High Resolution 1280x1024 Thermal Camera Module with 12μm Pixel Size and Shutterless Operation for Ultra Clear Imaging

The iSE1212 is part of the iSE series thermal camera modules, renowned for delivering exceptional infrared imaging performance. Engineered to provide crystal-clear thermal imaging with advanced connectivity, these modules combine superior performance with reliable operation.

Featuring a 1280x1024 resolution and 12μm pixel size uncooled infrared detector, the iSE1212 thermal camera core meets demanding requirements for detecting, identifying, and recognizing targets at extended distances.

With standard optical interfaces, iSE Series infrared products excel in the most challenging applications across various industries.

• High-Definition Imaging with Smooth Visuals - Delivers megapixel thermal imaging with smooth, lag-free performance. Offers wider field of view, larger angle coverage, longer detection range, and enhanced detail.
• Shutterless Operation for Silent Performance - No shutter calibration required during use, eliminating image stuttering common in traditional designs. Silent operation helps avoid detection by targets.
• Feature-Rich and Integration-Friendly - Supports super-resolution algorithms, picture-in-picture, customizable OSD, sleep mode, one-click calibration, and compatibility with various Micro OLED displays. Compatible with wide range of optical lenses and extended components for easy secondary development and flexible system integration.

The iSE1212 infrared imaging module is widely used in Industrial Vision, Firefighting and Rescue, Security Surveillance, Outdoor Observation, Machine Vision, Consumer Electronics, and more.

Focusing on infrared thermal imaging technology, SensorMicro specializes in providing a comprehensive portfolio of core products, including high-performance cooled and uncooled infrared detectors, thermal modules, and infrared cores. These products serve as the "eyes" of thermal perception, empowering a wide range of industries with reliable and efficient infrared solutions.