androidlad

"A7SIII" will use the Quad Bayer version of this sensor, IMX521CQR.

Tis sensor:

If only DJI could add an option to turn off the ugly over-sharpening.

TowerJazz produces the sensor for S1R. For S1 and fp, they use IMX410CQK-C.

Good overall colour rendering, but skintone a bit too magenta, A7 III is surprisingly better in this regard. Perceived DR is quite high, but it's mostly the result of aggressive NR.

ISO6 is intended for landscape photography.

It uses IMX410, just like Z6/S1/Zcam F6 Due to the removal of a mechanical shutter, flash sync speed is an appalling 1/30s. ISO 6 is achieved by in-camera 16-frame stacking.

IMX311 employs an innovative 45 degree diagonal pixel array with BSI and stacked design, it can output 96MP/24MP RGB RAW stream. Other new products include: IMX313, a high speed 48MP BSI Stacked FF sensor: IMX409, a low cost, high resolution and high speed 54MP BSI FF sensor: IMX521, a high speed, high sensitivity Quad Bayer 15MP BSI FF sensor: IMX554, a ultra-high speed 30MP BSI and stacked FF sensor:

Some people buy cameras with kit lenses, some buy body only. Different SKU, but same product. A bit more details about some of the recent Sony Semicon FF sensor portfolio: 15MP Exmor R 7.52um 16Bit HS SLVS-EC 8Lane 24MP Exmor R 5.94um 14Bit HS SLVS-EC 8Lane 24MP Exmor RS 5.91um 14Bit DRAM SLVS-EC 8Lane 28MP Exmor RS 5.5um 16Bit SLVS-EC 10Lane 28MP Exmor GS 5.5um 12Bit SLVS-EC 12Lane 30MP Exmor RS 5.31um 14Bit UHS SLVS-EC 8Lane 36MP Exmor RS 4.88um 16Bit HS SLVS-EC 16Lane 42MP Exmor R 4.5um 14Bit SLVS-EC 8Lane 45MP Exmor R 4.35um 14Bit LVDS 12ch 48MP Exmor RS 4.2um 16Bit DRAM SLVS-EC 8Lane 54MP Exmor R 3.96um 14Bit SLVS-EC 8Lane 60MP Exmor R 3.76um 16Bit SLVS-EC 8Lane 100MP Exmor RS 2.91um 16Bit SLVS-EC 8Lane

Another interesting sensor from Sony Semiecon, a 48MP FF sensor with diagonal pixel arrangements, sounds familiar?

Same sensor but without pdaf mask, just like Pana S1/A73.

They use IMX383 from Sony Semicon.

A lot brighter (2900nit peak) while having similar black level. No burn-in. Lower cost. The 65inch model is about 2200EUR.

Hisense just announced an HDR display with "Dual Cell" technology from BOE, it's a 4K display but with a 1080P monochrome panel "sandwiched" between the 4K panel and backlight unit, essentially offering over 2 million backlight "zones" (1 zone per 4 pixels). Peak brightness is quoted to be 2900nit with over 150000:1 static contrast ratio. It's also the world's first panel to be able to reproduce 16bit gradation. Current size is only 65in, but there are plans to introduce 55in and smaller sizes.

The new 54MP FF BSI is low cost, has relatively high speed (full sensor readout at 12bit 25.6fps), and very fast AF with dedicated AF lane.

Sony Semicon readies a whole new portfolio of sensors for consumer stills cameras: 15MP FF BSI 30MP FF BSI Stacked 48MP FF BSI Stacked 54MP FF BSI 25MP 4433 MF BSI 50MP 4433 MF BSI

A9 II and a RX 1inch camera will be the first cameras to be equipped with Exmor RS sensor.

Fuji only does 17:9 and 16:9 in video, but this may change in the future.

It's all to do with FOV. A 50mm 2x anamorphic lens has a horizontal FOV equivalent of a 25mm spherical lens. On a GFX, a 63mm lens has an FOV equivalent of a 50mm lens. Some people call it "grandness".

The 60MP IMX455 now has a 15MP Quad-Bayer variant, D6 anyone?

Magic Lantern does 14bit RAW

The primary reason for Sony to introduce global shutter to consumer digital stills cameras is to completely eliminate mechanical shutter (no shake).

The pixel size is actually 3.76um, the 60MP FF sensor, IMX455, is already being sold to third parties, including Zcam E2 F8, Nikon and Pentax.

On a Sony sensor, the only ways to reduce rolling shutter is to readout fewer pixels (especially vertically) and drop readout bitdepth.