re: NC353 vs Nc393 imagers. Are either of these imagers suitable for a 12 imager array given the following needs? 1- sustained 30 fps to ssd (assume JPG4) 2- min of 1920x1080 (2kx2k preferred) 3- Sync + global shutter. 4- +70º HFOV
-5Mp has a Global Reset type rolling shutter, right? - Is it light sensitive during readout? Or is it a true global shutter? Is readout <15 msec. at typical outdoor exposure? -What is typical trigger lag time when multiple imagers are operating in sync + global shutter? -What is the frame rate at WOI of ~1920x1080? vs binning full frame down to 1296x 968 operating in sync + global shutter? -What is sustainable fps to μsd? To ssd via SATA operating in sync + global shutter? -Cost for 12 imagers, lenses with +70º HFOV, controllers with sync, and ssd array? -3Mp, same questions... -Cost for 12 imagers, lenses with +70º HFOV, controllers with sync, and ssd array? 14Mp: -Will Global Reset Shutter be implemented? If so when? - X sync release date? -What fps if binned to ~1920x1080 (or 2kx2k) + operating in sync + global shutter? -Cost for 12 imagers, lenses with +70º HFOV, controllers with sync, and ssd array? -10359 vs 10393: 1- What high speed data port for transferring data from ssd or μsd operating in sync + global shutter? 2- What frame rate can each controller sustain if coupled to 3 x ~2kx2k vs 4 x ~2kx2k operating in sync + global shutter? 3- Can the 10359 controller be used to drive the 14Mp imager operating in sync? thanks in advance -gd
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