In 1965, the genius electronic technology expert Intel co-founder Gordon Moore pointed out in a report: the number of transistors that can be accommodated on the IC will double every 18 months, and the performance will double. The cost remains unchanged. This is the famous Moore's Law. It has dominated the development of the electronic information industry for more than half a century since then, creating the myth of the IT world and also bringing Intel to the pinnacle of success! Unfortunately, after nearly 50 years of rapid development, Moore ’s Law End! At the "2009 International Physics Design Conference" held on April 7, 2009, IBM academician Karl Anderson pointed out that Moore's Law will soon become history. He believes that, just like the previous train, automobile and aerospace industries, the semiconductor industry is also quite mature, and the rate of continuous innovation is slowly slowing down. As the size and cost of semiconductor devices decline exponentially, Moore's Law will enter the historical pile of paper. Anderson said that the most cutting-edge chips such as multi-core microprocessors may also see exponential growth. However, more designers have discovered that the latest physical design is not required for everyday applications. Therefore, Moore's Law will soon lose its effectiveness. Today, only high-end chip manufacturers can afford the high cost of R & D and design of next-generation chips, not to mention the manufacture of these chips. Although Justin Rettler, Intel ’s chief technology officer and director of the Enterprise Technology Business Unit, firmly believes that Moore ’s Law will not fail. In the next 10 years, Intel can double the chips on the next generation of processors. But I think that the shrinking of electronic devices will eventually have a limit, and the closer to this limit, the higher the cost of investment. As Carl Anderson said, the semiconductor industry is also quite mature, and the speed of continuous innovation is slowly slowing. Moore's Law is ultimately inevitable. The end of Moore's Law marks the arrival of a new era, that is, the era of cloud computing. As Moore's Law is struggling, the improvement of terminal performance will be limited by the improvement of chip performance. The development speed of terminal performance will lag far behind the improvement of users' requirements for business experience. And this contradiction will bring unprecedented development opportunities to cloud computing, because cloud computing can precisely solve this problem. A core concept of cloud computing is to reduce the processing load of user terminals by continuously improving the processing capacity of "cloud", and ultimately simplify the user terminal into a simple input and output device, and can enjoy the powerful computing power of "cloud" as needed. As stated in "Google and its Cloud Wisdom", "This new ambitious strategy aims to distribute unimaginably powerful computing power to the hands of everyone." Cloud computing's liberation of terminal thinking will change the way of thinking of the entire industry , Because this thought completely got rid of the shackles of Moore's Law! So, how does cloud computing improve "cloud" performance and ensure the processing power of the terminal? How does it distribute powerful computing power to everyone? This starts with the definition of cloud computing. In my opinion, Cloud Computing is Grid Computing, Distributed Computing, Parallel Computing, Utility Computing, Network Storage Technologies, and Virtualization Virtualization), load balancing (Load Balance) and other traditional computer technology and network technology development and integration products. It aims to integrate multiple relatively low-cost computing entities into a perfect system with powerful computing power through the network, and distribute this powerful computing power to end users with the help of advanced business models such as SaaS, PaaS, IaaS, and MSP. In hand. In this definition, we can clearly see that the improvement of "cloud" performance is not achieved by reducing the volume of electronic devices, but by expanding the scale of "cloud". The more computing entities integrated into the cloud computing system, the more powerful the processing power of this system. It does not rely solely on the power of a single entity, but improves overall performance through clustering. This is a completely different way of thinking from Moore's Law. In addition, the way users gain computing power is simple and more flexible. Through SaaS, PaaS, IaaS, MSP and other advanced business models, users can enjoy the functions of cloud computing on demand, and only pay for the functions they use. This approach is expected to make ICT services a basic consumer product like hydropower in people's lives. According to the latest report released by IDC in November 2009, within 5 years, the growth trend of cloud computing services will be very strong, with an average annual growth rate of 26%, which is 6 times the growth rate of the traditional IT industry. By 2013, cloud computing services will reach 10% of overall IT consumption, with annual revenues of up to 44.2 billion US dollars. China's cloud computing will generate a market of 1.1 trillion yuan in the next four years. In the next few years, cloud computing will permeate all aspects of people's lives. It will change the concept of people's demand for terminals, and even the entire industrial structure will be adjusted. At the end of Moore's Law, cloud computing allows us to see the light ahead. I also hope that cloud computing can give us more surprises in the future!
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