Godfrey
Well-known member
Sure. So what? The whole Fovean vs bayer matrix thing is just another freekin' pseudo religious dogma debate. Like "Oh, it's got to be better because it has a CMOS sensor now." I see a lot of mis-information and hype, not actual information or a discussion of the compromises and priorities of the technology.So Godfrey, to bring it full cycle, isn't Rawfa simply saying he wishes his desired sensor were in his desired body??
What the Fovean type technology offers as theoretical advantage over a Bayer type technology is more color resolution, not more spatial resolution, through co-locating R, G and B photosites. The downsides of a Fovean type technology is that since it requires a three-layer chip design with stacked photosites to co-locate the RGB sensitive site elements, it tends to be less sensitive to light and more likely to produce artifacts with lenses that do not collimate the ray trace to be orthogonal to the sensor plane. Because the Fovean chips are more complex to manufacture, they're more expensive too.
Thus far, Fovean sensor cameras have excelled at modest ISO settings with the right lenses, but Bayer matrix sensor cameras have gone much further with more spatial resolution, lower cost, better high ISO performance, and have nearly equalled the existing Fovean technology on color quality.
For some work, the Fovean sensor cameras have produced advantageous results. For other work, they haven't. Does Rawfa do the work for which Fovean sensor cameras have been the superior choice? Does he use one for his work and is excited over the prospect of having a newer, even better performing technology of this type to work with? I don't know. All I hear is "I really like this because I know its gonna rock!"
Now Panasonic has filed for patent a new sensor design which is similar to Fovean sensors. Maybe it has some advantage, maybe it doesn't. Cheerleading it as the greatest new thing to get obsessed over is just more geekery.
When cameras are produced using this new sensor technology and their performance is evaluated, then I'll be able to say what works well for what purposes, and get excited over the possibilities. Until then, it's just an interesting new technology that has some potential yet to be evaluated. What it means to camera performance is as yet an unknown.
And camera performance is what matters, not what technology the chip is based on.