Thermal imaging optics with “clear” imaging not only make it easy to detect basic objects, but also provide the clearest thermal images with richer details and higher contrast. Whether you’re a beginner enthusiast or an experienced hunter, clear imaging can greatly enhance your user experience. Nocpix always puts image quality first. Let’s explore with Nocpix how to achieve “clear” imaging.
The Core of Imaging: Self-Developed High-Performance Thermal Sensors
The thermal energy from an object alone cannot be directly imaged on a display. A sensor is required to process the thermal energy into an electronic signal that the system can use, which is then converted into a digital image. Nocpix’s self-developed thermal sensors utilize industry-leading technology and offer a comprehensive range of resolutions, including 256×192, 384×288, 640×512, and 1280×1024. These thermal sensors provide devices with higher thermal sensitivity, richer detail recognition, and fewer usage limitations.
Nocpix’s industry-leading thermal sensor technology comes from a focus on the user experience:
A Mature and Complete R&D System: Nocpix invests lots of human and material resources into technical innovation.
Advanced Pixel Size: While 17μm is still the mainstream in the market, Nocpix’s mature 12μm sensor technology has been widely used, and our self-developed 8μm sensor has also gradually been used in thermal imaging products.
High Frame Rate: A higher frame rate results in a smoother footage. Nocpix’s Gen-2 sensor has been widely used at 60HZ.
Low NETD: Most of the industry’s NETD is still 18-25mK, but Nocpix now basically has a standard of
≤15mK.
In-House R&D and Manufacturing: The ability to develop and produce its own sensors means Nocpix can quickly integrate its latest, mature sensor technology into its hunting devices, staying ahead of competitors and providing customers with a better imaging experience.
Larger F0.9 Objective Lens
The smaller the F aperture value of a thermal lens, the higher the thermal energy transmittance. An F0.9 value means the focal length of the lens is equal to the entrance pupil diameter. A smaller F-number requires higher manufacturing costs and more precise craftsmanship. Nocpix’s thermal scopes, monoculars, and binoculars currently all use an F0.9 objective lens. Compared to an F1.0 objective lens, the larger F0.9 lens increases light intake by 20%, effectively reducing noise and enhancing thermal image details. This significantly improves image brightness and quality, further ensuring that every image is clearly visible and providing users with a better imaging experience.
Reality+ AI Image Processing Algorithm
By combining artificial intelligence algorithms with thermal imaging technology, Nocpix’s Reality+ technology brings an unprecedented sense of realism to thermal images. R+ works by extracting and fusing detailed features from multiple image frames to enhance dynamic range and resolution, resulting in a more refined and smoother display of details.
Advantages of Nocpix Reality+ Technology:
Improved Detail and Noise Suppression: Effectively distinguishes between real details and noise, making the image clearer and more realistic.
Enhanced Edges and Lines: Adds more detail for a smoother visual experience and a more delicate picture.
Higher Resolution: Provides richer details compared to traditional thermal imaging technology, ensuring more accurate target identification and detection.
Image Enhancement Algorithms: Optimizes image quality, removes noise, and unleashes the full potential of the thermal sensor.
High Sensitivity, Capturing Tiny Temperature Differences: By capturing even the slightest temperature variations, it increases system sensitivity and detects subtle objects and temperature fluctuations that are difficult to see with the naked eye.
Providing users with clear thermal imaging equipment has always been Nocpix’s goal. We continuously innovate in lens, sensor, and algorithm technology to provide the best user experience. We achieve ultra-clear thermal images through advanced thermal sensors, larger lenses, and R+ AI algorithm, which enhances image detail. However, Nocpix will not stop there; we will continue to innovate to provide users with a better hunting experience.
Click to explore more information about Nocpix’s thermal products with clear imaging capabilities：
https://www.nocpix.com/category/products/
FAQ about Thermal Imaging
Why is my image too dark?
The brightness level is too low. Please adjust the screen brightness to resolve this issue.
Can thermal binoculars maintain clear imaging in adverse weather (dust, clouds, rain, or snow)?
Yes. Thermal imaging devices work by detecting temperature differences and do not rely on visible light. While severe weather conditions may slightly reduce their effectiveness, they are generally still effective.
Why is the image quality of a thermal riflescope worse in low temperatures?
At low temperatures, the temperature of an object and its surroundings tends to cool to similar levels, significantly reducing thermal contrast and making it more difficult for the device to produce a clear image. All thermal imaging devices, not just thermal imaging rifle scopes, are affected by this phenomenon. Nocpix products significantly reduce this effect, offering both low and high temperature resistance. For example, Vista operates in an ambient temperature range of -20 to +50°C.