The in car 360 ° panoramic system needs to simultaneously process 4-6 high-definition video streams (up to 8K resolution) and achieve millisecond level synchronous transmission in complex electromagnetic

In the Blind Spot Detection (BSD) system, the high-speed data transmission line in the vehicle needs to transmit real-time obstacle information collected by radar, cameras, or ultrasonic sensors on the side and rear of the vehicle to ensure that the system quickly identifies potential collision risks and triggers warnings or automatic interventions. The following is a high-speed data transmission solution for blind spot detection applications:

In the field of Driver Assistance Systems (ADAS) and autonomous driving technology, high-speed data transmission lines in vehicles play a crucial role, responsible for real-time transmission of large amounts of data from cameras, radar, LiDAR, ultrasonic sensors, and other sources. These data need to be quickly and reliably transmitted to the central computing unit (ECU) for processing and decision-making. The following are solutions for the application of high-speed data transmission lines in safe driving assistance for vehicles

Against the backdrop of the increasing demand for high-speed data transmission in in in vehicle infotainment systems (IVI), various technical solutions have been proposed to meet the requirements of high bandwidth, low latency, and high reliability. The following are the current mainstream solutions and their technical features

In logistics robots, the application of high-speed data transmission lines is one of the core technologies to ensure real-time perception, efficient decision-making, and precise execution of robots. The solution needs to be combined with the special requirements of logistics scenarios (such as dynamic environment, multi device collaboration, high reliability). The following are specific application directions and technical implementation solutions

Service robots cover multiple fields such as home, healthcare, retail, and hotels, and their core requirements lie in real-time interaction, precise operation, and environmental adaptability. As a "neural network" connecting sensors, processors, and actuators, high-speed data transmission lines directly affect the response speed, reliability, and intelligence level of robots. The following are its specific applications and solutions

Industrial robots are the core equipment of intelligent manufacturing, and their characteristics of high precision, high speed, and multi axiscollaboration impose strict requirements on the real-time, reliability, and anti-interference ability of data transmission. High speed data transmission lines, as a key link connecting controllers, sensors, and actuators, directly affect production efficiency and system stability. The following are its specific applications and solutions in industrial robots

GMSL (Gigabit Multimedia Serial Link) is a high-speed serial interface technology developed by Maxim Integrated (now ADI), specifically designed for automotive and industrial scenarios, supporting long-distance (over 15 meters), high bandwidth (single channel up to 3-6Gbps) video and data transmission. Its core advantages include