45nm/32nm CMOS ~挑战与展望~

K. Ishimaru
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引用次数: 14

摘要

45纳米节点技术的产品将于今年年底开始生产。然而,新技术开发的难度越来越大,一些公司从竞争中退出。45nm节点的最大挑战是浸没光刻技术的使用。大多数用于45纳米节点的其他技术都是对65纳米节点技术的扩展。另一方面,32纳米节点技术将有一个很大的飞跃。最大的项目是金属栅极和高k栅极绝缘子系统。BEOL的自阻挡层形成也是一个新项目。为了实现目标性能,需要对每个组件进行性能改进。变异性不仅在SRAM,而且在逻辑将增加。为了克服这些困难,器件和电路之间的密切合作是很重要的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
45nm/32nm CMOS ∼challenge and perspective∼
Product of 45 nm node technology will start by the end of this year. However, difficulty of new technology development is increasing and some company dropped off from the competition. The big challenge for 45 nm node is the usage of immersion lithography. Most of the other technologies used for 45 nm node are the extension of those used for 65 nm node. On the other hand, there will be a big jump for 32 nm node technology. The biggest item is metal gate and high-k gate insulator system. Self barrier layer formation for BEOL is also new item. To achieve the target performance, performance improvement for each component is required. Variability in not only SRAM but also in logic will increase. To overcome these difficulties, closer collaboration between device and circuit is important.
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