androidlad

Resolution 8208x5472, pixel size 4.386μm, high dynamic range mode readout time 2ms, high speed mode readout time 1ms, same readout speed for both video and stills, double stacked back illuminated CMOS sensor

https://nikonrumors.com/2021/10/24/nikon-india-leaked-z9-presentation-video-with-basic-specs.aspx/

Resolution 8208x5472, pixel size 4.386μm, high dynamic range mode readout time 2ms, high speed mode readout time 1ms, same readout speed for both video and stills, double stacked back illuminated CMOS sensor

Official announcement date November 5

Official announcement date October 27

26ms rolling shutter for FF 4K 30P.
Interesting feature - In-camera Lens Breathing Compensation, but only works with Sony lenses.

8K60P, 4K120P RAW


 

8K60P, 4K120P RAW


 

https://dronedj.com/2021/09/24/dji-action-2-camera-specs-leaked/
12MP 1/1/7" sensor, 155 degree FOV, f/2.8, up to 4K 120P, modular design, RockSteady 2 and HorizonSteady.

https://dronedj.com/2021/09/17/autel-evo-iii-specs-photo-release/
EVO III
Maximum flight time 38-40 minutes and dual-band HD image transmission with up to 10 km flight range. Fisheye lens for omnidirectional obstacle avoidance.
EVO III (basic) with 1-inch CMOS sensor
EVO III Pro with 4/3-inch CMOS sensor
EVO III Zoom with 8K dual camera and 10x fusion zoom
EVO III Supersense with 1.4-inch CMOS sensor
 
EVO Lite
Maximum flight time 40 minutes with up to 10 km flight range. Forward backward downward obstacle avoidance. 4K60P on all models. One-click vertical shooting mode.
EVO Lite with 1/1.28-inch CMOS sensor
EVO Lite Plus with 1-inch CMOS sensor
 
EVO Mini
Under 250g. Maximum flight time 30 minutes with up to 10 km flight range.
EVO Mini without forward backward downward obstacle avoidance
EVO Mini Plus with forward backward downward obstacle avoidance

With the resolution/framerate and amount of motion involved with those devices, they are in need of a codec/bitrate overhaul, or you always end up with heavily compressed blotchy mess that can't hold up in post.

You forgot to mention ProRes codec support for up to 4K 30P on the Pro model.
Now Apple just need to disable sharpening and noise reduction.

It's important to distinguish rolling shutter in photo mode (assisted by DRAM), and in video mode (direct ADC IO)
In photo mode, R3 has a electronic shutter flash sync speed of 1/180s at 14bit, indicating a sensor readout speed higher than that. (A1 e-flash sync is 1/200s and sensor readout 1/250s at 14bit). This aligns with the official claim that the rolling shutter is about 1/4 of 1DX III (1/60s at 14bit).
In video mode, the full sensor has a readout speed of 1/50s at 12bit, this enables a 16:9 crop of 6K at 60fps.

You forgot to mention ProRes codec support for up to 4K 30P on the Pro model.
Now Apple just need to disable sharpening and noise reduction.

You forgot to mention ProRes codec support for up to 4K 30P on the Pro model.
Now Apple just need to disable sharpening and noise reduction.

You forgot to mention ProRes codec support for up to 4K 30P on the Pro model.
Now Apple just need to disable sharpening and noise reduction.

😂
Does GoPro record ProRes HQ or RAW?
H.264 and HEVC codecs can be heavily hardware accelerated, using off the shelf chips (GoPro branded them GP1).
Chips to encode ProRes have to be built from scratch (essentially a CPU), hence the size and thermal requirement.

https://winfuture.de/news,124840.html

New sensor for 23MP photo capture
New GP2 processor
5.3K 60P, 4K 120P, 2.7K 240P
HyperSmooth 4.0
 
 
 

With the resolution/framerate and amount of motion involved with those devices, they are in need of a codec/bitrate overhaul, or you always end up with heavily compressed blotchy mess that can't hold up in post.

With the resolution/framerate and amount of motion involved with those devices, they are in need of a codec/bitrate overhaul, or you always end up with heavily compressed blotchy mess that can't hold up in post.

https://winfuture.de/news,124840.html

New sensor for 23MP photo capture
New GP2 processor
5.3K 60P, 4K 120P, 2.7K 240P
HyperSmooth 4.0
 
 
 

is at the final stages of development and will be announced soon.
One exciting feature I can share is that the dynamic range is rated at 16 stops (actual ARRI stops, so 2 stops higher than current ALEXA sensor).

is at the final stages of development and will be announced soon.
One exciting feature I can share is that the dynamic range is rated at 16 stops (actual ARRI stops, so 2 stops higher than current ALEXA sensor).