Principles and Programming Implementation of I2C Communication in Embedded Technology (Temperature and Humidity Sensor)

1. Detailed Explanation of I2C Communication Principles 1. Hardware Structure and Physical Layer Bus Topology: The I2C bus is a multi-master/slave structure that supports multiple master and slave devices sharing the bus. SCL (Clock Line) and SDA (Data Line) are both open-drain outputs and require external pull-up resistors (typical value: 4.7kΩ, specific values should be … Read more

Embedded Neighborhood Centers: Age-Friendly Living Circles

In recent years, the Binhe Street has closely focused on the modernization goals of grassroots social governance, deeply implementing the central government’s deployment of community embedded service construction as a livelihood project, and concentrating on the task requirements of creating a convenient and comfortable “good community”, a well-serviced “good neighborhood”, and higher quality “good housing” … Read more

Essential Guide to Building a Lightweight Serial Command Line Shell from Scratch in Embedded Development

Essential Guide to Building a Lightweight Serial Command Line Shell from Scratch in Embedded Development https://mp.weixin.qq.com/s/H0x2QYkhyqoQChgEqm-MwQ Implementation and Pitfall Guide for Lightweight Command Line Shell in Embedded Development In embedded development, the command line shell (CLI Shell) is the most common and direct way to interact with devices. Its simplicity, efficiency, and low resource consumption … Read more

Essential Knowledge for Embedded Projects – Basics of Operating Systems

RTOS (Real-Time Operating System) Real-Time Characteristics: The ability to respond to external events and execute tasks within a specified time frame, such as in industrial control, ensuring precise timing for sensor signal acquisition and actuator control operations, thereby maintaining the stable and efficient operation of automated production lines. Task Scheduling Mechanism: Understanding preemptive scheduling (where … Read more

Essential Knowledge for Embedded Development! In-Depth Analysis and Practical Guide to 10 Core Interface Protocols

Table of Contents Introduction: Interface Protocols – The “Digital Language” of Embedded Systems 1. Low-Speed Communication Interfaces: Efficient Solutions for Simple Scenarios 2. High-Speed Communication Interfaces: The Backbone of Large Data Transmission 3. Specialized Domain Interfaces: “Specialists” for Specific Scenarios 4. Practical Applications and Selection Guide for Interface Protocols 5. Interactive Poll: Which Embedded Interface … Read more

Key Technologies for Embedded Development Engineers in the AIoT Era

In traditional embedded development, electronic engineers need to focus on software development and hardware fundamentals. However, with the evolution of technology, emerging fields such as Artificial Intelligence (AI) and the Internet of Things (IoT) have significantly transformed embedded development. So, what technologies should engineers pay attention to today? 1. Edge Computing and AI Deployment Model … Read more

The Rapid Development of Embedded Insurance in the Asia-Pacific Region

For the original English news article, please click on “Read the original” at the end of the article. 🌍 The Insurance Industry in Technological Transformation: Embedded Insurance Takes Center Stage 🧠 “Technology is changing everything, and the insurance industry is no exception.” This is the opening assertion made by Yuri Poletto, founder and director of … Read more

Detailed Explanation of Semaphores in Embedded Systems: Comparison and Selection of Common Semaphores

In embedded system development, semaphores are an important synchronization mechanism used to coordinate resource access among multiple tasks or threads. Through semaphores, developers can ensure the safe use of shared resources, avoiding issues such as race conditions and deadlocks. Today, we will discuss in detail the common types of semaphores in embedded operating systems and … Read more

New Methods for Quantum Computers in Nature Nanotechnology!

To fully leverage the potential of quantum computing, error correction must be completed before errors occur. With enhanced connectivity between quantum bits, the redundancy and error rate requirements for achieving fault-tolerant quantum computing can be relatively reduced. Even so, the required redundancy will quickly push the number of quantum bits into the millions. Considering the … Read more

Autonomous Driving Series 3: In-Depth Analysis of the In-Vehicle Camera Industry Chain

Among the four main hardware components in the perception layer of autonomous driving, cameras are undoubtedly the one with the highest certainty for future growth. With their high performance combined with low cost, cameras are indispensable hardware for achieving autonomous driving, whether using a pure vision solution or a multi-sensor fusion approach, and there is … Read more