My Strength Does Not Allow Me to Low-key

I opened a new book: The End of the World: My house can be upgraded, my brothers help to collect it, and give me some recommendations!

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The breakthrough of Chuncheng Institute of Optics and Mechanics has surprised many domestic chip manufacturers.

We must know that our lithography machine has not been able to make breakthroughs until now. In fact, the main point is the light source system.

The light source of the entire lithography machine must be integrated into a system at the time of exposure.

For example, the entire exposure system of a lithography machine requires a light source from Seymour in the United States, a laser from TRUMPF in Germany, a lens from Zeiss in Germany, and so on.

And these brands, no matter which one comes out, they are all great players in their respective fields.

And we can only rely on the Spring City Optical Machinery Institute to fight alone.

And when it comes to funding, we are far worse than others.

For the Optical Machinery Institute in Spring City, last year's funding was only 3.3 billion yuan.

For example, the above-mentioned giants, it can be said that even a fraction of others can not be compared.

For example, Seymour, who makes extreme ultraviolet light sources, has more than 3.3 billion U.S. dollars in research and development expenditure a year, not to mention the profit.

The most well-known of these three companies is Germany's Zeiss, and this company's annual net profit is more than 3.3 billion U.S. dollars.

Compared with them, our Spring City Light Machinery Institute really eats grass and squeezes out milk.

Only 3.3 billion soft sister currency funds, not only to do the aircraft and satellite shots.

The exposure system of the lithography machine is also to be built. This is really what people are doing.

And with the support of such not-so-high conditions, Chuncheng Institute of Optics and Mechanics stubbornly conquered the 28-nanometer light source exposure system and was able to achieve mass production.

In fact, as early as two years ago, we had already conquered the 28-nanometer chip process technology.

However, this yield rate has not been able to rise, and Tejidian and Sansang have achieved more than 95% of the yield rate of chips at this level.

But after two years of hard work, we can see that the yield rate has reached about 50%.

With the addition of the light source of the Spring City Optical Machinery Institute, our yield rate is naturally greatly improved.

Although it still can't catch up with the 90% yield rate of Teji and Sansang, at the very least, it has brought the gap between us and those two families one step closer.

The reason why there is still a gap lies in the craftsmanship of other processing processes.

No way, although the chips are basically produced by high-precision equipment.

But in fact, many key points in the middle still depend on people.

In this process, we lack key talents in many steps.

This is where we really lack technical talents.

But this time with the Japanese shot, the Chuncheng Optical Machinery Institute has doubled the production process of the light source system.

Completed the 28-nanometer process, a big leap to the 14-nanometer process.

It seems that the process is only doubled, but the actual effect is incredible.

Chips made of 14nm process are 20% more efficient than chips made of 28nm process, and energy consumption is reduced by 57%...

If this kind of light source system is used to produce carbon nanotube chips, it can fully upgrade the carbon nanotube chip technology we currently master to a generation like before.

And if it is a carbon nanotube chip, the 14-nanometer carbon nanotube chip is 40% higher in performance and efficiency than the 28-nanometer carbon nanotube chip.

As for energy consumption, it can be reduced by 60%.

No way, this is determined by the nature of carbon-based chips.

And this major breakthrough of Chuncheng Institute of Optics and Mechanics can be said to have made my country a full step forward in the field of silicon-based chips and carbon-based chips.

Especially in the field of carbon-based chips, this one is particularly important.

Because at present, our country has mastered the production and manufacturing technology of carbon nanotube chips.

To be honest, we are still in the process of exploring and perfecting the production process for the current production of carbon nanotube chips.

After all, this is a brand new product, and although you have produced this kind of chip, if you assemble it into a whole machine.

So should other parts in the machine be adjusted too, otherwise, if it is directly hard-linked with the silicon-based chip.

Will there be conflicts between hardware, or a waste of efficiency?

So these are in the groping stage.

And with this kind of chip, you can not only use it to produce mobile phones.

There are also desktop computers, laptops, tablets, and even servers, supercomputers and many other large electronic devices that require this kind of chip.

Therefore, our carbon nanotube chips are currently only at the stage of producing 28nm process.

Because after all, this kind of chip is just born, even if there is a black technology company, Spark Technology, which provides technical support behind it.

But they don't dare to bring out a full set of production equipment and mature production technology all at once.

After all, to produce this kind of chips requires a lot of brand-new production equipment, which we need to design and manufacture ourselves.

There are still many supporting hardware, and it is necessary to redesign production equipment and research and develop production technology. All of these fall on the head of Xinghuo Technology.

So during this period of time, we are basically producing while improving, and then replacing.

Therefore, the recent production of carbon nanotube chips can be said to have been in the climbing stage.

The yield rate has been climbing, and has climbed from 30% to 60%.

This shows that there is still a lot of potential to be tapped. According to normal laws, at least 90% or 95% must be climbed.

Only then can the process be mature.

Why do we have to die in a 28nm process carbon nanotube chip technology!

That's because of the principle of One Litong Bailitong.

As long as we understand the manufacturing process of the 28-nanometer carbon nanotube chip, we will be upgrading in the future.

For example, when we produce 14-nanometer, or 7-nanometer, and 5-nanometer carbon nanotube chips, we can have traces to follow.

Doing things in accordance with the law is twice the result with half the effort.

This is equivalent to a wasteland reclamation process, and it is also an opportunity to specify rules and procedures.

In the future, once the carbon nanotube chip manufacturing technology is promoted to the world, then we will be the rule makers.

Therefore, this rule must be perfected, and it must not leave any loopholes for foreigners to exploit.

So we are not in a hurry...

Moreover, although the production capacity of this carbon nanotube chip has been climbing, it is still in short supply in the market.

The demand for chips with such excellent performance in the market is too great.

The first is to satisfy the self-use of Spark Technology, and its brother units, such as the ninth laboratory, and the laboratory of the famous chef group.

After all, their company’s computers and servers must not be able to use American products anymore.

Because since they have broken through one after another, they have blasted a series of pipe cards set up in the United States to clear the customs.

The Americans are also anxious, and in many cases they don't even want that, and simply tear their faces.

Hackers attack us through the Internet at every turn.

However, after discovering that the hacker attack was not good enough, I simply used the hardware backdoor.

For example, on the chip and the motherboard, they all have backdoors.

But later, when they discovered that the means of playing hooligans through the back door was not working well, they even directly launched a physical attack.

Detonate your motherboard and server directly by remote control. Anyway, if I can't get it, you can't get it either.

I can't get it, and I can't make you happy.

In the previous period of time, the computers and servers of these companies often burned circuit boards and crashed frequently.

But it has brought a lot of losses to these companies.

So now that we have our own chips, we naturally have to replace the American products.

In addition to these companies, partners such as H company are also one of the main users.

Now their mate50 flagship machine has been bought to fly, and the heat exploded directly.

We shipped 100 million units in China...

What kind of concept is Nima? It's not counting all the friends and merchants, but also taking a big bite of the apple.

And looking at the current situation, the sales of their flagship machine does not mean to stop.

It seems that it is selling 100 million units in China, which shouldn't be a problem.

The next step is naturally going to sea.

And they predict that at least 100 million units will be sold in Southeast Asia and Europe.

However, they have no plans to go to sea recently.

Because foreign countries have more restrictions, especially their carbon nanotube chip mobile phones, when it comes to accessing the Internet, these foreigners will make things difficult for them.

Especially in the European market, it is very troublesome anyway.

What they have to do now is to stabilize the domestic market first...

In addition to mobile phones, H Company is currently developing computers and tablets with this chip as its core.

That's right, UU reading www.uukanshu.com their purpose is to kill all assembly plants.

As for their products, it is naturally supportive.

To be honest, the computers that our government purchased in the past were all assembled. The core hardware components were all from the United States, and the operating system was also from the United States.

We have suffered in this respect, not once or twice...

Now, with the support of Spark Technology, Company H has finally made a major breakthrough in mobile phones and operating systems.

The above is naturally looking forward to, they can also make breakthroughs as soon as possible for office computers.

Although computers and tablets are currently in the testing stage, even so, some important agencies above have already placed a lot of orders for H company.

As for their flagship machine, let alone, it is a working machine designated by many government agencies and enterprises.

Even many important files must be saved and transferred on this phone...