Imaging Cameras & Sensors – Thermal Camera
HD Thermal Imaging Camera Module
Compact High-Definition LWIR Thermal Imaging Camera Module for Precision Temperature Detection and Integrated Vision Systems
The HD Thermal Imaging Camera Module delivers high-definition thermal imaging performance in a compact, lightweight form factor ideal for advanced integration into UAVs, security systems, industrial monitors, and portable devices. Built around an uncooled long-wave infrared (LWIR) microbolometer sensor, this module offers exceptional image resolution and thermal sensitivity, enabling precise detection of subtle temperature differences in challenging environments. Its flexible interface options—including HDMI, USB-C, and Ethernet—support seamless integration into new or existing systems. Robust design with IP67 protection ensures reliable operation across harsh conditions, while fast start-up and advanced image processing provide clear thermal insights where visibility is limited or optical cameras fall short.
Understanding HD Thermal Imaging Camera Module
This HD Thermal Imaging Camera Module integrates a high-resolution LWIR microbolometer detector into a compact imaging core designed for versatile system integration. The uncooled sensor operates in the 8–14 µm spectral band and delivers detailed thermographic images that visualise heat signatures independent of lighting conditions. On-board FPGA processing enhances image quality through gain control, spatial/temporal filtering, and palette options, while interfaces like HDMI and USB-C facilitate video output and control. The module’s small footprint, low weight, and flexible lens options allow integrators to tailor thermal vision systems for unmanned platforms, fixed surveillance cameras, handheld devices, or industrial monitoring applications.
Technical Specifications
| Specification | Value |
| Detector Type | Uncooled LWIR microbolometer |
| Spectral Band | 8–14 µm |
| Resolution | 1280 × 1024 px detector |
| Pixel Size | 12 µm |
| Thermal Sensitivity (NETD) | < 50 mK |
| Frame Rate | 9 Hz or 30 Hz (full frame) |
| Temperature Range | −50 °C to +160 °C (high gain); −50 °C to +600 °C (low gain) |
| Start-up Time | < 5 s |
| Dimensions | 43 × 42 × 51 mm |
| Weight | < 85 g (without lens) |
| Interfaces | HDMI, USB-C, Ethernet/PoE |
| Environmental Protection | IP67 |
| Operating Temp. | −32 °C to +70 °C |
| Power Consumption | ~2.9 W |
Key Features and Advantages
High-Definition Thermal Resolution
Equipped with a 1280 × 1024 px LWIR detector, this module captures detailed thermal images with high spatial fidelity—enabling enhanced visualisation of thermal gradients and temperature differences critical for detection and analysis.
Sensitive Thermal Detection
With thermal sensitivity better than 50 mK, the camera detects minute temperature changes, making it suitable for applications from industrial defect detection to environmental monitoring where subtle heat variations matter.
Flexible Output and Integration
Multiple connectivity options—including HDMI, USB-C, and Ethernet with PoE—support diverse system designs and video outputs, from standalone monitors to networked surveillance platforms.
Robust and Reliable Design
The IP67-rated aluminum housing and wide operating temperature range (−32 °C to +70 °C) ensure long-term reliability in demanding environments such as outdoor monitoring, maritime operations, and industrial automation.
Advanced Image Processing
On-board FPGA processing delivers automatic and manual gain control, spatial and temporal filtering, and multiple palette options for clear, noise-reduced thermal imagery across diverse conditions.
Compact and Lightweight
At under 85 g and approximately 43 × 42 × 51 mm, the module is ideal for space-constrained systems like drones, portable handheld devices, or fixed embedded cameras with minimal power consumption (~2.9 W).
Rapid Deployment and Ease of Use
With a start-up time of less than 5 seconds and intuitive control software, integrators and end-users can quickly activate and manage the module, improving operational efficiency in real-time monitoring tasks.
Applications Across Industries
Unmanned Platforms (UAV/UGV/USV)
The HD thermal module’s compact size, low weight, and high resolution make it ideal for unmanned aerial, ground, and maritime systems, providing real-time thermal vision for navigation, target detection, and situational awareness during missions.
Security and Surveillance
High sensitivity and detailed thermal imagery help surveillance systems detect intruders, monitor perimeters at night, and distinguish heat signatures even in poor lighting or adverse weather—enhancing safety in critical infrastructure, urban environments, and public spaces. Workswell
Industrial Inspection and Monitoring
In manufacturing and industrial automation, the camera module supports thermal monitoring of equipment, electrical systems, and processes to identify hotspots, prevent failures, and optimise performance without physical contact.
Maritime and Navigation Support
For marine applications, high-resolution thermal imaging assists with navigation, obstacle detection, and lookout duties at sea in darkness or low visibility—helping vessels operate safely in challenging conditions.
Search and Rescue Operations
Thermal cameras are crucial tools for search and rescue teams, enabling rapid detection of heat signatures of people, animals, or vehicles across terrain and conditions where optical systems fail.
Building and Infrastructure Health
In construction and facility management, thermal imaging aids in energy audits, insulation inspection, leak detection, and electrical system analysis to improve efficiency, safety, and preventive maintenance.
Why Choose United Spectrum Instruments?
United Spectrum Instruments offers unmatched expertise in deploying advanced thermal imaging solutions like the HD thermal imaging camera module. We provide end-to-end support—from product selection and integration guidance to installation, calibration, and after-sales assistance—ensuring seamless implementation in your systems. With deep industry knowledge across security, automation, unmanned systems, and industrial monitoring, our team helps tailor solutions to specific needs while delivering responsive support throughout the product lifecycle. Partnering with United Spectrum Instruments means access to premium hardware backed by local technical expertise and reliable service, helping you harness the true power of precision thermal imaging.
FAQs
What spectral range does the HD thermal imaging module support?
The module operates in the long-wave infrared range of 8–14 µm, making it ideal for thermal detection without optical light.
Can this module detect small temperature differences?
Yes. With a thermal sensitivity better than 50 mK, it can reveal subtle heat variations critical for precise thermal analysis.
How quickly does the module start up?
The HD thermal imaging module powers up and begins imaging in under 5 seconds.
Is this camera suitable for outdoor use?
Yes. With IP67 protection and wide operating temperature tolerance, it’s designed for reliable outdoor and harsh-environment performance.
What interfaces are available for video output?
It supports HDMI, USB-C, and Ethernet (PoE) interfaces for versatile connectivity and system integration.
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FAQs
What spectral range does the HD thermal imaging module support?
The module operates in the long-wave infrared range of 8–14 µm, making it ideal for thermal detection without optical light.
Can this module detect small temperature differences?
Yes. With a thermal sensitivity better than 50 mK, it can reveal subtle heat variations critical for precise thermal analysis.
How quickly does the module start up?
The HD thermal imaging module powers up and begins imaging in under 5 seconds.
Is this camera suitable for outdoor use?
Yes. With IP67 protection and wide operating temperature tolerance, it’s designed for reliable outdoor and harsh-environment performance.
What interfaces are available for video output?
It supports HDMI, USB-C, and Ethernet (PoE) interfaces for versatile connectivity and system integration.




