UTBB FDSOI技术灵活性超低功耗物联网应用

E. Beigné, J. Christmann, A. Valentian, O. Billoint, E. Amat, D. Morche
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引用次数: 29

摘要

在本文中,我们建议分析FDSOI技术对物联网应用的适用性,更具体地说,是对自主无线传感器节点的适用性。由于物联网应用非常多样化,因此不仅在设计和架构层面,而且在技术层面都强烈需要灵活的解决方案。此外,由于大多数这些系统都是从环境中回收能量,它们面临着低电压供应和低泄漏功能的挑战。我们在本文中详细介绍了一些FDSOI 28nm特性和结果,表明该技术可能是多学科物联网设备的完美选择。研究了后偏置能力和低电压特性,展示了高效的高速/低漏灵活性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
UTBB FDSOI technology flexibility for ultra low power internet-of-things applications
In this paper, we propose to analyze FDSOI technology suitability for IoT applications and more specifically for autonomous Wireless Sensor Nodes. As IoT applications are extremely diversified there is a strong need for flexible solutions not only at design and architectural level but also at technological level. Moreover, as most of those systems are recovering their energy from the environment, they are challenged by low voltage supplies and low leakage functionalities. We detail in this paper some FDSOI 28nm characteristics and results demonstrating that this technology could be a perfect option for multidisciplinary IoT devices. Back Biasing capabilities and low voltage features are investigated demonstrating efficient high speed/low leakage flexibility.
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