系统冗余;一种改善存储器阵列工艺变化良率退化的方法

A. Eltawil, F. Kurdahi
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引用次数: 8

摘要

在纳米级器件中,存储器产率是影响整体产率的主要因素。结果表明,将成品率作为系统设计参数,可以大大提高芯片的有效成品率。概述的技术特别适合具有固有系统冗余的应用程序,例如无线通信。在这种情况下,本文说明了系统冗余可以很容易地容忍内存中高达1%的比特错误,同时满足系统规范,如误码率(BER)指标
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System Redundancy; A Means of Improving Process Variation Yield Degradation in Memory Arrays
This paper addresses the fact that memory yield is the dominant issue affecting overall yield in nano-scale devices. It illustrates that by treating yield as a system design parameter, tremendous gains in effective chip yield can be achieved. The techniques outlined are especially suited for applications that have inherent system redundancy such as wireless communication. In that context, the paper illustrates a that system redundancy can easily tolerate up to 1% bit errors in memory while meeting system specifications such as bit error rate (BER) metrics
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