Understanding the Differences Between CPLD and FPGA

Understanding the Differences Between CPLD and FPGA

Welcome FPGA engineers to join the official WeChat technical group. Clickthe blue textto follow us at FPGA Home – the best and largest pure FPGA engineer community in China. This article mainly introduces the differences between CPLD and FPGA. CPLD and FPGA are both composed of logic array modules, but CPLD’s LAB is based on … Read more

Comprehensive Guide to FPGA Development

Comprehensive Guide to FPGA Development

Welcome FPGA engineers to join the official WeChat technical group. Clickthe blue textto follow us at FPGA Home – the best and largest pure FPGA engineer community in China. FPGA is a programmable chip, thus the design methods for FPGA include both hardware and software design. Hardware includes FPGA chip circuits, memory, input/output interface circuits, … Read more

Unveiling the Power of FPGA in Modern Computing

Unveiling the Power of FPGA in Modern Computing

In recent years, the concept of FPGA has become increasingly prevalent. For example, Bitcoin mining has seen the use of FPGA-based mining machines. Additionally, Microsoft previously announced its intention to use FPGAs in data centers as a “replacement” for CPUs, among other applications. For professionals, FPGAs are not a foreign concept, as they have been … Read more

Unleashing Performance: The Powerful Domestic RK3588J+FPGA Core Board

Unleashing Performance: The Powerful Domestic RK3588J+FPGA Core Board

Today, I want to share a board that is an industrial-grade core board developed by Chuanglong Technology, based on the Rockchip RK3588J/RK3588 + Unisoc Titan-2 PG2T390H FPGA design. It is a heterogeneous multi-core domestic platform. After reviewing the specifications of this product, I found that both the software and hardware parts are excellent, and its … Read more

Ensuring Reliability in Embedded Systems: A Comprehensive Guide

Ensuring Reliability in Embedded Systems: A Comprehensive Guide

Frequent product issues lead to testers working overtime, while developers are busy putting out fires. Is there a better solution?How can we continuously ensure the reliability and stability of products during rapid iterations? Embedded systems are generally the core unit of a product. The reliability of the embedded system determines the overall quality of the … Read more

Understanding Embedded Systems: Core Competitiveness Explained

Understanding Embedded Systems: Core Competitiveness Explained

Question 1: What is embedded systems? Various devices around us: Dormitory access control, mobile phones, electronic alarms (non-mechanical alarms), smart wristbands, cafeteria card machines, washing machines, rice cookers, air conditioners, balancing cars, quadcopters, routers, robots, etc., all belong to embedded devices. Definition: IEEE (Institute of Electrical and Electronics Engineers) defines it as a device used … Read more

Comprehensive Guide to Multi-Core Heterogeneous Computing – Latest Compilation for September 2024

Comprehensive Guide to Multi-Core Heterogeneous Computing - Latest Compilation for September 2024

Multi-Core Heterogeneous Communication Framework (RPMsg-Lite) Principles of Multi-Core Heterogeneous Communication in MCUs Trends in Robot Control Design: Diverse Combinations of Processing Elements with Different Core Advantages Analysis of the Communication Process between Cortex-A and M Cores in Heterogeneous Processors YY3568 Multi-Core Heterogeneous (Linux + RT-Thread) – Boot Process Understanding Embedded Multi-Core Heterogeneous Solutions: Overview of … Read more

Creative Embedded Projects on Github – Electronic Candle

Creative Embedded Projects on Github - Electronic Candle

This project is a highly creative electronic candle that can display a 3D visual effect similar to a flickering candle from any angle. The core of the project is a simple LED matrix board and a high-speed rotating motor that generates stereoscopic images through the Persistence of Vision (POV) effect. It uses a compact RP2040-tiny … Read more

Core Technologies of 3D Imaging in Industrial Applications: Embedded CMOS Sensor Technology

Core Technologies of 3D Imaging in Industrial Applications: Embedded CMOS Sensor Technology

1. Introduction The concept of 3D imaging technology has existed for decades, but the commercialization of products began after 2000, when many major film studios announced the use of the latest HD cameras to achieve 3D imaging effects. Since then, not only in the consumer market but also in the field of industrial machine vision, … Read more