Thoughts on core integration and test

T. Anderson
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引用次数: 3

Abstract

A number of initiatives have begun to address the integration and test of core-based chip design. Several organizations, including an IEEE Test Technology Technical Committee (TTTC) and working groups of the Virtual Socket Interface Alliance (VSIA), meet regularly to consider standards and solutions. The most immediate issue that a chip designer must face is the integration of a core (or cores) into the chip. Three main approaches are popular. FIFO-based interfaces are quite common for VO interconnect cores; they have simple protocol rules and mate up well with DMA designs in the application logic. The core might instead mate to a microprocessor or I/O bus. For example, a multi-function chip can use an on-chip PCI bus to connect together multiple cores with PCI interfaces. The final common approach is a bus defined explicitly by an ASIC vendor or core provider to interconnect cores. For all three types of core interconnection, handling functional operation is only half of the solution. As with all semiconductor devices, a core-based chip must be well tested in production to become a viable product.
关于核心集成和测试的思考
一些倡议已经开始解决基于核心的芯片设计的集成和测试。一些组织,包括IEEE测试技术技术委员会(TTTC)和虚拟套接字接口联盟(VSIA)的工作组,定期开会考虑标准和解决方案。芯片设计者必须面对的最直接的问题是将一个(或多个)核心集成到芯片中。主要有三种流行的方法。基于fifo的接口在VO互连核心中非常常见;它们具有简单的协议规则,并且与应用程序逻辑中的DMA设计很好地配合。内核可能会与微处理器或I/O总线相匹配。例如,多功能芯片可以使用片上PCI总线将多个具有PCI接口的内核连接在一起。最后一种常见的方法是由ASIC供应商或核心提供商明确定义的总线来互连核心。对于所有三种类型的核心互连,处理功能操作只是解决方案的一半。与所有半导体设备一样,基于核心的芯片必须在生产中经过良好的测试才能成为可行的产品。
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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