物联网低功耗MCU芯片EEMBC ULPMARKCP测试数据

介绍数据的时间范围、时间精度、空间范围、空间精度、计算方式等。
数据内容：本项数据是根据EEMBC的测试规范，由其指定的能量监测套件（X-NUCLEO-LPM01A）为MCU芯片供电；MCU芯片运行EEMBC ULPMARKCP测试程序；X-NUCLEO-LPM01A测试消耗的电流，并将测试结果通过USB上传到PC电脑，PC端应用程序EEMBC IoT Connect会记录能量消耗，并通过内置算法得出分数。
测试设备：X-NUCLEO-LPM01A能量监测套件。
测试条件：本项数据在室温环境下采集，芯片由能量监测套件供电3V。
对应指标：低功耗物联网MCU芯片的基准测试EEMBC ULPMark CP(3.0V)得分。

This document outlines the time range, temporal accuracy, spatial range, spatial accuracy, calculation methodology and other relevant details of the dataset.
Data Content: This dataset is generated in accordance with EEMBC test specifications: the designated energy monitoring kit (X-NUCLEO-LPM01A) supplies power to the MCU chip; the MCU chip runs the EEMBC ULPMARKCP test program; the X-NUCLEO-LPM01A measures the consumed current, uploads the test results to a PC via USB, and the PC-side application EEMBC IoT Connect records the energy consumption and derives the final score through its built-in algorithm.
Test Equipment: X-NUCLEO-LPM01A energy monitoring kit.
Test Conditions: All data was collected at room temperature, with the MCU chip powered at 3V by the energy monitoring kit.
Corresponding Indicator: EEMBC ULPMark CP (3.0V) benchmark score for low-power IoT MCU chips.

搜集汇总

背景与挑战

背景概述

该数据集包含物联网低功耗MCU芯片的EEMBC ULPMARKCP基准测试数据，基于EEMBC规范使用X-NUCLEO-LPM01A能量监测套件在室温3V供电条件下采集，通过测试程序运行和电流监测得出ULPMark CP(3.0V)得分，用于评估芯片的低功耗性能。