Pressure is pressure, business still has to be done, and what does capital rely on if you don't do business.

Although on the surface, the attitude towards mainland semiconductors is suppression and disdain, but if nothing else, such a large market alone cannot be given up.

The bill wants to restrict only a small number of high-tech fields, and consumer electronic products are basically excluded.

If John wants not to sell iphone8 or all core CPUs to the mainland, I'm afraid that he will have to take a lightning protection car when he goes out, and Wall Street will be eager to get rid of it at any time.

However, the restrictions in these high-end fields are not a small amount of money, and even without the advent of ternary technology, these semiconductor companies will still do business in a roundabout way, but they are not as impatient as they are now.

The Commission of Science and Technology and the domestic semiconductor industry association simply judged the products and technologies that several foreign manufacturers were willing to exchange privately, and they also made judgments in their hearts.

First of all, there is still sincerity, not only to sell high-end products that are expressly prohibited from export, but also to take out many technologies that they have been holding on to in the past, but in the usual cross-licensing method of technology companies.

Of course, there are also some small ninety-nine in it, such as some promising but immature technologies are also stuffed into the number, such as Zhang Siren saw Intel's optane (Optane) phase change storage technology.

This is a new generation of technology jointly developed by Micron and Intel that sits between traditional storage media and volatile non-permanent storage media, which can be used as both ultra-long-life high-speed memory and buffer between dynamic memory and hard disks.

It seems like a good thing to have both, and now Intel has applied it to the first generation of Chiqiang series server platforms.

However, Zhang Siren noticed at a glance that the cost problem that had been tried to cover up, although the list said that it was now in the early stage of development, and it would come down after technological progress, but the meaning of uncertainty was already obvious.

These lists of technologies will definitely make China very happy in the past, and although they feel good now, it is not enough to exchange them for the authorization of the underlying patented technology of the ternary system.

Especially after the technical battle was launched, the research on ternary integrated circuit technology became more and more profound.

Due to their inherent characteristics, ternary computers have significantly higher fault tolerance and reliability than traditional computers.

This does not affect the everyday environment, but in the space environment, the bombardment of high-energy particle streams from space that chips may be subjected to has long been a concern for scientists.

This is why the chips used in aerospace are actually not high, because the smaller and denser the transistors, the greater the probability of failure after being bombarded by particle streams and rays.

Laoma and the Hexagonal are being launched, and the first-generation Starlink, which has not yet been networked, uses a lot of consumer-grade electronic chips in order to save costs.

The performance of these chips is much stronger than that of aerospace chips, and because of the large market holdings and low prices, it seems that "Starlink" is cheap and good.

However, all it takes is a small solar storm or unusually strong electromagnetic interference to destroy these chips directly.

Traditional satellites encounter interference and temporary failure, after the interference has passed, try to power on can continue to use, a satellite generally has a lifespan of more than 10 years, the life of "Starlink" depends entirely on luck.

If you're lucky, you can use it forever, and if you're unlucky, you will lose contact if you launch......

This is also the satellites and spacecraft operating on and around the Earth's surface, which have the natural protection of the Earth's magnetic field, and are often much weakened by the time the cosmic rays arrive.

When flying out of the earth to the moon, Mars, and even deep space, all kinds of bad rays can cause serious interference to the chip.

Why did both the Artemis and Aurora programs send an unmanned and manned spacecraft to orbit the moon, respectively?

It is because after crossing the Earth's orbit, it will pass through a high-energy radiation belt, and the protection of the Earth's magnetic field will be lost, and the cosmic rays will be more violent, which will pose a serious threat to astronauts.

Including spaceborne computers, the more complex and massive the task, the higher the performance requirements, and in the past, it was necessary to constantly superimpose protection measures and redundant modules to ensure reliable operation.

However, ternary chips are more reliable than binary, especially when it comes to positive and negative issues, which can improve performance while maintaining reliability.

Even better is the potential of artificial intelligence and quantum computing.

Due to the backwardness of traditional computer science, Huaguo started research on photonic computing and quantum computing very early, hoping to "overtake in corners" and accumulate experience even more than Aramco and Europe.

After getting the ternary technology, the quantum laboratory of Beijing University of Science and Technology was the first to realize that its principle is similar to quantum computing and tried to carry out quantum computing on its basis.

A few days ago, Peng Jianfu led another breakthrough by using a ternary/quantum dual computing platform built with iron oxide to achieve the first trial operation.

There is also good news from the artificial intelligence laboratory in Anhui Province, claiming that it has made significant achievements in the learning artificial intelligence big data model, and it is very likely to take the lead in evolving the world's first super AI.

It is precisely because of this that Zhang Siren knows very well how heavy the chips in his hand are, and it is not impossible to exchange, but these alone are far from enough.

Unlike the original world line that was caught off guard by the sudden bill, this time because of the existence of the space race, there has been preparation for suppression in other aspects, although it is a bit unexpected, but it is not without response.

Especially in the key field of semiconductors, although the development of ternary has not yet reached the point where it can replace the current technology, it has a good prospect, at least solving most of the problems that can be used, and will not be caught in the grip and can only compromise or die.

Of course, the domestic ternary technology is not in the hands of the official, and the actual controller who really traces the source has to be Lin Ju, the president of Xinyuan Company, which launches rockets all day long.

Although he does not offer any opinions and ask for benefits for the development of ternary technology, everyone knows his irreplaceable ability to make final decisions.

Which of the ternary technology patents can be exchanged for a little benefit, and which ones should be held in the hand all the time, are all to be discussed with others, and the benefits obtained are also to be shared.

……

"Technology licensing? I'm just a layman, and professional things still have to be handed over to professional people, so I'll go find someone to analyze it.

Well, okay, thank you for your concern...... I'm looking for it, I'm looking for it, and there's no ......."

Lin Ju hung up the red telephone on his desk, and there was an old-fashioned black telephone with the same appearance next to him.

Just now, the leader above called and personally said that foreign semiconductor manufacturers were seeking ternary access, and the phone chatted for more than ten minutes, and finally ended with Lin Ju partially agreeing.

It is not beneficial to exchange some basic technology patents for some unimportant basic technology patents, but you must ensure that you are still in the leading position, and the strength of the extortion is just right, and you can get a satisfactory return.

Xinyuan, what does Xinyuan need?

(End of chapter)