UE12L Ethernet Uncooled Thermal Imaging Module
High-Resolution Thermal Imaging for Networked OEM Systems
The VERYTEK UE12L Ethernet uncooled thermal imaging module combines a 1280 × 1024 VOx microbolometer with onboard image processing and network video output. It is designed for integration into thermal cameras and monitoring systems that require high-resolution LWIR imaging and Ethernet connectivity.
Operating in the 8–14 μm spectral range, the UE12L forms thermal images from infrared radiation rather than visible light. This makes it suitable for imaging in darkness and for applications where thermal contrast helps distinguish objects from their surroundings.
For OEM engineers and system integrators, the UE12L brings the detector, image adjustment, video encoding, and network streaming together in one module. Its ONVIF support and RTSP streaming provide integration options for compatible network video platforms.
Key Features and Integration Benefits
1280 × 1024 Resolution for Detailed Thermal Images
The UE12L provides 1,310,720 detector pixels, supporting detailed thermal scene imaging. Its high-resolution array is useful when a project requires a wider scene view, more image detail, or digital enlargement for operator inspection.
The module supports 1–8× digital zoom. Final field of view, target detail, and usable observation distance depend on the selected lens, installation conditions, and application requirements.
12 μm VOx Detector with NETD Below 40 mK
The uncooled VOx detector uses a 12 μm pixel pitch and has a specified NETD below 40 mK at f/1.0, 30 Hz, and 300 K. Thermal sensitivity helps reveal small temperature differences within a scene.
NETD describes thermal sensitivity; it is not a specification for absolute temperature measurement accuracy.
Ethernet Streaming with ONVIF Support
The UE12L supports TCP/IP, HTTP, and RTSP, with ONVIF interface support and a standard RJ45 Ethernet connector.
These capabilities make the module a candidate for network-connected thermal camera projects, including systems that need to transmit thermal video to a remote monitoring station. Compatibility with a particular VMS or NVR should be verified using the required firmware, stream settings, and ONVIF functions.
H.264 and H.265 Video Encoding
Support for H.264 and H.265 gives integrators a choice of video codecs when configuring compatible receiving systems. This helps accommodate different network, decoding, and recording requirements.
Adjustable Image Processing
The UE12L provides image controls for brightness, contrast, digital detail enhancement, and gamma adjustment. White-hot, black-hot, and pseudo-color display modes allow operators to select the presentation best suited to their scene.
These controls help adapt the thermal image to different backgrounds and viewing preferences.
Detection and Lens Control Functions
The module includes motion detection, intrusion detection, alarm functions, solar protection, and lens driving.
Its interface definitions include connections for focus and field-of-view motors, together with potentiometer feedback. Lens electrical compatibility and supported control behavior should be confirmed for the selected lens assembly.
Compact Module with Low Steady-State Power Consumption
The UE12L measures 43 × 43 × 56 mm and weighs less than 250 g without a lens. It operates from a DC 12 V supply, with steady-state power consumption of ≤2.5 W at 25°C.
These specifications help engineers plan the camera enclosure, power supply, and mechanical integration. The complete camera design must also account for the selected lens and any additional electronics.
Technical Specifications
| Category | Parameter | Specification |
|---|---|---|
| Detector | Detector type | Uncooled VOx microbolometer |
| Detector | Resolution | 1280 × 1024 |
| Detector | Pixel pitch | 12 μm |
| Detector | Spectral range | 8–14 μm |
| Detector | Frame rate | 30 Hz |
| Detector | NETD | <40 mK at f/1.0, 30 Hz, 300 K |
| Network | Protocols | TCP/IP, HTTP, RTSP |
| Network | Interface support | ONVIF |
| Video | Encoding | H.264, H.265 |
| Image processing | Digital zoom | 1–8× |
| Image processing | Image adjustment | Brightness, contrast, DDE, gamma |
| Image processing | Display modes | White hot, black hot, pseudo-colors |
| Functions | Detection and control | Motion detection, intrusion detection, alarm, solar protection, lens driving |
| Interfaces | Video streaming | Ethernet, standard RJ45 connector |
| Interfaces | Communication | TTL; RS485 reserved |
| Interfaces | Power connector | DC connector, 5.5 × 2.1 mm |
| Power | Supply voltage | DC 12 V |
| Power | Consumption | ≤2.5 W, steady state at 25°C |
| Power | Operating mode | Power-on operation |
| Mechanical | Dimensions without lens | 43 × 43 × 56 mm |
| Mechanical | Weight without lens | <250 g |
| Environment | Operating temperature | −40°C to +60°C |
| Environment | Storage temperature | −50°C to +70°C |
Specifications apply to the module. Lens selection, firmware configuration, and the complete camera assembly should be confirmed for each project.
Application Areas
OEM Thermal Camera Development
The UE12L is a candidate for camera manufacturers developing high-resolution Ethernet thermal cameras. Its combination of detector resolution, image processing, video encoding, and network output provides a foundation for integrated camera designs.
Perimeter and Site Surveillance
For perimeter monitoring projects, the module combines thermal imaging with motion and intrusion detection functions. Its Ethernet output supports connection to compatible monitoring systems.
System performance depends on lens selection, mounting position, scene conditions, and detection configuration. Required coverage and alarm behavior should be evaluated before deployment.
Remote Infrastructure Observation
The UE12L can be evaluated for thermal video observation at industrial sites and infrastructure locations where operators need remote access to a thermal scene.
Projects requiring quantitative temperature readings should confirm whether a suitable radiometric configuration is available. The specifications listed here do not establish temperature measurement accuracy.
Integrated Electro-Optical Systems
The module can be considered as the thermal imaging channel in systems that combine visible-light and infrared cameras. Engineers should evaluate mechanical alignment, lens coverage, video compatibility, and control interfaces as part of the complete system design.
Is the UE12L Suitable for Your Project?
The UE12L is worth evaluating when your project requires:
- 1280 × 1024 thermal imaging resolution
- Ethernet thermal video output
- RTSP streaming and ONVIF integration
- H.264 or H.265 encoding
- Image adjustment and multiple thermal display modes
- Focus or field-of-view motor interface connections
Before selecting the module, confirm lens requirements, receiving-system compatibility, firmware functions, and enclosure design. If your application requires calibrated temperature measurement, PoE, or a certified outdoor protection rating, request confirmation of those requirements before ordering.
Frequently Asked Questions
What is the VERYTEK UE12L?
The VERYTEK UE12L is an Ethernet uncooled thermal imaging module with a 1280 × 1024 VOx detector, 12 μm pixel pitch, and 30 Hz operation. It provides thermal video streaming with ONVIF support and H.264/H.265 encoding for OEM integration.
Does the UE12L work in complete darkness?
Yes. The UE12L detects long-wave infrared radiation and does not require visible illumination to form a thermal image. Image contrast depends on the scene, lens, and environmental conditions.
Does the UE12L support ONVIF and RTSP?
Yes. The module specifications list ONVIF interface support and RTSP, together with TCP/IP and HTTP. Confirm compatibility with your intended VMS, NVR, or receiving software before integration.
Which video codecs does the UE12L support?
The UE12L supports H.264 and H.265 video encoding. The receiving system must support the selected codec and stream configuration.
Can the UE12L measure temperature accurately?
The listed specifications describe thermal imaging performance and do not provide calibrated temperature measurement accuracy or a measurement range. NETD below 40 mK indicates thermal sensitivity, not absolute temperature accuracy. Contact VERYTEK if your project requires radiometric measurement.
Does the UE12L support motorized lenses?
The module includes lens driving functions and interface definitions for focus and field-of-view motors with potentiometer feedback. Compatibility must be checked against the selected lens and its electrical requirements.
What power supply does the UE12L require?
The module requires DC 12 V. Its specified steady-state power consumption is ≤2.5 W at 25°C. Allow for the requirements of the complete assembly, including any motorized lens and additional components.
What are the module dimensions and weight?
The UE12L measures 43 × 43 × 56 mm and weighs less than 250 g without a lens. The final camera dimensions and weight depend on the lens, housing, and integration design.
Request a UE12L Quote and Integration Review
Contact VERYTEK to discuss the UE12L for your thermal camera or monitoring project. Please include your application, required field of view or lens focal length, network platform, operating environment, and expected order quantity.
Request confirmation of the lens configuration, firmware capabilities, evaluation options, pricing, and delivery schedule for your project.
