Memory Technology: The Core to Enable Future Computing Systems

S. DeBoer
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引用次数: 3

Abstract

Roughly 300 billion gigabytes (GB) of semiconductor memory will be produced this year (2018) — 40GB for every person on the planet – with projections to double every two years for the foreseeable future. As user demand for large amounts of instantly accessible data continues to increase, memory is becoming both a solution and a bottleneck, spurring the industry to redefine how memory is used in systems and to innovate for new types of memory. This paper discusses the scaling roadmap for NAND and DRAM memories, the introduction of new emerging memories to supplement NAND and DRAM, and opportunities for changes in system architectures to exploit the inherent capabilities of memory.
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存储器技术:实现未来计算系统的核心
今年(2018年)将生产大约3000亿千兆字节(GB)的半导体存储器——地球上每人40GB——预计在可预见的未来,这一数字将每两年翻一番。随着用户对大量即时访问数据的需求不断增加,内存正在成为解决方案和瓶颈,这促使业界重新定义内存在系统中的使用方式,并为新型内存进行创新。本文讨论了NAND和DRAM存储器的扩展路线图,引入新的存储器来补充NAND和DRAM,以及系统架构变化的机会,以利用存储器的固有能力。
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