How many countries in the world can develop supercomputers?

The United States, Japan, China, Russia, and Europe.

China was the first in the world to develop itSupercomputersof developing countries.

China has developed rapidly in supercomputers and has leapt to the international advanced level. China was the first country to build a supercomputer as a developing country. In 1983, China developed its first supercomputer, Galaxy 1, making it the third country after the United States and Japan to independently design and develop supercomputers.

Features of a supercomputer:

Supercomputers have strong ability to calculate and process data, which are mainly characterized by high speed and large capacity, equipped with a variety of external and peripheral equipment, and rich and high-performance software systems. Supercomputers are turbine-designed, with each blade being a server, working together and being able to scale up or down as the application requires.

It is the first in China to use all domestic processors to build the "Sunway Taihu Light".

For example, it has a sustained performance of exascale seconds, and its peak performance can reach exaflops. Through advanced architecture and design, storage and computing are separated, ensuring that user data and data are not affected in any way when the software system is updated or the CPU is upgraded, and the security of stored information is guaranteed.

Middle. Country. 22 December 1983, center.

The country's first "galaxy" supercomputer that calculates more than 100 million times per second. Department of Prevention. The Computer Research Institute of the University of Technology was successfully developed in Changsha.

It fills the gap of domestic supercomputers, medium. The country has become the second United States. Country, Japan.

After this, it was the third country to be able to independently design and manufacture supercomputers. Family. Marked in.

The kingdom has entered the world. in the field of developing supercomputers.

Of course, this is China!

China is not only the first developing country in the world to develop a supercomputer, but also a country that once had the world's champion in supercomputer computing power!

We know that computers and supercomputers are two different concepts, and they are not the same kind of products, supercomputers are much more powerful than computers. In fact, the strength of a country is not only whether it is strong militarily or not, nor is it only the strength of its economic capacity, but also an important indicator, that is, the level of scientific research. The importance of supercomputers, which symbolize the future direction of scientific and technological development, is self-evident for the development of a country.

Recently, according to a report by the United States, the United States has successfully developed a state-of-the-art supercomputer called "Vertex". The US media believes that the comprehensive computing level of this supercomputer in the United States has surpassed that of China's "Shenwei" supercomputer.

Its computing speed has reached the level of 2 billion operations per second, which is a lot higher than Kamui. So what are the military uses of supercomputers, which are large and complex computers? Why would so many countries go to great lengths to develop it.

We know that the biggest role of computers is the ability to process data, because many things cannot be solved by human beings alone. Then the supercomputer is no exception, its biggest role is the ability to process data, but its ability to process data is stronger, and the calculation speed is faster. As everyone knows, future wars will inevitably be modern wars, and what is emphasized in modern wars is information-based warfare, and whoever can grasp more information and who can process and analyze more information will have the upper hand in war.

I believe that the Gulf War has taught many people a lesson as to why some countries are able to strike at targets quickly and accurately when they are fighting a war. Let's take missiles as an example, if you don't know the enemy's coordinates, you don't know the distance, you can't calculate the trajectory of the missile, then it's useless to launch as many missiles as you want. In operations supported by data, after determining the coordinate distance, only the program needs to be entered, and the missile can achieve accurate strikes, which saves time and effort.

So how do you get this information? After the satellite transmits data back through positioning, if you wait for manual calculation, I am afraid it will have to wait for a hundred years, but the supercomputer can do it in less than a second, and this is the power of technology.

In addition to these, there is also the ability to process and screen intelligence, especially for some intelligence data with hidden **, supercomputers can quickly screen and screen out useful and valuable information, and then carry out fine screening, and finally the data obtained is processed manually. You must know that if there were no supercomputers, there would be no advantage in future wars, and first of all, they would already lag behind others in information processing, and future wars would be precisely the contest of information warfare. Now you can understand why many countries have gone to great lengths to develop supercomputers.

And it has a very strong role in the aerospace field, without it, it is difficult for satellites to fly into the sky. Moreover, in many nuclear tests, as well as the development of high-precision products, it is necessary to calculate and process complex data with the help of supercomputers.

Summary. It was developed by the Hunan People's Liberation Army National University of Defense Technology! On June 17, 2013, the international TOP500 organization announced the latest list of the world's top 500 supercomputers, and the "Tianhe-2" developed by the National University of Defense Technology has become the world's fastest supercomputer with a floating point operation speed of petaflops per second.

After a lapse of two and a half years, China's supercomputer computing speed has returned to the top of the world.

Who developed China's supercomputers?

It was developed by the Hunan People's Liberation Army National University of Defense Technology! On June 17, 2013, the international TOP500 organization announced the latest list of the world's top 500 supercomputers, and the "Tianhe-2" developed by the National University of Defense Technology has become the world's fastest supercomputer with a floating point operation speed of petaflops per second. After a lapse of two and a half years, China's supercomputer computing speed has returned to the top of the world.

Hope it helps.

The famous Top 500 Supercomputer List (TOP500) was released on June 28 at the International Supercomputer Conference in Heidelberg, Germany. IBM's Blue Gene L is still the champion of the Symphony, with 65,636 processors and Tflop S computing power, the only device to surpass 100 Tflop S, and the system is expected to remain in the first place in the next few updates. Five of the top 10 are new this year.

China's supercomputer Tianhe-2, but the basic CPU is still old and beautiful, and it has no absolute value.