Fast-turn IC prototyping for university education and research

D. Cunningham, R. Gold
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引用次数: 0

Abstract

The Massachussetts Microelectronics Center (M/sup 2/C) has recently completed the start-up of an IC fabrication facility for use by its eleven member universities. The primary mission of this facility is to produce prototypes of student-designed full-custom CMOS ICs on a fast-turn basis (i.e. 4 weeks or less), in order for students to test circuits they have designed within the normal time-frame of university courses. The M/sup 2/C fabrication facility is fundamentally different from a traditional high-volume manufacturing operation. Although many different designs are produced, the quantity of chips needed for any given design is quite small. The facility's critical measure of performance is cycle time, but because of cost constraints, it has minimal equipment redundancy and a very small engineering and production staff, compared to normal industry standards. A comprehensive operational strategy has been implemented to address this challenge, and packaged chips from recent multiproject wafer lots have been returned to students as quickly as 13 calendar days after design submission.<>
用于大学教育和研究的快速集成电路原型设计
麻省微电子中心(M/sup 2/C)最近完成了一个IC制造设施的启动,供其11所成员大学使用。该设施的主要任务是在快速周转的基础上(即4周或更短时间)生产学生设计的全定制CMOS ic原型,以便学生在大学课程的正常时间框架内测试他们设计的电路。M/sup 2/C制造设施与传统的大批量制造操作有着根本的不同。虽然生产了许多不同的设计,但任何给定设计所需的芯片数量都相当少。该设施的关键性能指标是周期时间,但由于成本限制,与正常的行业标准相比,它的设备冗余最少,工程和生产人员也非常少。为了应对这一挑战,我们实施了一项全面的运营策略,最近多项目晶圆批次的封装芯片在设计提交后的13个日历天内就被送回了学生手中。
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