⚡ 本页包含 AI 生成的分析内容，仅供参考
该论文提出了一款基于ARM Cortex-M33的性能调节型超低功耗MCU，支持0.8-38MHz动态电压频率调整（DVFS）和SIMD指令，睡眠功耗仅为10nW，主要解决了电池供电传感器节点在长时间休眠时的超低功耗需求。
Jonas Svedas1, Matthew J Walker1, Supreet Jeloka2, Philex Ming-Yan Fan1, Fernando García-Redondo1, Thanusree Achuthan1, James Myers1 ARM, Cambridge, United Kingdom, 2ARM, Austin, TX 1 Recent research has shown subthreshold operation to reduce active energy in low-power MCUs [1], [2], [5]. However, some applications impose additional constraints. For battery-powered sensor nodes deployed in remote locations, the MCU may lie dormant for long periods, only waking up when a sensor detects activity. For such cases, the MCU needs very low sleep power to maximize battery lifetime, deterministic real-time response to capture rare sensor events, and energy-efficient operation with enough compute and memory to run useful workloads. This work shows a 65nm Arm Cortex-M33 SoC for constrained battery-powered sensor nodes achieving 10nW sleep power (4KB retention) with fine-grained DVFS and performance regulation from 0.8MHz (0.40V) to 38MHz
Pranay Prabhat1, Benoît Labbe1, Graham Knight1, Anand Savanth1,