They have been, up until quite recently. Askey and Joinson both did little to discourage it in either staff or forums.
I've veen reading DPR since 2009 or thereabout, and I've never noticed any bias towards or against any particular system. And with several DPR contributors recently publishing articles on how they used m/43 cameras for personal projects or holidays (including an article by Chris Niccolls specifically about using the EM1.3 for personal work and probably moving over to an OM1 in the upcoming year), I think describing them in the current tense as 'known mft haters' is without question incorrect.
And sorry to be confrontational, but in general, talk of "brand or system X or Y haters" comes across as fanboyism, and when I'm in the mood for that I can get a year's worth in a five minute visit to the DPR forums, which I'm usually pleased to avoid here.
Seems to me that it's some sort of sub-Bayer pixel binning, but I don't really know what it's doing, or how. Certainly some kind of step up from the normal sensors in every (?) other camera.
True, as far as I know the only subpixels on non-phome cameras have so far been the on-sensor phase detect pixels.
I think that is a very gross over-simplification of what this technology is for. If it were only for that, why bother?
I agree, with on-sensor phase detect pixels being about a decade old, I'm not sure how splitting all of the pixels 4 ways would be worth it just for the focus, especially as there're apparently "only" 1073 focus points (with 100% coverage, but still). Having said that, although the harm that increasing pixel count does to noise performance is often way overstated (on a full image basis), I'm not aware of any technology where it actually brings a noise
benefit
The circuitry is on the other side - BSI ...
Yup, so the photons collected don't take nearly as big a hit from the larger pixel count as in a front side illuminated sensor. But it'll still increase read noise, where the readout electronics give off false signal polluting the signal from incoming photons. Although iirc, a stacked sensor design not only benefits readout speed but also readout noise (not sure so correct me if I'm wrong). So the readout noise penalty might be quite limited for this sensor.
I think that we will all just have to wait and see. However, the sample shots I've seen so far look extremely good, at an absolute level. Maybe Olympus/OMDS have stolen a march on larger sensors, big time? Who knows?
Since it's still a Sony design I'd be surprised if their very recent a1 - and the slightly more recent still Nikon Z9 - would be stops behind another new Sony sensor, efficiency wise. That'd be such a massive jump in image quality with 1 sensor, the likes of which we haven't seen since somewhere before 2010.
I guess that a bit more time will reveal all.
Yup, but regardless of how it performs compared to larger sensors, if it's at least a bit better than the E-M1.3, and the quality control backs up the ruggedness claims, it'll be high on my if-only-i-had-the-money list. I fall very squarely in the niche that OMDS appears to be targeting
Worth remembering that no other manufacturer has ever made a superzoom even close to the 12-100 ...
The Nikon 24-200 is apparently rather good too. Not quite as consistent as the 12-200 in terms of resolution (and no focus clutch, and not quite as well stabilized), but much better than most previous superzooms nonetheless. And with an equivalent aperture advantage throughout the focal range, and Nikon's excellent reputation for sealing (too bad they're so far too afraid to submit their products for IP rating), a Z6 plus 24-200 is, to me, the main competition to the E-M1.3 / OM-1 on top of that if-only-i-had-the-money-list.
[Edit] Mods, is it possible to change the title of thise thread to OM-1, or OMDS OM-1, or however the company that bought Olympus' camera division chooses to present itself?