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)

Performance Benchmarking Against Arm N2! Domestic Open-Source RISC-V CPU Reduces Chip Design Costs by 33%!

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Performance Benchmarking Against Arm N2! Domestic Open-Source RISC-V CPU Reduces Chip Design Costs by 33%!

On July 17, 2025, the 2025 RISC-V China Summit officially opened in Zhangjiang, Shanghai, China. Professor Bao Yungang, Deputy Director of the Institute of Computing Technology, Chinese Academy of Sciences, Secretary-General of the RISC-V Open Instruction Ecosystem Alliance, and Chief Scientist at the Beijing Open Source Chip Research Institute, shared his observations and thoughts on … Read more

Yixing Intelligent Creates a New Computing Architecture Combining RISC-V and Virtual Instruction Technology | 2025 RISC-V China Summit

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Yixing Intelligent Creates a New Computing Architecture Combining RISC-V and Virtual Instruction Technology | 2025 RISC-V China Summit

On July16, the fifthRISC-V China Summit was successfully held at the Zhangjiang Science Hall in Shanghai. Dr. Yang Yi, co-founder and COO of Yixing Intelligent, delivered a keynote speech titled “Creating an Innovative Computing Architecture by Combining RISC-V and Virtual Instruction Technology” at the summit. Quoting the concept of “Software 3.0” from OpenAI founding member … Read more

Domestic Chip Dark Horse Paves New Path for “Unified Computing and AI” RISC-V Chips

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Domestic Chip Dark Horse Paves New Path for "Unified Computing and AI" RISC-V Chips

Decoding the hardcore black technology behind the “chip” foundation of the intelligent computing era.Author | Yunpeng Editor | Mo YingToday, represented by DeepSeek, domestic large models have made a strong breakthrough, igniting a wave of large model deployment and AI application development. According to public data forecasts, in the next three years, the annual compound … Read more

Collaboration of STM32 and FPGA: Creating a High-Precision Local Control DDS Arbitrary Waveform Generator

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Collaboration of STM32 and FPGA: Creating a High-Precision Local Control DDS Arbitrary Waveform Generator

Click the blue text Follow us This article introduces the design and implementation of a local control DDS arbitrary waveform generator based on STM32 and FPGA. The project successfully generates adjustable waveforms (sine, triangle, square), frequencies (DC-5MHz), and amplitudes (0.1V-1V) using a high-speed DAC combined with FPGA internal DDS logic, and displays waveform parameters in … Read more

Small Chips, Big Wisdom! How Lattice’s New Generation of FPGAs Unlocks the Trillion-Dollar Blue Ocean of AI and Edge Computing?

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Small Chips, Big Wisdom! How Lattice's New Generation of FPGAs Unlocks the Trillion-Dollar Blue Ocean of AI and Edge Computing?

In the wave of “AI sinking and everything becoming intelligent,” low-power, small-sized, and quickly deployable programmable logic devices are becoming the key computational support for edge devices. At the same time, the demand for hardware security, reliability, and boot speed in industries such as industrial, communication, automotive electronics, and servers is rapidly increasing. In this … Read more

Recommended Open Source FPGA Project Six: The Open Source Marvel Haasoscope Pro, 2GHz Bandwidth + 12-bit Precision Oscilloscope

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Recommended Open Source FPGA Project Six: The Open Source Marvel Haasoscope Pro, 2GHz Bandwidth + 12-bit Precision Oscilloscope

As mainstream oscilloscopes often cost tens of thousands, a USB-C powered oscilloscope supporting open-source hardware is creating a crowdfunding storm on CrowdSupply. How does it achieve 2GHz bandwidth at consumer-level costs? What hidden signals can be captured with 12-bit resolution? This article will break down this industry-disrupting maker tool. Read on 👇 The Haasoscope Pro … Read more

How to Work with FPGA Development Boards? (Part 1) – Playing FPGA Like Arduino

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How to Work with FPGA Development Boards? (Part 1) - Playing FPGA Like Arduino

This is also a series of articles, stemming from previous discussions with fans in the comments about the efforts made abroad regarding FPGA development or entry-level approaches. Each article will introduce a specific FPGA development board, focusing on the development methods prepared for the board (which are quite different from those in China). Today’s main … Read more

Significant Leap in Programmable Logic Technology with Altera FPGA

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Significant Leap in Programmable Logic Technology with Altera FPGA

Agilexâ„¢ 5 and 3 FPGAs and SoCs represent a significant leap in programmable logic technology, featuring new capabilities that allow for easy migration and flexible expansion in response to changing design requirements, meeting a wide range of industry and application needs. Providing better solutions for high-performance designs in embedded and industrial applications!

Design and Implementation of a Ten-Channel Wireless Relay Based on STM32

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Design and Implementation of a Ten-Channel Wireless Relay Based on STM32

Introduction Recently, I created a six-channel wireless metal detector transceiver, and it seems I’ve become interested in wireless control. In this issue, we will introduce the design and implementation of a ten-channel wireless relay controller. The project aims to achieve button control of ten relays. The relays selected are industrial relays with a rated coil … Read more