Core Viewpoint - Infrared thermal imaging technology is transitioning from a luxury feature in high-end vehicles to a core standard in smart cars, driven by technological advancements, market demand, and industry collaboration [3][20]. Group 1: Technological Breakthroughs and Industry Upgrades - Infrared thermal imaging captures infrared radiation to create temperature distribution images, functioning effectively in extreme conditions unlike traditional cameras [7]. - The development of non-cooled detectors has significantly reduced costs from 600,000 yuan to a few hundred yuan, enabling mass production and improved stability [7][11]. - Companies like Gaode Infrared and Ruichuang Micro-Nano have achieved significant technological advancements, including the production of high-resolution infrared chips and automated production lines [11][12]. Group 2: Application Scenarios and Safety Enhancements - Infrared thermal imaging technology enhances safety in various driving conditions, such as night driving and adverse weather, by detecting living beings and obstacles [13][14]. - The technology is crucial for intelligent driving, providing redundancy in sensor systems and monitoring vehicle health by detecting temperature anomalies in critical components [15][12]. - Smart cabin applications utilize infrared technology to monitor driver behavior and adjust environmental controls for enhanced comfort and safety [15][16]. Group 3: Market Dynamics and Competitive Landscape - The infrared thermal imaging market is shifting from being dominated by international giants like FLIR and Bosch to rapid advancements by Chinese companies [20][22]. - Cost reductions due to technological advancements have increased the penetration of infrared systems in mid-range vehicles, with market share expected to grow significantly [22][23]. - The North American market leads in production and consumption of infrared detectors, while the Chinese market is rapidly expanding [23]. Group 4: Challenges and Future Trends - The technology faces challenges such as performance optimization in extreme weather and the need for standardized testing methods [25][26]. - Future developments will focus on technology integration, cost reduction, and enhanced environmental perception capabilities through multi-spectral sensing [26][27]. - The trend indicates that infrared thermal imaging will become a standard feature in vehicles, redefining automotive safety and functionality [27].