报告出刊 | TrendForce 2026红外线感测应用市场与品牌策略，聚焦五大议题

Core Insights - The article discusses the infrared sensing market and its growth potential, projecting that the market for IR LED, VCSEL, and EEL applications will reach $2.214 billion by 2030 due to various key applications in consumer electronics, automotive, industrial automation, and optical communication [2]. Group 1: Consumer Electronics - The adoption of under-display 3D sensing technology is being led by Apple, which plans to integrate dual-junction VCSEL into the iPhone Pro by 2026 [4]. - Companies like Apple and Meta are expected to launch augmented reality glasses between 2028 and 2030, leveraging 3D sensing for real-time interaction [4]. - The introduction of LTPO panels in smartphones is aimed at optimizing refresh rates and reducing white spot issues, influencing Apple's decision to cancel the development of a specific under-display distance sensor [4]. - Other brands such as Samsung, OPPO, and Xiaomi are also adopting under-display distance sensors, primarily using 940 nm VCSEL technology [5]. Group 2: Advanced Driver Assistance Systems (ADAS) - The EU's General Safety Regulation mandates that new passenger cars and trucks must install ADDW systems starting July 7, 2026, which will drive demand for driver and occupant monitoring systems [8]. - The competitive pressure in the automotive market is affecting the pricing of IR LED components, despite the rising demand for monitoring systems [8]. Group 3: Automotive Automation - Automotive manufacturers are focusing on advanced technologies like adaptive headlights and LiDAR to enhance safety and performance in Level 3 autonomous driving systems [10]. - Companies such as Volvo, General Motors, and BMW are integrating LiDAR technology into their advanced driver assistance systems and autonomous vehicles [10]. Group 4: Industrial Automation and Humanoid Robots - LiDAR technology is increasingly used in robotics and industrial processes, driven by the growth of e-commerce and the demand for efficient logistics solutions [11]. - The year 2026 is projected to mark a new phase for humanoid robots, which will rely on various sensors to interact with their environment [11]. Group 5: Optical Communication - The rise of generative AI is increasing the demand for higher data transmission rates in data centers, with significant growth expected in 800 Gbps and 1.6 Tbps markets starting from 2025 [13]. - NVIDIA aims to develop silicon photonic CPO products that are low-cost, low-power, and reliable, with Micro LED CPO expected to align with these goals [13].