The Mini212G2 miniature infrared camera module integrates a wafer-level packaged 256x192/12μm uncooled infrared detector, specifically designed for emerging markets including AIoT, Machine Vision, Industrial Vision, Security Monitoring, and Night Observation.

Built on SensorMicro's self-developed TIMO212 infrared module, the Mini212G2 features an integrated infrared ISP processing board that enables direct output of temperature matrices and thermal images, significantly reducing customer development workload. With compact size, low power consumption, and cost efficiency, it supports multiple field-of-view configurations and integrates universal control interfaces for broad industrial applicability.

• 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 as low as 4g
  • Integrated ISP processing board and advanced image algorithms for clear thermal images
• Precise Detection & Flexible Configuration
  • High-precision temperature measurement with accuracy up to ±2℃
  • Supports spot, area, and full-frame measurement
  • Multiple field-of-view lens options available
• Rich Interfaces for Easy Integration
  • Digital video interfaces: USB2.0, MIPI, DVP, BT.656, LVDS
  • Fully compatible with industry-standard interfaces

This product is positioned for AIoT, Machine Vision, Industrial Vision, Security Monitoring, and Night Observation applications:

• AIoT: Integration into compact AIoT devices including smart home appliances, wearable devices, and intelligent environmental monitors
• Industrial Vision: Real-time monitoring of industrial equipment, laser processing and welding scenarios, semiconductor detection
• Security Monitoring: Detection of illegal intruders and real-time alarm triggering

• 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 with annual capacity up to millions of detectors

In nature, all objects with temperatures above absolute zero (-273℃) radiate infrared rays. Using infrared camera detectors to measure the infrared radiation temperature difference between targets and background produces different infrared images, also called thermal images.

Infrared radiation emitted by targets enters the thermal detector's sensing range. The infrared detector converts radiation signals of varying intensity into corresponding electrical signals, which are then amplified and processed to form infrared images visible to the naked eye.

Cooled infrared focal plane detectors operate at low temperatures provided by detector dewar coolers (DDC). They offer higher sensitivity for distinguishing subtle temperature differences compared to uncooled detectors, enabling detection, identification, and recognition of objects over distances exceeding ten kilometers. Their complex structure results in relatively higher costs than uncooled detectors.