创新与协作——紧跟市场需求和转型

K. Hyland
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引用次数: 0

摘要

高性能互联网交换和路由系统的性能驱动因素随着每一代连续产品的产生而不断增加同一电子封装内的带宽和数据速率。通过更高的Si集成功能,如高速Serdes、eSRAM、eDRAM和eTCAM,可以适应这些增加。然而,对提高产品性能的需求已经超过了硅栅极密度的增长,导致需要更大的模具尺寸,以及不断发展的先进封装和基板技术的需求。高性能封装的创新不仅对于满足高速电气性能、信号和电源完整性以及增强散热的挑战至关重要,而且对于支持产品级可靠性、高可用性和长现场寿命的严格要求也至关重要。此外,全球化和外包制造模式要求整个供应链中的技术伙伴关系和协作发生根本性变化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Innovation and collaboration - Keeping up with market demands and transitions
The performance drivers for high-performance Internet switching and routing systems have been increasing the bandwidth and data rate within the same electronic package with each successive product generation. These increases have been accommodated through higher Si integration of functionalities, such as high-speed Serdes, eSRAM, eDRAM, and eTCAM. However, the demand for increasing product performance has outpaced the increase in Si gate density, resulting in the need for larger die sizes, as well as the need for continuously evolving advanced packaging and substrate technologies. Innovations in high-performance packaging are critical to meet not only the challenges of high-speed electrical performance, signal and power integrity and enhanced thermal dissipation, but also to support the strenuous requirements of product-level reliability, high availability and long field life. Additionally, globalization and outsourced manufacturing models demand radical changes in technical partnerships and collaboration throughout the entire supply chain.
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