Gh1 and Gh2 especially show that m43 is not at the end of the line as it is better than GF1 and GF2. Despite a much higher pixelcount.
You can see this in the graphs below.
The red is the Gf2, the green the EPl2, the yellow the GH2 and the blue the Sony A55 (which is quite good for an APS C sensor). This is in RAW.
We see performance is similar for the EPL2, GH2 and A55. But from 1600 to 3200, GH2 and A55 distance themselves clearly from the EPL2 in black noise (I think this is important). And this is precisely the point where dpreview notes this in their conclusion of the EPL2
"At higher sensitivities the E-PL2 shows some low contrast detail smearing above ISO 400, and from ISO 1600 upwards there's visibly more shadow noise in the Olympus output than in some of the APS-C competition. Having said that the E-PL2's JPEG engine finds a very pleasant balance between noise reduction and detail retention and generates high ISO output that compares favorably to some of its direct competitors such as the Panasonic GF2."
m43s is not at the end and the GH2 clearly shows this.
However: if Samsung uses the best APS-c sensors currently available or make something comparable on their own, they will have better IQ (DR+noise that is in RAW) than any m43 cam. That is why I was a little dissapointed when NX10 came out.
But m43 is not about the best possible IQ. It is about the best balance between picture quality and system size. Here we see that the downside of APS-c is that the lenses especially cannot become smaller than m43 sensors using the same (best) technology available and same controls in the body.
Whether mirrorless APS-c + lenses is small enough or whether it isn't, is an individual choice.
Whether m43 IQ is good enough or not is also a personal choice.
But here, we see the current status of the NX10 and its sensor. The GF1 does better and this is in RAW. Note the remark at the bottom of the graph. I agree that noise performance in RAW does not mean better or worse IQ. Oly especially seems to show this.
You can see this in the graphs below.
The red is the Gf2, the green the EPl2, the yellow the GH2 and the blue the Sony A55 (which is quite good for an APS C sensor). This is in RAW.
We see performance is similar for the EPL2, GH2 and A55. But from 1600 to 3200, GH2 and A55 distance themselves clearly from the EPL2 in black noise (I think this is important). And this is precisely the point where dpreview notes this in their conclusion of the EPL2
"At higher sensitivities the E-PL2 shows some low contrast detail smearing above ISO 400, and from ISO 1600 upwards there's visibly more shadow noise in the Olympus output than in some of the APS-C competition. Having said that the E-PL2's JPEG engine finds a very pleasant balance between noise reduction and detail retention and generates high ISO output that compares favorably to some of its direct competitors such as the Panasonic GF2."
m43s is not at the end and the GH2 clearly shows this.
However: if Samsung uses the best APS-c sensors currently available or make something comparable on their own, they will have better IQ (DR+noise that is in RAW) than any m43 cam. That is why I was a little dissapointed when NX10 came out.
But m43 is not about the best possible IQ. It is about the best balance between picture quality and system size. Here we see that the downside of APS-c is that the lenses especially cannot become smaller than m43 sensors using the same (best) technology available and same controls in the body.
Whether mirrorless APS-c + lenses is small enough or whether it isn't, is an individual choice.
Whether m43 IQ is good enough or not is also a personal choice.
But here, we see the current status of the NX10 and its sensor. The GF1 does better and this is in RAW. Note the remark at the bottom of the graph. I agree that noise performance in RAW does not mean better or worse IQ. Oly especially seems to show this.