LCM Display Type Analysis

LCM Display Type Analysis

Introduction: The LCD module is a component that integrates the liquid crystal display device, connectors, integrated circuits, PCB circuit boards, backlight sources, and structural components together. The English name is “LCD Module”, abbreviated as “LCM”, and it is generally referred to in Chinese as “液晶显示模块”. LCM Display Type The LCD module is a component that … Read more

Micro-LED Technology Advances Towards Commercialization

Recently, Tianma’s Micro-LED production line has successfully completed the entire process. As the next generation display technology, Micro-LED is hailed as the “hexagonal warrior” of the display family, featuring high brightness, high contrast, long lifespan, and low power consumption. Tianma has been focusing on Micro-LED technology since 2017, concentrating on high PPI, high brightness, and … Read more

Embedded Systems Architecture Design for Intelligent Instruments

Embedded Systems Architecture Design for Intelligent Instruments

This article mainly introduces an embedded system architecture design method based on event-driven and modular layered design principles, which can effectively improve the stability of instruments and simplify subsequent maintenance work. Event-Driven Embedded Systems Architecture Design for Intelligent Instruments Jin Miao, Guo Yueming, Wei Qian, Tang Jie (Beijing Zhongyou Ruifei Information Technology Co., Ltd., Changping, … Read more

General Process of Embedded Hardware Design

General Process of Embedded Hardware Design

Abstract: Embedded hardware design is a systematic task. For engineers, understanding the processes and general methods involved is significant for carrying out their work. Today, let’s briefly discuss the general process in hardware design. 1. Requirement Analysis Requirement Analysis involves working with clients to analyze requirements and determine the final needs, establishing guiding documents such … Read more

How Electronic Engineers Can Excel in Embedded System Design

How Electronic Engineers Can Excel in Embedded System Design

In embedded system design, electronic engineers need to focus on multiple core elements to ensure the system’s stability, performance, and reliability. This article will delve into these elements and summarize them, hoping to help our friends. 1. Power Management Power is the cornerstone of embedded systems, and its stability is crucial. Engineers must pay attention … Read more

Research Progress on IoT Technology in Poultry Farming

Research Progress on IoT Technology in Poultry Farming

Authors: Xing Weijie, Pan Yadong, Jin Bo, Li Shangmin*, Fan Jianhua, Jiang Yixiu, Zhao Huaxuan, Dou Xinhong Affiliation: Jiangsu Provincial Poultry Science Research Institute, Key Laboratory of Poultry Genetics and Breeding, Jiangsu Province Introduction: Xing Weijie, from Wuxi, Jiangsu, assistant researcher, master’s degree, engaged in research on poultry breeding equipment technology. *Corresponding author, associate researcher, … Read more

Teaching Reform in Computer Vision for MindSpore and Atlas 200

Teaching Reform in Computer Vision for MindSpore and Atlas 200

0 Introduction Artificial intelligence, by simulating human thinking and decision-making patterns, endows machines with human-like capabilities and is influencing and transforming human society across various fields such as economy, transportation, healthcare, security, and education. Currently, artificial intelligence has become the focal point of major power competition and serves as a new engine for economic development, … Read more

Understanding MIPI: Mobile Industry Processor Interface

Understanding MIPI: Mobile Industry Processor Interface

Table of Contents: http://blog.chinaaet.com/justlxy/p/5100052503 MIPI stands for Mobile Industry Processor Interface. The MIPI protocol was introduced to address the growing demand for high-definition image (video) transmission with high bandwidth requirements, while resolving the conflicts with the low-speed rates of traditional interfaces. It aims to provide a unified standard for the entire industry, thereby shortening the … Read more

Mainstream Autonomous Driving Chips and Platform Architecture (Part 3) Low-Computing Power Platforms

Mainstream Autonomous Driving Chips and Platform Architecture (Part 3) Low-Computing Power Platforms

Author / A Bao Editor / A Bao Produced by / A Bao 1990 As mentioned earlier, with each increase in the level of autonomous driving, the required computing power of the chips will increase by dozens of times. The computing power requirement for L2 level autonomous driving is only 2-2.5 TOPS, but for L3 … Read more

Key Indicators for Autonomous Driving AI Chip Selection

Key Indicators for Autonomous Driving AI Chip Selection

The central controller, as the core component of autonomous driving, acts as the “brain” of the system, typically requiring external connections to multiple cameras, millimeter-wave radars, laser radars, and IMUs, among other devices, to perform functions including image recognition and data processing. The domain controller, as an intelligent hardware, needs to handle complex AI computations … Read more