德拉姆
与非门
闪光灯(摄影)
缩放比例
计算机科学
通用存储器
平版印刷术
闪存
多重图案
非易失性随机存取存储器
透视图(图形)
实现(概率)
嵌入式系统
计算机存储器
半导体存储器
光电子学
抵抗
计算机硬件
纳米技术
材料科学
物理
逻辑门
内存刷新
光学
人工智能
数学
算法
统计
图层(电子)
几何学
作者
Kinam Kim,U‐In Chung,Young‐Woo Park,Joo‐Young Lee,Jeongho Yeo,Dongchan Kim
摘要
Memory devices such as DRAM and NAND flash will continue to increase their capacity through scaling, which will extend to below the 10nm regime. From a device physics perspective, there are possible solutions for scaling below 10nm. However, the challenges of sub-10nm scaling will come from the productivity. In fact, major challenges for the realization of high density memory devices are lithography and vertical etching of high aspect ratio holes in DRAM and 3D flash memories. Here, status and the direction of DRAM and flash memory scaling technologies will be reviewed with a special focus on the extendibility from not only device physics but also productivity points of view.
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