SPAD (Single Photon Avalanche Diode) sensors are a type of image sensor. Source: Canon Measuring the Value of Light – not the Amount As a result, the camera can recognize and capture subjects that are several km away. This enables the camera to be used with Canon’s extensive range of broadcast lenses which feature superb optical performance. The MS-500 employs the bayonet lens mount which is widely used in the broadcast lens industry. When paired with Canon’s extensive range of broadcast lenses, which excel at super-telephoto image capture, the camera is capable of accurately capturing subjects with precision in extremely low-light environments, even from great distances. The currently in-development MS-500 is equipped with a 1.0-inch SPAD sensor that reduces noise, thus making possible clear, full-color HD imaging even in extremely low-light environments.

Thanks to such advantages, the MS-500 is expected to be ideal for such applications as high-precision monitoring, and filming in completely dark environments. The camera leverages the special characteristics of SPAD sensors to achieve superb low-light performance while also utilizing broadcast lenses that feature high performance at telephoto-range focal lengths. Canon MS-500Ĭanon announced today that the company is developing the MS-500, the world’s first ultra-high-sensitivity interchangeable-lens camera (ILC) equipped with a 1.0 inch Single Photon Avalanche Diode (SPAD) sensor featuring the world’s highest pixel count of 3.2 megapixels. Canon has announced the development of a world-first ultra-high-sensitivity ILC (Interchangeable-Lens Camera) equipped with a 1.0-inch Single Photon Avalanche Diode (SPAD) image sensor that can see in the dark.

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