InfiRay® Micro III Lite Uncooled Micro Thermal Camera Core is a new generation of OEM core components. With smaller size and lower power consumption, it is optimized for applications sensitive to size and power.
Simplified but not simple. It adopts the latest platform algorithm to provide a comprehensive and easy-to-use solution. The rich interfaces make it easy for integration and secondary development.
Resolution: 640×512, 12μm
DFOV: 12°~130°
Temperature range: -20~650°C
Power Consumption: 350mW
Weight: <10g
Size: 21mm×21mm×10mm
Support protocol: MIPI/BT.656/BT.1120/LVCMOS/UVC
Micro Ⅲ Lite miniature high-performance series movement features: SWaP design (low power consumption, light weight, small size), high performance, rich interfaces, support multiple application scenarios
1. Industry-leading SWaP design
a) Ultra-low power consumption, with a typical power consumption of 350mW. It is the lowest power consumption precision temperature measurement core in the market, which can greatly extend the battery life of end products.
b) Ultra-light weight, movement weight<10g, lightweight design, the best choice for smart portable and light-loaded devices.
c) Ultra-small size, the body is only 21mm×21mm×10mm, and there is only one circuit board, which can greatly reduce the size of the back-end product.
2. Matrix Ⅳ image algorithm and efficient temperature measurement capability
a) The latest generation of image algorithms, bringing amazing details and contrast performance;
b) Efficient and accurate temperature measurement capability, the user can quickly obtain accurate temperature information after starting the device.
3. Accumulated years of experience in camera development, supporting rich interface protocols
a) Communication protocol: UART/I2C
b) Video protocol: MIPI/UVC/BT.656/BT.1120/LVCOMS
BT.656/BT.1120 compatible internal synchronization code
c) User extensions: USB2.0 / BT.656
4. Rich lens and model selection, designed for various application scenarios
a) The focal length range of the lens is 4.1mm~45mm, and the DFOV covers 12°~130°,
b) Provide Windows, Linux, Android SDK to facilitate rapid back-end development
c) For vehicle auxiliary equipment and drones, provide subdivision solutions to meet the needs of various industries
5.Rich interfaces
It provides a variety of standard protocols and video formats in the industry, including BT.656\BT.1120\MIPI video output, which improves the ease of use for customer development.
Performance Index | Micro III Lite 640 | Micro III Lite 640 (radiometric) | |
Detector Type | VOx Uncooled IRFPA | ||
Resolution | 640×512 | ||
Pixel Pitch | 12μm | ||
Frame Rate | 50Hz | 25Hz | |
Spectral Range | 8~14μm | ||
NETD | ≤50mK@25℃, F#1.0 | ||
Image Adjustment | |||
Brightness &Contrast Adjustment | Manual/Auto | ||
Polarity | Black-hot/white-hot | ||
Color Palettes | Support | ||
Image Processing | w/o TEC temperature control algorithm | ||
DNR | |||
DDE | |||
Histogram equalization | |||
Image Mirror | Left-right/Up-down/Diagonal | ||
Power Supply | |||
Power Supply Range | 3.8~5.5VDC / 1.8V / 3.3V | ||
The user expansion component supports USB2.0, 5V | |||
Typical Power Consumption @25℃ | w/o expansion component | ≤0.50W | ≤0.40W |
With expansion component | ≤0.65W | ≤0.55W | |
Interfaces | |||
Digital Video | 14Bit LVCMOS | ||
BT.656/BT.1120 | CDS2/CDS3 | ||
2lane MIPI(Raw8) | |||
Serial Communication Interfaces | UART(1.8V)/I2C(customized) | ||
External Triggers | 1.8V Rising edge | ||
Temperature Measurement Performance | |||
Temperature Measurement Range | ———— | -20℃~+150℃,100℃~+650℃ | |
Accuracy | ———— | ±3℃ or ±3% of reading(The larger value shall prevail)@ ambient temperature -20℃~60℃, ±2℃/±0.5℃ (customized) | |
Physical Properties | |||
Weight (without lens) | <10g | ||
Size(w/o lens) | 21mm×21mm×10mm | ||
Environmental Adaptation | |||
Operating Temperature Range | -40℃~+80℃ (-20℃~+60℃ for radiometric function) | ||
Storage Temperature Range | -45℃~+85℃ | ||
Humidity | 5~95%, no condensation | ||
Vibration | 6.06g, random vibration, all axial | ||
Shock | 80, 4ms, final peak sawtooth wave, 3 axial 6 direction |
09/24/2023
09/22/2023