⚡ 本页包含 AI 生成的分析内容，仅供参考
本文提出一种全数字电流传感器，用于4nm-plus八核CPU中每核运行时功耗的精确测量，以支持系统功耗预算管理。该传感器通过数字方式实现，避免了模拟电路的复杂性和面积开销，实现了高精度、低延迟的每核功耗监测。
Eric Jia-Wei Fang1, Yuju Cho1, Harry H. Chen1, Ping Kao1, Ericbill Wang1, Hugh Mair2, Shih-An Hwang1 MediaTek, Hsinchu, Taiwan MediaTek, Austin, TX 1 2 The primary focus of flagship smartphones is on the CPU, which utilizes low operating power and high clock speed to deliver competitive performance. To achieve power and performance-efficient capabilities for various computing demands like gaming, browsing, etc., the CPU typically features multiple cores. In one study [1], the CPU scheduling mechanism optimizes the allocation of tasks to each core of the CPU based on predicted available power budgets. Further balancing of power and thermal distribution across the multiple cores is done to ensure sustainable performance. To ensure system stability, power calculation techniques at runtime consider factors of voltage, frequency and leakage, including pessimistic elements such as voltage guard band. As such, an on-die
Chien-Yu Lu1, Bo-Jr Huang1, Min-Chieh Chen1, Ollie Tsai1, Alfred Tsai1,