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Soft Error Considerations for Multicore Microprocessor Design

机译:多核微处理器设计的软错误注意事项

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Advanced integrated circuits with reduced operating voltages and higher transistor densities exhibit increased sensitivity to radiation effects. This sensitivity is not confined to just memory but can affect all logic elements of the circuit. As such, radiation-induced soft errors are becoming a dominant reliability-failure mechanism in modern CMOS technologies. With the recent trend towards multicore microprocessors, designers must now consider how those multicore designs will perform taking into account the effects of soft errors. This paper discusses the relationships among process technology, architecture, communication, operating system, and applications when designing a multicore microprocessor. Several key design considerations are presented which exemplify the linkages among those design elements in multicore microprocessors.
机译:具有降低的工作电压和更高晶体管密度的高级集成电路表现出对辐射效应的敏感性增加。这种敏感性并不局限于内存,但可以影响电路的所有逻辑元素。因此,辐射诱导的软误差正在成为现代CMOS技术中的主要可靠性故障机制。随着最近对多核微常微处理器的趋势,设计人员现在必须考虑这些多核设计如何考虑到软错误的影响。本文讨论了设计多核微处理器时的过程技术,架构,通信,操作系统和应用之间的关系。提出了几个关键设计考虑因素,其举例说明了多核微处理器中的那些设计元件之间的联系。

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