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)

A New Design Method for 3D Printed High-Performance Liquid Cooling Heat Exchangers

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A New Design Method for 3D Printed High-Performance Liquid Cooling Heat Exchangers

As semiconductor devices increasingly require more compact and efficient characteristics, this leads to an increase in heat generation, necessitating more effective cooling solutions. Conventional cooling methods such as jet impingement and spray cooling have complex operational issues, while microchannel heat exchangers effectively increase the heat transfer surface area but resulted in higher pressure losses and … Read more

Rapid 3D Plastronics Prototyping through Selective Metallization of 3D Printed Components

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Rapid 3D Plastronics Prototyping through Selective Metallization of 3D Printed Components

1. Research Background and Objectives Current Status and Challenges Traditional polymer surface selective metallization methods are costly, complex, and often use toxic chemicals (such as chromic acid), which are harmful to the environment and health. Existing technologies (such as laser direct writing and conductive inkjet printing) require customized equipment or special materials, limiting rapid prototyping … Read more

MIT Researchers Overcome Challenges in Glass 3D Printing: New Technology Enables Inorganic Composite Glass Printing at Low Temperatures

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MIT Researchers Overcome Challenges in Glass 3D Printing: New Technology Enables Inorganic Composite Glass Printing at Low Temperatures

According to foreign media Tom’s Hardware, researchers at MIT’s Lincoln Laboratory are demonstrating that 3D printing technology is still full of innovative potential — using glass as a raw material for 3D printing. Traditionally, manufacturing glass requires extremely high temperatures, not only for shaping but also for annealing the finished product. One major challenge is … Read more

Overview: Heat Exchangers and 3D Printing, Topology Optimization, Lattice Structures, and Aerospace Applications

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Overview: Heat Exchangers and 3D Printing, Topology Optimization, Lattice Structures, and Aerospace Applications

Heat exchangers are indispensable in various applications. Generally, heat exchangers are used to transfer heat between fluids (usually moving fluids) to eliminate excess heat generated by components during operation. Particularly in aerospace applications, most of the cooling for engines is provided by air-oil heat exchangers located between the engine and the cabin, which can cool … Read more

Three Application Scenarios and Technical Concepts of Mobileye’s Driver Assistance SoC

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Three Application Scenarios and Technical Concepts of Mobileye's Driver Assistance SoC

Mobileye has broken industry norms from the very beginning by using monocular camera vision to perceive road environments, significantly reducing costs and promoting the popularization of driver assistance. Its EyeQ series chips feature an architecture optimized for visual computing, making it one of the mainstream platforms for visual driver assistance systems worldwide. Currently, Mobileye has … Read more

Allwinner A Series | Three Tablet Processors Launched, Precisely Covering All Ranges of Android Tablets

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Allwinner A Series | Three Tablet Processors Launched, Precisely Covering All Ranges of Android Tablets

Click the “blue text” above to follow us! In 2025, Allwinner launched three new intelligent processors aimed at general tablet applications:A733, A537, and A333. These three “core” members are positioned as high-end, mid-range and entry-level processors, precisely covering the diverse needs of various levels of Android tablet products, applicable to: tablets, educational products, buddy machines, … Read more

Industrial Applications of the Tactile Intelligence RK3506 Core Board: Open Source Harmony + Star Flash (Part 1)

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Industrial Applications of the Tactile Intelligence RK3506 Core Board: Open Source Harmony + Star Flash (Part 1)

The Tactile Intelligence RK3506 core board/Star Flash development board has achieved a significant breakthrough, being the first to complete the adaptation of the open-source Harmony OpenHarmony 5.1 L1 (small system), while also supporting Hisilicon Star Flash wireless communication (Star Flash + WiFi + Bluetooth). This technological achievement marks Tactile Intelligence’s realization of 100% domestically produced … Read more

Industrial Applications of the Tactile Intelligence RK3506 Core Board: Open Source Harmony + Star Flash (Part 2)

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Industrial Applications of the Tactile Intelligence RK3506 Core Board: Open Source Harmony + Star Flash (Part 2)

The Tactile Intelligence RK3506 Core Board/Star Flash Development Board has successfully adapted to the open-source Harmony OpenHarmony 5.1 L1 (small system), supporting Hisilicon Star Flash wireless communication (Star Flash + WiFi + Bluetooth). Tactile Intelligence continues to share the Harmony + Star Flash application solutions. You can click the video below to learn about the … Read more

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