First of all, the most important thing about communication equipment is not super performance, but stability, which is the most ignored.
Because communication equipment in the communication industry must not have problems, let alone the economic problems caused by the failure of communication equipment for a long time, from the perspective of national defense and security.
If communication equipment fails at a critical moment, no one can escape the responsibility for the eventual casualties caused by the equipment's inability to communicate.
No matter how high or big your official hat is, you will end up being thoroughly investigated, imprisoned, or dismissed from office.
Therefore, the stability of communication equipment is the first reference value, followed by other super-performance and various functions.
And now Huawei Technology has discovered that even the weakest chips produced by Sugon Technology's chip factory are the strongest.
This represents super stability, and this super stability naturally makes Huawei Technology very excited and unable to refuse, so this meeting was held.
At this time, Ren Zhengfei looked at the scene and became serious, and started the meeting.
This meeting will decide whether to completely give up looking for other chip factories to OEM chips, and instead look for Sugon Technology to OEM chips.
At this time, people at the scene were seen sitting nervously, and the meeting officially started.
Yu Chengxi, who was in charge of the R&D department and product management, clapped his hands, and soon a secretary put down a printed document in front of everyone.
At this time, when people were looking down at the printed document, Yu Chengxi said:
"Please take a look at this analysis report. This analysis report is the performance parameter data obtained by our R&D department comparing the Phoenix S1 mobile phone chip produced by TSMC and the Phoenix S1 mobile phone chip produced by Sugon Technology.
This file contains performance comparison in normal state and comparison parameters in overclocking state. "
Seeing this, people looked at the document. The first thing that caught their eyes were two diamond charts that summarized various data.
Through this diamond diagram, people can intuitively compare the performance parameters of the Phoenix S1 mobile phone chips produced by the two chip factories and see which one is stronger and who is weaker.
The one on the left is the Phoenix S1 mobile phone chip produced by TSMC Store, and the one on the right is the Phoenix S1 mobile phone chip produced by Sugon Technology.
The diamond shape above has many corners, each of which represents a chip's parameter score, such as frequency, heat, calculation, graphics score, etc.
Eventually, it turned into an intuitive diamond diagram from corner to corner, and by comparing the left and right sides, people found that the parameters of the Phoenix S1 mobile phone chip produced by Sugon Technology were obviously much larger than those on the left.
Some of these parameters are larger and some are smaller. It is obvious that the performance of the Phoenix S1 mobile phone chip produced by Sugon Technology has been enhanced a little out of thin air.
And then when they turned to the second page, which was the overclocking comparison picture, many people couldn't help but exclaimed in surprise.
Because under normal circumstances, the difference between the processors of the two mobile phones is not too big, and they can be regarded as the same processor, then the difference in overclocking performance after that will be terrible.
First of all, Sugon Phoenix S1 mobile phone chip can be automatically overclocked, and it can support overclocking of up to 120% performance.
Of course, this 120% performance overclocking cannot be maintained normally, because the heat generated by overclocking will accumulate rapidly. After continuous use of overclocking for more than ten minutes and the temperature reaches a certain level, it will automatically reduce the frequency.
Even if the temperature is too high, the performance will drop to 60% to 80%.
After a final average calculation, you will find that the actual data results are not as many as those that can be obtained by continuous calculations to maintain 100% performance under normal conditions, so overclocking is only suitable for the short term and not the long term.
Of course, the problem of excessive heat generated by overclocking has little impact on mobile phones, after all, except for a small number of high-performance gamers.
Under normal conditions, people will not use overclocking performance to 120% all the time, but only occasionally overclock to 120% performance when needed.
For example, when taking pictures, you need to use 120% performance overclocking to speed up the reaction speed of taking pictures, improve the experience, etc.
But now there is a big difference, because the Phoenix S1 mobile phone chip produced by Sugon Technology has excellent performance.
The Phoenix S1 mobile phone chip produced by Sugon Technology does not generate serious heat. Even if it is overclocked to maintain 120% performance on a regular basis, it will not automatically reduce the frequency due to excessive temperature.
In addition, through the cracking of Huawei Technology's R&D personnel, they found that the Phoenix S1 mobile phone chip produced by Sugon Technology can still support the performance for more than ten minutes even if it is overclocked to 135%.
Of course, the premise is that the heat dissipation must be able to keep up within these ten minutes. It is best to install a special small cooling fan device to dissipate heat quickly, otherwise it will still automatically reduce the frequency.
But even this shows that the chips produced by Sugon Technology are indeed extraordinary. The overclocking performance is quite strong and the performance is quite eye-catching.
"As you can see, the mobile phone chips produced by Sugon Technology are super strong, and the most terrifying thing is that every chip produced by Sugon Technology is so strong, and a few have even more abnormal physiques.
As you can see, the benefits of having a super strong physique are that the performance parameters of both the regular state and the overclocked state have increased significantly.
Of course, for us, the significant increase in performance is just a side detail. What we value most is the super stability brought by super physical fitness.
After all, the most important thing for us in communication equipment is stability, and what we want to discuss this time is whether to abandon TSMC's OEM and turn to Sugon Technology to OEM chips for us. "
After hearing Yu Chengxi's words, many people at the scene finally put away their surprised expressions, but some people still couldn't calm down.
Especially Meng Yazhou at this time. After all, she had previously accused Lin Chen of immature business methods, but now she saw that Lin Chen actually had a core technology that could be called core technology. How could this not make her expression difficult to calm down? ?
"Well, I have to admit that a R&D genius can indeed determine the future of a company. Even if his founder's business methods are immature, he is really arrogant if he has core technology."
Meng Yazhou finally had to admit that she underestimated Lin Chen. Even if Lin Chen had all kinds of shortcomings, she could admire Lin Chen just because he could develop all kinds of incredible technologies.
After all, Sugon Technology is the production technology that allows each of their chips to possess or even surpass others' super-powerful chip physiques that only appear one or two occasionally.
Sugon Technology can become a giant just by being engaged in the chip foundry industry and live a very prosperous life.
Even if its manufacturing process is backward, no matter how backward it is, as long as the OEM price is not outrageous and every chip is of high quality, there will always be someone looking for you to OEM.
Therefore, Shuguang Technology can live a prosperous life with its technology that can produce super-powerful chips.
(End of chapter)
