How can Chinese chips bend over in the smart age?

How can Chinese chips bend over in the smart age? Beijing time April 16th, the US Department of Commerce officially confirmed the export ban order for ZTE. This prohibition order is nothing more than a heavy hammer, and it wakes up many people in China’s science and technology circles who are accustomed to swimming in warm water. Importing chips from abroad is nothing new to Chinese technology companies. Chips already surpass oil and natural gas and become China’s largest demand for imports each year. It is worth noting that the US chip embargo on ZTE is both an extension of the trade war and the sword of big powers. Chip is not only the core of the consumer digital industry, but also affects all aspects of the national economy and people’s livelihood, such as artificial intelligence, national security, smart city construction and so on. The “Zhongxing event” is poked in the soft rib of Chinese scientific and technological circles. In this era of information technology everywhere, the voice of “core” of China is becoming louder and louder. Digital consumption: it has been built, and it is still necessary to work hard at the end of 2015. Before the release of the 820 processor of the high Qualcomm in the United States, a large number of domestic mobile phones, represented by music as a representative, are in the head of the “first” battle of the 820. Samsung, which has its own R & D and production capacity, has released its flagship mobile phone without delay. In addition, high pass and Samsung, such as the ability to export chip manufacturers, often through human “limited supply” caused by mobile phone manufacturers can not get the goods, or through the incidental “patent fee” to improve the price of products, and these floating costs are ultimately to be borne by consumers. It is good to be pleased that, as the first camp of domestic mobile phone manufacturers, millet and HUAWEI have taken the lead in the development and production of “China core”. HUAWEI’s wholly owned subsidiary, Hass semiconductor, is now the “handler” of mobile chip research and development in China. The kylin 970 processor, which is the latest in the HUAWEI P20 and the glory 10 model, is completely less than the flagship processor of the European and American brands. In February 28, 2017, Millet’s surging S1 processor was born. As a medium – end positioning chip, it was used in some types of millet mobile phones, making the first step of the independent research and development of the chip. It is understood that the better performance of the surging S2 is in the process of intense preparation. In the field of 3C other than mobile phones, we have also made remarkable achievements. As an example, this chip is widely used in PC and smart phone cameras. It has been purchased by SONY, Samsung, HP, PHILPS and other IT enterprises, and the global market share has reached 70%. In July 2006, China launched the world’s first computer camera chip supporting “no drive”, which immediately swept the globe and became a well deserved “star core”. In the traditional manufacturing industry, we have made some progress, but it is far from enough. The Kirin and surging mentioned above are independent research and development, but they still use the authorized structure of ARM. At the top of the integrated circuit industry, we need more exploration. How can Chinese chips bend over in the smart age? intelligence era of the dark battle: the chance of a curve overtaking a small chip, which affects not only the mobile phone and computer performance of the mass consumer, but also the country’s industrial status, the direction and rhythm of urban governance. Today, the wireless industry in the United States supports over 4 million 700 thousand jobs, contributing 475 billion dollars a year to the economy. In the coming age of 5G, China is taking the lead with a weak edge. The resurgence of the resurgence may be only the beginning of the massive recovery of lost territory in the United States. In 2014, the Ministry of industry and credit issued the national integrated circuit industry development program, which proposed that we should not only make good mobile phones and communication chips, but also develop the development of cloud computing, large data and Internet of things related chips, which are now the artificial intelligence industry and the infrastructure for future building of intelligent cities. Among them, chips that are responsible for IOT and AI computing will assume the most important computing functions. At present, China has emerged a number of enterprises capable of manufacturing AI computing and computing chips for smart city. In March 2016, China’s first “Starlight intelligent 1” embedded NPU was released by China Star micro. This NPU adopts the architecture of “data driven parallel computing”, and is good at dealing with mass multimedia data of video and image. It makes artificial intelligence make great progress in embedded machine vision application and better serve the construction of intelligent city. In the eyes of the United States, China’s general computing chip industry started in the predicament and grew up in the blockade. With the rise of AI and key nodes in smart city development, China has taken the opportunity to overtake corners. Chinese Academy of Engineering John Deng, founder of China Academy of engineering, said in March this year, “China is a hot market for AI chip investment and entrepreneurship. We should keep this trend and continue to overtake in the field of” unmanned area “, and realize the development of AI chip. John Deng and his leading star have seized this opportunity and run fast on the road. National security prevention and control: from setting standards to leading discourse power today, our independent chips in the consumption field have reached a practical stage, but in large quantities of communications, industry, medical and military applications that require high stability and reliability, the distance from the main chip to the international level is still outstanding. There is a big gap. These are just the most critical and most worthwhile areas for a country to protect. Long reliance on foreign chips will make the country vulnerable to critical areas of protection. “For a long time, external dependence will remain at a high level,” said Wei Shaojun, director of the Department of micro electronics and electronics at Tsinghua University. Video prevention and control is an urgent need to reduce external dependence on the industry. In China, the detection of 92% public security cases will take advantage of the video surveillance system in cities across the country. This video surveillance is also widely used in border border defense and safety production and other aspects. Through the construction of smart cities, a huge security network is created. Once the data information is leaked, the consequences are unimaginable. It is related to the core interests and national security. John Deng led the “Star China core project” team, leading the development of “safety monitoring and monitoring digital audio codec technical requirements” (hereinafter referred to as SVAC national standard) with our own intellectual property rights and technical level international lead (hereinafter referred to as the national standard), and devote major efforts to the development of independent research. It has made great breakthroughs in core technologies such as SVAC algorithm, artificial intelligence, video big data, visible Internet of things, and space-time big data. The “Starlight intelligence 1” mentioned earlier is the great achievement of China’s Micro star in this track. At present, this chip is not only used in the security monitoring field, but also widely used in the system of ecological protection, intelligent home, unmanned system, space military industry, high speed railway and so on. The advanced chip produced by ourselves has fundamentally guaranteed the information security of the country. In December 14, 2017, SVAC promulgated the second generation of standards and issued a mandatory standard system. In the future, more and more chips and algorithms will be built based on this standard, and China will have its own industry discourse system. In March 30, 2013, John Deng put forward in a summit that only by establishing standards and leading the development of the whole industry can we truly promote the state’s right to speak in the world industry chain and truly protect national security. That’s what John Deng said. He and his leader, Zhong Xing Wei, have been doing this.

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