NEWS

With the rapid evolution of artificial intelligence, the fusion of large language models (LLMs) with advanced multimodal sensing technologies is accelerating the dawn of a truly intelligent era. Among these technologies, TOF (Time-of-Flight) sensors stand out for their exceptional ability to capture precise depth information, laying a robust foundation for 3D spatial perception. By integrating TOF technology with powerful large models, industries are witnessing breakthroughs in intelligent robotics, autonomous navigation,...

The convergence of AI, IoT, autonomous driving, and robotics is bringing 3D vision out of research labs and into everyday devices. At its core, TOF (Time-of-Flight) sensors—renowned for their millimeter-level accuracy, compact form factor, and low power consumption—are fueling the “millimeter era” of spatial perception.   What Is 3D Vision? 3D vision empowers machines to capture and interpret real-world depth—height, width, and distance—beyond flat images. By leveraging techniques such as TOF, LiDAR,...

As global agriculture shifts toward intelligent, sustainable methods, TOF (Time-of-Flight) sensing technology is emerging as a key force in precision farming. TOF 3D imaging transforms farms from unstructured fields into precise, analyzable, and optimizable data landscapes. From soil analysis and greenhouse monitoring to ground robots and drone systems, TOF empowers agriculture to truly understand the land.   1. Smart Agriculture: The Rise of Precision Farming As the global population rises and...

With rapid technological innovation driving the warehousing and logistics industry, smart warehousing has emerged as a revolutionary model that leverages automation and intelligent sensing for greater operational efficiency and safety. Among these cutting-edge technologies, TOF (Time-of-Flight) sensors have become essential due to their exceptional accuracy in depth measurement, real-time response, and adaptability to complex warehouse environments.   What Is Smart Warehousing? Smart warehousing is a revolutionary approach that combines the latest advancements...