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Increasing memory yield in future technologies through innovative design

机译:通过创新设计提高未来技术中的记忆产量

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Future technologies, with ever shrinking devices and higher densities, bring along higher defect rates and lower yield. Memory chips, which are among the densest circuits used in digital systems, are greatly impacted by the increasing defect rates, which make yield fall and production costs rise sharply. In this paper, a new approach for designing memory chips to be manufactured using future technologies is proposed, aiming to increase the overall yield. The proposed approach trades a small area overhead for dramatic production cost reduction, by allowing to use more defective memory chips as lower capacity ones, instead of discarding them.
机译:未来的技术,具有缩小设备和更高的密度,沿着更高的缺陷率和较低的收益率。在数字系统中使用的密度电路之一的存储器芯片受到缺陷率越来越大的影响,这使得产量下降和生产成本急剧上升。在本文中,提出了一种使用未来技术设计要制造的存储芯片的新方法,旨在提高整体产量。通过允许使用更多缺陷的内存芯片作为较低的容量,所提出的方法为巨大的生产成本减少,这是一个小面积的开销,而不是丢弃它们。

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