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Advanced implant application for 7nm and beyond

机译:适用于7nm及更高波长的先进植入物应用

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摘要

The prevailing of mobile devices continuously drives the demand of advanced System on Chip (SOC) development. To meet the high density, high performance, high reliability, low power and scalability requirements, implant applications have been extensively explored, developed and adopted to bring 10nm device and 7nm FinFET Devices into high volume manufacture. In this talk, the key implant related device challenges for 7nm and beyond will be reviewed. Then, a summary of implant applications which will potentially improve SOC device performance and yield will be presented and proposed. With the novel implant approach, device leakage, reliability, contact resistance, and overall uniformity will be improved.
机译:移动设备的盛行不断地推动了高级片上系统(SOC)开发的需求。为了满足高密度,高性能,高可靠性,低功耗和可扩展性的要求,已经广泛探索,开发和采用了植入应用,以将10nm器件和7nm FinFET器件投入批量生产。在本次演讲中,将回顾7nm及以后与植入物相关的关键器件挑战。然后,将提出并提出可能会改善SOC器件性能和良率的植入物应用摘要。使用新颖的植入方法,可以改善器件的泄漏,可靠性,接触电阻和整体均匀性。

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