384x288 Resolution 12μm Pixel Size Low Power Consumption Thermal Camera Core for Surveillance

The MICO412 ultra-compact infrared camera core features a 384×288 resolution infrared detector, multiple optical lens options, image processing board, and a robust structural frame. It transmits analog or digital video to backend platforms for integration. With larger array, the MICO412 meets various needs of different customers.

We are a supplier of infrared detectors sensors and OEM thermal camera cores with more than 10 years of experience in the infrared thermal imaging industries. Our professional after-sales service team provides customers with timely support and solutions.

• Low-cost and Energy-efficient Solution
  • Equipped with self-developed 384×288/12μm wafer-level infrared detector, offering a clear cost advantage
  • Integrated with a dedicated ASIC chip for high energy efficiency
• Optimized SWaP
  • Ultra-compact size: only 22.2×22.2×27.2mm (excluding lens)
  • Lightweight: just 30.3±2g
  • Low power consumption: 680mW
• Easy Development & Quick Integration
  • Provides native analog or digital video output, supporting CVBS/USB/MIPI standards—no additional development required
  • Easy mounting with minimal structural design effort

The MICO412 thermal camera module is widely used in Security and Monitoring, Outdoors, Law Enforcement Rescue, Firefighting and Rescue, ADAS etc.

• Rich Product Variety: Multiple array resolutions, pixel sizes, wavebands, and lens options combinations provide greater flexibility for diverse applications.
• Outstanding Performance: Clear imaging, compact size, low power consumption, high sensitivity, and strong reliability—designed to perform under a wide range of environmental challenges.
• Easy Integration: Multiple interface options make integration straightforward and enable rapid development across multiple application fields.

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, low cost and so on. 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.