LWIR Thermal Imaging Module with 1280x1024/8μm Infrared Detector
Product Overview
The iTL1208 thermal module is developed product by SensorMicro, integrating a 1280*1024/8µm uncooled infrared detector. With typical NETD ≤30mK, the iTL1208 thermal module delivers clearer, sharper, and more detailed thermal imaging.
The compact design, lightweight structure, and low power consumption of 1W make the iTL1208 thermal module ideal for applications with strict size, weight, and power requirements. Enhanced image algorithms provide ultra clear thermal images.
Main Features
Extreme Lightweight Design
- Compact size of 22.6*22.6*34.5mm and weight of 35.7g (including 12mm lens)
- Among the highest levels of integration in its class
High Sensitivity, Precise Detection
- 8μm ultra-small pixel size with 1280*1024 resolution for fine detail and clear images
- Typical NETD ≤ 30mK for reliable detection of subtle temperature differences
Simplified Development, Fast Integration
- Multiple optical lens options available for diverse application requirements
- Supports MIPI CSI image output interface
- RAW and YUV image data output with control via serial port/I2C
Product Specifications
| Model |
iTL1208 |
| IR Detectors Indicators |
|
| Sensitive Material |
VOx |
| Resolution |
1280*1024 |
| Pixel Size |
8μm |
| Spectral Response |
8μm ~ 14μm |
| Typical NETD |
≤30mK |
| Image Processing |
|
| Digital Frame Rate |
25/30Hz |
| Start-up Time |
≤6s |
| Digital Video |
RAW/YUV |
| Image Algorithm |
NUC/3DNR/DNS/DRC/EE |
| Image Display |
10 Types (White Hot/Lava/Iron Red/Hot Iron/Medical/Arctic/Rainbow 1/Rainbow 2/Tint/Black Hot) |
| PC Software |
Module Control & Video Display |
| Electrical |
|
| Standard External Interface |
34Pin_Connector Interface: BP04SD-34-0065-R0 |
| Communication Interface |
TTL-232/I2C |
| Digital Video Interface |
MIPI-CSI |
| Supply Voltage |
4.5-5.5V |
| Typical Power Consumption |
1W |
| Mechanical |
|
| Size (including lens) |
With 5mm lens: 22.6mm*22.6mm*50mm (lens outer diameter Φ37mm)
With 10mm lens: 22.6mm*22.6mm*45.3mm (lens outer diameter Φ33mm)
With 12mm lens: 22.6mm*22.6mm*34.5mm (lens outer diameter Φ26.6mm)
With 17mm lens: 22.6mm*22.6mm*35.4mm (lens outer diameter Φ27mm)
With 25mm lens: 22.6mm*22.6mm*44.2mm (lens outer diameter Φ33mm)
With 35mm lens: 22.6mm*22.6mm*50.9mm (lens outer diameter Φ43.2mm) |
| Weight (including lens) |
85.5±4.5g (With 5mm Lens)
70.5±3.6g (With 10mm Lens)
35.7±2g (With 12mm Lens)
40.7±2.1g (With 17mm Lens)
71.0±3.6g (With 25mm Lens)
110±5.5g (With 35mm Lens) |
| Environmental Adaptability |
|
| Operating Temperature |
-40℃ to +70℃ |
| Storage Temperature |
-45℃ to +85℃ |
| Humidity |
5% to 95%, non-condensing |
| Vibration |
5.35grms, Random Vibration, 3-axis |
| Impact |
Half Sine Wave, 40g/11ms, Impact Direction X Axis, 3 times |
| Certification |
ROHS2.0/REACH |
| Optical Lens |
Fixed Focus Athermal: 5/10/12/17/25/35mm |
Industrial Applications
The iTL1208 thermal imaging module is applied in various fields including Forest Firefighting, Power Maintenance, Photovoltaic Inspection, Security Monitoring, Wearable Devices, Portable Devices, and more.
Company Profile
As a world-leading manufacturer and service provider of infrared detectors, SensorMicro boasts years of profound experience in infrared thermal imaging solutions. Guided by the core philosophy of "SensorMicro, Sense More" and driven by user needs, we are dedicated to unlocking the full potential of infrared technology, delivering high-performance products and professional services to customers worldwide.
Frequently Asked Questions
1. Infrared Detector Resolution
This refers to the number of pixels in thermal imaging. Higher resolution means more observation and temperature measurement points, allowing observation and measurement of smaller targets at longer distances. Typical infrared thermal imaging resolutions range from 256x192, 384x288, 640x512, 800x600, 1024x768, to 1280x1024. Higher resolution detectors typically come with increased costs.
2. Field of View (FOV)
Field of View (FOV) refers to the two-dimensional field of view of the object space observed by the optical system of an infrared thermal imager. Taking horizontal FOV as an example, assuming the detector array size is A*B, pixel size is d, and lens focal length is f, then the horizontal FOV angle θ=2*acrtan (A*d/2f). After selecting the detector array and pixel size, the field of view changes only with the focal length of the optical system: longer focal length results in a narrower field of view, while shorter focal length provides a wider field of view.
