Daguo Science and Technology started from the copycat system

"Welcome journalists and guests to attend our Intel product launch. This time we will release the third-generation Core processor that is destined to go down in history and profoundly change the world."

The person speaking at the center of the stage at this time was Intel's President Paul Odeline.

Paul Oudening was really high-spirited at this time. After all, he knew a lot of information before the press conference was held.

After seeing the powerful performance of the third-generation Core processor, he was deeply proud of the powerful performance of the third-generation Core processor.

"Papapapapapapapapapapapapapapapapapap..."

The scene burst into warm applause, which came from Intel fans from all over the world. At this time, the number of fans reached tens of thousands.

After all, Intel processors dominated the computer processor industry for decades before Sugon Technology, and Intel still has many fans.

This time Intel is said to be releasing a revolutionary super third-generation Core processor, completely reversing the current unfavorable situation for Intel and even Western computer CPU processors.

How could the fans who heard this not be so excited to witness this historical scene in person.

Of course, in addition to the scene, millions of netizens from all over the world are watching this scene through live video on the Internet.

This shows how much attention the release of the third-generation Core processor has attracted.

In this regard, Intel President Paul Oudening did not keep everyone waiting for long. After people paid attention to him, he slowly said:

"You must have heard before that our third-generation Core processors will use the new high-performance X86 instruction set.

That’s right, our third-generation Core processors use the X86-X instruction set independently developed by Intel.

The X86-X instruction set, like Sugon Technology's X86-S instruction set, directly abandons the historical burden of the previous X86 instruction set and is designed and developed specifically to pursue high performance.

And we also directly abandoned the 16-bit and 32-bit architectures and directly designed the X86-X instruction set with 64-bit as the core.

We have also made many optimizations for the past X86 instruction set, turning our X86-X instruction set into a very efficient and powerful high-performance instruction set.

At this point, I announce that we in the West have once again regained the upper hand in the instruction set. From now on, we stand on the same line as Sugon Ryzen processors. Their good days are over! "

"Papapapapapapapapapapapapapapapapapapapap..."

The Intel fans who heard Paul Oudemon's words clapped excitedly, and their faces were all very excited.

Why were Sugon's Ryzen processors so powerful before?

Can we use the 90nm process technology that is one generation behind to defeat the second-generation Core processor that originally used the 65nm process technology with a slight advantage?

Isn't the reason why the Dawning Ryzen processor has an ultra-efficient and ultra-high-performance X86-S instruction set, which allows the Dawning Ryzen processor to perform very well even if its manufacturing process is lagging behind?

At this time, Intel also has the same efficient and high-performance X86-X instruction set, which means that the good days of Sugon Ryzen processors are over, which will mean the re-emergence of their Western CPU processors.

Faced with this situation, how could the Intel fans at the scene not be excited?

But at this time, they unconsciously raised a question. This question is whether Sugon Technology's X86-S instruction set is more powerful, or Intel's X86-X instruction set?

However, Intel President Paul Oudelin obviously has no intention to discuss this in detail. He does not know that Intel’s X86-X instruction set is not as good as Sugon Technology’s X86-S instruction set, so he will not discuss it in detail. and compare.

Or Intel didn't bother to compare the strengths and weaknesses of the two instruction sets, so there was no comparison.

At this time, after Intel President Paul Odeline introduced the X86-X instruction set, he did not mean to compare the performance of the two. He changed the topic and said:

"Okay, I won't say any more nonsense, let's just serve the food."

While Paul Oudening was speaking, the architecture and name of the third-generation Core processor appeared directly on the projection screen.

The architectural name of this third-generation processor is not the previous "Kourou" and "Kourou 2" series, but a new name.

This new name is "Turing"!

Obviously this is a tribute to Turing, a famous computing scholar in history, and also shows how powerful this processor is.

In response, the Intel fans at the scene naturally became more excited.

After all, this third-generation Core processor dares to use the series code name "Turing". It is obvious that it is of great significance to Intel and its performance is also quite powerful.

However, before the people at the scene were curious for a long time, the picture on the projection screen changed again and turned into a picture of the parameters of the three Core processors.

Third generation Core processors, i3 3200, i5 3470, i7 3770.

Among them, the i3 3200 is a dual-core processor, the i5 3570 is a quad-core processor, and the i7 3770 is a six-core processor!

As for threads, the i3 3200 has two cores and four threads, the i3 5770 has four cores and eight threads, and the i7 3770 has six cores and 12 threads!

As for the processor frequency, the frequency increase of the third-generation Core processor is not large, the base frequency is only 3.4GHz, and the maximum core frequency is 3.8GHz.

In addition, the third-generation Core processors are not frequency locked, and consumers can use overclocking software for overclocking.

Judging from the ultra-low power consumption of the third-generation Core processors at this time, i3 is only 65W and i7 is only 95W, this processor actually has quite a lot of overclocking space.

In addition, it is worth mentioning that Intel may feel the pressure brought by the super large first-level, second-level, and third-level caches of Sugon Ryzen processors.

This third-generation Core processor has directly changed Intel's past stinginess in processor cache, so this third-generation Core processor is quite powerful in cache.

As for how powerful their cache is?

The most powerful i7 3770 processor among the third-generation Core processors has a first-level cache of 64KB X2, a second-level cache of 8MB, and a third-level cache of 32MB!

This ultra-large cache is the strongest among previous generations of Intel processors, and has reached the same level as the first-generation Sugon R7 processor.

This shows how powerful Intel is this time and how much it values ​​its third-generation Core processors.

Of course, there are many performance parameters in addition to these. In terms of these performance parameters, they either surpass the Sugon Ryzen R7 processor or completely beat the Sugon Ryzen R7 processor.

So after the Intel fans at the scene read the performance parameters above and the introduction by Intel President Paul Oudemon, they all went crazy.

In response to this, Intel President Paul Oudelin naturally smiled very proudly, and even introduced the core technology selling points with a little more force.

In this way, after a series of selling points have been introduced, the final performance test and comparison session comes next. (End of chapter)