能源意识时代的SOC设计

Srikanth Jadcherla
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摘要

只提供摘要形式。我们中的许多人都意识到移动和消费时代soc对低功耗设计的影响。不太为人所知的是,核扩散的影响之大是前所未有的,它将如何影响世界各地本已稀缺的能源资源。今天,安装半导体所消耗的能量比整个航空业所排放的二氧化碳还要多。具有讽刺意味的是,这种有问题的趋势并没有引起半导体行业本身的注意,而是引起了世界各国政府的注意。此外,技术迁移无助于解决这一问题,只会使情况变得更糟——给半导体行业带来前所未有的监管压力。与这一趋势并行的是,半导体在发展中经济体的扩散带来了发电和配电方面的挑战——太阳能和直接直流电源的出现从根本上改变了这一事实。以太网供电和以太网媒体融合充分补充了这一趋势。总而言之,未来的SOC/系统在架构上将会有很大的不同。这些市场力量将如何影响下一代SOC设计?设计和验证这些soc有多难?我们试图在这次演讲中确定这些趋势及其影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
SOC designs in the energy conscious era
Summary form only given. Many of us are aware of the impact of mobile and consumer era SOCs on Low Power Design. What is less known is the impact of proliferation in volumes unimaginable ever before and how that impacts already scarce energy resources in various parts of the world. Today, the energy consumption of installed semiconductors is responsible for more CO2 emissions than the entire airlines industry. Ironically, this problematic trend is being noticed not by the semiconductor industry itself, but by governments worldwide. Further, technology migration does not help combat this problem, it only makes it worse - leading to unprecedented regulatory pressures on the semiconductor industry. In parallel to this trend, lies the fact that semiconductor proliferation in developing economies comes with challenges in power generation and distribution - a fact that is fundamentally being altered by the advent of solar power and Direct DC power supply. This trend is amply supplemented by Power over Ethernet and Media convergence over Ethernet. All in all, the SOC/system of the future will look dramatically different in its architecture. How will all if these market forces impact the SOC designs of the next generation? How hard will it be to design and verify these SOCs? We try to identify these trends and their impact in this talk.
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