SoC-Mobinet: broadband transceiver design challenges

F. Dielacher
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Abstract

Summary form only given. Decreasing feature size and increasing system complexity enables to map complex systems onto one die (SoC - system on chip) or into one package (SiP - system in package). This reduces development, production and packaging costs of the integrated circuit, increases integration density of the customer products by consuming less board space and optimizes the bill of material by reducing the number of external components. This paper looks at the design challenges posed by broadband transceiver design, including hardware/software reuse, validation and verification effort, and platform design, using the context of the SoC-Mobinet research project.
SoC-Mobinet:宽带收发器设计挑战
只提供摘要形式。减小特征尺寸和增加系统复杂性可以将复杂系统映射到一个芯片(SoC -片上系统)或一个封装(SiP -包中系统)。这降低了集成电路的开发、生产和封装成本,通过消耗更少的电路板空间来提高客户产品的集成密度,并通过减少外部元件的数量来优化物料清单。本文着眼于宽带收发器设计带来的设计挑战,包括硬件/软件重用,验证和验证工作,以及平台设计,使用SoC-Mobinet研究项目的背景。
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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