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tedolf
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You all missed the point....
Raist3d wrote:
Grimstod wrote:
bobn2 wrote:
tedolf wrote:
red pencil wrote:
Alexis D wrote:
It should help to analyse why Fuji can continue releasing the XE1, 2, 3, and 4, and apparently doing well, compared to M43 equivalents, e.g. GX8, GX9... PEN F, PEN F 11, E-P7...
Bigger sensor makes people feel more comfortable with their purchase
Once you crop the image to fit most common print sizes, e.g. 5x7", 8x10", 8.5x11", 11x14", 16x20" an APS sensor is putting about the same number of pixels on print as a 4/3rds sensor. So effectively, the APS sensor is no bigger than the 4/3 sensor especially if it is Canon.
Not really
The highest resolution commercial mFT sensor is 20MP and 3888 pixels high. Most APS-C sensors are 24MP and 4000 pixels high, but there are also 26MP ones (Fujifilm) which are 4160 pixels high. The Canon 90d is 32.5MP and 4640 pixels high.
Any of those will put more pixels on the print than an mFT camera, especially if they are Canon (90D, at least).
In terms of sensor area, it is whatever is the long side and 13mm high for mFT, 14.8mm for Canon and 15.6mm for the rest. All will give a larger used sensor area than mFT.
Incorrect. Maybe even face news. The IMX492 is the highest and it is 44mp. It has been used in a number of both Comertial and proprietary cameras.
I think the highest resolution commercial mFT sensor can be argued to be 20 MP if by commercial we are talking about the consumer digital camera market and some some specific security cameras which is what Sony advertises that other sensor for.
"
Sony Semiconductor Solutions has launched a new image sensor for high-end surveillance cameras, factory automation applications, and industrial environments. The IMX492 is a combination of high sensitivity with low noise, makes it a great solution for challenging environments where contrast and detail are required like in industrial inspection systems."
Different domain and priorities than common digital cameras.
You all missed the point. There is an underlying assumption I made and that is same generation sensor, e.g. 16mp 4/3rds sensor v. 18 or 20 mp APS sensor; 20mp 4/3rds sensor v. 24mp APS sensor etc. CHOP off the left ant right 10% of the APS sensor to match the aspect ratio of the print sizes I mentioned and you get about the same number of pixels on the print.
See, this is what I mean about Bobn. He knows this but he argues a technical point that is irrelevant to the discussion. I could bring up the High resolution mode that Fuji doesn't have. I would be technically correct but it would miss the point of the discussion.
Tedolph