Chapter 1617: Genuine curve overtaking (on)

What about Mao?
Because of another radar expert in the time and space, the author of "Tan Zhenhua's Notes" in the time and space is going to start a curve overtaking!
Readers of this article know that Tan Zhenhua is in another time and space, even in the 4014 Institute with strong hands, he is also treated as a researcher-level senior worker, and he also enjoys a state subsidy. At any rate, he can be considered to be ranked in the domestic radar field of China. A well-known expert; after studying abroad at this time and space, although he was absent from school most of the time, he also did a lot of things not related to scientific research, but he also passed the defense of Stanford University's doctoral dissertation 800 times, so he called him He can afford to be an engineering master.
Therefore, he is actually very disgusted by the media in the past, who always shouted "Curve overtaking" when catching everything. He always thinks that everyone who shouts like this every day is a bunch of guys who don't understand anything and only play word games. Basic science, engineering science, if you don't have enough accumulation, what kind of curve to overtake?
For example, the number one sales of your mobile phone in the world is called "curving overtaking"?
Yarn!
Holding other people’s communication patent authorization, using other people’s developed architecture chips, making a facelift on other people’s operating systems and adding their own LOGO, fighting for the low-cost benefits brought by China’s
World Factory
and enjoying China’s growth. The world's largest consumer market scale dividend, complacent with the "world's first" on various surface data, is this special called "curving overtaking"?
Hey, wake up, without mastering the core technology, "overtaking" will become "overturning" at any time!
Come, let the second master show you a show, what is meant by a genuine "curve overtaking"!
Just cite a few of what the Second Young Master did.
In 1991, Tan Zhenhua reached an agreement with the 4055 Institute to jointly invest with the institute to develop a chip manufacturing process based on gallium arsenide materials;
In the same year, he contacted the China Nonferrous Metals Research Institute through his old friend, Taishan Beidou Shi Changxu, an academician of China Materials Science, and signed a commission with the institute to develop the process and technology of gallium arsenide single crystal preparation. The specific person in charge is Researcher Tu Hailin, who obtained a doctorate in solid state physics from the University of British Bath in 1983 and has just returned from a visiting scholar at the University of North Carolina in the United States;
Three years later, the Nonferrous Metals Research Institute publicly announced that it had mastered the technology for producing gallium arsenide single crystals. In the next year, the research institute successfully produced China’s first 4-inch diameter VCZ semi-insulating gallium arsenide single crystal. Crystal makes China the third country in the world with GaAs single crystal manufacturing capacity after Waguo and Hans, and this is six years earlier than another time and space.
By the way, Researcher Tu Hailin was also promoted to an academician of the Huaxia Academy of Engineering because of this achievement. This is exactly the same as his promotion path in another time and space, except that the time has been advanced by a few years.
In early 1992, China’s first VLSI computer-aided design (IC-CAD) system lasted four years and finally passed the national appraisal in Beijing. The system was jointly participated by more than 200 developers from 16 units including the Beijing Integrated Circuit Design Center. It has 28 tools, covering all the functions of the forward design of fully customized integrated circuits, the number of codes reaches 1.82 million lines, and the system is named "Panda" by the developer.
(This paragraph is historical data. The "Panda" IC-CAD system is one of the few in our country. It has been continuously upgraded and has received a certain degree of attention and development. EDA (Integrated Circuit Design and Simulation Software) system, just like its original name , Is a real national treasure, um, now its name is Huada Jiutian-author's note.)
And on the day the system passed the national appraisal, a venture capital company called "hyperbolic" approached the door to make venture capital in the software, and offered exceptionally generous conditions-for this set The software system that has just been born and has not been put into practical application has made a super high valuation of 200 million yuan!
Please note that this is 1993.
In China at that time, since the two stock exchanges of Modu and Shenchuan were successively opened at the end of 1990, after more than a year of concept popularization, stocks were not too new, but for venture capital, basically everything People are still in a state of confusion, so that the "hyperbolic" visitors have also spent a lot of effort to do a popular science first for everyone.
After understanding the concept of "risk investment", the Ministry of Industry and Information Technology, which is in charge of software development, also quickly learned who is behind the "hyperbolic" venture capital book, so after some research, it quickly made it The decision is to set up a special company to continue to develop and operate this IC-CAD system. At the same time, another software system is also installed in this new company. Coincidentally, the name of this new system is also "Panda", but it has nothing to do with the "Panda" IC-CAD system, but the compiler happened to give it the same name. The first version of this "panda" system was actually developed as early as 1984. It was developed by Professor Tang Rongxi of Beihang University. It has now evolved to the fourth version. It is China’s first CAD/CAD system with practical value. CAM system.
(Panda CAD is also a historical fact. The developer of the software, Professor Tang Rongxi, is an admirable scholar. After the development of the system, Mr. Tang immediately disclosed the technology to domestic research institutes and schools, providing source programs at low prices or free of charge. The PANDA system flowed to the industry in this way and became the enlightenment system of CAD at that time, the author's note.)
For the "hyperbola", this is undoubtedly a surprise. The decision of the Ministry of Industry and Information Technology undoubtedly gave a very clear signal-China has initially realized that industrial software systems will play a role in the development of science and technology in the entire country. The important role of, then simply do nothing, and a bolder plan is proposed-this is also very in line with Tan Zhenhua's style, right? As long as he mixes up everything, no matter how small it is, it will surely become a big one!
The final result is that this newly established "China Panda Engineering Software Technology Company" has three flagship products: "Panda" IC-CAD system, "Panda" CAD/CAM system, and finite element analysis software "FEPG". At the same time, there are also domestic and international material libraries and standard parts databases accumulated for many years of supporting the CATIA system, including China Academy of Sciences, China Academy of Engineering, Beihang University, China Southern Airlines, Huaqing University, China University of Science and Technology, Union University of Technology, West University of Technology, Ludong University Many leading research institutions and institutions of higher learning in China are engaged in joint development and upgrading and maintenance. Leading companies such as China Optoelectronics, Ningdu Precision Machine Tool, Huaxin Microelectronics, BOE and other industry leaders form strategic alliances and provide standard data interfaces. There is a large number of aerospace , Electronics industry, machinery and power manufacturing enterprises to do user environment and promotion-in a word, Tan Zhenhua has almost mobilized all available resources in his hands to create a superior for this newly born "China Panda Engineering Software Technology Company" Popularize the environment.
And it doesn't stop there.
Tan Zhenhua, who is well aware of the importance of engineering software, took advantage of the unsatisfactory development of new products by MentorGraphics in the United States in 1993 and was constantly squeezed by powerful competitor Cadence. He was on the verge of bankruptcy and acquired it at a cost of 300 million US dollars. So far, although MentorGraphics is still a US company in name, through multiple nested holdings, the company has become the US branch of the de facto "China Panda Engineering Software Technology Company", and its epoch-making EDA product MentorGraphics8.0 Also opened up the code base to China...
The Second Young Master did a lot of such things.
For example, gold wire bonding machines in key equipment, such as high-resolution microscopes, such as a small inconspicuous high-quality soldering iron or even a small high-quality alloy steel tweezers...
To be good at work, he must first sharpen his tools. Tan Zhenhua will do his best in all aspects he can think of, no matter how trivial and inconspicuous.
Everything is just to achieve the ultimate goal!
At this point, the preparations for "overtaking" are ready.