Thermal Imaging USB Camera Module Series For OEM Monitoring And Temperature Measurement
Thermal Imaging USB Camera Module Series For OEM Monitoring And Temperature Measurement suppliers
Thermal Imaging USB Camera Module Series For OEM Monitoring And Temperature Measurement factory
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Thermal Imaging USB Camera Module Series For OEM Monitoring And Temperature Measurement
Guangzhou Sincere Information Technology Ltd. is one of the most professional thermal imaging usb camera module series for oem monitoring and temperature measurement manufacturers and suppliers in China. Welcome to wholesale discount products for sale here from our factory. Customized orders are welcome.
SincereFirst thermal imaging camera module series is designed for product teams that need practical thermal imaging in embedded devices, industrial monitoring systems, temperature-related applications, and mobile observation platforms. The current series direction combines compact structure, low power consumption, real-time thermal imaging, and flexible integration paths, making it suitable for projects that need a scalable thermal imaging product line instead of a one-model-only solution. The underlying thermal core directions in the supplied specifications emphasize compact size, low power, 50Hz operation, and support for observation-grade and temperature-measurement-oriented applications.
1. Real-Time Thermal Imaging for Different Deployment Scenarios
The current series is designed around 50Hz thermal imaging, which makes it suitable for projects that need more responsive thermal observation in both fixed and mobile environments. Both supplied thermal core specifications also list 50Hz frame frequency as the base operating direction.
2. Two Thermal Imaging Directions for Different Project Priorities
The current lineup includes one model better suited to static or low-speed monitoring and another designed for higher-detail thermal imaging in faster-moving scenarios. This gives OEM customers a more practical way to choose between entry-level fixed observation and higher-performance mobile thermal deployment.
3. Compact Structure for Embedded Integration
The supplied thermal core specifications emphasize compact physical dimensions, lighter weight, and low power consumption, which supports integration into small devices, thermal monitoring systems, and other OEM products where size and power matter. Both current thermal core directions are listed at 21mm×21mm without lens and around 20g±3g without lens-related expansion components.
4. Flexible Output and Lens Direction for OEM Projects
The current series is positioned for practical project integration with UART or USB 2.0 output paths, while lens direction can also be selected according to the deployment scenario. The supplied core documents also show support for serial communication and multiple video-output-related directions at the core level.
Current Models in the Series
Best suited to fixed-point monitoring, static observation, and lower-speed thermal imaging projects
SF-YUM256 is positioned as the more practical entry direction in the current series. With 256 × 192 resolution, 50Hz frame rate, and 2× electronic zoom, it is better suited to static or lower-speed scenarios such as warehouse fixed-point monitoring and other stable observation tasks. It supports a temperature measurement range of -20°C to 150°C, comes with a standard metal shell, includes a 9mm lens as standard, and offers a 35mm lens as an optional configuration for projects that need a different viewing distance. It can be used with UART or USB 2.0 output, making it suitable for compact systems that need practical thermal imaging deployment.
Best suited to higher-detail thermal imaging and faster-moving scenarios such as UAV thermal observation
SF-YUM640 is the higher-performance direction in the current lineup. With 640 × 512 resolution, 50Hz frame rate, and 8× electronic zoom, it is designed for projects that need more thermal image detail and stronger performance in faster-moving applications, including UAV thermal imaging where flight speed can exceed 10m/s. It supports a temperature measurement range of -20°C to 550°C, uses a standard metal shell, and supports 9mm or 35mm lens options depending on the project requirement. It can also be used with UART or USB 2.0 output, making it a stronger fit for higher-performance thermal observation and embedded mobile thermal systems.
Model Comparison at a Glance
|
Model |
SF-YUM256 |
SF-YUM640 |
|
Resolution |
256×192 |
640×512 |
|
Frame Rate |
50Hz |
50Hz |
|
Zoom |
2x electronic zoom |
8x electronic zoom |
|
Temperature Range |
-20°C to 150°C |
-20°C to 550°C |
|
Lens Direction |
9mm standard, 35mm optional |
9mm / 35mm optional |
|
Output |
UART / USB 2.0 |
UART / USB 2.0 |
|
Better Suited to |
Static or low-speed monitoring |
Faster-moving and higher-detail thermal imaging |
The supplied thermal core specifications align with the two-tier product logic here by showing the lower-resolution 256-class and higher-resolution 640-class thermal directions, both built around 50Hz operation, compact structure, and thermal observation / temperature-related application use.
Typical Applications
- Fixed-Point Thermal Monitoring
This series is suitable for fixed-position thermal monitoring in warehouses, facilities, and other relatively stable observation environments where compact deployment and real-time thermal visibility matter.
- Industrial Temperature-Related Systems
The current series can support industrial temperature-related applications where embedded thermal imaging is needed for monitoring, analysis, or temperature-aware system design. The supplied thermal core documents explicitly position these product directions for industrial, power, and security temperature measurement uses.
- Embedded Thermal Imaging Devices
For compact OEM products that need real-time thermal observation in a small integrated module direction, this series offers a practical starting point with multiple resolution and lens choices.
- UAV Thermal Imaging and Mobile Observation
For projects involving faster movement, airborne observation, or other mobile thermal deployment needs, the higher-resolution series direction is more suitable for stronger thermal detail capture during motion.
- Security and Perimeter Observation
This series is also relevant to security-related thermal observation products that need a practical balance between compact size, thermal visibility, and deployment flexibility.
How to Choose Between SF-YUM256 and SF-YUM640
Choose SF-YUM256 if...
- Your project is mainly fixed-position or low-speed
- 256-level thermal imaging is sufficient for the task
- Temperature measurement within the lower range is enough
- You want a more practical entry direction for compact OEM deployment
- A standard 9mm lens with optional 35mm flexibility covers your project need
Choose SF-YUM640 if...
- Your project needs higher thermal image detail
- The target or platform moves faster
- UAV or mobile thermal observation is involved
- A wider measurement range matters more
- Stronger zoom flexibility is important for longer-distance viewing
Customization Options
- Lens Selection
The current series supports different lens directions according to project needs. SF-YUM256 comes with a standard 9mm lens and offers a 35mm lens as an optional configuration, while SF-YUM640 can be discussed with 9mm or 35mm lens options depending on the final use scenario.
- Output Interface Review
The current series can be deployed through UART or USB 2.0 output paths, which gives customers more flexibility when matching the thermal module to the final host system.
- Project-Specific Integration Support
For OEM projects, the final deployment direction can be reviewed according to whether the module will be used in fixed monitoring equipment, a handheld device, or a mobile platform such as a UAV.
- Series Expansion Support
Because this is an actively developing product direction, more models may be added later for different resolution levels, temperature-related requirements, and deployment priorities.
FAQ
Q: What is this thermal imaging camera module series designed for?
A: This series is designed for OEM projects that need compact thermal imaging, real-time observation, and flexible deployment across fixed and mobile thermal imaging scenarios.
Q: What is the difference between SF-YUM256 and SF-YUM640?
A: SF-YUM256 is the more practical direction for static or lower-speed applications, while SF-YUM640 is better suited to projects that need higher thermal image detail and stronger performance in faster-moving scenarios.
Q: Which model is better for fixed monitoring?
A: For fixed-point monitoring and relatively stable observation tasks, SF-YUM256 is usually the more practical starting point.
Q: Which model is better for UAV or faster-moving applications?
A: For UAV thermal imaging or other faster-moving thermal observation scenarios, SF-YUM640 is the stronger fit because of its higher resolution and larger zoom range.
Q: Do both models support UART or USB 2.0 output?
A: Yes. The current series direction is positioned around UART or USB 2.0 output for practical OEM integration.
Q: Are different lens options available?
A: Yes. Lens selection is part of the current series logic, with different 9mm and 35mm options available depending on the model and application direction.
Q: Will more models be added to this series?
A: Yes. This thermal imaging camera module series is planned for continued expansion, with more products expected for different deployment and performance requirements.
Q: Can SincereFirst help recommend the right model?
A: Yes. If you share your application, movement condition, required image detail, temperature range, and preferred lens direction, the team can help recommend the more suitable model.
Q: Can this module be adapted toward an FPC-based direction?
A: If no standard FPC version is available, the module form can still be evaluated toward an FPC-based solution for projects with tighter structural or routing requirements.
Q: Do you provide SDK or testing support?
A: For most USB-based modules, SDK support and dedicated test software can usually be provided. If a specific model does not support SDK, this will be confirmed in advance.
Q: What information should I provide for a faster recommendation?
A: Please share your application, working distance, lighting condition, interface requirement, and whether you need the standard IR light board or a modified lighting configuration.
Whether you need a thermal imaging camera module for fixed monitoring, industrial temperature-related systems, UAV thermal imaging, or another embedded OEM project, SincereFirst can help you narrow down the right direction based on your deployment needs and product priorities.
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