modular design

Case Study | Advantech Modular Computer SOM-7583: Addressing Humanoid Robot Application Challenges with Modular Architecture

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Case Study | Advantech Modular Computer SOM-7583: Addressing Humanoid Robot Application Challenges with Modular Architecture

Abstract Humanoid robots are rapidly entering fields such as logistics and healthcare, yet they face three major challenges: heterogeneous computing integration, real-time response, and compact space energy efficiency. The Advantech SOM-7583 modular solution provides a breakthrough approach: balancing performance and power consumption with the Intel Core i platform, achieving real-time control through the EtherCAT protocol, … Read more

Case Study | Advantech Modular Computer SOM-7583: Addressing Humanoid Robot Application Challenges with Modular Architecture

by
Case Study | Advantech Modular Computer SOM-7583: Addressing Humanoid Robot Application Challenges with Modular Architecture

Abstract Humanoid robots are rapidly entering fields such as logistics and healthcare, yet they face three major challenges: heterogeneous computing integration, real-time response, and compact space energy efficiency. The Advantech SOM-7583 modular solution provides a breakthrough approach: balancing performance and power consumption with the Intel Core i platform, achieving real-time control through the EtherCAT protocol, … Read more

Design and Implementation of an Electronic Clock Based on the 51 Microcontroller (Including Alarm Functionality)

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Design and Implementation of an Electronic Clock Based on the 51 Microcontroller (Including Alarm Functionality)

Abstract This article provides a detailed introduction to a design scheme for an electronic clock system based on the 51 microcontroller. This system not only displays the current time but also features an alarm reminder function. The article comprehensively analyzes hardware design, software architecture, core algorithms, and code implementation, providing complete C language source code … Read more

EmCore-I: The Most SWaP-Optimized Edge AI Solution with Computing Power in China

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EmCore-I: The Most SWaP-Optimized Edge AI Solution with Computing Power in China

The multi-modal embodied intelligent processing unit EmCore is a high-performance edge computing platform designed for unmanned applications in various industries, offering a fully autonomous and controllable hardware and software ecosystem. This facilitates product companies to quickly implement embodied functionalities in scenarios such as drones, quadruped robotic dogs, humanoid robots, ground unmanned vehicles, unmanned boats, and … Read more

Analysis of SiFive’s Second Generation: RISC-V in the Era of AI Acceleration

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Analysis of SiFive's Second Generation: RISC-V in the Era of AI Acceleration

Produced by Zhineng Zhixin SiFive launched a new second-generation smart series processor IP in September, covering everything from compact control cores to large-scale matrix engines. Compared to the previous generation, the new series has improvements in functionality, power consumption control, interface design, and memory management, primarily to meet the rapidly growing demand for AI computing … Read more

Designer Creates Modular Sports Shoes with 3D Printed Soles and Climbing Rope Laces

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Designer Creates Modular Sports Shoes with 3D Printed Soles and Climbing Rope Laces

Daniyar Uderbekov, a designer from Kazakhstan, has created a modular sports shoe named UDRB, aimed at addressing environmental issues in the footwear industry. This shoe features a three-part structure that can be assembled without glue or tools. Image Source: Daniyar Uderbekov The UDRB sports shoe consists of a leather boot, a 3D printed TPU sole, … Read more

Efficient FPGA Design: Starting with Planning Data and Control Interfaces

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Efficient FPGA Design: Starting with Planning Data and Control Interfaces

In FPGA development, we often rush to implement functionality, diving straight into coding, while neglecting a more fundamental issue—how to design a clear, robust, and easily integrable interface for the modules. Many problems that arise later in projects, such as tight timing, abnormal interactions, and debugging difficulties, often stem from the arbitrary and insufficient interface … Read more

Why the Chinese-Made Yarbo Robot is Gaining Popularity in European and American Gardens

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Why the Chinese-Made Yarbo Robot is Gaining Popularity in European and American Gardens

In the global smart technology race, a Chinese company has stood out: Shenzhen Hanyang Technology. Its Yarbo brand has sparked a smart revolution in the European and American garden market. From being relatively unknown to gaining immense popularity, what is the secret behind Yarbo’s success that has led many households in Europe and America to … Read more

Five Key Differences in Programming Approaches Between PLC Engineers in Germany and China (Collectible and Educational)

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Five Key Differences in Programming Approaches Between PLC Engineers in Germany and China (Collectible and Educational)

The differences in programming approaches between PLC engineers in Germany and China are primarily reflected in technical concepts, development processes, tool usage, industry standards, and cultural backgrounds. Germany has a deep-rooted industrial automation culture and rigorous engineering practices, while China has rapidly developed in this field in recent years but started later, leading to significant … Read more

Common Modular Design Methods in Embedded Systems

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Common Modular Design Methods in Embedded Systems

1. Concept of Modular Design How can we improve the flexibility and maintainability of embedded programming? This is a long-term learning process for us embedded software developers. The design of embedded systems requires high flexibility and maintainability. Modular design, as an important software engineering method, can effectively enhance the development efficiency, code reusability, and maintainability … Read more