androidlad

There's also a red front record button on GH6 just like S1H, if you know where to look.

5720 x 4290 Completely revamped DFD AF that's on par with, and sometimes better than A7S III.

Sony sensors use linear 12bit ADC readout in video mode.

There are two prototypes being developed, one is 8k capable and the other is not.

Spec sheet: https://drive.google.com/file/d/1GPtPEuCoz-1HNyGaH-FPu93S-RnvD5ud/view Same sensor as original GH5, IMX272 https://www.sony-semicon.co.jp/products/common/pdf/IMX272AQK_Flyer.pdf

Actually many of us will be pleasantly surprised when X-H2 arrives. Mark my word.

Further proof and implicit suggestion from Canon that R3 sensor is sourced from Sony Semicon.

Sony A1 scores 13.2 stops, not that far behind.

R3 sensor is likely to be manufactured by Sony Semicon: https://www.canonwatch.com/did-canon-make-the-eos-r3-sensor-or-did-they-not/

Use CineMatch plugin to generate LUTs to match.

I‘ve seen the prototype, while definitely not 20 stops by ARRI standard, it's still a huge step up due to the multiple gain output.

Surprise announcement: Canon R5 will be able to output 8K 30P ProRes RAW via HDMI.

It doesn't and cannot output 48fps via HDMI, it's not in HDMI spec.

Based on information from multiple sources, Canon originally planned to announce this camera as R1. However the Sony A1 was completely unexpected and too competitive. So Canon made a strategic decision to reposition this camera as R3, buying time to develop R1 that can truly compete with A1.

GFX100 and GFX100S do not use any pixel-binning. Horizontally it uses full readout of 11604 pixels (possible because of Sony sensors column-parallel ADC), vertically it line-skips 2/3 resulting in 4352 pixels. Then this 11604 x 4352 image is over-sampled to 4K.

10bit D-Log and 10bit HLG. Maximum bitrate 150Mbps.

Full spec published: https://dronedj.com/2021/04/12/unboxing-video-reveals-dji-air-2s-drone-specifications/ Fixed f/2.8 Aperture FOV 88 degrees, 22mm lens (35mm equivalent) Max Image Size – 20 MP: 5472×3648, 3:2, 5472×3078, 16:9 Video Resolution: 5.4k: 5472×3078 24/25/30 p @10bit 4k Ultra HD; 3840×2160 24/25/30/48/50/60 p @10bit 2.7 k: 2688×1512 24/25/30/48/50/60p @10bit FHD 1920X1080 24/25/30/48/50/60/120 P @10bit

You misunderstood. Pixel-binning has a strong anti-aliasing effect (blurring). Especially so for a 3 x 3 pattern.

The sensor is capable of 3 x 3 pixel-binned 3882 x 2912 at 30fps from full width and height of the sensor. Fujifilm simply did not implement this. Also it does not sound as enticing as "over-sampled 4K" in marketing. Also because of the 3 x 3 pixel-binning, the image will be very soft.

https://www.techniknews.net/news/dji-air-2s-drohne-alle-informationen-zur-neuen-drohne-exklusiv/

Exmor RS is BSI and stacked. Faster readout because logic layer is now a whole dedicated layer (stacked), so more room for a substantial amount of low powered ADC working concurrently. Also DRAM can be stacked on an additional layer, but DRAM is not usable for video mode.

Sony Semicon's Exmor RS line has now fully matured and will come in various sensor sizes - all 8K capable. One of the first to make the debut is a 45MP Micro 4/3 (MFT) sensor with 2.24um pixel size. More to follow.