Academician Liu said: "We found that graphene batteries can go a step further and have greatly improved their stability, so we want to find you to cooperate."

Zhang Yi nodded and said, "I am very happy to cooperate with you."

Academician Liu and his assistant said: "Take out our requirements documents and indicate the detailed size and energy level requirements in detail."

Academician Liu's assistant took out a piece of information. This piece of information was three centimeters thick, which was almost a dictionary.

Zhang Yi was a little confused and said, "Are you sure this is a detailed list?"

Academician Liu said awkwardly: "There is no way to do this in the aerospace field. The space environment requires that these products have to withstand all possible factors. Our plan describes all the difficulties. In addition to battery performance, we also need to solve these problems."

"About when will our cooperation begin? I can send researchers to assist in the research. Because my company does not have supercomputers, it cannot simulate those space environment simulations."

Now it’s Academician Liu’s turn to be confused. Yinxing Company clearly has the most suitable chip for servers, but why there is no supercomputer? Is it because of the price?

"Mr. Zhang, I want to ask you a question. Yinxing's YX-a architecture is obviously the most suitable architecture for servers, and the Chaos Y-series chips are fully capable of serving as the brain of supercomputers. Why don't you make supercomputers?"

Zhang Yi said with a smile: "Because our demand is not very strong, except for Yinxing Materials, which can use supercomputing simulation, other businesses will basically not be involved. Our computing network can solve the computing power required by various experimental requirements."

As for why supercomputers are not made, it is because there are nanoworms. Compared with nanoworms, the computing power of supercomputers is nothing.

In order to conceal the source of his computing power, Zhang Yi has asked the guys from the Silver Star Research Institute to design a wireless supercomputer array. All the components required for this array are manufactured by a staked company or Silver Star Company, and no overseas companies participate in the entire supply chain.

In 2013, the world's supercomputing power top has these.

First place: Jaguar from Hawksauce Cray, it is also the champion of the top December, with 1.75

PFlop/s (1750 trillion times per second) has the highest computing power. Judging from the official figures, "Jaguar" uses 224,162 processor cores. "Jaguar" is the world's fastest supercomputer, dedicated to solving scientific problems that may save the world - climate change, renewable energy, etc., rather than improving the performance of nuclear weapons.

Second place, Rabbit's Dawn TC3600 series computing blades are built, using Intel Xeon 5650 processors and Nvidia

Telsa's supercomputer "Nebulae" is the highest ranking of Chinese supercomputers on the Top 500 list. "Nebulae" uses the Dawn TC3600 modular blade server as the node, and the processor is a 32nm process six-core X5650 Xeon Xeon Xeon Xeon, and uses Nvidia

Tesla    C2050     GPU co-processing (theoretical computing peak performance can reach 2980 trillion times per second), which has also made "Nebula" the most powerful supercomputer in rabbits and even Asia. (I really didn't expect that the name Nebula is a supercomputer, and it is a rabbit's supercomputer!)

The third place is IBM Roadrunner, the roadrunner, jointly developed by IBM and North America Los Alamos National Laboratory, and will be affiliated with the National Nuclear Safety Administration of the Ministry of Energy in the future. IBM said in a statement that the "roadrunner" will be mainly used for the simulation of the Hawksaurus nuclear weapons, including simulating the behavioral state of a few seconds after the nuclear explosion. In addition, the "roadrunner" will also be used for research in astronomy, energy, human genetic science, and climate change. According to IBM, the cost of the "roadrunner" is about US$100 million.

Fourth place, Kraken of Hawks' "Simon" is the "Simon" supercomputer developed by the National Institute of Computational Sciences at the University of Tennessee. The "Simon" system has 100,000 AMD dual-core Opteron processors, with a computing speed of 831 trillion times per second. It is mainly used in high-end servers or workstations.

"Simon" is also the fastest computing computer in the world owned by academic institutions.

Fifth place, Eugene in Germany "JUGENE" is also the fastest supercomputer in Europe with the IBM Blue Gene. It was developed by the Ulician Supercomputer Center in Germany. It uses the IBM Blue Gene/P-type machine design scheme, using many small and low-energy-consuming chips. In this scheme, the maximum running speed of each independent processor is 850 megahertz, which is even slower than the processing speed of ordinary home computers. However, the "Eugene" giant machine has a total of 292,000 processor chips, and so many chips make its overall computing speed as high as 825 trillion times per second.

The supercomputer of Silver Star Laboratory is named "Neutron Star". The neutron star supercomputer uses 100,000 Chaos Y1 chips, and the precomputing power exceeds 50% of the first-place Jaguar. The neutron star supercomputer uses a nebula system. In theory, chips can be stacked infinitely to achieve higher computing power.

This is the unlimited superposition of computing power, which is the charm of the nebula system, and is assisted by other computing power devices.

In addition, Zhang Yi also plans to arrange a small plug-in for the neutron star supercomputer, design a set of neutron star supercomputer computing power supply wallpapers to be put on the theme store. After these wallpapers are applied, they perform background computing operations when the host does not use hardware. Miaomiao will divide the computing power tasks of various Silver Star Laboratory into countless copies and distribute them to various computing power terminals.

This is an optional project for users and contributes to the scientific undertakings. Both this platform and neutron star supercomputer can be opened to the public. Users of the nebula system can choose to use or not use the neutron star theme.

After Zhang Yi finished speaking, Academician Liu paused for a while and said, "Do you have supercomputer projects?"

Zhang Yi dispelled the data reported by Liu Wanxin in his mind and said: "We have a supercomputer plan. Currently, various component manufacturers are trial production, and they can be tried and assembled after the trial production is completed."

A young man next to Academician Liu said, "How did you solve the heat dissipation of this supercomputer? Where are you planning to build the supercomputer?"

Zhang Yi glanced at the young man, with golden-framed glasses and a black suit, which was a little cramped, as if it was because of the question I just asked.

"We plan to build supercomputers on the seabed. This submarine supercomputer center is a large building and will be built in Baiyuntan, Tianshan City. This project will be a hurdle to test Yinxing architecture."

"The building is expected to be built about 30 meters below the sea, and the final form is three floors above the ground and seven floors below the ground."
Chapter completed!