I have opened a new book: Global Apocalypse: My house can be upgraded. Brothers, please help me collect it and give me some recommendations!

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After all, the weight of this sentence is too heavy, and a new electronic material that is not based on silicon is developed.

You are like changing the life of the entire electronics industry!

Do you know how many companies are making a living by relying on this thing now?

But at this time, Mr. Yu had no intention of stopping.

"I know everyone is very interested in this chip, so I'll introduce it to you."

"We use carbon nanotube materials for this chip..."

As soon as these words came out, the venue, which was already manic, immediately fell into a state of silence again.

People who know how to do things know that before in the field of electronics, when developing new materials.

Some people have proposed that carbon-based materials should be used instead of silicon-based materials.

But no one has ever given any explanation for how to operate it.

As for carbon nanotubes, some people have mentioned them, but very few of them are actually made.

People who have never heard of it have already started to open the web page to search, what is this carbon nanotube?

And when they searched for the results, many people were stunned.

Damn, just before you released this chip, the only team in the world who has made carbon nanotube chips, that is, MIT.

However, the chips they made of carbon nanotubes only use more than 10,000 carbon nanotubes.

As for the effect of making the chip, haha, it's just an entertainment product.

It can be said that carbon nanotubes are not without research.

However, most of the research results are still in the laboratory stage.

If you can take it out and apply it, there is definitely no such thing as it is applied.

Now the laboratories of H Company and Bincheng University of Technology have actually come up with a commercially available carbon nanotube chip.

This is a damn...

To be honest, if it wasn't for the facts, many people might not believe what Mr. Yu said was true.

Because at this time, Mr. Yu was no longer holding his cell phone.

Instead, I took out a chip from my pocket, the size of a fingernail.

It was encapsulated in a glass cover, and at this time all the cameras on the scene were exposed and taken photos.

Because everyone knows that a landmark product is really here!

This is the world's first truly commercially available carbon nanotube chip!

If it is true as Mr. Yu said after verification, then the pattern of the world's electronic technology world will really change.

In the past, the electronic technology world was almost the world of Europe and the United States.

Although the Southern Dynasties had a full industrial chain, Japan had Shintsuki Chemical, which could produce photoresist and silicon wafers, and Baodao had its own unique features.

When these companies look at their market value, they are all giants.

When looking at annual income, they are also amazing giant enterprises.

But in fact, if they really want to trace their technology back, it can almost be said that 95% of them originated from the United States, and 5% of them originated from the United Kingdom.

Only Japan has mastered the gas source technology of 0.00%...

As for other countries in the world, there is only one left in the field of electronic technology...

Speaking of the current electronics industry, whether it is from making chip silicon wafers or transistors for integrated circuits.

Then to the later chip architecture and programming languages, these can be said to have originated in the United States.

That is, the streamlined architecture ARM that was later widely used on mobile phones, was a British company.

As for the others, almost all originated from the United States.

Now a company in H Country has developed a material that is completely different from silicon-based and has made chips.

So what does this mean?

This means, from the hardware field.

I have been by the X86 architecture and the ARM architecture. The chips made of this material do not need to use the architectures formulated by the Americans and the British.

In the past, when we talked about chips, we couldn’t get away from two architectures.

Computer chips mainly use Intel's X86 architecture, while mobile phone manufacturers almost everyone uses ARM architecture.

This is equivalent to that if you want to develop chips, you have to buy a homestead from others.

In the computer field, Intel is the only one in power, and the X86 architecture can be said to be sweeping the entire computer chip market.

Previously, several companies had developed different types of architectures, but in the end they all went silent due to market compatibility issues.

In the era of smartphones, ARM architecture became popular.

Almost all mobile phone manufacturers must obtain the right to collect ARM in order to use their architecture to develop their own chips.

Both Android and Fruit IOS are the same.

For example, manufacturers using Android systems have basically three major camps of chips.

One is Qualcomm's Snapdragon, one is H's Kirin, and the other is Sansan's Inos.

Sansang can not mention it, but only talk about Snapdragon and Qilin.

Both chips use ARM's public version architecture.

It is equivalent to buying someone’s unfinished house. After going back, it is just a decoration according to your favorite style.

As for the IOS of another giant fruit, it is better than Qualcomm and Kirin.

This is because in order to adapt the chip to its own IOS system, they directly modified the public version and redesigned it.

This is like, they also bought a rough house provided by ARM, but they did not directly decorate it.

Instead, I took off the house and built a new building according to my preferences.

This is the important reason why Fruit's A-series chips can always be one step ahead.

And this is the embodiment of technical strength.

At present, only fruits can do this in the world and can succeed.

So, now all over the world, as long as you use your computer and your mobile phone.

Then the CPU of your computer and mobile phone is inseparable from the acquisition rights of American and British companies.

If you don't have someone's right to collect, you will not be able to develop a chip.

Now, Company H has actually created a carbon nanotube chip.

This is equivalent to taking me to play and selling it to me in the unfinished house.

But now I won’t play with you anymore because I have developed a new map outside.

I can not only build houses on newly developed land.

And we don’t have to abide by the rules and regulations you set. We can build this house as much as we want.

If I like squares, I will cover them as squares. If I like to cover them as triangles, I will cover them as triangles.

The most important thing is the new house I built. Although the shape is strange, you have to talk about the living function.

But it can be as comfortable as the one you build, and even has many new functions than yours.

And your house, due to the limitations of rules and regulations, can only build a small bungalow on one floor in the future.

Because your foundation has already limited the characteristics of the future design and development of the house.

And mine is different. My foundation can be guaranteed that I built a small bungalow today.

In a few days, my house can be built into a high-rise building!

This is the charm of carbon nanotube chips.

So when everyone heard Mr. Yu say that this carbon nanotube chip is only a 23-nanometer process at present, it is not too heartbreaking.

Because just talking about this, many people have already seen the end of silicon-based chips.

The performance of a 23-nanometer carbon nanotube chip has completely crushed the 5-nanometer silicon-based chip.

Especially the strength shown by this little star AI chip, let alone Snapdragon 888.

Even if you take the fruit A14, you will only have to be beaten.

The previous scores of this chip did not fully release all its strength.

This is Mr. Yu’s original words, because they said it.
To be continued...