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Clocking Analysis, Implementation and Measurement Techniques for High-Speed Data Links—A Tutorial

机译:高速数据链路的时钟分析,实现和测量技术—教程

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The performance of high-speed wireline data links depend crucially on the quality and precision of their clocking infrastructure. For future applications, such as microprocessor systems that require terabytes/s of aggregate bandwidth, signaling system designers will have to become even more aware of detailed clock design tradeoffs in order to jointly optimize I/O power, bandwidth, reliability, silicon area and testability. The goal of this tutorial is to assist I/O circuit and system designers in developing intuitive and practical understanding of I/O clocking tradeoffs at all levels of the link hierarchy from the circuit-level implementation to system-level architecture.
机译:高速有线数据链路的性能主要取决于其时钟基础结构的质量和精度。对于未来的应用,例如要求兆兆字节/秒的总带宽的微处理器系统,信号系统设计人员将必须更加意识到详细的时钟设计权衡,以便共同优化I / O功率,带宽,可靠性,芯片面积和可测试性。本教程的目的是帮助I / O电路和系统设计人员在从电路级实现到系统级体系结构的链路层级的所有级别上,对I / O时钟权衡取舍进行直观而实际的理解。

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