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Racing with Light, Multi-Product Launch | Innovation Special Feature – ATD2900 Image‑Intensified Camera
2026-06-02
The detector is the starting point of all data acquisition, directly determining the system’s sensitivity, resolution, and dynamic response capability. As research demands continuously increase, detector technology is evolving from traditional imaging toward high sensitivity, low noise, broad spectral range, fast response, and other directions.
Based on its core technology chain in optoelectronic detection and imaging, Optosky has steadily advanced its technical roadmap in high‑performance detectors over the past ten years. From improving photoelectric conversion efficiency and optimizing image enhancement capabilities to strengthening adaptability in extreme environments, Optosky has continuously bridged the key gaps from core device R&D to system‑level integration, enabling high‑reliability, high‑performance product deployment in research, industry, life sciences, and many other fields.
01 Image‑Intensified Camera – ATD2900
The ATD2900 is a thermoelectrically cooled, high‑performance image‑intensified camera designed by Optosky specifically for the visible light band. Equipped with a 3rd‑generation high‑performance image intensifier, it significantly improves photoelectric conversion efficiency and delivers high‑quality images under extremely low illumination, making it suitable for demanding environments.
02 Technical Performance
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Research‑Grade sCMOS Image Sensor: The efficient cooling module lowers the operating temperature of the sensor by up to 40 °C below ambient, effectively reducing dark noise. High dynamic range and high resolution enable comprehensive, precise measurement and analysis from macro to micro scales.
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Imported High‑Performance Image Intensifier: Uses an imported 3rd‑generation high‑performance image intensifier, delivering outstanding imaging performance under low‑light conditions, especially suitable for high dynamic range and fast event capture.
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Ultra-Fast Optical Gate Width: <5 ns optical gate width allows capturing transient optical signals in extremely short time frames, ideal for fast transient phenomena.
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Multiple Photocathode Options: Equipped with various 3rd‑generation image intensifier photocathode materials, providing significantly improved quantum efficiency. A wide selection from visible to near‑infrared can be adapted to different application scenarios, meeting the needs of high‑sensitivity and low‑light imaging.
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High-Efficiency Fiber Optic Taper Coupling: 1:1 fiber optic coupling panel design greatly reduces light loss and improves signal transmission efficiency, especially suitable for high‑precision detection of weak signals.
03 Applications
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Hyperspectral and high‑time‑resolution plasma optical emission spectroscopy
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Laser‑induced breakdown spectroscopy (LIBS) for thin‑film solar cells
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Time‑resolved laser‑induced fluorescence spectroscopy
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Time‑resolved fluorescence spectroscopy / fluorescence lifetime measurement
Optosky’s technological accumulation in the detector field is reflected not only in the performance improvement of individual products but also in the construction of system‑level platforms and the expansion into multiple scenarios. We are committed to deeply integrating image intensification, thermoelectric cooling, signal amplification, and algorithm optimization, meeting the diverse needs of research institutions, corporate laboratories, and system integrators for detector modules through customized support.
In the future, Optosky will continue to advance the modularization, intelligence, and miniaturization of its detector product line, focusing on key capabilities such as wide spectral response, ultra‑high‑speed acquisition, low‑light recognition, and image algorithm fusion, promoting broader application of domestically produced high‑performance detectors in global research and industry supply chains.
For more information, please contact:
Email: optoskyphotonics@gmail.com
Web: www.optosky.net
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