Explore the latest innovations in CMOS sensors, semiconductor devices that transform light into digital images. Discover how technological advancements enhance image quality, enabling functionalities such as high dynamic range (HDR) and pixel size adjustments. Stay updated with trends in camera sensors, even as the technology faces the threat of new alternatives like colour LiDAR. This section offers an in-depth look at the developments that are redefining digital photography.
Features 50 megapixel resolution
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This sensor brings cinema-grade dynamic range and video capabilities to a compact format, pushing the boundaries of smartphone imaging. Its focus on real-world video capture and power efficiency makes it highly relevant for modern content creation and mobile photography.
Features a "four-pixel binning" function
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This sensor pushes the boundaries of resolution in imaging technology, offering unprecedented detail for various applications. Its development signifies Canon's commitment to ultra-high-resolution imaging, influencing future camera designs and capabilities.
Achieves superb low-light performance
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These specialized sensors demonstrate Canon's innovation in pushing the limits of sensitivity and low-noise performance for demanding applications. Their ability to capture light efficiently from celestial bodies without extensive cooling makes them crucial for scientific and astronomical imaging.
Enables power-efficient solutions
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The Mira family offers compact global shutter image sensors with back-side illuminated stacked pixel technology, crucial for power-critical applications. Their market-leading quantum efficiency and low-power design make them ideal for AR/VR, drones, and biometric systems.
Can switch between global and rolling shutter modes on demand
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This innovative family of sensors offers unprecedented flexibility by allowing on-demand switching between global and rolling shutter modes. This capability addresses a long-standing trade-off in imaging, providing optimal image quality for diverse shooting scenarios.
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World's first stacked CMOS image sensor technology
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This foundational technology from Sony revolutionized stacked sensor design by separating photodiodes and pixel transistors onto different layers. This innovation significantly improves dynamic range and reduces noise, extending its benefits to various applications including automotive imaging.
Unparalleled performance, flexibility, and reliability
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These sensors are at the forefront of Short-Wave Infrared (SWIR) imaging, enabling vision beyond the visible spectrum. Their high dynamic range, low noise, and integrated processing capabilities are invaluable for specialized industrial, security, and scientific applications.