Daguo Science and Technology started from the copycat system

"Then it's the mobile phone industry's problem."

After everything ended, Lin Chen looked at the surprised expressions of the guests and audience and murmured in his heart.

At this time, the computer industry has been finalized, but the mobile phone industry is facing challenges from Motorola, Nokia, Samsung, Sony Ericsson and other companies.

Once the mobile phone industry is overthrown by them, the entire Sugon Technology will face huge problems, and the Zhuzhou plan will be forced to stop.

After all, if nothing else, Sugon Technology is currently conquering the next generation of 65nm process chip production equipment.

This 65-nanometer manufacturing process has 17 core production equipment and other non-core production equipment. The R\u0026D funds for so many core production equipment require close to 26 billion US dollars!

Such a huge expenditure cannot be supported by the computer industry alone. Only the combined profits of the mobile phone industry and the computer industry can support such a huge research expenditure.

Therefore, the mobile phone industry must be protected and continue to maintain its current market position as the sales leader!

Regarding this, many competitors of Sugon Technology had no idea what Lin Chen was thinking.

At this time, the presidents of Intel and Weiruan in the VIP seats seemed to have said something, judging from the solemn expressions on their faces as they talked.

This time the Intel-Visoft Alliance may truly unite and work together!

With the income and R\u0026D strength of the two companies, it seems that it will not be easy for Sugon Computer to maintain its current monopoly trend.

Of course, the future outcome cannot be determined now, but it should be guaranteed that Sugon Computer will have a monopoly in the field of notebook computers and desktop computers within half a year.

Time passed quickly, and after the press conference, the guests at the scene also returned home happily.

The reporters on the scene also used their own methods to quickly send the news they interviewed to their respective media.

It didn’t take long for domestic and foreign Internet media to take the lead in reporting the relevant news.

"Sugon Technology has created another miracle, Sugon CPU and Sugon graphics card have successfully become the most powerful in the world!"

This is the news headline from Penguin Portal.

"Big news that excites the whole country, the next era is the era of Daxia computers!"

This is the news headline on the NetiEase portal.

“Will Sugon Computer’s high cost performance put other companies on the verge of bankruptcy?”

This is the news headline from the New Wolf Portal.

"Simulating the Earth! Is the Dawn Unified Computing Architecture's claim to be able to simulate the Earth true or false?"

This is the news headline on the Naanhu portal.

At the same time, while the four major domestic Internet portals are reporting relevant news, foreign Internet media are also reporting relevant news about the conference.

"Sugon Technology has created another miracle. The low-end Sugon Ryzen R3 processor actually defeated Intel's most powerful Pentium 4 EE processor!"

This is the news headline of the island nation's most famous Internet portal, the Yahoo! portal.

The focus of this Yaihoo portal report is on the fact that the Sugon Ryzen processor is too powerful, and that a low-end Sugon Ryzen processor actually kills the strongest processors from Intel and A.M.D.

When the Yaihoo portal reported this news, the article was full of disbelief and surprise, but the final result was that they admitted that Sugon Technology had truly created a miracle.

However, at the end of the article, they are looking forward to Intel's mysterious Core processor. The article claims that if they want to defeat the Sugon Ryzen processor, they can only look at the Core processor.

In this regard, the author of the article obviously does not know what they are expecting, and the upcoming Core processor is not as powerful as they imagined.

I don’t know that the actual performance score of the Core processor can only reach about 130 points. Let alone compete with the Ryzen R7 processor, even the weakest Ryzen R3 processor cannot compare with it.

After all, although Sugon Technology's Ryzen processors and Core processors are both 90 nanometers, Sugon Technology's instruction set architecture X86-S is different from the original X86 architecture.

The Sugon X86-S instruction set abandoned many historical burdens accumulated over decades, and also optimized the structure to focus on high performance, and finally added the help of a large cache.

In this case, let alone the 90-nanometer monkey version of the Ryzen processor, even if the previous generation was released in 2006, the true first-generation Core processor using the 65-nanometer process technology cannot be compared with it.

In this case, Intel will either spend a lot of effort and cost, and then take advantage of the 65nm process technology and use more transistors to forcefully defeat the Ryzen processor.

Or, like Sugon Technology, it abandons the historical burden accumulated in the past few decades, optimizes the X86 instruction set structure, and develops its own X86-S instruction set.

Otherwise, if you want to defeat Sugon Technology in the same level of process technology, you will really get twice the result with half the effort!

It's like a lean, short man and a fat man who is as tall as a giant.

Although in theory, every step taken by a fat man like a giant is equivalent to two steps taken by a lean and short man, in actual running, the lean and short man will win.

Because the fat man has too much fat on his body, every step he takes has to fight against gravity and all the fat on his body!

It's naturally a bit exaggerated to take a step to take a breath, but it's a reality that you can't take advantage of your tall stature like a giant to take one step while others take two steps.

Therefore, it is not the fat man who wins in the end, but the lean and short man who can exert his whole body strength.

Therefore, Intel will either continue to increase its advantage of being taller, which is its leading advantage in the 65nm process technology.

Ignore the fat that prevents you from exerting your full strength, and work hard to add more transistors to make yourself taller.

Become a super giant who takes not 2 steps, but 4 or 6 steps every time.

Or just lose that fat and develop your own X86-S instruction set to become more capable and powerful!

And once Intel really does this, it will be bad news for Sugon Technology. After all, the West is really leading in manufacturing technology.

They have successfully solved the problem of 65nm process technology and produced processor chips with 65nm process technology. The problem they face now is just how to improve the yield rate for large-scale mass production.

Therefore, Intel, which leads in process technology, is equivalent to a tall fat man whose every step is equal to two steps of others.

At this time, if Intel loses that fat, abandons the historical burden of the past few decades, and optimizes the instruction set structure, it will become equally lean.

So this is devastating news for people of short stature, that is, Dawn Technology!

Fortunately, technological research and development must pay attention to scientific reality. It is not something that can pop up immediately just by setting up a research and development project.

Even Sugon Technology's chip production equipment that wants to solve the 90-nanometer process technology takes more than a year.

Under such circumstances, even if Intel wanted to lose some fat and develop its own X86-S instruction set and corresponding processor, it would not be possible immediately, and it would take at least two years.

Of course, they don't necessarily have to develop the X86-S instruction set to defeat Sugon Technology, because they have the advantage of the 65nm process technology!

On the basis of a huge body like a giant, even if their X86 instruction set is burdened with fat.

But as long as the number of transistors is enough, it can perform miracles. In the end, it relies on the huge number of transistors to defeat the short Sugon Technology!

Of course, developing a new processor with more transistors cannot be done in a short time, and it will take at least one or two years.

Therefore, there is still one or two years left for Sugon Technology. As long as Sugon Technology also develops a 65-nanometer process within one or two years, Sugon CPU can still maintain its leading edge.