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Platform wide innovations to overcome thermal challenges

机译:平台范围的创新解决了热学难题

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摘要

As the trend towards higher performance with increased integration continues, the emerging platform technology challenges require innovation across multiple disciplines at low cost to deliver compelling products. Customers demand increased performance to enable new usage models across all market segments in ever-constrained form factors. To complement voltage scaling and leakage issues associated with silicon, it is necessary to advance the thermal management and acoustics technologies at the system level. On the other hand, architectural tradeoffs are required to extract maximum performance for a given energy budget. In this paper, we outline the challenges and present a few ideas to expand the performance envelope of future platforms. These challenges should also function as a motivation to the research community at large to develop breakthrough innovations.
机译:随着越来越多的集成带来更高性能的趋势,新出现的平台技术挑战要求以低成本提供跨学科的创新,以交付引人注目的产品。客户要求提高性能,以便以受限制的形式在所有细分市场中启用新的使用模型。为了补充与硅相关的电压缩放和泄漏问题,有必要在系统级推进热管理和声学技术。另一方面,在给定的能量预算下,需要在架构上进行权衡以提取最大性能。在本文中,我们概述了挑战,并提出了一些想法,以扩大未来平台的性能范围。这些挑战也应成为整个研究界发展突破性创新的动力。

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