Nikon presents is a stacked CMOS sensor with a total pixel count of approximately 17.84MP capable to operate at 1,000 fps speed at full resolution. The sensor supports HDR mode of 110 dB, and 4K x 4K video.
The 1-inch stacked sensor has 2.7um pixels. One of the available HDR modes supports 134dB DR at 60fps rate.
The pixel layer is split in 16 x 16 pixel blocks, or 264 x 264 blocks (4224 x 4224 pixels). It is possible to finely control the exposure of each of these blocks separately from the bottom logic chip.
Why does the HDR image look so washed out and out of focus?
ReplyDeleteI think this HDR image is close to raw capture, so without a specific tone mapping it fits poorly into the display range.
Deletewhat's the supported resolution at 1000fps?
ReplyDeleteFull 17.8MP resolution. I'll update the post to say this explicitly.
DeleteIs this a RS or a GS pixel?
ReplyDeleteIt's a 2.7um pixel. Stacked, but still, I suspect if they crammed a GS into that specification it would be highlighted boldly. My guess is RS, and still most remarkable.
DeleteWhat is the bigger problem in such fast sensors, the adcs or the interface? Which of the 2 would be easier to scale up even faster?
ReplyDeleteI looks washed out because blacks are raised to show the DR performance and without proper contrast curve the image is not sufficiently defined to adequately judge sharpness.
ReplyDelete