动态启动环境下提高设备可靠性的战略联盟

J. Crowley, Sey-Ping Sun, Curtis Clingingsmith, M. Turner
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摘要

对于位于德克萨斯州奥斯汀的AMD Fab 25启动来说,在早期实现所有关键设备的高可用性和低缺陷性能至关重要。该项目的经济性要求在数百批次而不是数千批次内达到工艺成熟度,这只能通过可靠的设备集来完成。然而,它还需要在未来许多年扩展技术的能力。这意味着为晶圆厂选择的工具通常是最先进的,安装基础小,因此几乎没有背景经验。正因为如此,我们必须在启动的早期实现这些工具集的快速学习循环。Novellus Concept Two Sequel和Altus被选为Fab 25使用的主要CVD工具。在设备安装之前成立了一个设备持续改进小组。这个团队由Novellus和AMD的代表组成。重点是促进晶圆厂成熟所需的关键可靠性指标:可用性、平均故障间隔时间(MTBF)和拥有成本。制定了实现我们目标的战略。这一过程的关键是与Novellus Systems的合作。AMD和Novellus之间的联盟旨在优化该工具集的学习。双方在工程、制造、维护和管理等各个层面进行了互动。所有数据都经过持续严格的审查和验证。知识是双向传递的。CIT专注于初创阶段的关键问题,并迅速解决这些问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Strategic alliances for equipment reliability improvement in a dynamic startup environment
For the AMD Fab 25 start-up in Austin, TX, it was critical to achieve high availability and low defectivity performance for all critical equipment early on. The economics of the project required that process maturity be reached within hundreds of lots rather than thousands of lots, which can only be done with a reliable equipment set. However, it also required the capability of extending the technology many years into the future. This meant that the tools selected for the fab generally were the most advanced with small installation bases and, as a result, little background experience. Because of this it was imperative that we achieve rapid cycles of learning on these tool sets early in the start-up. The Novellus Concept Two Sequel and Altus were selected as the major CVD tools for use in Fab 25. An equipment Continuous Improvement Team (CIT) was formed prior to installation of the equipment. This team consisted of representatives from both Novellus and AMD. The focus was on key reliability metrics required to facilitate maturation of the fab: availability, Mean Time Between Failure (MTBF), and cost-of-ownership. A strategy for achieving our goals was devised. Critical to this process was partnering with Novellus Systems. The alliance between AMD and Novellus was designed to optimize learning on this tool set. Interaction occurred at all levels including engineering, manufacturing, maintenance, and management from both parties. All data was continuously and rigorously reviewed and validated. Knowledge was transferred in both directions. The CIT focused on critical problems during the start-up, rapidly addressing them.
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