Therefore, at this time, the senior representatives of the Sanxing Electronics Daxia Division were very disdainful of Lin Chen's words.
After all, 180nm and 350nm are okay, and Motorola has solved the yield problem.
The yield rate of those two processes is said to have exceeded 80%, but 130nm Sugon Technology is definitely not qualified to OEM chips for others.
However, Lin Chen ignored him at this time. Lin Chen continued to say amidst the flash of cameras:
"Next, Sugon Technology is going to solve the problem of self-production of our Phoenix S1 mobile phone chip and the corresponding high-performance flash memory and running memory.
We will take up to two months to solve the yield problem of the 130nm process technology, so that Sugon Technology can get rid of its dependence on external chips.
To this end, we solemnly invite skilled semiconductor workers, engineers in the semiconductor field, and talents from microelectronics, physics, chemistry, mathematics, and materials departments across the country to work together to break the impossible.
Among them, our remuneration is definitely very generous, and the positions and remuneration will be announced on the official website of Sugon Technology later..."
"Ah."
At this time, a TSMC store representative on the scene smiled disdainfully.
The representative of this TSMC store, like the representative of Sanxing Electronics, was full of disdain for Sugon Technology’s innocent words.
If Lin Chen was very disdainful about recruiting chip foundry orders before, they did not believe that Sugon Technology could recruit chip foundry orders.
At that time, Lin Chen claimed that he would solve the 130nm yield rate within two months, which made them laugh. Lin Chen didn't understand anything.
So why did Motorola lose US$284 million last year? Isn’t the reason all caused by problems with the 130nm chip manufacturing process?
In Motorola's chip factory in Tianjin, the 180-nanometer and 350-nanometer chip production technology is quite mature, and the yield rate can already reach more than 80%.
It can be said that at this time, the production of 180 nanometer and 350 nanometer chips is no longer losing money, and if there are orders, you can still make a small profit.
Under this circumstance, why did Motorola still incur a loss of US$284 million?
There are actually two reasons for this. One of them is because Daxia joined Shimao in 2001 and 2002.
In order to show sincerity, Wassenaar has slightly relaxed the issue of equipment inflow into the 130-nanometer chip production line.
Under such circumstances, Galvin, the president of Motorola, saw a bright future and naturally chose to take a gamble.
In the end, they spent a lot of money to purchase a 130-nanometer chip production line, hoping to completely rise the semiconductor business by producing their own 130-nanometer chips.
This turnaround proves that President Galvin's decision to intervene in semiconductor production was not wrong and was a wise decision.
But in the end, it turned out that people thought too well, and the real world is cruel. The 130-nanometer chip equipment was shipped to Daxia for installation and debugging.
After successfully manufacturing the Nth 130-nanometer chip, the 130-nanometer yield rate has always been a problem. This improvement is much more difficult than the original 180-nanometer process technology.
Therefore, as time goes by, Motorola's senior executives and even shareholders are becoming more and more anxious.
Because they found that not only had they not made money in the past few years since they got involved in the chip business, but they had continued to lose a lot of money that should have been paid out as dividends because of this decision.
So now that 130 nanometer has been unable to solve the yield problem, Motorola's senior executives and even shareholders, who have realized that there is no hope of relying on 130 nanometer to make a comeback, are naturally anxious.
In this hopeless and anxious mentality, the current scene of selling the chip factory finally took place.
As for the 130nm yield rate problem that Motorola has been unable to solve, Sugon Technology claims to solve it within two months.
This is simply ridiculous and makes them, representatives of the chip foundry industry, want to laugh when they hear it.
However, how did they know that Lin Chen had increased the yield rate of Phoenix S1 mobile phone chips to 92% in the virtual laboratory.
So what they thought was impossible has been broken by Lin Chen.
Among them, Lin Chen specifically said that the yield rate of 130 nanometer chips would be solved within two months, not just to show off.
The real purpose is to let outside semiconductor industry talents continue to pay attention to Sugon Technology, and finally see how Sugon Technology breaks the impossible step by step, and then choose to join Sugon Technology after fully realizing its potential.
Sugon Technology is now suffering from a lack of talent just like Zhongxin International. On the day Sugon Technology successfully acquired Motorola's chip factory, it was when the two parties formally signed the contract on the afternoon of the 11th.
On that day, many engineers and skilled workers in semiconductor production had quietly left their jobs!
Obviously this was a backhand left by Motorola. They approved the resignation of those core members just before signing the contract.
Then leave a bunch of engineers and workers with average skills to Sugon Technology.
For those skilled workers and veteran engineers who want to leave, the green light is given, allowing them to go wherever they want to take on challenges, and all are approved.
This kind of behavior is quite shameless. Sugon Technology was shocked when they found out about it. After all, who would have thought that Motorola would be so despicable.
The most helpless thing is that even if Sugon Technology knew about it in advance, there was nothing they could do. After all, Sugon Technology had to buy it.
Therefore, Lin Chen needs to create some public opinion so that people in the semiconductor industry can continue to see how Sugon Technology solves difficulties step by step.
Then how to rise step by step, and finally change the view of Sugon Technology, and look at Sugon Technology in a new light.
Among them, as Sugon Technology gradually solves the problem of yield rate, those talents who have changed their views on Sugon Technology will definitely think about whether to join Sugon Technology when facing Sugon Technology that continues to recruit people.
So what Lin Chen said about solving the 130nm yield rate problem in 2 months was not just to show off and slap him in the face. Lin Chen would not be so bored.
This is a big plan to attract talents, a free advertisement that continues to attract talents. As for the negative public opinion that will inevitably arise, just smile.
As long as Lin Chen keeps announcing to the public how much the yield rate has been improved, the people who ridicule him will just wait to be slapped in the face.
However, at this moment, Galvin, the president of Motorola, seemed to remember something. He suddenly stepped forward and said with a smile:
"Speaking of which, there is news that I forgot to announce before. This news is that our Motorola will soon release a new high-end mobile phone and a revised Motorola V1 Plus mobile phone.
First of all, the Motorola V1 plus mobile phone will be announced in the near future, and the high-end mobile phone will be released around the end of September, so everyone will wait and see. "
"Wow!"
Hearing the words of Motorola President Gao Weiwen, the scene instantly went into an uproar.
I didn’t expect that MotoLaLa would launch the upgraded V1 plus mobile phone, the MotoLaLa V1 mobile phone.
(End of chapter)
