Chapter 277 Upgrade! The second generation of brain-computer interface chip is born!

The same applies to the subsequent knowledge infusion technology. After all, video images, sounds, and pain can be generated in the brain.

Is it possible to generate knowledge directly into the brain?

It seems possible!

It can be said that through Xingtu Technology's brain-computer interface chip, they have already anticipated that knowledge infusion technology and virtual world technology are possible.

At least now Xingtu Technology can make a prototype, just like the prototype of computers in the 20s.

Although the computing power and capabilities of computers in the 20s are nothing compared to today.

But we have to admit that they are the prototypes of all modern computers. It is because of those first generation computers that today's computers are so powerful.

The functions demonstrated by the brain-computer interface chip at this time are undoubtedly the prototype of knowledge infusion technology and virtual world technology.

As a result, media around the world reported the news like crazy, and all the articles were filled with shock.

As for people around the world, they also feel through media reports that a new era has arrived.

Under such circumstances, countless people around the world have focused their attention on Xingtu Technology, wanting to know how much the first generation of brain-computer interface chips will cost.

After all, Xingtu Technology has never publicly stated how much the first-generation brain-computer interface chip will cost?

There is no word on the production volume of the first generation of brain-computer interface chips, let alone when they will be available on the market.

Under such circumstances, many people around the world are really looking forward to it.

I just want to know the price of Xingtu Technology's first-generation brain-computer interface chip, its production volume, and when it will be launched...

However, despite the anticipation of countless people around the world, Lin Feng was not prepared to sell the first generation of brain-computer interface chips.

Because the first generation of brain-computer interface chips are very powerful in people's eyes, but in Lin Feng's eyes it is still far from meeting his needs.

After all, Lin Feng's purpose in developing the brain-computer interface chip is not to make money, but to use it to realize knowledge infusion technology and virtual world technology.

Today's first-generation brain-computer interface chips are like the 80 personal computers of the 286s, and have already shown their bright future prospects.

What Lin Feng needs is a supercomputer for 2024. The two are completely different concepts, with huge differences in performance and functions.

Under such circumstances, this first-generation brain-computer interface chip naturally cannot meet Lin Feng's needs.

Therefore, this first-generation brain-computer interface chip already has certain practical value and can be mass-produced for people to use.

However, Lin Feng directly ignored the first generation of brain-computer interface chips, and planned to only produce the second generation of brain-computer interface chips even if he produced and sold them.

So now Lin Feng needs to wait patiently for the accumulation of experience points and make preliminary preparations in preparation for upgrading to the second-generation brain-computer interface chip.

So time passed amid the lively reports of the global media. After waiting for a few days, Lin Feng finally accumulated enough experience points.

"Upgrade."

As Lin Feng spoke, the first-generation brain-computer interface chip in front of him, which was only the size of a soybean and had many carbon nanotubes, suddenly began to disintegrate.

Soon, in just a moment, the first-generation brain-computer interface chip in front of him had changed into a new appearance.

This time, its size has changed. It was originally the size of a soybean, but this time it has become the size of an adult's thumbnail. The most special thing about this second-generation brain-computer interface chip is that it is different from the first-generation brain-computer interface chip in that it does not have densely packed carbon nanotubes.

Seeing this unusual scene, Lin Feng not only did not show a surprised expression, but instead had a look of ecstasy on his face.

Because of the knowledge instilled into his mind, Lin Feng was pleasantly surprised to find that this second-generation brain-computer interface chip indeed required 1.9 million experience points.

Because the many high-tech technologies that come with it are worth 1.9 million experience points.

Based on the knowledge instilled in his mind, Lin Feng discovered that the electrode material used in this second-generation brain-computer interface chip was not carbon nanotube wire.

It uses a special material called 'growable electrode', which is somewhat similar to an 'injectable gel' that Lin Feng saw in his previous life.

However, the two have similar functions, but are actually made of different materials and have different ways of achieving growth.

However, although the materials are different and the methods of achieving growth are also different, they all have the same effect, which is to allow the brain to grow electrodes itself.

Instead of directly inserting electrode materials into the brain like the first generation brain-computer interface chip!

What are the advantages of allowing the brain to grow electrode materials?

This has many advantages, the biggest of which is that the number of electrodes in the brain-computer interface is enough to reach tens of thousands or even millions of times the original number!
The reason why 33 brain-computer interface chips of the first generation developed by Xingtu Technology had to work together was largely due to the problem of electrodes.

The original first-generation brain-computer interface chip had 10 electrodes. If the size of the brain-computer chip is increased, it is not impossible to increase the number of electrodes to 100 million or even millions.

But there is a problem of fault tolerance here, and this fault tolerance problem is that the current carbon nanotube wires actually require the carbon nanotube wires to be welded to the corresponding contacts.

This welding process is not easy. It is equivalent to using a knife tip of a few nanometers to carve a chip with a process technology of a few nanometers bit by bit.

This not only takes a lot of time, but also has very high production costs.

Because in the process of welding the carbon nanotube wire to the contact, if any part goes wrong, all your previous welding processes will be scrapped.

It can be said that this problem alone has resulted in the first generation of brain-computer interface chips being unable to be popularized on a large scale. Large-scale mass production is also a problem, and it is destined to be used only by a small number of wealthy people.

Therefore, in order to increase the yield rate, and for other reasons, we finally adopted the form of 33 brain-computer interface chips working together.

But now it is different. The current 'growable electrode' grows completely by itself and no longer requires welding electrode materials one by one.

You just need to inject special electromagnetic waves and corresponding materials into the brain, and then the electrode can be produced automatically.

Therefore, this second-generation brain-computer interface chip does not need to consider the issue of how to weld electrode materials.

The end result is that the number of electrodes can reach tens of thousands or even millions of times the original number.

It can be said that the number of electrodes that can be grown in the current second-generation brain-computer interface has exceeded 30 billion!
Such a large number of growable electrodes not only provide ultra-clear brain signals, but also give the brain-computer interface chip the special function of forcibly intervening in the brain through electrical signal simulation!
　I recommend my new book, "Uchiha's Gate of All Worlds". The old book will be completed, it's just a double-opening, so you don't have to worry about it being discontinued.

　　Introduction: On the night of the genocide, I traveled to the demon slayer world, but ended up turning into a demon at the beginning?
　　"Muzan, unfortunately, the perfect creature is not you."

　　"Uchiha class, have you ever seen an ultimate life form?"

　　"Im, no one in this world is born superior, no matter you, me, or even God!"

(End of this chapter)