Click the blue text to follow us. Add a star to the top right of the homepage to ensure you don’t miss updates! From science fiction to reality, humanoid robots are undergoing a silent yet profound technological revolution: more efficient energy control, more precise motion algorithms, faster communication architectures, and smarter environmental perception capabilities… These … Read more
What data and rankings are worth paying attention to this week? Omdia: An average of 5-8 millimeter wave radars expected for Level 3 and above autonomous driving systems Omdia released a report stating that cameras, millimeter wave radars, ultrasonic radars, and LiDAR are currently common sensors in the field of autonomous driving. The development and … Read more
As analysts from Yole stated, entering the new decade, “ADAS is helping to climb the autonomous driving ladder defined by SAE in 2014, winning a splendid performance with ‘L2’, ‘L2+’, and now ‘L2++’. But in terms of autonomous driving, reality may not be the same.” Nevertheless, the entire industry is accumulating more experience in achieving … Read more
Autonomous driving utilizes various sensors (ultrasonic radar, millimeter wave radar, intelligent cameras, HD/SD cameras, lidar, etc.). Different types of hardware sensors impose varying degrees of requirements on sensor detection performance, and one particularly important factor affecting detection performance is the layout position and method of the sensors. Introduction to Advanced Driver Assistance System Sensors
RF engineers should better understand applications outside their industry, because it is not your competitors that will disrupt you, but possibly AI. Imagine a day when a large AI model starts to excel in RF design, capable of simulating, debugging, and testing by itself… Then RF engineers will truly be overwhelmed; we can work 996, … Read more