Uncooled Thermal Camera Core with 640x512 Resolution and 12μm Pixel Size for Shutterless Operation

The iSE612 is an uncooled thermal camera module from SensorMicro's iSE series, featuring a 640x512 resolution with 12µm pixel size. This advanced infrared camera module combines high-performance detectors, comprehensive optical components, signal processing circuits, and proprietary image processing algorithms to deliver exceptional clarity and performance.

• Smooth & Stable Operation: No shutter calibration required during operation, eliminating image stuttering common in traditional shutter-based systems
• High Cost-effectiveness: Utilizes ApexCore ceramic-packaging detector with NETD≤20mK
• Compact & Lightweight: Dimensions as small as 25.4×25.4×22.7mm, bare core weight ≤26±1.5g
• Space-saving Design: Flexible system layout and integration capabilities
• Advanced Features: Supports super-resolution algorithms, picture-in-picture, customizable OSD, sleep mode, one-click calibration, and Micro OLED display compatibility
• Extensive Compatibility: Works with multiple optical lenses and extension components for easy secondary development

The iSE612 thermal imaging module is widely used in Industrial Vision, Firefighting and Rescue, Security Surveillance, Outdoor Observation, Machine Vision, Consumer Electronics, and various other applications.

• Product Customization: Adjust configurations and adapt algorithms to meet industry-specific requirements
• On-Site Technical Support & Training: Provide core customers with hands-on system setup and operational training
• Joint Innovation: Collaborate with customers to co-develop innovative infrared application solutions

Infrared detector resolution refers to the number of pixels in thermal imaging. Higher resolution means more observation and temperature measurement points, enabling detection of smaller targets at longer distances. Common infrared thermal imaging resolutions range from 256x192, 384x288, 640x512, 800x600, 1024x768, to 1280x1024. Higher resolution detectors typically come with increased costs.

Field of View refers to the two-dimensional field of view observed by the infrared thermal imager's optical system in object space. Using horizontal FOV as an example: with detector array size A×B, pixel size d, and lens focal length f, the horizontal FOV angle θ=2×arctan(A×d/2f). After selecting the detector array and pixel size, the field of view changes only with the optical system's focal length: longer focal lengths result in narrower fields of view, while shorter focal lengths provide wider fields of view.