1. Impressive combination of sensor size and aperture for a 7 lens element for a 8,8mm thin phone. I wonder how they managed to stack that into such a thin package.
2. Impressive speedup from 2160p60 to 1080p960 and 7680p720p7680. I wonder what technique they used to obtain that. Maybe exposure delay + pixel shifting? Is it bandwith limited?
I read somewhere that it's AI interpolating, so the recording itself doesn't happen at that speed, but a neural network estimates the in-between frames, giving the illusion of a much faster FPS
Is the 3D camera based on a ToF sensor from Sony?
ReplyDelete1. Impressive combination of sensor size and aperture for a 7 lens element for a 8,8mm thin phone. I wonder how they managed to stack that into such a thin package.
ReplyDelete2. Impressive speedup from 2160p60 to 1080p960 and 7680p720p7680. I wonder what technique they used to obtain that. Maybe exposure delay + pixel shifting? Is it bandwith limited?
I read somewhere that it's AI interpolating, so the recording itself doesn't happen at that speed, but a neural network estimates the in-between frames, giving the illusion of a much faster FPS
DeleteThe video of the hummingbird in the presentation is no where near 7680 FPS:
ReplyDeletehttps://youtu.be/BMd7ZX-eXY4?t=4331
Here is a comparison video of a hummingbird filmed at 600 fps:
https://www.youtube.com/watch?v=OYVtdZdiD9k