Special session 9B: Embedded tutorial embedded DfT instrumentation: Design, access, retargeting and case studies

E. Larsson
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Abstract

As semiconductor technologies enables highly advanced an complex integrated circuits (ICs), there is an increasing need to have more embedded design-for-test (DfT) instruments for test, debug, diagnosis, configuration, monitoring, etc. As these instruments are to be used not only at chip-level but also at board-level and system-level, a key challenge is how to access these instruments from chip terminals in a low-cost, non-intrusive, standardized, flexible and scalable manner. The well-adopted IEEE 1149.1 (Joint Test Action Group (JTAG)) standard offers low-cost, non-intrusive and standardized access but lacks flexibility and scalability, which is addressed by the on-going IEEE P1687 (Internal JTAG (IJTAG)) standardization initiative. We will discuss the need of embedded instrumentation, the shortcomings of IEEE 1149.1, the features and challenges of IEEE P1687, as well as cases studies on the usage of IEEE P1687.
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特别会议9B:嵌入式教程嵌入式DfT仪器:设计,访问,重定向和案例研究
由于半导体技术能够实现高度先进的复杂集成电路(ic),因此越来越需要更多的嵌入式测试设计(DfT)仪器来进行测试,调试,诊断,配置,监控等。由于这些仪器不仅用于芯片级,还用于板级和系统级,因此一个关键的挑战是如何以低成本、非侵入性、标准化、灵活和可扩展的方式从芯片终端访问这些仪器。被广泛采用的IEEE 1149.1(联合测试行动组(JTAG))标准提供了低成本、非侵入性和标准化的访问,但缺乏灵活性和可扩展性,这是由正在进行的IEEE P1687(内部JTAG (IJTAG))标准化计划解决的。我们将讨论嵌入式仪器的需求,IEEE 1149.1的缺点,IEEE P1687的特点和挑战,以及使用IEEE P1687的案例研究。
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