存储与系统其他部分一样快

A. Foong, F. Hady
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引用次数: 31

摘要

基于3D XPoint™内存的超低延迟、高续航ssd即将进入市场。这里我们展示了对于这些新的SSD和现代平台,存储延迟在SSD和平台的其余部分之间平均分配。我们总结了一些使这成为可能的最新系统级优化。这种低延迟存储为应用程序提供了将存储作为替代内存的资源的可能性。我们描述了一些我们已经进行的用例分析的例子。最后,我们评论了3D XPoint内存作为系统内存而不是存储访问的使用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Storage As Fast As Rest of the System
Ultra-low latency, high endurance SSDs are poised to enter the market, based on 3D XPoint™ memory. Here we show that for these new SSDs and modern platforms, storage latency is equally divided between the SSD and the rest-of platform. We summarize some of the recent system level optimizations that make this possible. Such low latency storage offers a potential for applications to use storage as a resource in place of memory. We describe a few examples of use case analyses that we have undertaken. Finally we comment on use of 3D XPoint memory accessed as system memory rather than storage.
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