Advanced Packaging Using Chiplets and Standardized Physical Interfaces

Fabian Hopsch, Maudood Ahmed, A. Heinig
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Abstract

Electronic control units (ECU) for automotive and robotics are seen as one emerging technology driver for the chiplet technology. Such a system consists of several building blocks with dedicated functionality. Based on this wide range of functionalities, such a system is especially appropriate for an optimized chiplet based system. Blocks will be implemented in dedicated technologies, like advanced FinFet nodes for computing power, RF nodes for radio-frequency parts and special technologies like GaN for power requirements. To establish a proper interaction between chiplets from different technologies and from different vendors, standardized interfaces are required. This paper will present an implementation of Bunch-of-Wires (BoW) interface in an advanced FinFet node. Together with a former development in a RF-node, both chiplets will be integrated in an advanced package to demonstrate interoperable communication.
使用小芯片和标准化物理接口的高级封装
用于汽车和机器人的电子控制单元(ECU)被视为芯片技术的新兴技术驱动因素之一。这样的系统由几个具有专用功能的构建块组成。基于这种广泛的功能,这样的系统特别适合于优化的基于芯片的系统。模块将在专用技术中实现,例如用于计算能力的先进FinFet节点,用于射频部件的RF节点以及用于功率要求的GaN等特殊技术。为了在不同技术和不同厂商的芯片之间建立适当的交互,需要标准化的接口。本文将介绍一种在高级FinFet节点中实现束线(BoW)接口的方法。这两个小芯片将与rf节点中的先前开发一起集成在一个先进的封装中,以演示可互操作的通信。
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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