Daguo Science and Technology started from the copycat system

Chapter 428 A monster with 590 million transistors!

It can be said that Intel's sales yesterday should not be less than 250,000 CPUs. If Intel can maintain such sales in the future, it will be really bad news for Sugon Technology.

Moreover, there is currently a low-end and cheap A.M.D processor on the market competing for a daily share of 630,000. This is even worse news among the bad news.

At this time, Rebus, the general manager of Shuguang Technology, shook his head slightly and said:

"It should be impossible for them to continue to sell 200,000 CPUs a day, although I admit that their multi-core performance is indeed better than ours.

However, CPU sales cannot only be based on performance, but also on the supporting gaming ecosystem. "

Speaking of the gaming ecosystem, that is really the strength of Sugon CPU.

At this time, Rebus was really grateful that Sugon R\u0026D Center spent a lot of money to acquire the Unreal Game Engine.

Because after Sugon R\u0026D Center acquired Unreal Engine, it made significant changes and optimizations to the Unreal 3 game engine.

Not to mention the creation of a 3D model library to allow game companies to better develop games, the subsequent use of the Unreal 3 game engine only accounted for 1% of the total profit.

Finally, the Unreal 3 game engine is added to develop a game with ultra-high portability features that can be released on three platforms at the same time.

Many game companies around the world have also adopted the Unreal 3 game engine as the basis to develop their new games.

So at this time, Rebus can proudly claim that at least 60% of all 3D stand-alone games and online games currently developed are developed based on the Unreal 3 game engine.

As for the remaining 40%, they are game engines developed by stand-alone games and online game companies.

There is no way, really powerful game companies have their own game engines, and the performance of those game engines is not inferior to the Unreal 3 game engine.

But no matter what, it is a fact that 60% of the 3D games under development are developed based on the Unreal 3 game engine.

Finally, consider that the Unreal Engine company that masters the Unreal 3 game engine is also a company 100% controlled by Sugon R\u0026D Center.

Therefore, Sugon Technology is absolutely dominant at the level of the game ecosystem. After all, the Unreal 3 game engine cannot deeply optimize Intel's hyper-threading technology.

It will only deeply optimize the synchronous multi-threading technology of Sugon Ryzen processor and the Sugon graphics card to perfectly tap the potential of the hardware.

In this case, this software-level competition is quite unfair to Intel. This is simply off-site intervention, and it is also the advantage of Sugon's Ryzen processor!

At this time, Huang Hua, the person in charge of Shuguang Trading, sighed helplessly and said:

“No matter what, it is inevitable that their daily sales will exceed 100,000 and reach hundreds of thousands.

After all, their performance is not much different from our Ryzen processors, and they are the same level of processors as ours. "

Hearing this, people at the scene fell into silence and had to admit that what Huang Hua said did make a lot of sense.

With the powerful performance of Intel's second-generation Core processors at this time, it would be a lie to say that they cannot sell more than 100,000 units per day.

Therefore, it is inevitable that Intel's second-generation Core processor will pose a huge threat to Sugon's Ryzen processor.

At this time, Ni Guangnan on the side sighed and said:

“I can only say that it is indeed Intel, and I have to admit that the Pendulum Plan they came up with was indeed a wise plan.

The fact that the second-generation Core processor can be launched so quickly at this time must be because the 90-nanometer and 65-nanometer Core processors were simultaneously developed when the Pendulum Plan began. "

Hearing this, the people at the scene nodded slightly and felt helpless.

After all, Intel has the money to carry out two major R\u0026D projects at the same time, so you can't stop it.

In this regard, Lin Chen did not speak at this time, but looked thoughtfully at the performance report and corresponding parameters of the second-generation Core processor in his hand, and murmured in his heart:

"The performance scores of this second-generation Core i7 processor are already the same as the performance scores of the Q9650, the most powerful processor in the Core 2 Quad architecture back then."

The previous Q9650 processor was the most powerful processor in the Core 2 Quad architecture at the time and was released in 2008.

This Core 2 Quad architecture Q9650 processor originally used a 45nm process technology, but this time it uses a 65nm process technology.

Although the manufacturing processes used by both parties are different, the final running scores are close to the same.

This shows that Intel is indeed Intel, and when they are serious, they are quite powerful.

Seeing this, Lin Chen nodded slightly, and then looked at other data. The first thing that caught his eye was the comparison of transistor data.

At this time, the number of transistors in this second-generation Core i7 processor is an astonishing 590 million transistors, which is 3.5 times that of the Sugon Ryzen processor.

Because the number of transistors in the Sugon Ryzen R7 processor is only 158 million, and their number of transistors has reached 590 million. Isn't this 3.5 times?

It can be said that Intel has really taken the leading advantage of the 65nm process technology to the extreme this time.

After all, the 65nm process technology is used to achieve the effect of the most powerful Q9650 processor in the previous 45nm process technology in 2008.

Why isn't Intel's technical strength worthy of praise? It can be said that Intel really squeezed out the toothpaste this time.

However, the Dawning Ryzen processor is also worthy of praise, although the multi-core running score of the Dawning Ryzen processor is a bit weaker.

But in terms of single-core performance, Sugon Technology has indeed defeated the second-generation Core processor, and considering that the number of transistors in the Sugon Ryzen processor is only 168 million transistors.

The number of transistors in the second-generation Core processor opposite has reached an astonishing 580 million transistors!

Sugon Technology can use 3.5 times fewer transistors than others but achieve single-core performance that is stronger than the second-generation Core processor. This is already quite commendable.

So in some aspects, Sugon Technology's Ryzen processor is more worthy of praise, more worthy of admiration, and more worthy of turning decay into magic.

At this time, Lin Chen put down the report in his hand and turned to look at Ni Guangnan, and then asked:

"I heard that Intel is developing its own X86-S instruction set processor, right? What's the current situation?"

Hearing Lin Chen's question, Ni Guangnan nodded slightly and then said:

"Although Intel has not officially announced their relevant situation, according to our analysis and market intelligence, Intel is indeed developing its own X86-S instruction set.

And it is estimated that their X86-S instruction set is almost completed, and it is currently estimated that the third generation Core processor is being developed based on the X86-S instruction set. "

After hearing Ni Guangnan's words, the scene instantly fell into deathly silence.

Because they know where the strongest point of their Dawn Ryzen processor is, their Dawn Ryzen processor can achieve such high running scores.

At least 60% of the reasons are based on the X86-S instruction set that abandons historical burdens and becomes streamlined, efficient, and high-performance.