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Photonis Recently Debuted Cricket™ Pro and PhotonPix™
Photonis is a "leading brand of Exosens and global leader in advanced photon detection and imaging solutions." Recently, the brand introduced two new products to its range of offerings — the Cricket™ Pro and the PhotonPix™. Both of these devices enhance the possibilities of single photon detection and imaging. This may have massive implications for industries such as biomedical imaging, quantum science, and high-energy physics.
The Cricket™ Pro works to redefine low-light and single-photon imaging applications through an expanded 25 mm active detection area, high-speed gating, remarkable three MHz Burst or 30kHz repetition rate, and an F-Mount lens/camera interface. PhotonPix™, on the other hand, is engineered for ultra-high timing precision single-photon detection. It features an Ø8 mm sensitive area, an extreme-low dark count rate, and count rates exceeding 200 MHz in Burst mode.
Image Credit: Photonis
The Cricket™ Pro works to redefine low-light and single-photon imaging applications through an expanded 25 mm active detection area, high-speed gating, remarkable three MHz Burst or 30kHz repetition rate, and an F-Mount lens/camera interface. PhotonPix™, on the other hand, is engineered for ultra-high timing precision single-photon detection. It features an Ø8 mm sensitive area, an extreme-low dark count rate, and count rates exceeding 200 MHz in Burst mode.
Image Credit: Photonis
Trend Themes
1. Advanced Photon Detection Systems - Developments in single-photon detection technology present new possibilities for capturing data with unprecedented precision and efficiency.
2. Enhanced Low-light Imaging - Innovations like the Cricket™ Pro expand the capabilities of low-light imaging, opening doors to breakthroughs in various technological applications.
3. Ultra-high Timing Precision - PhotonPix™'s precision in timing for photon detection is setting new benchmarks, which could revolutionize data accuracy.
Industry Implications
1. Biomedical Imaging - Photon detection advancements can lead to more accurate and detailed imaging, significantly impacting diagnostics and research.
2. Quantum Science - High-precision photon technology provides enhanced tools for experiments and discoveries in the quantum realm.
3. High-energy Physics - The ability to detect and image single photons with high precision is poised to advance research capabilities in high-energy physics.
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