After Zhang Yi and Wang Jie got through the lithography machine, they left the factory. Originally, Zhang Yi had to go to Vision Company. After all, shipping large quantities of screens is an indispensable thing, but the screen production line also relies on nanoworms.

Zhang Yi thought carefully that all the technological trees of all his forces now developed from nanoworms? This is OK in the early stage. When the scientific trees of the universe and the environment that know the truth but not the reason will inevitably cause Zhang Yi to suffer a great loss.

The establishment of Ziwei Base and the Star Organization is to get rid of the limitations of nanoworm technology trees. At present, the methods used to make scientific and technological trees within the star organization are to first use nanoworms and put them into use, and then use principles to make them into use.

Ziwei Base now has a complete set of heavy industry production equipment, and most light industry production equipment has no worse manufacturing capacity than a small country. What limits Ziwei Base is just a technological breakthrough.

Zhang Yi divided the nanoworms and handed them over to Wang Jie, asking him to go to Vision Company to get the production line done.

After doing this, Zhang Yi left and returned to the top floor of the building to rest.

It was just that Zhang Yi pulled away the consciousness in the clone. After the consciousness returned to the base, Zhang Yi sat up and moved for a while.

Zhang Yi doesn't want to waste his time anymore. Biotechnology is too important to him, because Zhang Yi cannot guarantee how long his half of his brain can last. Maybe he will get cold before he has developed a cell life-long prolonging agent. Zhang Yi still has no way to predict such a thing.

Just when Zhang Yi returned to the base, the European area began to get restless again. The jet difference between the European area and rabbits was not very large. At this time, people in the European area were having lunch, and the rabbits were already asleep.

Helan, Asmay

The airflows in the Atlantic and Arctic Oceans form a temperate monsoon climate, making the temperature in the city where Asmay is located very suitable. Many people are on vacation by the sea and many people are experiencing various projects.

Within the Asmay headquarters and industrial park, Asmay CEO Peter Wennink discusses the manufacturing of the next generation of lithography machines with a group of researchers in the lithography machine production plant.

Peter Wen looked at the semi-finished lithography machine in front of him and said, "How many nanometers can we achieve at present?"

A white coat researcher said: "The highest process we can achieve now is 28 nanometers, and the 24 nanometer process technology is under development."

Peter Wen said with some concern at this moment: "Silver Star Semiconductor has developed a 45-nanometer etching machine, but we are better than Silver Star Semiconductor just by looking at the machine. However, the other party has mastered the large-scale graphene production technology and also mastered the graphene wafer manufacturing technology, that is, the foundation of carbon-based chips."

"According to the news we got from Eagle Sauce, the other party used 45-nanometer etching technology to manufacture graphene chips, and graphene chips can reach more than three times the silicon-based chips due to traditional physical limitations."

"Our lithography machine users do not need to consider using carbon-based chips at all, because the graphene produced by Yinxing Semiconductor has export restrictions and companies will not choose a problematic supply chain. The consequence is that our lithography machines cannot be sold, and there may be people who buy stable 45-nanometer lithography machines, but I can guarantee that high-end lithography machines will not be shipped at least."

The white coat replied: "I don't know what to eat in North America. They talked about the concept of graphene for ten years and now, but the rabbits who participated in the research did indeed take a high position. They have changed the existing system of semiconductors in the world. We can only join the North American semiconductor information technology alliance and have the status of setting rules in the alliance."

Peter Wen said: "I know this semiconductor information technology alliance. Weiruan, Google and Pingguo have been planning for this alliance for three months. We know that Silverstar Technology has lagged behind in its time with graphene chips and lithography machines. When we launch the 38-nanometer lithography machine, the performance of the other chip can be comparable to that of 20-nanometer chips, and its powerful architecture will boost the system's experience."

Peter Wen sighed. Some time ago, he suggested that the board of directors take out the 22-nanometer lithography machine to seize the market and not let the other party beat the silicon chip down. However, what Peter Wen did not expect was that the board of directors actually refused. What did those short-sighted guys say, saying that Silver Star Group is not threatening, and that the 45-nanometer lithography machine can only deal with 38-nanometers.

The old men also said that the twenty-two nanometers are Asmay's most cutting-edge technology and they need to reserve enough scientific research reserves to go further. At that time, Peter Win wanted to carry his tie and ask if his brain was cheated by Satan.

Peter Wen knew that the decisions of these people were not reversed by himself, so since the situation was done, he could only try his best to minimize the losses.

The Semiconductor Information Technology Alliance is Win Peter's best choice. As long as these companies in the alliance purchase lithography machines, Asmay will not go bankrupt.

Peter Wen had a good plan, but what he could not have imagined was that companies like Intel also thought so. As long as Asmay joined the alliance, it would be equivalent to the upstream of semiconductors joining the alliance, and other downstream companies would still come to join.

But Peter Wen didn't expect that it was a document taken by his assistant. The document said that this morning, the North American Semiconductor Information Technology Alliance issued its views on the now scattered semiconductor industry.

Peter Wen roughly browsed the contents. The rotating president of the alliance, Cook, said that the problem in the current semiconductor industry is that there are inconsistent standards, various interface protocols, various chip instructions, and various systems. These are all obstacles to the progress of semiconductors.

Cook said that the Semiconductor Information Technology Alliance emerged to solve this phenomenon. They developed a powerful framework, which has been unified from instruction sets to systems to chip interfaces to the Internet of Things to various device interfaces, so that the semiconductor industry can flourish.

The implication is to allow more companies in the semiconductor and consumer electronics fields to join the semiconductor information technology alliance. After joining the alliance, you can enjoy these high-end and sophisticated technologies for free. Countless small companies without technology have joined in, and those who do data cables but do not want to pay patent fees are also added.
Chapter completed!