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Signal/Power Integrity Tradeoffs in Automotive SoC Package Design (LPDDR4 Case Study)

机译:汽车SOC包装设计中的信号/功率完整性权衡(LPDDR4案例研究)

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The needs of modern life are driving high powered CPU and SoC devices into harsh environments. The physical design changes required to meet these use case conditions negatively impact the signal and power integrity performance, limiting the speeds and capabilities that are achievable. The signal and power integrity desires directly oppose one another, so a holistic platform design approach is required to optimize system performance. This paper investigates the LPDDR4 challenges faced and results obtained by the signal and power integrity design teams as they worked together to provide an optimal, balanced design that would meet the customer requirements.
机译:现代生活的需求将高功率的CPU和SOC设备驱动到恶劣的环境中。满足这些用例条件所需的物理设计更改对信号和功率完整性性能产生负面影响,限制可实现的速度和功能。信号和功率完整性欲望彼此直接反对,因此需要整体平台设计方法来优化系统性能。本文调查了LPDDR4面临的挑战,并通过信号和电力完整设计团队获得的结果,因为它们共同提供了满足客户要求的最佳平衡设计。

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