As for mobile phone performance, the mobile phone processor R&D department has not done anything in the past few months.
Although the core instruction set is still the previous Phoenix S1 instruction set, in the past few months, under the leadership of Ni Guangnan, a new microprocessor architecture has been developed.
Although this new microprocessor architecture still uses a 130-nanometer process technology, the performance has improved by about 10% compared to before, and the CPU running score has increased from 946 to 1087 points.
As for the GPU graphics display performance, it has also received simultaneous enhancement updates.
It has been updated to the second generation Phoenix T20 graphics display core, and the running score has also been greatly improved, from the original 1357 points to 1521 points.
Therefore, in terms of mobile phone performance, there is no doubt that Sugon mobile phones have greatly improved, and once again opened a large gap with the MotoLa S1 mobile phone.
And this is also the benefit of having your own instruction set and mobile system. With your own instruction set and mobile system, you can design and improve it however you want, without being tied up by external factors.
And this is something that Texas Instruments is extremely envious of. Although they felt the pressure from Sugon Technology, they finally developed the OMAP1750 mobile phone processor with stronger graphics display performance.
But because Texas Instruments has not obtained the highest authorization at the ARM9 instruction set architecture level, they can improve the GPU performance, but it is difficult to improve the CPU performance.
The final result is that compared with the previous generation OMAP1710 mobile phone processor, the OMAP1750 mobile phone processor only has a major improvement in graphics display performance, without any improvement in CPU performance.
After all, they only have the right to use the ARM926 core, but they cannot change and strengthen the ARM926 core. Naturally, the results will not be good in the competition with Sugon Technology.
So in this case, even though Sugon Technology's process technology was one generation behind, it still won the first round due to the enemy's delayed response and lack of attention.
Although Lin Chen knew that this victory was only short-lived, after all, they had 90 nanometer process technology.
There is a huge difference between 130 nanometers and 90 nanometers. Once they pay attention to it, the hope of Phoenix mobile phone processors to continue to win is slim.
Take Intel Prescott (Charizard processor) and Pentium 4 processor as examples. The Pentium 4 processor uses a 130-nanometer process technology and has 55 million transistors.
The Intel Prescott (Charizard processor) uses a 90-nanometer process technology, and the core chip area is 20% smaller than the Pentium 4. As a result, the number of transistors has reached a terrifying 125 million transistors!
The core chip area is only 80% of others, but as a result, there are nearly 70 million more transistors than others. This is the terrifying change after the process technology is upgraded to 90 nanometers!
And this only uses 80% of the core chip area. If the same core chip area is used, wouldn't the total number of transistors be able to reach 155 million?
Therefore, although 90 nanometers and 130 nanometers appear to be only 40 nanometers smaller, they can actually accommodate about twice the number of transistors!
In the long run, it is almost impossible for 130 nanometers to defeat 90 nanometers. After all, how can a mere 50 million transistors beat others' 150 million transistors?
The gap in the number of transistors is too big. Once people take it seriously, their chances of victory will be slim.
Moreover, ARM is not a simple company, and neither is Texas Instruments.
They were surpassed twice by Shuguang Technology and slapped in the face twice. They must be going crazy soon and use big moves to hold back their blood!
Once they take full advantage of the 90nm process technology, the Phoenix S2 mobile phone processor will be defeated in the future.
However, the research and development of mobile phone chips cannot be completed in a short time. In the previous life of Pingguo mobile phone, it took them 18 months from the establishment of the research and development project to the release of the next generation mobile phone chip!
Sugon Technology was able to update its second-generation mobile phone processor within a few months. This was actually the result of Lin Chen's cheating.
Otherwise, according to the regular research and development speed of mobile phone chips, the release time of the next generation Phoenix S2 mobile phone processor may not be until the end of 2004.
At this time, considering that ARM has been developing the next-generation ARM core for a long time, it will definitely not take as long as 18 months to launch the next-generation chip core.
But no matter what, the performance of the Phoenix S2 mobile phone chip will be the best in the world for at least half a year.
Even if this is a short-term victory because the enemy does not pay attention to it, it is still a victory!
So at the press conference, hundreds of reporters and thousands of guests looked at the Sugon S1 mobile phone and all exclaimed in exclamation.
"Crazy, this phone is too powerful!"
“This Suguang S1 mobile phone is amazing!”
“It’s so satisfying, it’s a work of art!”
"The camera effect of this mobile phone is so powerful. Although it only has 2 million pixels, I feel that the effect is comparable to what can be achieved with 4 million pixels!"
"Yes, this camera is great, and the performance of the phone is super strong. I didn't see any lag whether it was taking pictures or playing games."
"Although this phone does not have dual displays, I feel that this phone is better than the MotoLa S1. It surpasses the MotoLa S1 in terms of photography and performance!"
"Yes, although it is indeed a pity that there is no dual display screen, if I put the Sugon S1 mobile phone and the Motorola S1 mobile phone in front of me, then I will still buy the Sugon S1 mobile phone."
“Indeed, although the dual-display design is amazing, in the end I still prefer the Sugon S1 phone with better photography and stronger performance!”…
People at the scene burst into exclamations and praised the Sugon S1 mobile phone.
This Sugon S1 mobile phone is a very satisfactory mobile phone. Although it does not have dual displays, it has satisfied countless people with its excellent photo effects and mobile phone performance.
Therefore, people at the scene were extremely satisfied with the Sugon S1 mobile phone, and could hardly find anything to be dissatisfied with.
Of course, there must be some dissatisfaction, that is, Sugon has only 600,000 mobile phones a year and only 50,000 units a month.
Under such circumstances, when people marveled at Sugon S1 mobile phone, they also resented the four major mobile phone giants a lot.
After all, due to the despicable methods of the four major mobile phone giants, Sugon S1 mobile phones can only produce 50,000 units a month.
Facing the global market, these 50,000 Sugon S1 mobile phones are naturally destined to be unable to be purchased by many people. Doesn't this make them resentful?
Under such circumstances, with the end of Sugon Technology’s product launch conference.
When many media around the world reported on the Sugon S1 mobile phone, they inevitably brought some regret and resentment.
…
"The most regrettable mobile phone in history is the Sugon S1 phone!"
This is the news headline from Penguin Portal. (End of chapter)
