486: The whole audience was in an uproar, the terrifying Dawn S4 eight-core phone

However, putting aside the digression, Old Huang, President of Nvidia, did not receive empathy from his two allies regarding his concerns.

The two Presidents merely smiled before redirecting their attention to the live broadcast on the screen.

After all, the Shuguang Semiconductor press conference had not stopped; naturally, they were very interested and curious at this moment.

At the same time, it wasn't just the Presidents of the Microsoft-Intel-Nvidia alliance who were interested in the Shuguang Semiconductor press conference.

In fact, President Jobs of Apple, President Olilla of Nokia, President Galvin of Motorola, President Li Jianxi of Samsung Electronics, and others in the mobile phone industry were also closely following this press conference in real-time.

After all, what Shuguang Semiconductor was going to produce this time wasn't some other microcontroller chip, computer CPU, or Graphics Card chip, but a mobile phone chip!

Under these circumstances, how could their competitors in the mobile phone industry not nervously watch the Shuguang Semiconductor press conference?

Therefore, at the Shuguang Semiconductor press conference, the various mobile phone manufacturers in the mobile phone industry were actually the most concerned and anxious.

And the press conference at this moment obviously didn't keep everyone waiting for long; shortly after Lin Chen proudly announced that Great Xia had successfully broken through the 65 nanometer process technology at the press conference.

Soon, the Dean of Xia Academy of Sciences, along with expert teams from several invited Global universities, officially began to test the performance of this chip in front of everyone.

As for whether to disassemble this chip on the spot and check if there were any issues with the process technology, this was not necessary.

Because during the production process of this chip, many domestic and even foreign experts had already disassembled it at the factory.

Although it could be disassembled and tested again at this time, the time required would be too long.

Therefore, the on site directly skipped the step of disassembling the chip and testing whether the chip's line width was 65 nanometer process technology.

In response, the reporters and thousands of fans at the scene heard the explanation from the Dean of Xia Academy of Sciences and then looked at the disassembly image results report above.

Finally, seeing that the expert teams from universities like Harvard, Cambridge, and Stanford did not come out to object or refute.

It was clear that they had also personally inspected and acknowledged whether this chip had truly reached the level of 65 nanometer process technology.

So, at this moment, people naturally had nothing to say about directly testing the performance of the Shuguang Mobile Phone Chip.

Thus, with no one expressing objections at the scene, experts from foreign and domestic began the intense chip performance testing phase.

The people at the scene also watched nervously, wondering how powerful the Dawn S4 mobile phone chip was and how much stronger it was than the previous generation Dawn S3 mobile phone chip.

In response, the Presidents of the mobile phone industry worldwide also nervously watched the screen, anxiously awaiting the final verdict.

And so, time slowly passed, and after more than ten minutes, accompanied by the first gasp of surprise.

The audience at the scene also brightened their eyes, because this meant that the test results were about to come out.

"The performance improvement is actually so terrifying? My goodness!"

"As expected, Shuguang Mobile Phone will continue to dominate the mobile phone industry."

"Incredible, simply incredible!"

"This performance is already the ultimate for 65 nanometer process technology; any further improvement might not be supported by the phone's heat dissipation.

So, this might be the world's strongest mobile phone chip!"

Exclamations of surprise rang out one after another from the domestic and foreign inspection expert teams at the scene.

And these exclamations naturally made the hearts of the people at the scene itch, making them unable to calm down.

In response, the foreign and domestic expert teams obviously did not keep everyone waiting too long; in less than two minutes, the performance test results appeared on the large projection screen.

First, in terms of core, this fourth-generation Dawn Mobile Phone Processor, also known as the Dawn S4 Mobile Phone Processor, adopted an octa-core architecture, making it the world's first octa-core processor.

Secondly, and most importantly, in terms of performance, because the Dawn S4 Mobile Phone Processor uses 65 nanometer process technology, it can fit several times more transistors in the same area.

Therefore, the current Dawn S4 Mobile Phone Processor naturally completely outperforms the Dawn S3 Mobile Phone Processor, which uses 90-nanometer process technology!

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

And at this time, the Dawn S4 octa-core mobile phone processor, which uses 65 nanometer process technology, has an astonishing score of 11547 points, an increase of a full 4800 points!

If this score were to increase by another 3000 points, it would directly equate to a doubling of performance; what is this if not a terrifying performance improvement?

It can be said that the benchmark score of the Dawn Processor directly shocked countless expert teams from domestic and foreign universities, as well as the reporters and audience at the scene.

"Clap clap clap clap clap clap clap clap clap clap clap clap clap clap..."

The thousands of audience members who reacted all clapped excitedly, their faces full of emotion.

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

The reporters who reacted also frantically pressed the shutter buttons of their cameras, directly filling the scene with flashing lights.

In response, Lin Chen showed a faint smile, but he was happy in his heart that Shuguang Mobile Phone would be able to maintain its lead in performance for some time to come.

At this time, the performance of the Dawn S4 Mobile Phone Processor reaching 11,500 points was actually quite good, considered an extraordinary performance.

Lin Chen believed that it was almost impossible for other processors to completely surpass and outperform the Dawn S4 Mobile Phone Processor at the 65 nanometer process technology.

Of course, if they truly wanted to surpass the Dawn S4 Mobile Phone Processor in performance, they could still do it, as long as they frantically stacked transistors.

But the problem is that simply piling up more transistors is not always better, because the more transistors are piled up, the more severe the heat dissipation problem becomes!

The current Dawn S4 Processor is already considered to have reached the current limit of 65-nanometer.

If there were even more transistors, the heating problem would become very serious, and at that time, the Shuguang Mobile Phone would gain the nickname of a "fast-heating hand warmer."

Therefore, in terms of 65 nanometer process technology, it is almost impossible for current performance to surpass and outperform the Dawn S4 Mobile Phone Processor.

The best result is probably only similar to the Dawn S4 Processor in terms of benchmark scores; under such circumstances, how could Lin Chen not breathe a sigh of relief?

Of course, while Lin Chen was breathing a sigh of relief, he was also happy that they had successfully created a miracle, because the Dawn S4 Mobile Phone could achieve a score of 11,500 points.

This benchmark performance is actually quite close to the performance benchmark of the iPhone 4S mobile phone in the previous life, because the iPhone 4S mobile phone in the previous life also only scored 12,000 points!

So, the performance difference between the two is only a mere 500-plus points, but Shuguang Technology used 65 nanometer process technology.

While the iPhone 4S mobile phone in the previous life used 45-nanometer process technology! (End of Chapter)