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Integrating sub-wavelength tools into the design flow

机译:将亚波长工具集成到设计流程中

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摘要

Recently a number of new specialist photolithographic optical techniques have been developed, such as phase-shift correction and Optical Proximity Correction (OPC). These have been in response to the need to produce silicon system-on-a-chip(S-o-C) designs with sub-wavelength device features, that offer the required higher performance and use lower power. While the techniques have been proven, the industry must now deal with the problem of integrating them into a normal design flow. This feature looks at the state of the art.
机译:最近,已经开发了许多新的专业光刻光学技术,例如相移校正和光学邻近校正(OPC)。这些是对生产具有亚波长器件功能的单芯片硅系统(S-o-C)设计的需求的回应,这些设计可提供所需的更高性能和更低功耗。尽管这些技术已经得到验证,但业界现在必须解决将其集成到正常设计流程中的问题。此功能着眼于最新技术。

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