Mitigating NBTI Degradation on FinFET GPUs through Exploiting Device Heterogeneity

Ying Zhang, Sui Chen, Lu Peng, Shaoming Chen
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引用次数: 13

Abstract

Recent experimental studies reveal that FinFET devices commercialized in recent years tend to suffer from moresevere NBTI degradation compared to planar transistors, necessitating effective techniques on processors built with FinFET for endurable operations. We propose to address this problem by exploiting the device heterogeneity and leveraging the slower NBTI aging rate manifested on the planar devices. We focus on modern graphics processing units in this study due to their wide usage in the current community. We validate the effectiveness of the technique byapplying it to the warp scheduler and demonstrate NBTIdegradation is considerably alleviated with slight performance overhead.
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利用器件异构性减轻FinFET gpu上的NBTI退化
最近的实验研究表明,与平面晶体管相比,近年来商业化的FinFET器件往往会遭受更严重的NBTI退化,因此需要在使用FinFET构建的处理器上采用有效的技术来持久运行。我们建议通过利用器件的异构性和利用在平面器件上表现出的较慢的NBTI老化率来解决这个问题。由于现代图形处理单元在当今社会的广泛使用,我们在本研究中重点关注现代图形处理单元。我们通过将其应用于warp调度器来验证该技术的有效性,并证明nbti退化在轻微的性能开销下得到了显着缓解。
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