Uncooled LWIR Camera Module with 384×288 Resolution and 12μm Pixel Pitch for Firefighting and Rescue

The iSE412 thermal camera core adopts the self-developed 384×288/12µm focal plane array VOx microbolometer uncooled infrared detector. This represents one of our most classic and popular products in our lineup.

Equipped with abundant practical functions, it features super-resolution algorithms, picture-in-picture display, adjustable OSD, sleep mode, and electronic zoom. The module is compatible with diverse Micro OLED screens, optical lenses, and expansion parts, enabling convenient secondary development and customized system integration for multiple thermal imaging projects.

• Shutterless Design for Smoother Viewing
  • No shutter calibration required during operation, eliminating image stuttering common in traditional shutter-based systems
  • Silent operation ensures discreet use without mechanical noise
• Compact and Lightweight, Flexible for Integration
  • Total system dimensions as small as 25.4×25.4×22.7 mm, bare core weight ≤26±1.5g
  • Space-saving structural design allows flexible system layout and integration
• Feature-Rich, Seamless Integration
  • Supports super-resolution algorithms, picture-in-picture, customizable OSD, sleep mode, one-click calibration, and compatibility with various Micro OLED displays
  • Compatible with multiple optical lenses and extension components for easy secondary development and system customization

The iSE412 thermal camera module is widely used in Industrial Vision, Firefighting and Rescue, Security Surveillance, Outdoor Observation, Machine Vision, Consumer Electronics, and more.

• High sensitivity and excellent performance
• World-leading technology in infrared industry
• Various infrared detectors available - both uncooled and cooled IR detectors in different formats and pixel sizes
• Volume production to ensure fast delivery - three production lines with annual production capability up to millions of detectors

By using the principle of infrared radiant thermal effect, the uncooled infrared detector converts infrared radiation energy into heat energy with infrared absorption material, so that the temperature of the sensitive material increases. Then, a certain physical parameter of the sensitive material changes accordingly and converts into electrical signal or visible light signal through a certain conversion mechanism designed to realize the detection of the object.

Uncooled infrared focal plane detector does not need an Integrated Dewar Cooler Assembly (IDCA) device and can work at room temperature. It has the advantages of fast start, low power consumption, small size, light weight, long life, and low cost. Although the sensitivity of uncooled infrared focal plane detector is not as good as that of cooled infrared detectors, after years of development, its cost performance has been obviously better than the cooled detector, which has a broader application prospect.