Autonomous driving is no longer a distant possibility. With rapid advances in technology, commercialization is drawing closer. Since achieving full autonomy at Level 4 and beyond depends on high-performance sensors that can accurately detect and interpret their surroundings across diverse driving environments, these sensors are becoming increasingly critical.

LG Innotek, building on its expertise in smartphone camera modules and automotive components, provides a full lineup of sensors essential for autonomous driving, including Advanced Driver Assistance Systems (ADAS) and In-cabin camera modules, Radio Detection and Ranging (Radar), and Light Detection and Ranging (LiDAR), while also having the capability to develop and manufacture these sensors entirely in-house. Leveraging its ultra-precision technology and years of manufacturing experience, LG Innotek is taking its sensor fusion capabilities to the next level—combining different sensors in ways that maximize their synergy and work seamlessly together, strengthening the company’s competitive edge.

Through an upcoming series of technical white papers, LG Innotek aims to provide a comprehensive look at the structure, specialized performance, and real-world competitiveness of its autonomous driving sensing solutions. The first technology to be featured is ‘LiDAR,’ one of the core pillars of these solutions. LG Innotek has developed a flexible lineup of LiDAR products that can meet a wide range of customer needs, pushing beyond the limitations of previous autonomous driving technologies and helping create safer and more precise driving environments. In this first installment, we take a closer look at the technical differentiations and development strategies behind LG Innotek’s LiDAR solutions.