Open architecture test system: the new frontier

S. Perez, Y. Furukawa
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引用次数: 7

Abstract

The recent test challenges have resulted ina general consensus that the test industry needs a fundamental change. The increasing complexity of the present day System-on-a-Chip (SOC) devices and simultaneous demand in the test cost reduction has forced both IC manufactures (ATE End Users) and tester vendors (ATE Suppliers) to re-think how IC testing should be done. According to the 2001 ITRS roadmap, without re-engineering, the projected tester cost will continue to increase in the near future; such increasing cost alone requires a fundamental change. A common, open architecture test system platform has been envisioned to address this challenge. The open architecture allows third parties to develop test solutions in the most efficient environment and promotes the reusability of hardware and software modules. Thus, it reduces the development time (time to market) and the overall testing cost. This paper discusses the basic concept of the Semiconductor Test Consortium open architecture (OPEN STAR/sup TM/) together with the benefits to the industry and the program to implement this industry wide effort.
开放式架构测试系统:新前沿
最近的测试挑战已经导致了测试行业需要根本性变革的普遍共识。当今片上系统(SOC)器件的日益复杂以及同时降低测试成本的需求迫使IC制造商(ATE最终用户)和测试供应商(ATE供应商)重新思考IC测试应该如何完成。根据2001年ITRS路线图,如果不进行重新设计,预计的测试成本将在不久的将来继续增加;单是这种不断增加的成本就需要根本性的改变。一个通用的、开放的体系结构测试系统平台已经被设想用来解决这个挑战。开放的体系结构允许第三方在最有效的环境中开发测试解决方案,并促进硬件和软件模块的可重用性。因此,它减少了开发时间(上市时间)和总体测试成本。本文讨论了半导体测试联盟开放体系结构(open STAR/sup TM/)的基本概念,以及对行业的好处和实现这一行业广泛努力的计划。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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