嵌入式 Linux 入门:在 Allwinner H616 上跑 Buildroot
从零开始用 Buildroot 在 Allwinner H616 开发板上构建嵌入式 Linux 系统,涵盖环境搭建、配置编译、烧录启动全流程,适合想入门嵌入式 Linux 的硬件爱好者。
从零开始用 Buildroot 在 Allwinner H616 开发板上构建嵌入式 Linux 系统,涵盖环境搭建、配置编译、烧录启动全流程,适合想入门嵌入式 Linux 的硬件爱好者。
沁恒 CH569/CH565 是全球首款内置 USB 3.0 PHY 的 RISC-V MCU,集成千兆以太网、SerDes 光纤直驱、HSPI 高速并口(3.8Gbps)、EMMC、硬件加解密。本文深度解析芯片架构、开发环境、外设实战与典型应用场景。
全面解析FT601芯片的技术特性、工作原理、开发流程和典型应用,帮助工程师快速上手USB 3.0高速数据传输设计。
使用 ESP32 和 SX1278 LoRa 模块搭建低功耗农业监控网络,实现土壤湿度、温度、光照等数据的远距离采集,覆盖半径可达 3-5 公里。
三大主流嵌入式开发框架深度对比:从上手难度、执行效率到调试体验,帮你选出最适合项目的开发工具链
手把手教你用 ESP32-S3 + OV2640 摄像头跑 TinyML 图像分类模型,无需联网也能识别人脸、猫狗和物体,适合嵌入式开发者入门边缘 AI。
用 ESP32-C6 打造支持 WiFi 6 和 Matter 协议的智能家居节点,实现跨品牌设备互联。从硬件选型、固件编译到 HomeKit 接入,完整实战指南。
ESP32 Matter智能灯泡开发完整指南:从ESP-IDF SDK环境搭建、Matter固件编译烧录,到手机配网与多平台联动测试。支持Apple HomeKit、Google Home、Amazon Alexa等主流平台,实现跨生态智能家居控制。含代码示例与常见配网问题解决方案。
深入理解 FreeRTOS 的任务调度机制,掌握抢占式、协作式、时间片轮转三种调度模式,配合 ESP32 实战代码,让你轻松搞定多任务嵌入式开发。
在物联网项目里,WiFi 和蓝牙够用了——直到你需要覆盖几百米甚至几公里。 农场温湿度监控、园区安防、水库水位监测……这些场景里,WiFi 信号?不存在的。这时候 LoRa(Long Range)就派上用场了。 而 SX1278,是目前性价比最高的 LoRa 芯片之一。淘宝上 15 块钱就能买到一个模块,加上 ESP32 主控,就能搭建一个覆盖数公里的无线传感器网络。...
Build an embedded Linux system from scratch using Buildroot on an Allwinner H616 development board, covering environment setup, configuration, compilation, and flashing. Perfect for hardware enthusiasts looking to get into embedded Linux.
WCH's CH569/CH565 is the world's first RISC-V MCU with a built-in USB 3.0 PHY, integrating Gigabit Ethernet, SerDes fiber-optic direct drive, HSPI high-speed parallel interface (3.8Gbps), EMMC, and hardware encryption/decryption. This article provides an in-depth analysis of the chip architecture, development environment, peripheral usage, and typical application scenarios.
Comprehensive analysis of FT601 chip's technical features, working principles, development process, and typical applications, helping engineers quickly get started with USB 3.0 high-speed data transmission design.
Build a low-power agricultural monitoring network using ESP32 and SX1278 LoRa modules for long-range collection of soil moisture, temperature, light, and other data, with a coverage radius of up to 3–5 km.
An in-depth comparison of three mainstream embedded development frameworks: from ease of getting started to execution efficiency and debugging experience — helping you choose the best development toolchain for your project
A step-by-step guide to running a TinyML image classification model on ESP32-S3 + OV2640 camera — recognize faces, cats, dogs, and objects entirely offline. Perfect for embedded developers diving into edge AI.
Build a smart home node powered by ESP32-C6 that supports both WiFi 6 and Matter protocols, enabling cross-brand device interoperability. A complete hands-on guide covering hardware selection, firmware compilation, and HomeKit integration.
Complete guide for ESP32 Matter smart light bulb development: from ESP-IDF SDK environment setup, Matter firmware compilation and flashing, to mobile network configuration and multi-platform integration testing. Supports mainstream platforms like Apple HomeKit, Google Home, Amazon Alexa, achieving cross-ecosystem smart home control. Includes code examples and solutions for common network configuration issues.
Deep understanding of FreeRTOS task scheduling mechanism, master three scheduling modes: preemptive, cooperative, and time-slicing, with ESP32 practical code to help you easily handle multi-task embedded development.