LiDAR Sensors
Automotive LiDAR can accurately detect the distance, speed, and position of objects, enabling ADAS (Advanced Driver Assistance Systems) and accelerating the arrival of autonomous driving. Currently, automotive LiDAR faces challenges in accuracy, sunlight interference resistance, color dependency, and cost. The TVPSTAR series solutions by Transwee Technology are specifically designed to address strong light environments, featuring built-in advanced filtering algorithms and high dynamic range sensors. Thanks to high-resolution distance measurement technology and efficient laser emission and reception technology, these solutions ensure that vehicles can accurately detect target depth/distance information in complex scenarios, guaranteeing high performance and high reliability.
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01
Sunlight Interference Resistance
Specifically designed to handle strong light environments, it incorporates advanced filtering algorithms and high dynamic range sensors, effectively suppressing interference from sunlight and other strong light sources. This ensures stable performance under bright daylight, providing accurate and reliable detection data without being affected by external light.
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02
High Precision
By utilizing high-resolution ranging technology and precise time measurement, a high level of measurement accuracy is achieved. It provides extremely accurate distance information in both static and dynamic environments, significantly enhancing the detection capability of LiDAR and the overall reliability of the system.
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03
Remote Detection
The laser ranging chip utilizes enhanced signal processing and efficient laser emission and reception technology to support ultra-long-distance object detection, reaching up to several hundred meters. This long-distance detection capability extends the safety warning range of vehicles, enabling autonomous driving systems to react at an earlier stage, thus improving driving safety.
