"Secondly, our 'ls chip' is also the most advanced universal advanced microprocessor, with basic components including register stacks, operators, timing control circuits, and data and address buses."

"In addition, in terms of the structure of the 'ls chip', I want to announce a major news that the structure of our 'ls chip' is also different from that of conventional microprocessors."

"Generally speaking, the microprocessors of computer chips are 32 and 64 bits, and the more advanced ones can reach 128 bits, but our computer chips use more advanced computer algorithms, and the number of bits can be compatible with 1024 bits."

As soon as Su Cheng said this, it caused a commotion at the scene. Many experts who were proficient in computers were even more shocked. They wanted to refute Su Cheng, but they did not dare to say it at will.

It’s not that they are surprised. In fact, in daily life, the commonly referred to as 64-bit technology is relative to 32-bit. The data width of the CPU in this bit is 64-bit. The 64-bit instruction set is the instructions that run 64-bit data, which means that the processor can run 64-bit data at one time.

For example, from 32 bits to 64 bits, it seems that the CPU's word length has doubled, but in fact it increases the addressing range, maximum memory capacity, data transmission and processing speed, numerical accuracy and other indicators.

The result is that the CPU's processing capacity has been greatly improved, especially for strongly relying on numerical operations, with huge data throughput and applications that require extremely large concurrent processing, which has very obvious improvement effect.

I won’t mention artificial intelligence. In addition, the improvement is also reflected in scientific computing, graphic design, video processing, 3D animation and games, databases and various network servers.

However, the higher the number of bits, it also means that once it runs, the load on the chip is greater and the memory must be large enough, otherwise even the higher the number of bits is equivalent to useless.

Of course, this is not a problem for the 'ls chip' with a gate length of 1nm.

Su Cheng continued: "Don't be excited, and don't deny it first. Let me explain the reason in detail. Why can our number of bits exceed the number of bits in computers nowadays? On the one hand, it is the need for AI intelligence. It is necessary to have such a high number of bits to create a real AI. Just like the one next to me, the reason why she is so smart is because her central microprocessor has a high number of bits."

In fact, the number of bits of one is much higher than that of 1024. Anyway, it is above the 25th power of 2. Because it is a three-dimensional structure, the gate length is 0.1nm, and it is not a conventional ls chip.

"Secondly, the structure of our 'ls chip' is two-dimensional. What is a 2-dimensional chip? I think experts here who are proficient in computer chips should understand it. Simply put, the chips you make are all one-dimensional, irreversible, and cannot be used interactively, while our 'ls chip' can achieve reversal and interactive information units to a certain extent, and will not be mixed."

Su Cheng explained that when he reached this point, many experts began to think hard on the spot. After a moment, some suddenly realized and were so excited that they were extremely excited.

"Yes, I'm saying it's so right. Mr. Su's words made me suddenly enlightened!"

"We have been seeking breakthroughs in other aspects before, but we can't get a good result at all. It turns out that we've made a mistake in the direction."

"But it's not easy to achieve structural compatibility and interaction."

"But Chaowei Technology has been realized. If I hadn't come to the new product launch conference in person today, I wouldn't have known that Chaowei Technology's technical strength has reached this level."

"This 'ls chip' can be at least 10 years ahead of the world with this '1024-digit' structure!"

"It's not just 10 years, at least 50 years!"

"50 years are too many, 10 years are too few, and 20 years are there."

On the stage, Su Cheng moved his hand and saw that the three-dimensional picture changed and turned into a laptop that had been enlarged dozens of times.

"Just talking just doesn't work. Let's show you what we have. Our company uses this 'ls chip' to make a computer with a computing speed of no less than 'Tianhe No. 1'."

As Su Cheng finished speaking, in the three-dimensional three-dimensional picture, videos measuring the speed of calculation began on the notebook screen, including meteorological operations over decades and solving systems of equations of billions of variables.

After nearly three minutes of playback, the three-dimensional picture ended, and a number was finally displayed on it.

2,2315,4265,4521,1545!

"This is... fake!"

"My God, just a laptop!"

"It's too exaggerated, how is that possible!"

"This is not a computer that is only no lower than Tianhe No. 1, it is almost comparable to a superconducting quantum computer!"

"Yes, Huaxia Tianhe No. 1 has only one hundred trillion times per second, and this laptop actually reaches 20 trillion times, which is too exaggerated!"

For the experts on the scene, the numbers shown above have extremely strong impact on them.

Su Cheng smiled and said, "A 2, followed by 16-digit numbers. You are not mistaken. The number of calculations of this computer has reached 20 trillion times per second, which is a little stronger than Tianhe No. 1. Of course, it is not as good as a real superconducting quantum computer."

At present, the most powerful supercomputer in China is the Light of Taihu, with a computing speed of 125,000 trillion per second.

The most recent superconducting quantum computer is much faster than this calculation speed, conservatively estimated to be hundreds of millions of times.

After all, superconducting quantum computers already belong to the category of "small superdimensionality", and the two are not on the same order of magnitude.

Of course, superconducting quantum computers have not been truly born in the world. Even if China had published similar research results before, they were just laboratory ideas and not real things.

According to the evidence collected by DIC, Su Cheng is the only one in the world who has superconducting quantum computers, which is the one he drew from Superdimensional Science and Technology City before.

"But don't think that this laptop is very small, it is a computer carefully developed by our company. The manufacturing cost is 50 million US dollars per unit, which is not cheap."

Many people heard Su Cheng's words twitched violently. Is this a 50 million US dollar per unit expensive?

It's simply too cheap. The large supercomputer that is placed in a large room of dozens or even hundreds of square meters has a computing speed similar to yours, and it's even less than you. It takes billions of soft sister coins to make it.

And you are small in size, easy to carry, and fast computing speed. It is only 50 million US dollars. Isn't this too cheap?

Su Cheng continued while the experts on the scene were dumbfounded.

"This video is not about showing off or boasting, but about telling everyone that the 'ls chips' produced by our company not only have the ability to carry artificial intelligence, but can also be used as the core chips of supercomputers."

"Of course, the chip of the computer just now is much more expensive than the conventional 'ls chip' and has much better performance. If you have any friends who want it, you can go to our company to make an appointment after the press conference later."

"I'll also miss a regular 'ls chip' for everyone, which can carry computers with a computing speed of about two trillion times."

"In the current era when computer computing speeds are below 10 billion times, I think our company's 'ls chip' can inject more vitality into the computer field."

Anyway, it’s not bad or swearing. Once the “ls chip” of Chaowei Technology is released, it will inevitably hit all computer chips. Whether it is inter or adm, you have to take a break.

Of course, some manufacturers may be able to make chips that have faster computing speeds than this, but under the same volume, they absolutely do not have such capabilities, because the lithography machine of Superwei Technology's "ls chip" is more high-end, and the material of "ls chip" is the best quality graphene.

Even if they have technology, but without materials and equipment, they cannot achieve such perfection in Superwei Technology. According to the estimates of Electric 2 and Electric 1, it will take at least twenty or thirty years for Earth Technology to achieve this level. After 20 or thirty years, Superwei Technology will not know which generation of chips it has begun to develop.

After spending more than ten minutes talking about other issues about the 'ls chip', Su Cheng gradually introduced the atmosphere to a close link.

"Finally, it is also a question that everyone is more concerned about. What price will our Chaowei Technology sell such a good chip?"

"Specifically, in order to give back to society and to contribute to the evolution of the human world, our company will bring the 'ls chip' to everyone at a low price, hoping that it can benefit the whole world."

"300 US dollars per coin, I think this is a price that all computer manufacturers in the market can accept."

...
Chapter completed!