It can be said that with the large number of growable electrodes in the second-generation brain-computer interface chip, the imaginary knowledge infusion technology and virtual world technology are already beckoning to Lin Feng.

Now the only thing Lin Feng needs to do is to develop the prototypes of these two technologies, and then use the upgraded panels to create those two black technologies!
Of course, the fact that the number of growable electrodes has exceeded 30 billion is not enough to make Lin Feng so happy.

What makes Lin Feng happy is that many of the accompanying technologies have successfully solved many of Xingtu Technology’s problems and dispelled people’s concerns about injecting brain-computer interface chips.

First, let’s talk about the problems facing Xingtu Technology.
Xingtu Technology's current focus is on brain-computer interface technology, but the most difficult part of manufacturing a brain-computer interface is not just the problem of electrode wires.

In fact, the most difficult problem is how to solve the problem of computing power demand. The external aspects of computing power demand have been solved, and only the internal aspects remain.

Under such circumstances, it took Xingtu Technology a year to initially solve the problem of internal computing power.

In other words, it took only one year to advance the process technology of carbon nanotube chips to the 45-nanometer precision level.

Finally, this 45-nanometer precision carbon nanotube chip was used to manufacture the first generation of brain-computer interface chip known to the world.

And now, based on the knowledge in his mind, Lin Feng discovered that it came with the knowledge of how to manufacture 7-nanometer carbon nanotube brain-computer interface chips.

In the end, Lin Feng discovered that he not only obtained the 7-nanometer carbon nanotube brain-computer interface chip, but also knew how to advance the carbon nanotube manufacturing process to the 7-nanometer level.

This also means that silicon semiconductors are really useless from now on, because the 7-nanometer carbon nanotube chips are too powerful.

Whether in terms of power consumption or overclocking performance, the 7-nanometer carbon nanotube chip completely crushes the 10-nanometer and 7-nanometer silicon semiconductor chips.

Of course, the manufacturing knowledge of this 7-nanometer carbon nanotube chip is only a small part after all, and Xingtu Technology actually still has no way to produce it now.

Whether it is a problem with the equipment or with experience and knowledge, there are certain problems.

After all, what is upgraded this time is the brain-computer interface chip, which only comes with some 7-nanometer process manufacturing knowledge.

If you want to officially conquer and master the 7-nanometer carbon nanotube chip, it will still take some time, and it will also require Lin Feng to put in some effort.

Of course, in addition to the additional knowledge gained about the 7-nanometer carbon nanotube chip, another thing that surprised Lin Feng was a drug called "cell division".

According to the knowledge instilled into Lin Feng's mind, this brain-computer interface chip comes with a drug called "Cell Division Accelerator".

The core of this drug is a chemical drug called "cell division accelerator" synthesized through chemical synthesis.

This drug will not cause a strong immune response in the human body, and its function is to speed up cell division.

The repair time that originally took a month can be completed in just a week after using the cell division accelerator.

The disadvantage is that it cannot be injected into the body and is only suitable for external application.

Because when you inject it into the body, the cells in the body will naturally begin to divide faster after coming into contact with the 'cell division accelerator'.

The consequence is that after just a few uses, a tumor will grow in that part of your body tissue. It is quite ugly and may even be accompanied by pain and other abnormal phenomena.

Therefore, this "cell division accelerator" is only suitable for application to the wound area, thereby accelerating the cell division rate in the wound area and accelerating the self-healing speed.

Of course, this "cell division accelerator" also has a potential hidden danger, which is that the number of times human cells can divide is limited.

Every time you use this thing, you are actually overdrawing the number of cell divisions in that part. However, the wound part originally needs cell division to heal itself, so accelerating division at this time is naturally nothing, and naturally not a disadvantage, but an advantage.

In short, this thing is somewhat dangerous and must be used by professionals. Especially, be careful not to give it to children.

With this in mind, Lin Feng decided to raise the price of the 'cell division accelerator' and reduce the quantity of each bottle.

In this way, even if a child accidentally drinks this "cell division accelerator", the insufficient dosage will not cause the division of cells in the whole body to accelerate too much.

Of course, it is best to sell this thing only to hospitals, not to private clinics and pharmacies. After all, this thing is still a bit dangerous.

If it was really drunk by a child or used by an adult on the chest or some other part of the body to make it thicker or bigger, then Lin Feng would be guilty of a serious crime.

This is because the things produced by cell division will remain for a lifetime. Once side effects occur, they will remain in that state for a lifetime unless they are surgically removed.

Of course, no matter what, the emergence of this "cell division accelerator" has both advantages and disadvantages.

As for brain-computer interfaces, with the emergence of "cell division accelerators", the number of people resisting the second-generation brain-computer interfaces should decrease.

After all, in the past, if you wanted to use a brain-computer interface, you had to dig 33 holes, suffer pain 33 times, and the healing speed was even slower.

Now, all you need to do is dig a hole, put the second-generation brain-computer interface chip in, and let it grow growable electrodes on its own.

In this way, the pain was reduced by 32 times, and finally adding this 'cell division accelerator' could speed up the healing process.

It takes a month to get out of bed, but only a few days or a week.

The recovery time has been reduced from three months to less than one month. Under such circumstances, their resistance to brain-computer interfaces should be reduced to a very low level.

Of course there will be boycotts, but as long as it becomes a general trend.

Most people have been implanted with second-generation brain-computer interface chips and can enjoy many benefits, but they do not.

In such circumstances, they would definitely not be able to help but follow the crowd and go to the operating room.

"I'll be busy again."

After saying this, Lin Feng gave a bitter smile.

This time, the product was upgraded, but there was no accompanying production line equipment, so he still needed to develop and manufacture the corresponding equipment based on the knowledge in his mind.

The result is that in the next few months, this second-generation brain-computer interface chip is destined to not be put into use.

I hope people around the world don’t think that Xingtu Technology is playing tricks on them by releasing a brain-computer interface chip for a bluff and not letting them use it at all.

Of course, in the process, Xingtu Technology also needs to cooperate with other companies to take the lead in perfecting the software ecosystem of the second-generation brain-computer interface chip.

After all, in Lin Feng's opinion, the role of the second-generation brain-computer interface chip is so great that it is almost as omnipotent as a smart phone.

Simply using it to realize knowledge infusion technology and virtual world technology would be too one-sided. (End of this chapter)