it to Ding Chengjun.

This Falcon series chip was designed by Jiang Cheng to let "Xiao Feng", and the use is on the new generation of AR smart glasses led by Dong Junyu.

Because of the magic of carbon-based chips, chips and circuits can be attached to the frame very thinly, and with a very tiny battery, glasses can achieve good battery life.

The power consumption of carbon-based chips is too low.

If it does not need to run at full load and is used in standby, the power consumption measured by Jiang Cheng is about 0.3W.

Jiang Cheng is powerful, Ding Chengjun has long understood, took the USB flash drive, and said, "Then Cheng, this chip is still operated by our business department, right?"

"Yes, run by you, now our factory is not good, you have some samples in the laboratory, I will give them to Dong Junyu, now with carbon-based chips, this powerful glasses, it is time to come out!" Jiang Cheng was full of confidence and said proudly.

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