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January 14, 1998
? 8:40 AM
Han, Gunsan
On the square in front of Hynix's factory, thousands of employees with white cloths on their heads gathered together. There were heavily armed riot police at the factory gate, and the number of them increased greatly compared with yesterday.
Dozens of explosion-proof police cars with barbed wire fences, high-pressure water tankers and police propaganda vehicles with loudspeakers parked at the gate of the factory, leaving a narrow road several meters wide leading to the factory.
The Han Bangzi trade union has a strong fighting capacity and incitement, and has won many victories in the confrontation with the management.
In particular, they are very hostile to foreign capital. They used to be American and Japanese-funded companies, but now they are Hong Kong capital.
This is not a fight for workers' rights, but purely out of narrow national sentiment to exclude foreign capital.
on the square
The loudspeakers of the police kept promoting legal assemblies, demanding peaceful protests, fighting for workers' rights in a reasonable way, using violence will be punished by law, etc., and clear female voices echoed over the square.
The workers organized in groups and shouted slogans under the leadership of the backbone of the trade union;
"Drive away the exploiting foreign capital, drive away the evil Hong Kong capitalists, Han Bangzi is the real owner of the enterprise."
"Never give in to external pressure, long live democracy and freedom!"
The slogans were shouted loudly, and the situation at the scene became more and more tense. The explosion-proof police formed a human wall and were on high alert.
The workers on the square gathered more and more. Facing the ultimatum of Atlantic Jinko Group, they became emotional and began to attack the police defense line in an organized way, wave after wave.
The situation at the scene quickly became worse. The police used shields to defend, batons fought back, and workers picked up bricks and empty wine bottles and threw them at them. From time to time, some people were hit and injured. There was rubble and broken glass on the ground. It was a chaotic and dangerous situation. .
a moment later
?The police high-pressure water cannon was turned on, and the white high-pressure water cannon charged into the gathering place of the demonstration workers, forcefully dispersing the illegal assembly.
On the building in the factory area
The left-behind personnel of the Atlantic Jinko Group watched all this quietly, and many people who had never encountered such a large-scale worker protest rally turned pale with fright.
President Huo Jiaguang watched with a calm expression. He had experienced the workers' strike in Armonk City before, and he was already immune to such a shock.
"Everyone pay attention to self-protection. If workers rush in, the work clothes we wear are the same as theirs, and we can mix in to avoid harm."
"Got it, Mr. Huo."
Seeing this, President Zhang Rujing shook his head. The labor union in Baodao is not a fuel-efficient lamp. He agrees with the boss's tough measures from the bottom of his heart;
? Labor unions are not allowed to operate in the factory area and recruit members.
Trade unions are powerful in Western countries, and have gradually evolved from fighting for workers' rights and becoming a tool to demonstrate social and political influence, with many complicated connotations attached.
?While labor movement activities are on the rise, it has greatly increased the production costs of enterprises and weakened their competitiveness. It is under this trend that the wave of deindustrialization in Europe and the United States has formed.
?The world's multinational companies seek price depressions to rebuild their competitiveness, and the production and operation activities of the primary and secondary industries are gradually shifting to the third world. This is the general trend of global rational allocation of resources.
The four Asian tigers that emerged in the 1990s, Han Bangzi, Baodao, Hong Kong, and Singapore are the beneficiaries of the transfer of European and American industries.
now
Foreign investors have turned their attention to the reform and opening up of the mainland, where there are endless human resources, a vast market that makes people drool, and endless opportunities and possibilities.
By operating an eight-inch wafer production plant in mainland China, President Zhang Rujing deeply felt;
The mainland is the most suitable place in the world to build factories. It has the best laborers, the most disciplined workers, the best obedience, hard work, and countless benefits.
If possible, he still hopes to relocate these factories to the mainland, which will reduce countless troubles and save a lot of cost.
Hongkong
? Victoria Peak Tower
"Uh-huh¡¡
There is no need to contact the trade union. It is no longer a legal organization within the enterprise and does not have the qualifications to have a dialogue with the enterprise.
?From now on, for the employer, those workers who are fired for violating the contract will have no benefits or any cash compensation plan.nbsp;A scientific research team can improve the level of the entire research center, which is unimaginable after more than ten years, but it has actually happened now.
Wang Yaocheng knows;
Throughout the 1980s and 1990s, it was the period when large-scale integrated circuits took off. With the hard work of a scientific research team for several months, coupled with the idea of ????genius, it was possible to create a classic-class cpu microprocessor that sells well all over the world.
According to the classic Moore's Law;
When the price remains constant, the number of components that can be accommodated on an integrated circuit will double every 18-24 months, and the performance will also double. In other words, the computer performance that each dollar can buy will more than double every 18-24 months.
This is a very scary growth rate, and the difficulty of research and development increases geometrically.
Intuitive look;
The number of transistors on a single chip increased from 2,300 on the 4004 processor in 1971 to 7.5 million on the Pentium II processor in 1997, and 9.77 million on the Athlon risc-v microprocessor , an increase of 4,200 times in 26 years.
According to the forecast of "doubling every two years", there should be 13 doubling cycles in 26 years, and after each cycle, the number of components integrated on the chip should increase by 2xn times.
For latecomers, the difficulty of catching up has increased from the difficult level to the hell level, and it will increase to the epic level in a few years.
At the end of 1994, Athlon began to develop the risc-v microprocessor with core property rights.
Throughout the development process, as many as 1,770 high-level researchers were mobilized to form dozens of special public relations research groups. It took one and a half years to complete the research and development, and the research funds were as high as 680 million US dollars.
Today, in the face of severe market competition, Intel is vigorously developing a new generation of Pentium 3 high-performance microprocessors.
Intel has used a design team of 2,000 people and top-notch semiconductor technology to reduce the performance gap between x86 and risc-v, and has invested heavily in cutting-edge research and development. This is a field of competition where the strong are always strong.
? According to the latest scientific and technological intelligence;
Inspired by the performance advantages of simple pipeline vs. complex instructions, Intel researchers focused on the instruction decoder to convert complex x86 instructions into internal microinstructions similar to rsic-v during operation.
Then, the execution of the risc-v microinstructions is pipelined.
Intel's talented researchers discovered that whatever the RISC-V designers thought about performance separation of instructions, data caches, on-chip L2 caches, deep pipelines, and fetching and executing multiple instructions simultaneously can be applied to x86 designs, Can learn from development.
After entering the 1990s, the development of electronic technology is changing with each passing day.
Taking 1989 as the historical division, after the advent of the 16m memory chip, 35 million transistors were integrated on a silicon chip of one square centimeter, truly entering the era of VLSI.
And the advanced eight-inch wafer production plant, the production process has since entered the sub-micron vlsi era.
The chip size continues to decrease, the minimum processing size is below 1¦Ìm, and the progress of hardware continues to advance.
The semiconductor industry in Hanbangziguo, Taiwan, and mainland China is also growing rapidly. Taiwan's semiconductor industry is mainly based on the foundry method, and it has successfully played the role of a semiconductor production base.
The mainland wafer production plants of Han Bangziguo and Wang's consortium are mainly used for their own use, supplemented by the world market, and compete in an all-round way.
The current typical products are the Athlon-1 processor and the Pentium 1 generation processor, which adopt a 0.35¦Ìm process, and then further reduce it to a 0.25¦Ìm process, and the production requirements have increased sharply.
The advancement of science and technology always complements each other, and a rising tide lifts all boats. Athlon is fortunate to catch up with the last train of historical opportunities, and is at the world's advanced level in the field of micro-processing research and development.
The reason for listing and financing is that Athlon needs to continuously invest huge sums of money in research and development.
The cost of scientific research is so high that even Wang Yaocheng, the richest man in the world, cannot afford it alone.
In 1998 alone, Athlon Corporation¡¯s research and development expenses planned for the Athlon 2 project reached a huge 860 million U.S. dollars, and will continue to grow year after year. By the beginning of the 21st century, it will exceed the level of 1.6 billion U.S. dollars, and even more .
It can be seen from this
In this world's top research and development field, no amount of money is enough to burn. It is necessary to gather the power of the public and social resources to jointly develop and maintain the world's advanced research level.
Similarly, the construction of an eight-inch wafer production plant in 1994 cost 800-900 million US dollars.
After 1998, the same 8-inch wafer production plant was built. Because the production process was upgraded to the 65-90mm level, the investment in high-precision equipment increased dramatically, and the construction capital increased rapidly by 1.4-1.5 billion US dollars.
After more than ten years, when the chip size is reduced to 0.1 micron level, the cost of building a 12-inch wafer plant will exceed tens of billions of dollars, which is higher than the cost of building a nuclear power plant, and the total investment is astonishingly high. (Remember the site URL: www.hlnovel.com)The cost of building the plant will exceed tens of billions of dollars, which is higher than the cost of building a nuclear power plant, and the total investment is astonishingly high. (Remember the site URL: www.hlnovel.com - Didn't finish reading? Add this book to your favoritesI'm a member and bookmarked this chapterCopy the address of this book and recommend it to your friends for pointsChapter error? Click here to report
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