"Our Sugon Technology chip factory is gradually expanding its production capacity. Within the next month, it will completely produce Phoenix S1 mobile phone chips by itself, and will give up looking for other chip foundries to produce chips.
After all, our yield rate has reached 75%, and we have the conditions to mass-produce Phoenix S1 mobile phone chips without losing money.
Under such circumstances, it is natural that we will not continue to find other chip factories to manufacture chips.
As for the 180nm process technology, we will use it to produce WIPI wireless communication chips and high-end running memory and flash memory chips.
Regarding the arrangement of the 350nm process chip production line, we will produce corresponding low-end flash memory chips and MCU microcontroller chips.
In addition, it is worth mentioning that except for the fact that 130 nanometers currently need to give priority to the production of Phoenix S1 mobile phone chips and cannot be used for large-scale OEM production.
Our 180nm and 350nm process technologies already have the conditions for large-scale foundry of chips.
We welcome any chip design company in the world to find us to manufacture chips, and the price will definitely be favorable. "
After hearing Rebus' last words, the people at the scene finally calmed down, and then they could no longer conceal their excitement.
"Pap-pap-pap-pap-pap-pap-pap-pap-pap-pap-pap-pap-pap-pap..."
There was warm applause at the scene, and many people’s palms even turned red due to the excitement in their hearts without even realizing it.
In response to this, a crazy reply appeared on a live post on the Internet called Tianya Forum:
Cousin from the south: "It's awesome, Sugon Technology is awesome."
Shutro: "Hahaha, it is indeed Sugon Technology. I see how arrogant the TSMC store is this time?"
Unscrupulous person: “That’s right, I don’t think TSMC will be arrogant anymore this time.
There have long been rumors that TSMC was dissatisfied that Sugon Technology had its own chip factory and was involved in the chip foundry business, so it eventually gave Sugon Technology a small shoe.
From then on, it refused to supply mobile phone chips to Sugon Technology on a large scale and was only willing to provide 2.5 million chips per month.
It is unwilling to increase the monthly supply to 5 million units, allowing Sugon Technology to have the conditions to produce 60 million mobile phones annually.
At this time, Sugon Technology can directly produce its own mobile phone chips. At this time, Zhang Xiaomou at the TSMC store is almost so angry that he vomits blood, hahaha..."
Pig-Raising Cement: “Yes, I see that the boss of TSMC Store, Zhang Xiaomou, is almost so angry that he vomits blood.
Of course, it is more likely that they regret why they did not directly cut off Sugon Technology's foundry chip orders, but only limited the scale of chip supply to an annual output of 30 million pieces. "
On the other side of the beacon smoke: "Hahaha, Sugon Technology has done a good job this time. I only have two words for Sugon Technology, I admire it!"
Shutro: “That’s true, Sugon Technology did a great job this time.
From now on, there are officially two chip manufacturers in China that have mastered the 130nm process technology. This is a good thing.
Sugon Technology has done a great job, and Lin Chen has done a great job! "
Cousin from the South: “It’s a pity that 130nm is two generations behind the world.
Currently, the world's most advanced process technology is the 90nm process technology and the 65nm process technology, which is still in laboratory status and cannot be applied on a large scale.
It's a pity that there is absolutely no hope of obtaining these two process technologies in Daxia. Alas, we can't produce core equipment by ourselves.
They don't sell us the world's most advanced equipment, so we can only accept the reality helplessly. "
The other side of the flames: "This is indeed a helpless fact.
We can only hope that chip manufacturers such as Zhongxin International and Shuguang Technology will grow in strength.
Be willing to invest money to develop your own core chip production equipment. "
In response to this, the post fell into silence for a while, but soon their attention was focused on the things.
At this time, Sugon Technology's product launch conference was officially over, and the nearly 500 domestic and foreign reporters at the scene also left one after another.
I want to report the news about this product launch to my media company as quickly as possible.
It didn’t take long for Internet portals to be the first to report the news as quickly as possible.
"Super genius Lin Chen? Sugon Technology's 130nm chip yield rate exceeded 75%!"
This is the news headline from Penguin Portal.
The focus of the headlines on this Penguin portal is the breakthrough in the yield rate of the 130nm process.
They focused on reporting what it means for the 130nm yield rate to exceed 75%? Reported on the fact that Sugon Technology can completely produce its own Phoenix S1 mobile phone chips.
"The strongest dark horse in the global semiconductor industry is Sugon Technology?"
This is the news headline on the NetiEase portal.
This NetiEase portal news headline focuses on the report that Sugon Technology has successively achieved breakthroughs in yield rates of 130 nanometers, 180 nanometers and 350 nanometers within a month. What does it mean?
It focused on reporting what the chip factory's yield rate was like before Sugon Technology took over the chip factory.
Explained how difficult it is to improve the chip yield rate? In the end, they concluded that Sugon Technology has become the strongest dark horse in the global semiconductor industry.
After all, it only took Sugon Technology one month to achieve major breakthroughs in the yield rates of the three major manufacturing processes.
If Sugon Technology is given another two to three months, it would not be difficult to directly increase the yield rates of 180 nanometers and 350 nanometers to 99%.
As for the final 130 nanometer, it will take two or three months to increase the yield rate from the current 75% to 95%.
After all, it took only one month to increase the originally low yield rate to such a high level, and the final improvement rate was so fast. From this point of view, it is indeed possible for Sugon Technology to do it.
As for why they call Sugon Technology the biggest dark horse in the global semiconductor industry, the reason is that the improvement in yield rate represents a take-off for a chip manufacturer.
As long as the yield rate increases to more than 95%, this means that the model of manufacturing chips is printing money has been completely opened.
The more advanced the process technology is, the more money can be earned from producing chips, so the NetEase portal calls Sugon Technology the biggest dark horse in the global semiconductor industry.
"The biggest mistake in the history of TSMC was to manufacture Phoenix S1 mobile phone chips for Sugon Technology!"
This is the news headline on the Naanhu portal.
The news headlines on this bad portal website focus on the love and death between Sugon Technology and TSMC Store.
I reported how Sugon Technology had a friendly cooperation with TSMC at the beginning, and then the two sides looked at each other coldly after Sugon Technology acquired Motorola's Tianjin chip factory.
Then he focused on explaining how the TSMC store cheated Sugon Technology after learning the news. It was only willing to supply 2.5 million chips per month and was unwilling to expand the supply to 5 million Phoenix S1 mobile phone chips.
Let Sugon Technology's new factory with an annual output of 30 million mobile phones be vacant because there are no chips.
(End of chapter)
