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New Memory Technology, Design and Architecture Co-Optimization to Enable Future System Needs

机译:新的内存技术,设计和体系结构共同优化,可满足未来的系统需求

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While conventional scaling at device level becomes increasingly difficult, the system still requires lower power and lower cost for a given functionality and performance. It is time to bridge the gaps between the technology, device and system teams. Emerging concepts can only make sense by studying their impact on power and performance at system level. This needs to happen early enough in the development to be able to give feedback on the device specifications, hence the need of system simulators. In particular, STT-MRAM has a lot of potential to reduce energy of cache level, and we' ll dive deeper into its impact on HPC and mobile applications. DRAM roadmap and even storage needs also seem to accelerate faster than the device roadmap, we' ll also open the discussion around these concepts.
机译:尽管在设备级别进行常规缩放变得越来越困难,但是对于给定的功能和性能,系统仍然需要更低的功耗和更低的成本。现在是弥合技术,设备和系统团队之间的鸿沟的时候了。新兴概念只有通过研究它们对系统级别的电源和性能的影响才有意义。这需要在开发中足够早地发生,以便能够提供有关设备规格的反馈,因此需要系统模拟器。特别是,STT-MRAM具有降低缓存级别能量的巨大潜力,我们将更深入地研究其对HPC和移动应用程序的影响。 DRAM路线图甚至存储需求的增长速度似乎都比设备路线图要快,我们还将围绕这些概念展开讨论。

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