Embedded Hardware

 

  • System on Modules (SoM)
  • Single Board Computers (SBC)
  • Development Boards
  • Industrial PCs & Embedded Computers
  • IoT & Edge Computing Gateways
  • AI & Machine Learning Modules
  • Rugged & Industrial-Grade Components
  • Peripherals & Expansion Modules (Displays, Sensors, Power Modules)

The Revolution of AI Robot “Joints”: Unveiling How Bearings Become the “Invisible Champions” of the Intelligent Era

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The Revolution of AI Robot "Joints": Unveiling How Bearings Become the "Invisible Champions" of the Intelligent Era

When humanoid robots like “Optimus Prime” walk flexibly, when surgical robots precisely suture blood vessels, and when logistics robots shuttle through warehouses 24 hours a day — behind this AI-driven robotic revolution lies a crucial yet often overlooked “invisible champion”: bearings. Bearings are not only the “joints” of robots but also the core carriers of … Read more

IoT Technology Safeguards Bottle-Type High-Pressure Hydrogen Storage Vessels

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IoT Technology Safeguards Bottle-Type High-Pressure Hydrogen Storage Vessels

Bottle-type high-pressure hydrogen storage vessels are the main hydrogen storage containers at hydrogen refueling stations and are classified as high-risk pressure vessels. They must withstand internal pressure loads exceeding 45 MPa and cyclic loads during the filling and discharging processes. Given that hydrogen is flammable and explosive, the failure of these vessels can lead to … Read more

ESP32 Storage System

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ESP32 Storage System

🧠 1. Physical Storage Structure On-Chip Memory IRAM (Instruction RAM) 192KB (ESP32 classic version), with the first 64KB fixed for dual-core CPU cache, and the remaining space used for high-speed execution code (such as interrupt functions). DRAM (Data RAM) 328KB, used for global variables and stack data. About 64KB will be occupied by the protocol … Read more

Comprehensive Analysis of the ESP32 Wireless Communication Module: A Versatile Chip Supporting the IoT Landscape

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Comprehensive Analysis of the ESP32 Wireless Communication Module: A Versatile Chip Supporting the IoT Landscape

🌟 Comprehensive Analysis of the ESP32 Wireless Communication Module: A Versatile Chip Supporting the IoT Landscape From Wi-Fi 6 to Bluetooth Mesh, this domestic chip priced at ¥10 is revolutionizing the IoT world! 📡 1. Wireless Communication: Full-Stack Protocols Controlled by One Chip Dual-Mode Integration: The Golden Combination of Wi-Fi + Bluetooth Classic Bluetooth for … Read more

The Hardware Composition of the ESP32 Chip

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The Hardware Composition of the ESP32 Chip

ESP32: The Internet of Things Universe in a Chip, Unveiling the “Contradiction” Art of Chinese Chips Sold at a cabbage price, operated with the heart of selling white powder—when this 8 yuan Chinese chip was used by NASA in the Mars greenhouse experiment, even Intel engineers exclaimed: “It is redefining the philosophical boundaries of chip … Read more

In-Depth Analysis of ESP32 Hardware Interfaces: The All-in-One IoT Solution Behind 34 GPIOs

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In-Depth Analysis of ESP32 Hardware Interfaces: The All-in-One IoT Solution Behind 34 GPIOs

🌟 In-Depth Analysis of ESP32 Hardware Interfaces: The All-in-One IoT Solution Behind 34 GPIOs How to leverage sensors, screens, motors, and even AI with a cost of just ¥10? 🔌 1. Overview of Hardware Interfaces: The Infinite Possibilities of 34 GPIOs The ESP32 featuresup to 34 programmable GPIOs, which can be flexibly reconfigured as UART, … Read more

The Soul of Automotive Standards: In-Depth Analysis of How MCU Chip Validation Establishes the Foundation of Vehicle Safety

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The Soul of Automotive Standards: In-Depth Analysis of How MCU Chip Validation Establishes the Foundation of Vehicle Safety

In today’s global wave of automotive intelligence and electrification, the stability and safety of each electronic control unit (ECU) “brain”—the automotive-grade microcontroller unit (MCU)—has become a top priority concerning life safety. Chip validation, a crucial yet often overlooked process that is time-consuming and labor-intensive, is the core defense line ensuring the reliability of ECU applications. … Read more

High-End Intelligent Control MCU: The Key Force Opening a New Era of Automotive Intelligence

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High-End Intelligent Control MCU: The Key Force Opening a New Era of Automotive Intelligence

1. Industry Transformation Gives Rise to a New Species of “High-End Intelligent Control MCU” Driven by the strong momentum of automotive intelligence and new energy trends, the electronic and electrical architecture is rapidly transforming from traditional distributed systems to a “central computing + regional control” architecture. This profound change aims to optimize wiring layouts, enhance … Read more

Detailed Comparison of the Top Five Domestic Motor Control MCU Manufacturers and the Top Five Global Manufacturers

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Detailed Comparison of the Top Five Domestic Motor Control MCU Manufacturers and the Top Five Global Manufacturers

Detailed Comparison of the Top Five Domestic Motor Control MCU Manufacturers and the Top Five Global Manufacturers The domestic motor control MCU manufacturers (GigaDevice, AutoChips, etc.) lag behind global giants (ST, TI, etc.) in terms of production capacity and technology nodes, but they are focusing on the local market with accelerated automotive layout. Global manufacturers … Read more

Common MCU and CPU Architectures, Development Methods, and Toolchains

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Common MCU and CPU Architectures, Development Methods, and Toolchains

Hello everyone, are you still confused by various MCU and CPU architectures? Are you struggling with whether to use bare metal programming or an RTOS? Don’t worry, today I will guide you through the common MCU and CPU architectures, development methods, and toolchains in embedded systems from scratch, ensuring that you will understand it all … Read more