Introduction FPGAs are widely used in various image processing applications, including medical and scientific imaging, space imaging, automotive, and defense fields. No matter which solution is used, the advanced algorithms may differ, but the fundamental parts are the same: they all need to connect to an image sensor or camera, process the captured images, and … Read more
Welcome to follow the WeChat public account belowAbao1990, this account focuses on autonomous driving and smart cockpits, providing you with daily automotive insights. We start with cars, but we are not limited to them. Abstract: With the continuous development of automotive technology, the functions of in-vehicle entertainment systems are becoming increasingly rich, and the requirements … Read more
Introduction In scenarios such as emergency rescue, law enforcement, and field operations, while both individual video transmission devices and self-organizing network transmission devices serve the purpose of “on-site image transmission”, their positioning, technical logic, and applicable scenarios are fundamentally different. The former is a “personal-level high-definition video transmission tool”, focusing on the “visual link from … Read more
New friends, click the blue text above to follow me 01 Drone Upgrade Modification Guide ✈️ Is your drone still just flying aimlessly? Watching others’ drones automatically avoid obstacles, land accurately, and transmit high-definition images in real-time, are you envious? 🤤 Don’t worry! Today’s article “Installation Manual” will teach you step by step how to … Read more
The team conducted a 2-watt self-organizing network radio 20-kilometer video transmission test at the invitation of the client. One end was located on the roof of a car at the hillside of Jinshan Temple (approximately 200 meters above sea level), while the other end was on a hill next to Huijia Vocational College (approximately 50 … Read more
With the continuous advancement of technology, images and videos play an increasingly important role in our lives. From smartphones, televisions, and computers to medical devices and automobiles, various smart devices require support from image and video transmission technologies. MIPI (Mobile Industry Processor Interface) interface technology is one of the mainstream technologies widely used to connect … Read more
Introduction: Recently, I have come into contact with the interfaces of small cameras, and I am reprinting this article. This article introduces the “camera” interfaces, while some industrial camera interfaces such as CameraLink and CoaXPress are not covered. I will organize them when I have time. Original link: https://www.liuwenhao.me/?p=5125 Table of Contents 1. Analog Cameras … Read more
With the rapid development of the Internet of Things and artificial intelligence, real-time video transmission has become increasingly important in embedded systems. Whether it is smart cameras, drones, or industrial monitoring devices, efficient and low-latency streaming solutions are required.The LLSM low-latency, low-bandwidth streaming transmission module launched by Huishi can achieve stable streaming transmission in a … Read more
Unmanned systems, especially drones and unmanned vehicles, are gradually becoming more prevalent in daily life. For instance, drones are widely used in fields such as power line inspection, pipeline monitoring, pollution control, and forest fire prevention. In the unmanned vehicle sector, applications like the much-discussed “萝卜快跑” (Radish Run) autonomous taxi, anti-terrorism robots, firefighting robots, and … Read more
Broadband self-organizing network devices are communication devices that utilize self-organizing network technology to achieve broadband network transmission. They are characterized by long coverage distances, simple configuration and use, and high bandwidth. Currently, broadband self-organizing network devices are very mature, with dedicated vehicle-mounted base stations, backpack base stations, airborne base stations, and individual soldier terminals designed … Read more