The technological evolution behind these new products mainly focuses on the following aspects:
From “sensing elements” to “system solutions”: Sensors are transforming from standalone components to the core part of multimodal fusion perception systems, working in collaboration with other sensors (such as vision and force sensing).
From “general measurement” to “scene deepening”: To meet the extreme requirements of different scenarios such as electric vehicles, industrial robots, and high-end medical equipment, sensors are undergoing deep optimization for specific environments like high temperatures, corrosion, and electromagnetic interference.
From “passive data” to “edge intelligence”: An increasing number of sensors are integrating basic AI functions, performing local signal processing and event judgment on the device side to reduce latency and protect privacy.
Future Outlook
In the coming years, temperature sensors are likely to continue to make breakthroughs in the following areas:
Application scenarios: Precise environmental perception and body temperature simulation for humanoid robots, as well as new application models brought about by the integration of 6G communication and sensing.
Core technologies: New materials (such as new piezoelectric materials) and new processes (such as 12-inch MEMS wafer manufacturing) will continuously enhance the performance limits of sensors and reduce costs.
Industrial ecosystem: High-integrated chip-level solutions (such as domestically produced Pt10000 platinum resistance chips) will promote the domestication of key components, meeting more customized demands.
Post time: Jan-14-2026