Ten days later.
Xing Hai Entertainment, with a registered capital of 10 billion, was established. It announced that Xing Hai Technologies had officially entered the entertainment circle.
Moreover, Xing Hai Entertainment acted very quickly. On the day of the company's establishment, Xing Hai Sci-fi, Xing Hai Movies, Xing Hai Advertising, Xing Hai Music, and other websites or clients were launched one after another.
Of course, these were just empty "skeletons." There was not much content, and the users could not see anything.
Therefore, they had to fill in the content.
Especially the website, it was known as the "core content production center." Sufficient content was the guarantee that Xing Hai Entertainment would go far.
Therefore, on the first day of the website's establishment, in addition to recruiting a large number of authors to publish their works, they also organized a prize-winning essay contest. The prize for the first prize was as high as 10 million.
The name of the event was: "Wa-wah Robot Hard Science Fiction Movie Prize-Winning Essay Contest."
Chen Jin originally planned to bring out the big IP, "Wa-wah Robot," and let the majority of authors create hard science fiction works based on this IP. If your work had an outstanding setting and a wonderful plot, it might be made into a movie and receive a prize of 10 million.
There were a total of 10 places for the grand prize. All of them had the possibility of being adapted into movies and TV shows. The prize was at least 1 million.
As for small awards such as potential awards and creative encouragement awards, there were hundreds of them with a minimum prize of 50,000.
It could be said that for this essay contest, the rich and imposing Xing Hai Entertainment used its own advantages and took out a large amount of real money. It hoped that through this essay contest, they could produce a few hard science fiction movies related to "Wa-wah Robot," and blow the first horn of power in the entertainment circle.
In this way, Chen Jin's initial dream of making a hard science fiction movie was realized.
Of course, it was impossible for Chen Jin to worry about the specific operations and the process of operations. Professional matters should be left to the professionals. He could pay attention to them occasionally, but he would not put all his attention on a certain small corner.
Xing Hai Technologies was too big. Because it had opened too many traps, it had achieved many breakthroughs.
For example, there were two major breakthroughs recently, which diverted Chen Jin's attention.
One of them was not unfamiliar. It was not a new breakthrough, but a major upgrade on top of an old breakthrough.
But this major upgrade would change the entire chip industry. It would bring an unimaginable destructive impact to the traditional chip industry.
Chen Jin predicted that once this product was released, the stock prices of international OEM giants such as Mossy Electrics and Samsin would plummet by more than 50%.
Even the stock price of Zhong Xin International, which had close cooperation with Xing Hai Technologies, was expected to plummet by more than 30%.
Not bad!
Graphene CPU.
The process was 45 nanometers, the heat produced was only one-thousandth of the traditional silicon chip, and the operating frequency could reach more than 100GH.
Rong Weizhi, who was in charge of the project, said,
"President Chen, the era of graphene chips replacing traditional silicon chips has arrived."
"Traditional silicon chips generate a lot of heat because the electrons collide with the wall of the transistor when they are moving back and forth. Therefore, a lot of heat is generated.
"Therefore, the larger the size of the transistor, the higher the heat output; the smaller the size, the more energy efficient."
"However, when the size of the transistor is compressed to less than 7 nanometers, due to the quantum tunneling effect, electrons may pass through the wall of the tube, causing the transistor to leak and affecting the normal operation of the chip."
"Five nanometers is almost the limit of traditional chip manufacturing. It's almost impossible to push any further."
"In addition, in order to control the heat output, the operating frequency of the silicon chip is generally very difficult to exceed 5GHZ, and it is very difficult for the CPU of the mobile phone to exceed 3GHZ.
"But the graphene chip is different!"
"After the transistor of the graphene chip is electrified, its energy distribution is not the traditional parabolic linear, but like a Mexican hat raised high in the middle, and the electron density near the edge of the hat is almost infinite. As a result, a very small voltage is applied, a large number of electrons will start to move at the same time, causing a sharp change in the current on the other side of the energy barrier."
"This not only greatly reduces the distance of electron movement, but the energy required to switch the switch is also extremely small, which is incomparable to the traditional silicon transistor material."
"Therefore, even the graphene CPU with the process of 100 nanometers can operate at the operating frequency of 100GHZ."
"Now that I have compressed the size of the transistor to 45 nanometers, there is no problem setting the operating frequency to 250GHZ."
"If the size is reduced again, the operating frequency can be higher."
"However, 45 nanometers has reached the crossing point of replacing traditional chips. At the operating frequency of 250GHZ, its performance is equivalent to the performance of the 5-nanometer silicon chip at the operating frequency of 3GHZ, but it saves more than 90% of energy."
"If the 45-nanometer graphene CPU is used on a mobile phone, the battery life of the phone will increase by at least 40%, and there will be no need to worry about heat dissipation. The temperature of the surface of the phone will not change much no matter how it is used."
"The so-called 'CPU overheating and frequency reduction' problem will never occur on the graphene CPU, so the performance will be more stable."
"The overall performance will definitely be better than the 45-nanometer graphene CPU."
"Finally, in terms of production cost, the 45-nanometer graphene chip is not too difficult to manufacture. At least the process will not be as complicated as the 5-nanometer silicon chip. In terms of production cost, there will not be much difference between the two."
"Therefore, it is inevitable that the graphene chip will replace the traditional silicon chip!"
Chen Jin nodded.
But he was not particularly happy. Instead, he frowned and looked a little embarrassed.
Fast.
Too fast.
It was reasonable to say that the graphene chip could only become a reality after at least ten years, replacing the silicon chip that had reached a dead end.
But due to the existence of Xing Hai Technologies, this progress was accelerated by ten years and became a reality in advance.
The manufacturing process of the graphene chip was completely different from the manufacturing process of the silicon chip. Traditional chip foundries could not produce graphene chips. The production equipment and process had to be changed drastically.
In the end, it was better to build a special graphene chip production line.
The problem was that Zhongxin International's business expansion had just begun.
Zhongxin International had already gobbled up more than 30% of the chip OEM orders of hundreds of billions of US dollars every year. It was about to take away the top spot of Mossy Electrics.
The situation was very good.
Launching the 45-nanometer graphene chip now was tantamount to destroying this good situation and changing one's own fate.
The money wasted and the potential benefits lost would be at least in the hundreds of billions.
President Zhang and the others from Zhongxin International would also complain and wail.
So, the choice in front of Chen Jin was: Squeeze the toothpaste, or directly explode?
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