Ultra-wide 200° thermal imaging with shutterless operation, radiometric temperature measurement, and NVIDIA platform compatibility. Designed for robotics, industrial monitoring, and AI-powered vision systems.
Ultra-Wide 200° FOV Shutterless Technology Radiometric 30/60Hz Integration & NVIDIA Applications
Thermal imaging is increasingly critical in robotics, industrial automation, security monitoring, and AI sensing. This shutterless LWIR camera core delivers continuous thermal imaging, ultra-wide coverage, and flexible embedded integration in a compact design.
Featuring an ultra-wide 2.7mm fisheye lens with up to 200° field of view, customizable optics, radiometric temperature measurement, and real-time performance switching, it provides a powerful solution for next-generation intelligent monitoring systems.
Ultra-Wide 2.7mm Fisheye Lens — Up to 200° Field of View
The 2.7mm fisheye lens delivers an extremely large field of view, allowing a single camera to monitor wide areas while reducing system complexity and improving environmental awareness.
- Ultra-wide scene coverage with minimal blind spots
- Reduced number of cameras required
- Enhanced situational awareness
- Ideal for mobile and autonomous platforms
- Improved detection efficiency in dynamic environments
Shutterless LWIR Technology for Continuous Operation
Operating in the 8–14 μm infrared spectrum, the camera captures thermal radiation even in complete darkness or harsh environments. Shutterless technology removes the need for mechanical calibration.
- Continuous, interruption-free imaging
- Higher reliability and longer service life
- Reduced mechanical complexity
- Lower power consumption
- Stable industrial performance
Customizable 4.1mm Optics
A 4.1mm lens option provides balanced field of view and detection range, enabling optimization for target recognition, machine vision, and AI applications.
1.0–8.0× Digital Zoom
- Adjustable monitoring range
- Improved inspection accuracy
- Enhanced thermal diagnostics
- Flexible observation distance
Radiometric Temperature Measurement with 30/60Hz Switching
The optional radiometric version provides pixel-level temperature measurement and supports real-time switching between 30Hz and 60Hz frame rates without system restart.
- Absolute temperature measurement per pixel
- 30Hz / 60Hz real-time switching
- High-speed thermal monitoring
- Stable temperature accuracy
- Real-time data for AI analysis
30Hz: temperature stability and lower bandwidth
60Hz: smoother imaging for fast-moving targets
Compact Design with NVIDIA Platform Compatibility
Designed for embedded vision and edge AI deployment, the camera integrates easily with NVIDIA Jetson platforms and AI computing systems.
- Compact module (~21×21mm)
- Ultra-lightweight design
- Low power consumption (<0.45W)
- Multiple interfaces (MIPI, USB, BT.656, UART)
- SDK support for Windows, Linux, Android
- NVIDIA Jetson compatibility (Nano, Xavier, Orin)
- GPU-accelerated thermal analytics support
High Performance Thermal Imaging
- Spectral range: 8–14 μm
- NETD ≤ 50mK sensitivity
- Resolution up to 1280×1024
- Real-time thermal imaging
- Optional radiometric output
Application Scenarios
- Industrial automation — predictive maintenance and temperature monitoring
- Robotics & AI vision — navigation and autonomous perception
- Security & surveillance — night monitoring
- UAV inspection — search and rescue
- Smart sensing systems — embedded thermal intelligence
Need More Information?
Contact our team to learn more about integration, pricing, or customization options.
Request Quote