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On the Scalability of Redundancy based SER Mitigation Schemes

机译:基于冗余的SER缓解方案的可扩展性

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A novel circuit-level simulation strategy to assess the impact of charge sharing on the upset rate of redundancy based radiation hardened designs is introduced. Accelerated measurements conducted at the Los Alamos National Laboratory show a 10x or better reliability of hardened latches over standard latches for 45nm and 90nm implementations. Despite this encouraging trend, our simulations project that compact redundancy hardened designs will have soft error rates similar to non-hardened designs within a few technology generations if no additional mitigation techniques are applied to reduce the impact of charge sharing.
机译:介绍了一种新颖的电路级仿真策略,用于评估电荷共享对基于冗余的辐射硬化设计的正常设置速率的影响。在美国洛斯阿拉莫斯国家实验室进行的加速测量显示,对于45nm和90nm实施方案,硬化闩锁的可靠性是标准闩锁的10倍或更高。尽管存在这种令人鼓舞的趋势,但我们的仿真预测表明,如果不采用其他缓解技术来减少电荷共享的影响,那么紧凑的冗余加固设计将在几代技术内具有类似于非加固设计的软错误率。

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