656 There are always more solutions than difficulties
"But this kind of chip, it's easy to say, but it's really hard to make it."
"Especially if you want to produce them, you need the corresponding supporting equipment......"
Stephen changed his words when he said this, and then looked at Yang Yinuan, which meant very clearly.
Xiao Yang, you have to work harder!
And Pan Dechuang next to him slapped him: "Stephen, I know what you mean, you want to say, we need lithography machines?" ”
"Oh, when it comes to optical technology, it's really troublesome!"
"At present, there are not many companies in our country that can independently produce lithography machines."
"And even if they can be produced, most of them are low-end chips with faces, and there are really few that can produce high-end chips."
Speaking of which, it is another shortcoming of Yanlong Industry.
The high-end equipment of lithography machine is currently in the hands of some large foreign manufacturers.
In particular, several large factories in the Stars and Stripes are the majority shareholders of the manufacturers that can produce the most high-end lithography machines in the world.
In order to beat their competitors, they have very strict control over the production and sales of lithography machines.
In recent years, some large chip manufacturers in Yanlong Kingdom have been hindered to buy lithography machines from overseas.
This is directly related to market competition.
And now they are also going to enter the chip hardware, and this lithography machine has naturally become an obstacle.
Stephen smiled and nodded: "Well, it's true that this lithography machine is indeed a problem. ”
"But if we want to produce bionic chips, the main difficulty is that we need to use a completely new device."
Pan Dechuang was a little confused: "Big guy, what do you mean by that?" ”
Stephen smiled slightly: "Because we don't produce chips in the traditional sense, in the process of producing chips, many processes and processes need to be innovated. ”
"For example, in our bionic chips, the main component used is not transistors, but Josephson's Festival."
"This component can mimic the ganglia of the human brain, and each Josephson node can represent a synapse."
"But the most important thing is that we want to make these Josephson nodes mimic the arrangement of neurons in the human brain."
"The human brain, because of the unique neuronal arrangement, can ensure a super high working state, but has a very low energy consumption."
"Today's chips are laid with transistors, and they are all stacked layer by layer."
"And our bionic chip really wants to build this Josephson Festival together in a three-dimensional way."
"The superposition formed in this way is no longer the previous pattern of layer-by-layer advancement, but scattering."
"When electrons transmit electrical signals in the chip, the pathways will be more diverse."
"For example, when electrons transmitted electrical signals in the past, in the traditional silicon-based chips, they went straight to the bottom."
"He can only flow between the transistor turning on and off, and now it's a Josephson festival when he receives a stimulus, which causes the electron to penetrate the effect."
"And this electron is scattered, it can pass through this ganglion and then scatter in all directions."
"After scattering in this way, multiple sets of electrical signals are formed, so that the chip can handle multiple complex problems in the shortest possible time."
"The way the previous chip handled the problem was, 1010, which stands for whether or not, layer by layer."
"And the current way that the bionic chip deals with the problem is that this direction is responsible for 10, the other direction is responsible for 01, and then the other direction is responsible for 001......"
"At the end of the day, all the signals are aggregated, and then you can get a lot of answers at the same time."
"This greatly improves the speed of the computer, the speed of processing problems, and the purpose of maximizing the effect with the least amount of computing power."
"At the same time, it also effectively reduces energy consumption ......"
At this time, Stephen explained to everyone the working mode of this new bionic chip that he envisioned.
Although Yang Yinuan is a layman, he also vaguely understands.
Not to mention Pan Dechuang, who was sitting across from Stephen, who had even stood up excitedly and started pacing back and forth in the room.
"This kind of chip, that's too bullish, we have to produce it."
"Even if it's just a low-end one, it's much more than the ordinary silicon-based chips on the market."
"And with such a chip, our metaverse hardware equipment will definitely be able to be built!"
"After all, with the current ordinary chips, it is absolutely impossible to meet the huge computing power of the metaverse world."
"So now many so-called metaverse manufacturers are desperately adding servers to themselves, just to increase the computing and storage capacity of the cloud."
"But for users, no matter how big manufacturers add servers, for them, there will definitely be network latency."
"And once there is a problem with the network or electricity, then they will be disconnected from the metaverse world, which will affect their feelings about the metaverse too much."
"But if they can have such a headset equipped with a bionic chip, then they can land in their metaverse world at any time."
"And such metaverse glasses no longer need any dragging antenna design."
"The VR/AR glasses produced with this chip can be a portable device for consumers to carry around."
Pan Dechuang has been engaged in artificial intelligence in large factories in the south before, and he has also seen a lot of artificial intelligence-related equipment.
He knows too much about the quality of these VR/AR devices on the market.
And as soon as Stephen said the bull break of this bionic chip, he immediately understood the benefits of this kind of thing.
As soon as he thought of this, he seemed to have seen the glorious future of the red power, and he was even more excited to rush in front of Stephen.
"Big guy, since you've thought of this kind of chip, what are you waiting for? Shall we produce him first? ”
But at this time, Stephen shook his head with a wry smile: "Do you think I don't want to?" The problem is that we don't have that kind of high-end equipment now, do we? ”
Unexpectedly, Pan Dechuang looked at him very firmly and said: "There is no high-end equipment, isn't there a low-end one?" ”
"Let's try to produce some low-end chips! We can't reach the high-end chip manufacturing process, but we can produce some low-end chips first, and then link a few pieces together to use it! ”
"Several low-end chips are linked together, and the computing power can also reach the level of high-end chips, and the only trouble is packaging."
Pan Dechuang's statement made Stephen's eyes light up, and finally made him understand what it means to have more ways than difficulties.