Year: 2025

Key Technologies for Embedded Development Engineers in the AIoT Era

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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

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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

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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!

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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

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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

The “Eight Kings” of Imported Laptops: All Featuring 8th Generation Core Processors for Maximum Cost-Effectiveness

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The "Eight Kings" of Imported Laptops: All Featuring 8th Generation Core Processors for Maximum Cost-Effectiveness

Today is the last day of March, marking the conclusion of this series on imported junk. A fan jokingly said I wrote another filler article, but it’s not that I’m being lazy; rather, I plan to compile a collection of popular series articles to create an “Encyclopedia for Junk Enthusiasts” on my public account. I … Read more

The Lanqiao Cup: Micro:bit is Too Simple

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The Lanqiao Cup: Micro:bit is Too Simple

It is really very simple, a total breeze. I have already played with this, it is really just a toy for kids. Then on Xiaohongshu, there are many requests on how to connect to Scratch; just download a Scratch Link and you can do it freely. The greatest value of this device is in learning … Read more

A Custom OpenMV4 Module

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A Custom OpenMV4 Module

A Custom OpenMV4 Module 1. Introduction to OpenMV4 OpenMV4 is an open-source machine vision development board based on the high-performance STM32H743 microcontroller, designed specifically for embedded vision applications. It features a 400MHz ARM Cortex-M7 processor and supports various detachable camera modules (such as OV2640, OV5640, etc.), enabling real-time image processing, color tracking, face recognition, barcode … Read more

Power Electronics Technology in Everyday Life

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Power Electronics Technology in Everyday Life

Liquid Crystal Display (LCD) dominates the current electronic display field due to its advantages of being lightweight, energy-efficient, and providing clear displays, widely used in various electronic devices. Power electronics technology plays an indispensable role in enhancing the performance and functionality of LCDs as a key branch of modern electronic technology. By efficiently converting, controlling, … Read more

TFT LCD Series (1): Introduction to Basic Definitions and Working Principles

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TFT LCD Series (1): Introduction to Basic Definitions and Working Principles

Click the blue text to follow us TFT LCD (Thin Film Transistor Liquid Crystal Display) is a display technology based on the properties of liquid crystal materials and thin film transistor technology. Its basic definitions and working principles are as follows: Tip 01 Basic Definition and Structure TFT LCD is an active matrix liquid crystal … Read more