Originally posted by Digitalis There is about 1/3rd of a stop more shadow detail, but at ISO 80 you lose highlight headroom - hence the term "pull" ISO: the camera is basically overexposing and pulling the image back, so you have to be careful with overexposing.
That's just not true. ISO80 was a true base ISO for the IMX071. No pull down at all. The highest analog gain for that sensor was about ISO1000, so everything up was just a digital "push".
Originally posted by bwDraco Seems the image processor might be limiting performance because full-frame continuous shooting is limited to 4.4 fps.
The regular IMX094 is limited to 4.7 fps itself. It's rather indication of an older sensor than a processor. However the Milbeaut 7 alias PRIME III would do for this camera as well (just by looking at those specs).
Originally posted by mee Ricoh increases the SR rating for the K-3 II, but I don't think anyone has proven a difference over the K-3. So maybe, maybe not..
They just switch to CIPA standards specs for the K-3II. Tests didn't show any improvement.
Originally posted by shardulm A higher sync speed requires your flash duration to be longer than the sync speed (specialised equipment).
Not that "specialised". T.1 for most cheap, regular, voltage controlled strobes at lower settings are longer than 1/200s. The same goes for most speedlights at 1/1. The real problem is to get the pre-sync signal and delay strobes accordingly, cause it goes on side pins of a hotshoe, not the middle. If the central pin would provide regular sync signal above 1/180/1/200th, you would still have a problem with the highest flash peak within the frame. Pre-sync&delay allows to make the transition soft by cancelling the highest peak at the cost of overall brightness.