Processors represent the glory of the past and the former black technology artifact is known as a single-chip supercomputer.

Now, time has entered 2011 and has experienced at least three molar cycles. Is the processor really lagging behind? It seems, not!

Data will prove it all!

According to Nanlin Guiyi's idea, the vivid company has formed two strongest servers, including the most advanced and most powerful servers of n78870, the company in 2011!

Each server contains eight n78870s, each selling price is as high as $5,999. However, each server provides only 384ps to 448ps.

Simply put, each n78870 server provides computing power between about 048ps and 056ps, but its power consumption is as high as 130 watts.

The computing power of the processor is 0256ps. In the 2011 era, the second-hand 3 gaming consoles were sold at about $150 to $180.

The computing power provided by the processors included in the two 3 gaming machines is approximately equal to the computing power of an n78870 server.

However, the price comparison between the two is more than $300 and $6,000.

What is even more exaggerated is that the 3 game console is already an overall system. Through an asynchronous structure, the central processing unit array and the application solution document of the supercomputer, each 3 game console is a reference point that forms the supercomputer.

What about n78870 server?

This cheating product also requires a series of hardware support. The total investment of eight top servers made of n78870 exceeds 120,000.

The two servers purchased by the vivid company cost a total of US$250,000!

If a server with the same computing power is built using a processor, the calculation power statistics of the two processors is approximately equivalent to one n78870 server.

The computing power generated by sixteen n78870 servers requires 32 processors to generate, that is, 32 3 game consoles.

If you purchase second-hand 3 game consoles in batches, you should get a certain discount price. The total price of 32 3 game consoles is US$4,800.

With the same computing power, the server built with N Company's latest products costs up to $250,000, while building with a second-hand 3 game organization costs only $4,800.

In addition, in terms of power consumption, servers built with 3 gaming institutions should only be one-tenth of the latest products of N.

Coupled with the advantages of temperature, is the processor really old?

It doesn't seem to be!

The processor is worthy of being a single-chip supercomputer, it is worthy of being called the epoch-making black technology chip, and the honorary title of ancient artifacts.

Even in modern times, the processor is still extremely powerful!

At least, from an economic perspective, the cost-effectiveness of the processor crushes N's company's most advanced products countless times, and it is completely a rhythm of being beaten into slag.

However, processors have so many advantages and good performance, why no one uses processors as a supercomputer solution?

In 2011, the most powerful supercomputer has not yet been announced, namely the supercomputer, with its computing power reaching 8162ps.

If you use a processor to build a supercomputer with the same computing power, it will cost about 32,000 3 gaming consoles, and the total cost will not exceed $5 million.

The R&D and construction costs of Supercomputer Beijing exceed US$300 million!

Among the three major companies that develop processors, Sony and Toshiba are both Japanese companies and pillar companies. Don’t they know the situation of processors?

Obviously impossible!

Sony, Toshiba, and companies announced one of the features of the processor at the beginning of their development, which has special distributed computing technology, allowing the processor to connect in series to share computing power.

However, there are great difficulties in applying this technology!

The processor is not used, including the company. As a supercomputer construction solution, the reason is that it is too difficult to implement distributed computing.

The company incorrectly estimates the delay, calculation sequence logic, data summary scheme, task allocation scheme and other problems caused by the processor when processing distributed computing.

So, even though processors have various advantages in theory, in fact, it is not easy to build a processor into a supercomputer.

From processor-based supercomputer systems to processor-based distribution computing solutions, plus a series of problems, the processor is eventually annihilated in the long river of history.

However, in the asynchronous structure central processor series array and supercomputer application solution document obtained by Nanlin Guiyi, some solutions for processors and supercomputers are listed.

Although it is only a part of the information, those information provides ideas for the unity of Nanlin, as if it was opened a brand new window and saw a scenery that had never been seen before.

Based on those information, Nan Lin Guiyi can completely try it, using the processor to build his own supercomputer!

Nan Lin Guiyi has always wanted a supercomputer that belongs to him, but the construction cost, operation cost and maintenance cost of the supercomputer, coupled with the huge goal, has made Nan Lin Guiyi unable to achieve it.

But the documents obtained now allow Nanlin Guiyi to obtain his own supercomputer, and it is a supercomputer with strong performance. If Nanlin Guiyi overcomes the technical difficulties and uses the supercomputer built by 3 game organizations, it can even rush into the top ten global supercomputers!

The only problem that needs to be solved is how to use processors to build a supercomputer

:The next week, from the 19th to the 25th, will be updated for 3 chapters, lasting for 7 days.

New book uploads, recommendation tickets are required, member clicks, collections, etc. Thanks for all support!

Follow the public: s5120 to learn more behind-the-scenes footage of the works and authors, as well as periodic popularization of computer knowledge.
Chapter completed!