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A portable and fault-tolerant microprocessor based on the SPARC v8 architecture

机译:基于SPARC v8架构的便携式容错微处理器

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The architecture and implementation of the LEON-FT processor is presented. LEON-FT is a fault-tolerant 32 bit processor based on the SPARC V8 instruction set. The processors tolerates transient SEU errors by using techniques such as TMR registers, on-chip EDAC, parity, pipeline restart, and forced cache miss. The first prototypes were manufactured on the Atmel ATC35 0.35 μm CMOS process, and subjected to heavy-ion fault-injection at the Louvain Cyclotron. The heavy-ion tests showed that all of the injected errors (>100,000) were successfully corrected without timing or software impact. The device SEU threshold was measured to be below 6 MeV while ion energy-levels of up to 110 MeV were used for error injection.
机译:介绍了LEON-FT处理器的体系结构和实现。 LEON-FT是基于SPARC V8指令集的容错32位处理器。处理器通过使用诸如TMR寄存器,片上EDAC,奇偶校验,管线重启和强制高速缓存未命中之类的技术来容忍瞬态SEU错误。首批原型是在Atmel ATC35 0.35μmCMOS工艺上制造的,并在Louvain回旋加速器上进行了重离子故障注入。重离子测试表明,所有注入的错误(> 100,000)均已成功纠正,而没有时间或软件影响。测得的器件SEU阈值低于6 MeV,而离子能级最高为110 MeV则用于错误注入。

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