1750Shooter
Established
Is the M9 really that much better than the M8? Considering buying one, but can't decide, M8, M8.2, or M9. Thanks for any input.
Is the M9 really that much better than the M8? Considering buying one, but can't decide, M8, M8.2, or M9. Thanks for any input.
Go for an M8 or 8.2 or M240. Do not touch the 9 or MM!
See LUF Forum!
J
Per the initial post, I had an M8 and loved it, especially its b&w rendering. I sold it to get an M9, didn't like its b&w rendering, didn't bond with it, and sold it. I have never been tempted by the M240 because, in my eyes, it's the anti-Leica. (I'm sure that will draw some fire.) I am, however, tempted by the MM, as I shoot almost always in b&w and prefer CCD to CMOS (more fire please?).
Living and loving the plague.Avoid the M8's like the plague.
Just the other way around....I definitely have liked the M9 color more than that from the M240. (Of course and as you suggest, others may be able to overcome that much better in PP!)
You cannot post process M9 and M240 to get the colours identical. The spectral rendering of the R,G and B of the Bayer filter is different. You can get close through careful profiling, but never the same.CCD and CMOS will not draw differently. If you process your files using any camera is not inherently different (with the exception of the MM, because of the lack of a bayer filter).
You cannot post process M9 and M240 to get the colours identical. The spectral rendering of the R,G and B of the Bayer filter is different. You can get close through careful profiling, but never the same.
CCD and CMOS will not draw differently. If you process your files using any camera is not inherently different (with the exception of the MM, because of the lack of a bayer filter). In fact the M240 will produce better results because the sensor's greater base iso tonal depth and dynamic range. Of course, the M9's OOC might be more preferable...
Is the M9 really that much better than the M8? Considering buying one, but can't decide, M8, M8.2, or M9. Thanks for any input.
The end result is determined by the transmission characteristic of the R,G and B facets of the Bayer filter, not so much by the quality.This is certainly the case. In both technologies (CCD, CMOS) PIN diodes convert light energy to electrical energy. The differences have to do with timing circuitry and chip fabrication methods. The end result - electrical charges converted to analog DC voltages - is the same for both CCD and CMOS. At the same time CMOS technology typically operates with a superior signal-to-noise ratio compared to CCD. This not only affects read noise levels but also impacts the maximum analog dynamic range.
"Both CMOS and CCD chips sense light through similar mechanisms, by taking advantage of the photoelectric effect, which occurs when photons interact with crystallized silicon to promote electrons from the valence band into the conduction band. Note that the term "CMOS" refers to the process by which the image sensor is manufactured and not to a specific imaging technology.
However if the color-filter array components are different, then the M8 and M9 could render differently. In fact, the M8 and M9 renderings many prefer could be due to higher quality, more efficient R, G and B filters compared to other brands. In this case each channel is less contaminated with light from unintended wavelengths. The Bayer reconstruction model assumes the light from each pixel is restricted to a narrow range of wavelengths.