LWIR Thermal Imaging Module with 640x512 Resolution and 12μm Pixel Pitch for Low 0.65W Power Consumption

The COIN612G2 thermal imaging module integrates a 640×512/12µm wafer-level-packaging uncooled infrared detector. With typical NETD ≤25mK, this module delivers clearer, sharper, and more detailed thermal imaging performance.

Featuring a compact design, lightweight structure, and power consumption as low as 0.65W, the COIN612G2 thermal camera module utilizes enhanced image algorithms to present thermal images with superior detail and clarity.

The wafer-level-packaging process represents mature infrared detector packaging technology. Compared with traditional metal packaging, this approach significantly reduces detector volume and weight, making the COIN612G2 ideal for applications with strict size, weight, and power consumption requirements.

• Developed with high-performance, cost-efficient ApexCore wafer-level infrared detector with NETD ≤25mK
• Combines mainstream FPA with advanced image processing algorithms for enhanced image quality

• Dimensions: 25.4×25.4×15.7mm
• Weight: 15±1g, Power consumption ≤0.65W

• Multiple lens options available to meet various application requirements
• Supports USB 2.0/DVP/LVDS/BT.656 image output interfaces
• Outputs RAW/YUV image data with serial port control

The COIN612G2 thermal imaging module is applied in Security Monitoring, Industrial Vision, Outdoor Observation, Firefighting & Rescue, ADAS, Machine Vision, and related fields.

• 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

Short-wave infrared provides enhanced vision with images similar to human vision, offering advantages in applications such as maritime target identification (ship names) and security monitoring (face recognition). A key advantage over thermal imaging is its ability to image through windshields.

Long-wave and medium-wave infrared thermal imaging utilize thermal radiation emitted by scenes at room temperature. This passive imaging technology operates without external light sources, providing stealth characteristics. Temperature difference imaging between targets and their environment delivers high contrast, long action distances, and penetration capability through vegetation, making it ideal for perimeter protection, intrusion alarms, hunting, and outdoor applications.