Madam, As Much As You Want

"Mr. Chen," Dean Wu looked away from the chip with difficulty, "Can you briefly introduce this chip? 99

Chen Chong smiled and nodded, and said:

"Of course no problem! 35

"This chip uses a 'chemical deposition + etching' preparation method similar to the DP-2 room temperature superconducting material!

"Combined with the special graphene extraction tool I made, the graphene material can be completely transformed into the most suitable quality for chips!

"In this way, we will no longer be technically limited by the precision of lithography!""

“And actually, there is a lot of room for improvement in this approach!”

"If this wasn't the game, I could shrink the chip process further and increase the number of transistors per square millimeter!"5

"Now the chips in my hand have more than one billion transistors per square millimeter!"

"The process technology has also been improved to 5 nanometers!"

"The chip in my hand is not the best, but it is fully qualified for commercialization! 99

"And the superiority of this carbon-based chip in its physical properties will be unmatched by silicon-based chips anyway!

Dean Wu took a deep breath of excitement to calm down, and then asked tremblingly:

"What about the difficulty of mass production?"

Chen Chong smiled and said:

"Thanks to my optimized process!

"This carbon-based chip is no more difficult to produce than a silicon-based chip!

"As for the cost. 23  …

Chen Chong glanced at the graphene extraction tool and continued:

"Considering that the graphene preparation tools are not yet fully scaled, the cost may be slightly higher!

"However, compared to silicon-based chips, it's about one-tenth higher!""

"It's a totally affordable cost!"

When President Wu heard Chen Chong's words, his excitement was accompanied by emotion, and he almost choked up for a while.

"In the case of the real machine test, what does Mr. Chen plan to do?"

Chen Chong looked at Rice Lei Jun, and then took out a rice phone that he had prepared for a long time.

It's not the rice phone he chose, but this phone happened to be the rest of the phone he used before.

Adhering to the concept of no waste, use it directly.

"This phone, I made some changes to some of the components in it to fit the carbon-based chip in my hand!"

"I'm going to name it Beyond the X-1 Carbon-Based Chip!"

"People present can check this phone, I just took the Qualcomm Snapdragon processor inside!

"Adaptation was made elsewhere, nothing else changed substantially!

Soon, the knowledgeable people on the scene helped to detect the rice phone in front of the camera.

Later, under the attention of many people around the world, Chen Chong put the very thin Beyond X-1 carbon-based chip into the rice phone.

Soon, with the operation of Chen Chong, on the projector screen on the scene.

The picture on the screen of the rice phone scattered like fragments, and then presented in front of everyone was an ordinary rice phone.

Under the stage, Da Mi Lei Jun endured the excitement in his heart, he was a little fidgety, and stood up from his chair.

Shao Yi continued.

"I believe you have seen it when you entered the exhibition center.

"Compared with the rice series mobile phones using traditional silicon-based chips, the rice mobile phones using Longchao X-1 series chips will reduce the thickness by 1mm and the weight by 16%! 35

"And all this without sacrificing phone performance..."

"Even under the premise of innovative mobile phone performance!

When they heard this sentence, almost everyone present, including Dami Leijun and Kui Ke from the fruit company.

Without exception, there was an expression of extreme shock on his face.

Reduce the thickness of mobile phones by a millimeter?

And without sacrificing the performance of the phone itself!?

"how can that be!"

Dami Lei Jun, involuntarily vented the shock in his heart,

Da Mi Lei Jun, whose face was full of shock, suddenly thought of something, lowered his head and whispered, "No, not necessarily... Maybe it's really possible! 35

Carbon-based chips themselves are very thin, much thinner than regular silicon-based chips!

Although it is much thinner, it does not affect the heat dissipation!

The problem of heat dissipation is a problem that exists in any microelectronic device.

Generally speaking.

The methods of major manufacturers to solve the heat dissipation problem of mobile phones are to install a graphite thermal conductive sheet under the processor.

Either add heat dissipation gel, or add PC-level heat dissipation technology - heat pipe for higher power.

However, these designs, in the face of carbon-based chips, are purely redundant!

Even without considering the low power consumption characteristics of carbon-based chips.

Its own physical properties also determine that it no longer needs to use the power of other materials to take away excess thermal energy like traditional silicon-based semiconductors.

As if answering the question that Da Mi Lei Jun blurted out, Chen Chong said with a smile.

"Just like I said before!"

"The impact of carbon-based chips on the entire electronics industry will be subversive!

‘Not just the chip itself!

'Supported by the excellent physical properties of graphene materials, our engineers can have a broader design imagination!

"No need to make tough trade-offs between performance and space!

"It's done!"

"This rice phone was the flagship phone two years ago!"

"If you have this phone, you can take one out for comparison!

"Next, I will start the experiment!"

Dami Lei Jun in the audience immediately said: "No, I have a brand new mobile phone that is exactly the same as the one in Teacher Chen's hand!"

"You can use this as a control prototype!

Under the expectation and witness of countless people, Chen Chong used the most simple and easy-to-understand comparison method for ordinary people to compare.

He pressed the power button on both phones at the same time.

Almost as soon as he pressed the power-on button and met the requirements for turning on the phone, the rice phone with the carbon-based chip was already turned on!

On the other hand, when looking at another new mobile phone of the same style, the screen has just started to light up!

"Fuck!"

"I have this phone from Rice too! 35

"But is this really the boot speed this phone should have?"

"Just outrageous!"

"It's clearly because the carbon-based chip instantly starts up with the maximum power after the power-on command is input, reacts, and completes the boot!"

"Even if the carbon-based chip was turned on at full power, the temperature of the two mobile phones in the detection box did not change at all! 99

"That's something silicon-based chips can't do anyway!

"When designing a silicon-based chip, the designer will sacrifice the precious space on the chip to install something for heat dissipation in order to consider the problem of heat dissipation!

"But carbon-based chips don't need to consider heat dissipation at all!"

"No matter when, you can run the chip at full power and exert the maximum function of the chip!

"It won't have any effect on the chip!

The people on the barrage couldn't be more shocked.

In fact, many people have almost no clear concept of how strong carbon-based chips are compared to silicon-based chips.

And this test, let them understand how big the gap is!

Subsequently, Chen Chong used professional mobile phone testing tools to test the two mobile phones respectively!

The result is that the rice phone with the carbon-based chip has surpassed the A15 chip currently used in the fruit 14Pro in performance!

And it is still the surpassing of 773 places in the whole party!

On the professional testing software, the A15 chip was hoisted up and played by this Beyond X-1 carbon-based chip that Chen Chong made out!

This is just a simple chip comparison.

If you compare the whole machine with chips connected in series, this rice phone two years ago is not as good as the fruit 14 except the screen and a series of accessories that have not been replaced, and all the others are hung up and played!

Moreover, in terms of mobile phone power consumption, the audience exclaimed!

after testing.

This rice phone implanted with a carbon-based chip, you don't have to worry about the power loss too fast when watching videos!

It can support at least ten hours of watching movies and ten hours of games at full power!

You must know that the current mobile phone with strong battery life can never achieve this level in terms of power consumption!

Moreover, this is only the improvement brought by simply replacing a carbon-based chip.

If you use the Beyond 2 battery that came with the holographic mobile phone that Chen Chong bought before...

Then this phone can watch movies for dozens of hours at full power!

As Chen Chong completed the tests one by one, the American semiconductor industry practitioners who were following his test results felt fear from the bottom of their hearts!

Whether it's Intel, Qualcomm or ADM.

The reason why these traditional semiconductor giants can override the anti-monopoly law is to do whatever they want to the downstream of the entire industry chain through a loose alliance.

What they rely on is nothing more than that the ecology of the entire industry is built around them!

Regardless of the situation in the downstream industry.

As long as these companies, the ecology that took decades to build will still exist.

As long as the world doesn't go back to the primitive society, then they can sit at the top of the pyramid and laugh at the changes under the pyramid!

And now, the emergence of Chen Chong's Beyond X-1 carbon-based chip has completely broken this status quo!