Thermal Cameras
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Raytron Microelectronics, a subsidiary of Raytron Technology Co., Ltd. and a leader in infrared thermal imaging, has unveiled three new thermal imaging modules: WN2T, DVS256, and the ECOT series, at MWC Barcelona 2026.
Presented under the theme “See Heat. Anywhere.”, the company highlights how compact, high-performance thermal modules are driving wider adoption of infrared technology across outdoor night vision, search and rescue, smart cities, industrial inspection, and intelligent manufacturing.
The WN2T, the latest addition to the WN2 series, is engineered for high-precision temperature measurement. Available in resolutions from 256×192 to 640×512, it combines a proprietary 12 µm high-frame-rate infrared detector with a second-generation infrared ISP to deliver stable, high-clarity imaging.
Compared with the WN2 thermal imaging module, the WN2T introduces real-time temperature display, enabling accurate thermal data to be viewed directly on the image. This capability makes it well suited to predictive maintenance, solar panel inspection, critical equipment monitoring, and commercial drone operations.
Designed for the consumer market, the DVS256 integrates infrared and visible light imaging to deliver enhanced visual images. With a 256 × 192 resolution and a 25 Hz frame rate, it provides smooth imaging while maintaining low power consumption. Compatible with both Android and iOS platforms, the module enables flexible integration into handheld thermal cameras and smartphone accessories.
The ECOT series is a 160 × 120 LWIR module developed for space-constrained environments. Featuring a compact size (10.5 mm × 10.5 mm × 5.8 mm) and low power consumption, ECOT enables thermal imaging and temperature measurement across a wide range of applications, including smartphones, smart home appliances, and portable temperature measurement instruments.
The newly launched thermal modules highlight Raytron Microelectronics’ ongoing innovation in high-performance, miniaturized infrared thermal imaging products, while accelerating the expansion of thermal sensing from traditional industrial and professional applications into a broader ecosystem of smart devices and consumer electronics.
