Thanks for sharing these infos to us. I‘m from Germany and recording in 3D since more than a decade now. But immersive video is the next level for me and content created in a way like the Apple videos will be the future for movies and sport events. But I also want a solution below the blackmagic professional equipment to support ambitious hobby movie creators. So let‘s See what the future will bring…
1:08 I’d like to have heard what you considered “meh” about them before moving on. I suspect it has to do with the shorter lens separation and the drop-off of 3D effects - especially based on the hardware I assume is your standard, based on the thumbnail.
For me the footage suffers from the high iso noise that you see on phone footage, you cant record spatial with a set shutter speed or ISO The footage captured on an iPhone doesn’t hold up against a mirrorless camera or the dedicated immersive cameras that have been used Its still cool tho to see moments captured in spatial on an iPhone, but for the $3500 price tag I want the best looking content available 😂
@@TrentonsTech Edited, once I got a reminder of the video I had to pause… Even though I haven’t finished the video yet, I still think that overall, your standards are much higher than mine - not that I wouldn’t love to have the kind of video and photo quality you seem to be used to. That said, I love my AVP.
I’m not understanding why the R5 wouldn’t be supported when it’s a better camera than the R7. I have the R5, and I’m not looking forward to buying a less impressive camera
The R5 should work but I believe its capped at 8k 30 instead of 8K 60. So far the Canon R5C and the R5 Mark 2 can do 8k 60p. But we shall see, Canon and Apple could find a way to support more cameras later on
Canon hasn’t announced any VR lens support for the R3, just the R7 with the new lenses. It would be nice if there were more cameras supported from Canon
8:23 100% FALSE. 16K = FOUR times the resolution of 8K just like 8K = FOUR times the resolution of 4K. 16:9 16K = 15360 x 8640 aka 132,710,400 pixels. 16:9 8K = 7680 x 4320 aka 33,177,600 pixels. 16:9 4K = 3840 x 2160 aka 8,294,400 pixels.
