384 X 288 Shutterless Uncooled LWIR Thermal Image Core
SC-CLS 3 series uncooled LWIR module is shutterless core features in that it adopts algorithm simulated "silent shutter" to accomplish the NUC (non-uniformity Correction) process, which is necessary to keep the sensor uniformity during usage. The shutterless technology not only keeps lower power consumption, but also avoids any noises and "frozen" of image at the events from mechanical shuttering. It is applicable to different scenarios, such as handheld, drone (UAV)… thermal imaging devices. Thanks to our patented NUC technology, there is almost no requirements to our customer to do a 2nd time calibration during the camera life-span.
640 VGA Shutterless Uncooled LWIR Thermal Image Core
SC-CLS6 series is 640 VGA shutterless LWIR core features in that it adopts algorithm simulated "silent shutter" to accomplish the NUC (non-uniformity Correction) process, which is necessary to keep the sensor uniformity during usage. The shutterless technology not only keeps lower power consumption, but also avoids any noises and "frozen" of image at the events from mechanical shuttering. It is applicable to different scenarios, such as handheld, drone (UAV)… thermal imaging devices. Thanks to our patented NUC technology, there is almost no requirements to our customer to do a 2nd time calibration during the camera life-span.
Improved image quality with various new and improved noise filters for shutterless configurations
The Crius 640 (formerly IrLugX640) VGA thermal camera module has a resolution of 640 x 480 pixels with a pitch of 12 µm. The HD sensor consists of a series of uncooled microbolometers developed by Lynred. The Crius 640 is extremely small at 30 x 30 x 30 mm3, weighs <40g, consumes less than 0.9W and is designed for easy integration into subsystems. Featuring a standard USB3.0 interface and RAW 16-bit video streaming, the Crius 640 is the perfect plug-and-play solution for embedded systems. Interfacing with the host controller is simple thanks to a comprehensive SDK that provides configuration, control and processing (BPR, UC, image enhancement, AGC) support.
It leverages the FLIR infrared video processing architecture to enable advanced image processing and multiple industry-standard communication interfaces while maintaining low power consumption.
It features a 12 µm pitch vanadium oxide (VOx) uncooled detector with a resolution of 320 x 256 and multiple lens configurations, adding flexibility to the integration program.
FLIR's scalable infrared (XIR) video processing capabilities feature embedded industry-standard interfaces that enable advanced processing and analysis in an industry-leading system-on-chip.
HD 1080x1024 ULL Wide-spectrum Ultra Low Light Core
SC-CUL2M (-E) is a wide-spectrum and ultra-low light core with new the cutting-edge night vision sensing technology to provide both excellent color and b/w night vision. It has a wide spectrum response from 0.4~1.0 um with QE>20% and peak value near 0.7um (QE>80%).
Up to 10 times the sensitivity enhancement of today's ordinary starlight CMOS sensors, high-definition digital output, 120dB wide dynamic range (HDR mode), this advanced low-light detection technology with high infrared band sensitivity can be widely used in application such as night and low-light imaging, day and night surveillance and reconnaissance, star tracker, laser detection, gun sight, individual night vision, etc. In addition, it can also be used for machine vision, iris recognition, fluorescence imaging, laser detection and analysis, inspection of silicon-based chips, solar cells, etc.
SC-CUL2M standard version is with USB video output.
SC-CUL2M-E is with IP/ETH RSTP format video output.
Uncooled Thermal Image Network Core
1.Built in video compression coding, easy for network transmission;
2.Intelligent high-temperature pre-alarming with various adjustable grades, higher detection efficiency, less misinformation;
3.Embedded intelligent analysis supports motion detection. Line crossing detection, regional entry & exit detection, and target tracking;
4.AGC, 3D noise reduction, IDE;
5.Support ONVIF protocol, easy for installation and maintenance.
Uncooled Thermal Image Core
Uncooled Thermal Image Core is a cutting-edge technology that enables the capture of high-quality thermal images without the need for cooling agents. This innovative technology has revolutionized the world of thermal imaging by offering a more efficient, cost-effective, and reliable alternative to traditional cooled thermal image cores.
The Uncooled Thermal Image Core offers several advantages over its counterparts. Firstly, it is compact and lightweight, making it highly portable and easy to integrate into a wide range of applications. Secondly, it offers improved image resolution and sensitivity, providing clear and accurate thermal images even in low-light conditions. Lastly, it has a longer lifespan as it is not subject to the wear and tear associated with cooling systems.
With its remarkable features, Uncooled Thermal Image Core has found applications in various fields, including industrial inspection, surveillance, and medical diagnostics. It is particularly useful in identifying temperature changes, detecting anomalies, and monitoring thermal patterns.
In conclusion, Uncooled Th ermal Image Core is a remarkable technology that has transformed thermal imaging. Its numerous benefits make it a preferred choice for professionals in different industries. As technology continues to evolve, we can expect even more improvements and enhancements to this exciting technology.
Enhanced 384 VOX Thermal Night Vision Goggle
The TGE series helmet-mounted thermal imaging goggle is a high-performance infrared thermal imaging device that can be used in various scenarios night vision observation. It can be used individually as an easy portable handheld thermal monocular as well.
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