Big Country Core Industry

Regarding patents, this book treats foreigners as too straightforward. There are a lot of foreigners doing tricks on patents, especially Americans, who are particularly rogue. There are many ways for big companies to target you. 1. File a patent invalidation lawsuit. 2. False accusation of infringement. Not only did they file a lawsuit, they also applied to the court for temporary protection, directly paid a deposit, and seized the other party's products. This trick is extremely effective. Even if it turns out that I lied, so what, the market has been taken over by me anyway. 3. Quickly carry out relevant research based on your patent, and use R&D capabilities stronger than yours to set up a patent wall on your path forward. 4. Set up a new small company to directly infringe your patent and produce products. 5. Patent landmines. Many patents in the United States have no technical realization at all, but are just an expectation. A few years later, if you realize it through your own technology and want to register a patent, I'm sorry, this is already mine. The patent trolls in the United States are not all targeting China, Japan, South Korea, Europe, and Australia. They are also fighting among themselves in this way.

Emmmm, six computers cost 2.5 Million yuan? Are you sure it's not Thai baht or something? Even computers at the end of the last century were not so expensive, right?

The whole book is like a castle in the air. It's really too poisonous.

The subject matter is good, but there are too many poisonous points. It is recommended to read it quickly in the early stage.

I was not familiar with the heavy industry electronics industry and the Internet industry before, so I only liked to read books about BAT. Later, I read more and understood more, and then I discovered that equipment manufacturing and some inconspicuous basic industries are the most fundamental, so I will stick to it if I find one. I like this book very much, and I hope the author will not disappoint fans of this book!

Both chips and medicine are areas where domestic industries are prone to poverty and weakness...

Author, you've been drinking a lot lately.

It is rare to find a good electronic book. I hope the author is no longer a eunuch and supports the original poster.

I just thought it was updated, but it's broken again!

Is this your first time writing a book? Come on, I hope I can stick to 500,000 words.

I can't stop, I'm so passionate

It's really well written! ! ! Chip people will always be in pain! Ahhhhhhhhhhhhhhhhhhhhhhhhh now we really have no way to solve it! If the chip is really good, the country can solve many problems! It's really good. I hope the author will finish the book and remain true to his original intention. The love aspect will be almost the same! There are really not many romance books in this book😢😢😢😢I always feel sad😭

In the early days of smartphones, there were four or five companies making CPUs and solutions. Qualcomm was just a younger brother making basebands. Texas Instruments was a traditional giant. Its product performance was inferior to Qualcomm, but in the end Qualcomm won. The main reason is that Qualcomm held a large number of baseband patents at the time, and Qualcomm provided CPU baseband packaging solutions and patent licensing packaging solutions. Mobile phone manufacturers can do electronic design more quickly and easily, and at the same time, they do not need to consider patent issues more simply. The secret to the success of another giant company, Apple, may be the combination of breakthrough imaginary product design and industrial aesthetics, and the closed loop of ecology and patents. Referring to historical cases, in fact, people's needs in the electronics field are similar and have not changed much. Individual consumers want beautiful, simple, easy-to-use, and stable products, and it would be even better if they can exceed imagination; business users want products that can improve productivity, greatly shorten time, and create maximum profits; cooperative manufacturers want simpler and more efficient packaging solutions that can quickly design and iterate to achieve maximum performance at low cost. In fact, Huaxin Technology does not only have to do CPUs, but can also do a lot of hardware and software research and development for computers and mobile phones. No one will reject products that are ahead of their time. Even in the United States, if it takes 6 months to render a movie using their own country's software, but Huaxin's solution only takes 2 months, I think no one will reject Huaxin. The wheel of the times is rolling forward, and those who are good enough will surely stand at the top.

I sincerely hope that this book can reach 1 million words, at least more than 800,000 words. Sincerely hope that the book will not be harmonized! Is it easy for me to find someone who makes chips and really knows how to do it? Is it easy for me to find someone who just keeps talking and doesn't understand anything and just talks nonsense? Sincere prayers! Use the great blessing of National Day and sincerely pray for good luck in humanity! Mommy, Mommy, coax! Please leave a comment if you are willing to pray for the system!

Come on, author, I have been looking for this kind of book for a long time, and now I have found a book called Xiancao. From now on, I will save you the recommendation votes every day, although there are not many, only 7 😁

I don't know whether the author plans to build or buy the equipment for chip production, including photolithography machines, diffusion furnaces, etching machines, water tank cleaning machines, and ion implanters (I forgot what equipment is used for thin film, CMP, and EPI, so go back and ask your colleagues). These machines are now domestically produced. Except for the etching machine, which is the most advanced in the world, the quality and accuracy of the others seem to be not very good. As for the diffusion furnace, there is one domestically produced one, but except for SMIC and a few state-owned enterprises, it seems that no other wafer fab is using it. The other one is the production materials. The photolithography glue for photolithography machines is basically monopolized by Japan and the United States. According to my colleagues in photolithography, there are also domestic ones, but the quality is not good. ClF3 and NF3 used for cleaning equipment on diffusion furnaces are mostly made in Japan. If you want to make all domestic products in the future, you will have to do these yourself, otherwise it will be like Korean semiconductors that are stuck with several key materials, and they will be numb.

A book of fairy grass! I read it in one go and found no obvious poisonous points. IQ is online. There are too few electronic books. I haven't read similar books in at least a year or two.

After reading similar business articles from the 1990s (including IC or electrical appliance content), there are rare protagonists who know how to develop decoding chips and become the fathers of domestic and foreign VCD manufacturers The mentally retarded protagonists in those novels, hindsight said: Wan Yan did not register a "VCD patent"? In the business articles of the 1990s, the arguments are surprisingly consistent. I don't know which protagonist started writing this, or which article on the Internet was copied Similar articles are titled "VCD--The Pain of Domestic Patents" and so on Whether it's to kill people or to flatter them, most of those novels and online articles have a paragraph "Investing hundreds of millions of R&D funds to develop products, but not applying for patents in time and monopolizing the technology. Other manufacturers only need to spend a very small amount of money to develop the product. A complete set of mature production technology can be obtained at a small cost. In terms of the initial product cost, Wanyan Company suffered a big loss." PS: The content on Baidu is that one investment by Scoop is US$16 million and the other is US$23 million. The figures are different, so I feel that the article is different. There must be some fabrication The core components of VCD: decoder chip (mentioned in the article, Wanyan's investor is Scoop), optical drive (Philips, an electronics manufacturer under the six major Japanese consortiums, etc.), Wanyan is the first to assemble the whole machine, is it a pioneer? ! The most recent representative one is "Rebirth 1990". Just develop a VCD and then register the VCD patent. Then Sony will have to spend billions of dollars to buy the VCD patent, otherwise it will not be able to produce VCD The protagonist of the analogy novel and The concept of applying for a VCD patent in an online article, why Nokia did not apply for a "smartphone" patent, and banned Apple from producing smartphones. Didn't they already have Symbian smartphones? Historical timeline: 1988, MPEG Standards Committee Established In 1990, the MPEG standard was released and officially became an international standard in 1992 In April 1992, Jiang Wanmeng went to Las Vegas to participate in an exhibition and discovered the C-CUBE image compression chip (later used as a VCD decoding chip) In 1993, Jiang Wanmeng began to develop (assemble) VCD During the two-year blank period, no information was found According to the truth that krypton gold is productivity, I suspect that after Jiang "developed" the VCD, Jiang was a technocrat, so it took up to two years (partial reference: complex The inventor of the reading machine, having all the accessories and needing inspiration), Sun Cai began to invest "tens of millions of dollars" PS: Scoop invested 17 million U. S. Dollars (another article said 23 million U. S. Dollars). I suspect that these investments were made up of chips that cost hundreds or thousands of dollars each. , And then jointly cooperated with local government factories for free, benefiting at no cost VCD began to emerge in China in 1995, and thereafter the output increased from 600,000 units in 1996 to a peak of 18.5 Million units - a direct copy of an online article In 1996, Wanyan produced 60,000 units VCD, after selling more than 20,000 units, went bankrupt. In the same year, the founder of Aido entered the VCD market with a starting capital of 800,000 RMB Speculation of historical facts: Jiang Wanmeng took the starting capital of Scooper and started VCD under the banner of a joint venture with foreign high-tech enterprises. In the assembly of CDs, Jiang Wan-Meng opened up a Wanyan company in Anhui, and Scoop successfully opened up application scenarios for his chips In 1996, when the VCD market successfully broke out, Wanyan went bankrupt If real money invested tens of millions of dollars in cash, would Ren Wanyan go bankrupt? So I have always suspected that the bulk of the US$20 million is the chips in the more than 60,000 Wanyan VCDs I found a quote for the assembly machine in April 1997, the price of the optical drive was 500 Left and right, Samsung, Hitachi, Philips, Panasonic, Sony and other brands, as well as cheaper suspected domestic optical drive brands Possible reasons for bankruptcy: 1. Jiang Wanmeng's business ability is extremely poor, relying on the major shareholders behind the scenes The preferential supply of chips, in the Mainland where the VCD market exploded (supply exceeded demand), "invented" the aura of VCD. When entering the market first, there was not enough competition from Aido and other manufacturers that entered the market in the same year 2. Sun was taking advantage of Jiang from the beginning. After all, Scoop is only a small IC company with a market value of several hundred million US dollars and cannot take over the entire VCD industry chain like the Japanese IC giants DVD Patent Alliance: 1c, 3c, 6c, 9c These are the real VCD/DVD players

I've been looking for this kind of subject. I'd like to give you a suggestion. Don't be like Electronic Storm, where the air is blown away every second. Be more realistic.

Entry-level Athlon Desktop level Linglong (Linglong) Server Xiaolong APU Dulong (Dulong) Graphics card Atom Professional card Fission (single card) Fusion (multi-core card) Complete machine Julong

You can really learn from Huawei in naming this area Operating system: Hongmeng/Harmong Desktop CPU: Zulong/Archosauria Server CPU: Kunpeng/Kunpeng Graphics card: Suzaku

"1991 Starts from the Core" Forget it, I'll just open the door. Everyone has a responsibility to save tj.

Thank you to the author for breaking updates for more than seven days and allowing me to fail in my investment. This became my tenth book that failed in investment and allowed me to get a badge!

The author's work does not require high computer performance, as long as he can type, he recommends the author's Xiaobawang learning machine! You may not think that Xiaobawang's learning machine is simple, but he can type and learn, and more importantly, he can also play, including Tanks vs. The King of Fighters and Three Kingdoms! It is not only fun but also easy to use. When I was trying to learn typing, I failed to learn typing in the end. The little bully got so bad that I knelt on the keyboard. Maybe this is the origin of kneeling on the keyboard! In fact, after careful analysis, Xiaobawang can be made into a minimalist computer. It only has simple computer functions, such as typing games, simple table calculations and other simple functions. Although it has few functions, it is cheap! Many schools buy computers like this. They only have some simple functions and all the powerful calculations are handed over to the server. The server uses virtual machines to allocate computing power to these ports. And what did people use computers for in the 1990s? Just typing documents and calculating forms, and more often than not, just eating dust! I remember there was an awesome guy who built a computer using a microcontroller. It was cheap, had the basic functions of a computer, and installed a streamlined Linux system. Think about it, how much income did people earn in that era? I heard my mother say that working frugally in Zhejiang for a year only cost more than 1,000 yuan, otherwise a household worth 10,000 yuan would not be so famous! At that time, the per capita income was so low, how could we expand the market? Of course, it was low-end to outrageous learning machines. Learning machines were bought by parents for their children. Your system would occupy the future market, and these primary school students would be your potential customers. When the learning machine completes its task of occupying the market, will it be eliminated? No, it has transformed into a home entertainment center or a terminal in a school computer classroom. You can download games at the entertainment terminal (learn more about paid advertising). Well, it is a bit like Xbox. If the protagonist's system still cannot occupy the microcomputer market, I think the protagonist should develop a server system. What the computer system does is entertainment, and what the server system does is safe and efficient! To sum up, the protagonist can definitely be a learning machine, and there are open source microcontroller chips, and the production process can also be produced in China. Then he can streamline the installation of his own system, and first cultivate users to expand the market! As long as the protagonist is brave enough to sell the learning machine as a game console to the United States and Japan, huh huh😏! The plank road is built openly, but Chen Cang is buried secretly! It is not a dream for Qingmi Mi to capture the home of Microsoft, she can also build her own entertainment platform! I feel like you are such a talented person. After graduation, I will go to Huawei to work in marketing!

Author, have you heard of Batumi? Making chips? Can you buy production equipment casually? The whole country is working on it, but it has been stuck for decades, surviving on leftovers. This Chinese private company is going to get chips? All I can say is that it's a pleasure to watch. .

I was attracted by the title of the book, thinking it was a technical article, but this book is written as a business article with no technical content at all. It gave me the feeling that a computer enthusiast came from the perspective of a modern computer CPU and Baidu read a lot of information. But without the core, without instructions, interrupts, count pulses, without pins, shields, and microcontrollers, the interface feels incomplete. The pace was so fast and smooth that there were never any technical issues.

The protagonist sells his technology at a low price and is threatened with patriotism. The technology he exchanges for money is exchanged for a bunch of worthless shares. There is also a betting agreement. What does the other party have to be qualified to bet with you? As soon as your technology comes out, the other party will immediately go bankrupt. The other party looks down on you and wants to use 10% of their shares to take your technology. It is really poisonous. I don't know how long this comment will last.

I just read the second chapter, and Wei Hong said that he couldn't remember the English language! Are you kidding me? ! Except for those foreign students who received preferential treatment, none of the top 2 students in Qingbei were top academics. With her memory, this girl probably could only go to a technical secondary school at the time, and could not even pass the college entrance examination!

Not arguing, just discussion. As for the C language written by the author, I don't agree with it. There should not be so many people who knew C language in 1993, and what I should have learned at that time was Pascal. C language began to appear as a standard in 1989, and was taught at Tsinghua University in 1991. Only in the second year did more than a dozen other universities begin to teach C language. So many talents could not be trained in two years. Not to mention cpp, the first cpp standard came out in 1998, and the one in 1993 was more likely to be C with classes, not cpp.

What's the golden finger of pig's feet? The introduction does not introduce the golden finger. If there is no golden finger, the book will be a trap. Chips are a matter of the entire industry chain, not a single industry. Materials and machines will become useless once they are stuck. Foreign companies cannot allow China to develop semiconductors stably. If you lack anything, it will be expensive and you may not be able to buy it. There is a high probability that the entire industry chain will develop and upgrade together. So with a golden finger, everything will be explained. Without a golden finger, the author is just trying to gain a halo.