It seems that you still do not understand why high-precision photolithography is not sold to you 。。。。
The Netherlands, it is done in the system integration, a variety of cutting-edge equipment from the United States and other countries, digging the Dutch engineers useless
With two or three times the salary will be able to dig them over, but you have to understand the following points:
First, the Netherlands ASML lithography, the system comes from the world's more than 30 countries. Let's say the software control system is the United States, the light source is Japan, the lens is Germany, bearing is Sweden, the Netherlands ASML is just a total organization factory. You spend a high price to dig its engineers over, but no U.S., Germany and other countries to provide the system and components to do the photolithography, they can not do photolithography to ah. For example, you are opening a restaurant, I heard that Zhang San is a senior chef, you will invite him, but you do not have the raw materials to cook, Zhang San, he is capable of great, but why the "skillful woman is difficult to cook without rice," ah!
So, spend a high price to dig them over is possible, as long as you can afford the price.
So it's okay to pay a lot of money to get them here, as long as you can afford it. But it's another thing to get them here.
This has nothing to do with wages, is to give 300 times the wages are useless, top engineers, if you make a loss to the country, the country can cultivate you, as much as to erase you.
Two aspects are impossible, first of all, China's wage level is not high, foreign large companies not only high wages, there are shares, you this 3 times the Chinese wage certainly not.
The Netherlands is just a photolithography assembly plant, its key core components mainly from the United States, the supply chain and Japan, Germany, Sweden and other countries, even if you out of the monthly salary of $ 1 million a month to dig the photolithography engineering over, but also useless, it is the same as the $ 1 million a month thrown into the sea of salty water, the result is only one, that is, to hear a thud, splash the waves.
Digging over also useless, you even if the Netherlands those engineers all dig over the Netherlands can not build the kind of lithography, because, that kind of lithography is not the Netherlands one can produce, is the integration of the world's top products and technologies of various countries
2-3 times the salary want to dig people? Mainland China over the years there are companies that live long in Taiwan to poach people with more direct wages! For example, if you earn 1W Taiwan dollar in Taiwan we directly give 1W RMB, this is equal to double almost 5 times the salary, but the result? Our electronics industry over Taiwan? Our chips are still restricted with TSMC?
Leaving aside the humanities and the social system and other factors, the law will bring a lot of legal disputes to the new company as well as the person who jumped ship! And in the case of core engineers, they are required to sign N-year recusal agreements before leaving, so how many years will our company keep them?
[sniffle] You can poach them, but it doesn't work! For example, you want to assemble a computer you went to recruit an engineer, but can not give him the parts, you think the engineer can give you a computer to change it [face]
Photolithography is a complex system engineering, in fact, the Netherlands asmel company started than our Changchun, Xi'an Institute of Optical Machinery are late. Its lithography technology and parts from the world more than thirty homes and regions, it is also a world assembly plant, as long as the United States and Japan and other countries stuck in the key components and related technologies, just a few engineers and can not solve the problem. Just like the military industry has Batumi embargo on me, should be understood as the Western camp of my technology blockade.
I think it is absolutely possible to dig over. The main point is, dig what kind of talent? What do you want him to do? What position to put? The main point is to consider.
Searching for professional articles, ASML's "light source technology is the United States, optical equipment is Japanese, bearings are Swedish, mechanical processes and Zeiss lenses are German, manufacturing technology is from TSMC and South Korea Samsung". It can be seen that there are both hard and soft injuries, so if you want to dig people, it is also to be well considered.
In the process of manufacturing high-end lithography, the hardware number absolutely can not be bypassed.
Optical instruments in the lithography is definitely the focus. Domestic optical instrument factory built imaging instrument, microscopic projection equipment, through artificial focus, can see the micron image, nanometer best in a few hundred nm. only to get a few nanometers nm image effect, to be able to accurately control the light erosion with the cooperation of moving parts.
These problems, in ASML is through outsourcing to solve, we can only through the Chinese Academy of Sciences under the various scientific research institutes to solve the problem. The engineers at ASML in the Netherlands could not solve these hard problems for us.
System integration engineers are absolutely necessary. With the light source over the top, the lens up to standard, and the precision of the moving parts up to the nm level, integration is the key. As in the machine tool industry, screws, rails, motors, motor drives, Siemens control system and so on, high-end machine tools need everything, we can buy, unfortunately, assembled equipment, precision stability, system reliability and other major indicators, are not as good as the equipment imported from Germany, Switzerland.
The key know how, have not mastered.
Many countries and regions to buy ASML lithography is not restricted. Unfortunately, only Taiwan's TSMC, Korea's Samsung, and a handful of other companies have used ASML to its fullest extent, producing nm-level cutting-edge chips on a large scale with low scrap rates. The know how in the middle is more and more difficult to grasp.
TSMC and Samsung are driving the development of ASML technology, just as the development of the processing industry in the Yangtze River Delta and Pearl River Delta has driven the rapid development of high-end equipment in Switzerland, Germany, Japan, and China, where the user experience and high level of application engineers are very important.
Summary: lithography, light source, lens is the key to hardware, system integration, processing technology is the key to soft power. Soft power, you can rely on digging people to bend the curve. But from the perspective of long-term development, training of local high-level engineers, is the solution to the problem. Otherwise, the day the foreign engineers are not happy, pat the buttocks and go, soft technology and be necked.