Uncooled 256×192 Resolution 12μm Pixel Pitch Thermal Camera Core with 330mW Power Consumption for Temperature Measurement

The Mini212G2 infrared module features a temperature measurement range from -20℃ to +550℃ with accuracy of ±2℃ or ±2%. Equipped with a wafer-level packaged 256×192/12μm uncooled infrared detector, this micro infrared camera module offers ultra-compact dimensions ideal for space-constrained applications.

Engineered to meet the evolving requirements of fast-growing markets including AIoT, Machine Vision, Industrial Vision, Security Monitoring, and Night Observation, the Mini212G2 combines miniaturized design with high-end infrared detection performance. It serves as a core sensor to overcome traditional imaging limitations while delivering accurate, reliable performance across diverse scenarios.

• Miniature Module with Direct Thermal Imaging Output
  • Self-developed 256×192/12μm wafer-level infrared detector with significant cost advantages
  • Ultra-compact design: 17×17mm PCBA size, weighing only 4g
  • Integrated ISP processing board and advanced image algorithms for clear thermal imaging
• Precise Detection, Flexible Configuration
  • High-precision temperature measurement with ±2℃ accuracy
  • Supports spot, area, and full-frame measurement modes
  • Multiple field-of-view lens options available
• Rich Interfaces for Easy Integration
  • Multiple digital video outputs: USB2.0, MIPI, DVP, BT.656, LVDS
  • Fully compatible with industry-standard interfaces

• AIoT: Integration into compact AIoT devices including smart home appliances, wearable devices, and intelligent environmental monitors
• Machine Vision & Industrial Vision: Real-time monitoring of industrial equipment, laser processing, welding scenarios, and semiconductor detection
• Security Monitoring: Detection of illegal intruders with real-time alarm triggering capabilities
• Night Observation: Enhanced visibility in low-light conditions

Infrared thermal imaging is a method that uses infrared radiation and thermal energy to gather information about objects, enabling image formation and temperature measurement even in low visibility environments.

Infrared thermal imaging systems use passive non-contact detection technology. The system focuses infrared radiation from the scene onto a focal plane array infrared detector through infrared optics. The thermal detector converts radiation signals of varying intensity into corresponding electrical signals, which are then amplified and processed to form visible infrared images.