Although it is certainly possible to use it if one wants, users only need to come near Xingtu Technology and have the computing power support of Xingtu Computing Center.

But the problem is that Lin Feng wants all employed people across the country to have brain-computer interfaces implanted.

Thereby, one can utilize knowledge inculcation technology and the virtual world to master a large amount of theoretical knowledge and practical hands-on experience and become a high-quality talent.

This means that Lin Feng must first solve the computing power problem of the high-speed communication network and computing center, otherwise everything will be castles in the air.

"Sure enough, we still have to solve the graphics card problem first."

Lin Feng gave a bitter smile. He didn't expect that after going around in circles, he finally came back to the problem of the graphics card.

Of course, to be precise, it is not a graphics card problem, because what Lin Feng needs is huge computing power, and a simple gaming graphics card is not actually the best carrier.

Because the purpose of designing gaming graphics cards is for graphics rendering and gaming, there are too many unused computing circuits on the chip, so it is naturally not the best carrier.

The reason why graphics cards are so popular around the world is that compared to CPU processors, graphics cards are better at multi-threaded simultaneous computing.

Its performance and efficiency in large-scale data processing and statistical analysis calculations are far greater than that of CPU processors, which is why graphics cards are so popular all over the world.

Therefore, NVIDIA, which realized why the world was so keen on graphics cards, launched a project to develop dedicated computing cards.

If Lin Feng wants to solve the computing power problem at this time, he must develop his own high-end computing card. Of course, gaming graphics cards must also be solved.

Because the virtual world involves a lot of graphics computing tasks, computing cards are only good at large-scale data processing and statistical analysis, but not good at graphics rendering and games.

Under such circumstances, Lin Feng had to walk on two legs and develop his own high-end computing card and gaming graphics card at the same time.

As for the issue of high-speed communication networks.

In fact, Lin Feng does not need to put much energy into it, because Huawei Technology Company's 5G mobile communication technology research and development has entered the final stage and is in the finishing stage.

All Lin Feng needs to do next is to invest a large amount of money and send a few talents with an IQ of 160 at Hawking's level.

Then we can reach a strategic alliance with Huawei Technology Company to speed up the implementation of 5G mobile communication technology.

The development of 5G mobile communication technology will be brought forward from 2018 to around 2016.

As for whether Huawei Technology Company is willing to let go, Xingtu Technology will not personally intervene in the mobile communications industry, so they have no reason to refuse.

Moreover, Xingtu Technology provides money and support to top R&D personnel with extremely high IQ, which can greatly speed up the implementation of 5G mobile communication technology. How could they refuse?

Of course, if you really refuse, then that’s okay?
Lin Feng is determined to develop 5G mobile communication technology. If they refuse, don't blame Xingtu Technology for competing with them for the market of 5G mobile communication technology standards.

After all, the construction cost of 5G mobile communication technology is too high. In the past, an institution had calculated that it would cost at least 5 trillion yuan to build a 1.5G mobile communication network across the country.

And this 1.5 trillion yuan is obviously a huge sum of money, which is not something that Daxia can come up with all at once.

This also means that the whole country of Daxia can only support the construction of one set of 5G mobile communication standard network, and other standards will be forced to be eliminated.

After all, Daxia has limited money, and there is no way to develop different mobile communication standards like in the 3G or 4G mobile communication era. After all, it is actually a huge waste of resources to build several sets of mobile communication equipment with different standards in one place at the same time like the previous 3G or 4G mobile network.

Therefore, if Huawei Technology Company refuses, their 5G mobile communication technology will definitely be forced to be eliminated.

After all, when it comes to the speed of launching scientific research results, how can they compare with Xingtu Technology, even if they have developed 6G mobile communication technology 5 years in advance.

This is the foundation of Xingtu Technology!
Xingtu Technology, which has mastered the intelligence version of gene enhancement drugs and possesses a large number of highly intelligent talents, is not afraid at all of Huawei Technology Company, which has taken the lead by 6 years!

Of course, even if there is no 5G mobile communication network, there are still other ways to save the country.

However, if this is really done, it will not be as convenient as the 5G mobile communication network, which allows brain-computer interface chips to be used anytime and anywhere.

As for how to save the country in a roundabout way?

Because the brain-computer interface chip certainly does not communicate directly with the 5G mobile network.

It will actually exchange information with external electronic devices such as mobile phones or helmets first, and then the mobile phone or helmet will communicate with the distant Xingtu computer center through 5G or broadband.

The reason is that the brain-computer interface chip is too small and its processing power is quite limited, so it is forced to forward the biological flexible electrode signals it collects to the outside world.

Then, according to commands from the outside world, some biological flexible electrodes are controlled to emit electrical signals of a specific frequency, so as to input virtual information of the five senses into the brain, making it impossible to distinguish the truth from the falsehood of the virtual world.

Therefore, in order to speed up information transmission and ensure information confidentiality, there must be a dedicated short-range ultra-high-speed wireless communication network between the brain-computer interface chip and external electronic devices.

In theory, if the upgraded panel really upgrades a brain-computer interface chip, it should be accompanied by a short-range ultra-high-speed wireless communication network.

So even if there is no 5G mobile communication network by then, there will be a corresponding short-range ultra-high-speed wireless communication network.

Allow people to connect their mobile phones or helmets via wired network cables or WiFi, and ultimately continue to use brain-computer interface chips.

The disadvantage of doing this is that there is no way to use the services of the brain-computer interface chip anytime and anywhere. The services of the brain-computer interface chip can only be used in fixed places such as home or office.

Of course, having and not having are two different questions. In short, Lin Feng will not give up 5G mobile communication technology. The outcome depends on what decision Huawei Technology Company makes.

Under such circumstances, Lin Feng’s current main task is to solve the computing power problem of the computing center. Without huge computing power, everything is false.

However, if we want to solve the problem of computing power, we must solve the problem of chip manufacturing process technology. Without advanced manufacturing process technology, there is no way to produce high-performance graphics card chips and computing card chips.

After all, you can't rely on backward process technology to defeat chips that are one or two generations more advanced than yours.

You should know that with each generation of process technology upgrade, the number of transistors usually more than doubles.

This means that you have to rely on having only half or one-third of the number of transistors as theirs to surpass their chips, which is really difficult.

What is the current global manufacturing process like? (End of this chapter)