
How Far Are We from Fully Driverless Cars?
How do self-driving cars really “see” the road? What role does radar play in making autonomous driving safe and reliable? Dive into Linpowave’s millimeter-wave radar tech that powers smart, all-weather sensing for the future of mobility.


Can Traffic Lights Be Smarter?
Can traffic lights become smarter? Millimeter-wave radar is revolutionizing urban intersections by enabling real-time detection of vehicles and pedestrians, even in poor weather or low light. Linpowave’s cutting-edge radar solutions help cities reduce wait times, improve safety, and prepare for future smart traffic systems.


Is There Finally a Smarter Way to Detect Pedestrians?
How do cities improve pedestrian safety in unpredictable conditions? This article explores how Linpowave’s millimeter-wave radar helps traffic systems detect, understand, and respond to human movement more reliably.


How mmWave Radar Is Improving Smart Intersections
MmWave radar is enhancing intersection management by providing consistent detection of vehicles, cyclists, and pedestrians in various environments. Unlike conventional sensors, it supports real-time signal adjustments, helping cities improve traffic efficiency and road safety.


How mmWave Radar Transforms Golf Ball Tracking Technology
Tired of guessing where your golf ball landed? Discover how Linpowave’s mmWave radar delivers precise, all-weather golf ball tracking—even in fog or low light. A game-changer for coaches and players seeking consistent performance data.


How mmWave Radar Powers the NBA and Transforms Industry
From tracking NBA players in real-time to enabling precise automation in factories, mmWave radar is redefining how we sense and respond to our world. Discover how Linpowave’s cutting-edge radar solutions are transforming industries with accuracy, reliability, and privacy at their core.


The future of waterproofing technology: optimal level measurement
1. Introduction to waterproofing technology 2. Excellent process and function 3. Applications and connectivity


Smart Cities: 4D Radar Drones Redefine $1T Agri/Logi/Fire Sectors
1. Transforming Agriculture: Precision and Sustainability 2. Revolutionizing Urban Logistics: Fast and Reliable Deliveries 3. Enhancing Emergency Response: Firefighting and Rescue Missions 4. The Future of 4D Millimeter-Wave Radar in Drones


Linpowave 4D radar-enhanced ADAS, drones and smart infrastructure | Digital Diary
Ningbo Linpobo's 4D millimeter wave radar technology can detect moving and stationary objects at the same time, while adding height detection function. This technology has been widely used in the fields of drones, autonomous vehicles and traffic management, supporting drones' over-visual flight operations, accurate detection of autonomous driving, and real-time monitoring and adaptive traffic control of traffic management. Additionally, the company plans to expand its radar technology to indoor safety applications and integrate it with other sensors such as cameras to further enhance the detection system.


Shaping the future of autonomous driving, drones and smart infrastructure
1. Introduction to 4D mmWave radar 2. Understand millimeter wave technology 3. "Fourth Dimension" in 4D Radar 4. Application of 4D millimeter wave radar 5. Advantages of 4D millimeter wave radar 6. The Future of 4D Millimeter Wave Radar


4D Millimeter-Wave Radar: Revolutionizing Modern Tech
1. Introduction to 4D Millimeter-Wave Radar 2. Advancements and Applications of 4D Millimeter-Wave Radar 3. Integration into the Automotive Industry 4. Drones and Beyond: Expanding Horizons 5. Smart Cities and Infrastructure 6. Conclusion: The Future of 4D Millimeter-Wave Radar


Revolutionizing Automotive Tech: 4D Millimeter-Wave Radar
1. Exploring the Future of Automotive Technology with 4D Millimeter-Wave Radar 2. The Technology Behind 4D Millimeter-Wave Radar 3. Applications and Benefits in the Automotive Industry
