Daguo Science and Technology started from the copycat system

But gossip aside, the worried words of Invida CEO Lao Huang did not resonate with the other two allies at this time.

The two presidents just smiled and then focused their attention on the live broadcast in front of them.

After all, Sugon Semiconductor's press conference has not stopped at this time. Now they are naturally very concerned and curious.

At the same time, it is not just the presidents of the Weisoft-Intel-Invida alliance who are paying attention to Sugon Semiconductor's press conference.

In fact, at this time, the mobile phone industry's CEO Steve Jobs, Nokia President Ollila, Motorola President Galvin, Sanxing Electronics President Li Jianxi, etc. were also paying attention to the press conference in real time.

After all, what Sugon Semiconductor wants to produce this time is not other microcontroller chips or computer CPU or graphics card chips, but mobile phone chips!

Under such circumstances, how can competitors in the mobile phone industry not watch Sugon Semiconductor's press conference nervously.

So at Sugon Semiconductor's press conference, many mobile phone manufacturers in the mobile phone industry were actually the most concerned and nervous ones.

The press conference at this time obviously did not keep everyone waiting for long. Lin Chen at the press conference proudly announced that Daxia successfully broke through the 65nm process technology.

Soon, the Dean of Xia Ke Academy and a team of invited professors and experts from universities around the world officially began to test the performance of this chip in front of people.

As for whether to disassemble the chip on the spot and check whether there are any problems with the manufacturing process, this is actually not necessary.

Because during the production process of this chip, many domestic and even foreign experts have actually dismantled it in the factory.

Although it can be disassembled and tested again at this time, it will take too long.

Therefore, the scene directly skipped the process of disassembling the chip and testing whether the chip line width is a 65-nanometer process.

In this regard, reporters and thousands of fans at the scene heard the explanation from the president of Xia Ke Academy, and then looked at the disassembly picture results report above.

Finally, let’s look at the team of professors and experts from universities such as Hafu, Jianqiao, and Stanfu who did not come out to object or refute.

Obviously, they have personally tested and confirmed whether this chip has really reached the level of 65nm process technology.

Therefore, people at this time have no problem with directly testing the performance of Sugon mobile phone chips.

In this way, after no one expressed any objections at the scene, foreign and domestic experts began the intense chip performance testing process.

People at the scene were watching nervously, wondering how powerful the Sugon S4 mobile phone chip was and how much better it was than the previous generation Sugon S3 mobile phone chip.

In this regard, mobile phone industry presidents around the world are also looking at the screen nervously, anxiously waiting for the final judgment.

And time passed slowly like this, and after more than ten minutes, there was the first sound of exclamation.

The audience's eyes lit up one after another, because this meant that the test results were about to come out.

"The performance improvement is so terrible? Oh my god!"

"Sure enough, Sugon Mobile will continue to dominate the mobile phone industry."

"Incredible, simply incredible!"

“This performance is already the ultimate in 65nm process technology. If you want to go further, the phone’s heat dissipation may not be able to support it.

So this may be the most powerful mobile phone chip in the world! "

The domestic and foreign inspection expert team at the scene burst into exclamations one after another.

These exclamations naturally scratched the hearts of the people present and made them unable to calm down at all.

In this regard, the foreign and domestic expert groups obviously did not keep everyone waiting for too long. It took less than two minutes for the performance test results to appear on the large projection screen.

First of all, in terms of core, this fourth-generation Sugon mobile phone processor, also known as Sugon S4 mobile phone processor, uses an eight-core architecture, which is also the world's first eight-core processor.

The second is the most important aspect of performance, because the Sugon S4 mobile phone processor uses a 65nm process technology, which can accommodate several times the number of transistors in the same area.

Therefore, the current Sugon S4 mobile phone processor naturally beats the Sugon S3 mobile phone processor using 90 nanometer process technology!

As for the difference in their benchmark scores, the performance score of the Sugon S3 quad-core mobile phone processor that originally used a 90-nanometer process was 7320 points.

At this time, the Sugon S4 eight-core mobile phone processor using a 65-nanometer process technology scored an astonishing 11,547 points. This score directly increased by a full 4,800 points!

If this running score is increased by 3,000 points, it is directly equivalent to doubling the performance. Isn't this a terrifying performance improvement?

It can be said that the running scores of the Sugon processor at this time directly shocked countless members of the expert team from domestic and foreign universities, as well as the reporters and audiences at the scene.

"Pah-pah-pah-pah-pah-pah-pah-pah-pah..."

The thousands of spectators who reacted all clapped excitedly and looked very excited.

"Click, click, click, click, click, click, click..."

The reporters who reacted frantically pressed the shooting button of their cameras, filling the scene with flashing lights.

In response, Lin Chen showed a faint smile, but in his heart he was happy that Sugon mobile phones would continue to lead in terms of performance for a while.

At this time, the performance of the Sugon S4 mobile phone processor can reach 11,500 points, which is actually quite good and is an extraordinary performance.

Lin Chen believes that with the 65nm process technology, it is almost impossible for other processors to completely surpass the Sugon S4 mobile phone processor.

Of course, if they really want to surpass the Sugon S4 mobile phone processor in performance, they can actually do it, as long as they pile up transistors like crazy.

But the problem is that the more transistors are stacked, the better, because the more transistors are stacked, the heat dissipation problem will be very serious!

The current Sugon S4 processor has actually reached the current limit of 65 nanometers.

If there are more transistors, the heating problem will become very serious. By then, Sugon mobile phones will have the title of "hot hand warmer".

Therefore, in terms of 65nm process technology, it is almost impossible to surpass the performance of Sugon S4 mobile phone processor.

The best result is probably only about the same as the running score of Sugon S4 processor. In this case, how can Lin Chen not breathe a sigh of relief.

Of course, while Lin Chen breathed a sigh of relief, he was also happy that they had successfully created a miracle, because the Sugon S4 mobile phone could reach a score of 11,500 points.

This benchmark performance is actually quite close to the performance benchmark of the previous iPhone 4S mobile phone, because the previous iPhone 4S mobile phone’s benchmark score was only 12,000 points!

Therefore, the performance gap between the two is only more than 500 points, but Sugon Technology uses a 65-nanometer process technology.

The previous iPhone 4S mobile phone used a 45nm process technology! (End of chapter)