Engineers with Tohoku University have detailed a new project in which a CMOS sensor with a global shutter is able to record ultra-high-speed footage without the constraints of existing technology, namely short-duration recording and low resolutions. The end result is a CMOS sensor capableof recording one million frames-per-second over a 'large' duration of time, relatively speaking (480 micro-seconds in this case), at full resolution. By re-designingthe sensor'smemory bank, researchers have test...
Engineers with Tohoku University have detailed a new project in which a CMOS sensor with a global shutter is able to record ultra-high-speed footage without the constraints of existing technology, namely short-duration recording and low resolutions. The end result is a CMOS sensor capableof recording one million frames-per-second over a 'large' duration of time, relatively speaking (480 micro-seconds in this case), at full resolution. By re-designingthe sensor'smemory bank, researchers have test...
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