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Impact of the end of CMOS miniaturization on ICT and the world after that

机译:CMOS微型化的终结对ICT及其后世界的影响

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The downsizing of electron devices has always been the key to promote the computer performance and energy consumption for the past 70 years since its beginning. However, it should be noted now that the downsizing of the electron devices, - such as MOSFETs in CMOS LSI - cannot continue forever, and expected to reach its limit about 10 years from now. Thus, no big progress expected in the microprocessor level any more, but the rapid growth of IoT technologies will connect many different kinds of devices, resulting in the significant enhancement of the processing abilities in our society. Also, AI (Artificial Intelligence) constructed on the semiconductor computer will become much wiser than human brain in specific purpose use, helping our society promote to higher stage. In a long term, however, even with the tremendous progress of AI technologies, the system fabricated on the solid-state devices and their network cannot compete with the existing bio system constructed on organic materials in efficiency and maintenance. Thus, the technology how to use the bio system better, or how to combine electron and bio systems will become very important.
机译:自开始以来的70年来,电子设备的小型化一直是提高计算机性能和能耗的关键。但是,现在应该注意,电子设备(如CMOS LSI中的MOSFET)的小型化不可能永远持续下去,并且有望从现在开始达到其极限。因此,在微处理器级别上不再期望有什么大的进步,但是物联网技术的迅速发展将连接许多不同类型的设备,从而导致我们社会中处理能力的显着提高。而且,在特定用途上,基于半导体计算机的AI(人工智能)将变得比人脑更加明智,从而帮助我们的社会发展到更高的阶段。但是,从长远来看,即使AI技术取得了巨大进步,在固态设备及其网络上制造的系统也无法在效率和维护方面与现有的以有机材料为基础的生物系统竞争。因此,如何更好地利用生物系统,或如何将电子与生物系统结合起来的技术将变得非常重要。

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