UTBB FDSOI suitability for IoT applications: Investigations at device, design and architectural levels

作者：Berthier Florent^*; Beigne Edith; Heitzmann Frederic; Debicki Olivier; Christmann Jean Frederic; Valentian Alexandre; Billoint Olivier; Amat Esteve; Morche Dominique; Chairat Soundous; Sentieys Olivier

来源：Solid-State Electronics, 2016, 125: 14-24.

DOI：10.1016/j.sse.2016.09.003

• UTBB FDSOI
• IoT
• Asynchronous processor
• Power estimation
• MCU

In this paper, we propose to analyze Ultra Thin Body and Box FDSOI technology suitability and architectural solutions for IoT applications and more specifically for autonomous Wireless Sensor Nodes (WSNs). As IoT applications are extremely diversified there is a strong need for flexible solutions at design, 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 Ultra Thin Body and Box FDSOI 28 nm 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. In addition, architectural solutions for WSNs microcontroller are also proposed taking advantage of Ultra Thin Body and Box FDSOI characteristics for full user applicative flexibility. A partitioned architecture between an Always Responsive part with an asynchronous Wake Up Controller (WUC) managing WSN current tasks and an On Demand part with a main processor for application maintenance is presented. First results of the Always Responsive part implemented in Ultra Thin Body and Box FDSOI 28 nm are also exposed.

• 出版日期2016-11
• 单位中国地震局; INRIA