As you know canon is using a four thirds ratio sensor just a tiny bit bigger than our m43 sensors for their just launched canon g1x click here to see tha cams.
Micro 4 3 sensor size vs aps c.
As already discussed in 1 the difference in sensor size between aps c and micro four thirds is fairly small with an area ratio of only about 160.
Olympus and panasonic do often explain the advantages of a four thirds sized sensor over the classic aps c format.
Micro 4 3 vs aps c vs full frame.
One quarter of the area than a full frame sensor 1 0 crop factor 35 mm equivalent.
Compared to canon 24 105l f 4 mounted on adapter to sony a6000 the rx10iii has a 1 stop brighter lens advantage plus new backside illumination sensor technology that helps make up for the sensor size difference aps c vs 1 type in terms of low noise.
Micro 4 3 cameras by olympus and panasonic will focus very fast even in low.
The four thirds sensor 2 0 crop factor is 32 smaller in area than canon aps c 1 6x crop factor 39 smaller than nikon sony aps c 1 5x crop factor and 75 smaller i e.
First introduced around 2008 this sensor is slightly smaller and compact in nature.
In terms of the light intensity received by the sensors according to their area ratio this difference corresponds to less than one ev step.
A full frame camera contains a sensor size equivalent to a 35mm film format whereas a crop sensor camera has a sensor size smaller than a full frame sensor or a 35mm film format.
Micro four thirds 4 3 is a relatively new format and term.
Overview of the different sensors.
If you re not sure what a micro four thirds camera is it s a smaller mirrorless camera that first came about in 2008 and has a crop factor of 2x in relation to full frame sensors aps c format.
Since digital sensors became the standard in photography a plethora of formats were developed and nowadays there are many different sensors to choose from.
Full frame aps c micro 4 3 and smaller sensor size.
Mf vs full frame vs aps c vs micro.
Micro 4 3 vs aps c jpeg shootout ok so the raw shots above show what each sensor is capable of in combination with the lenses used but both olympus and fuji are renowned for producing some of the best out of camera jpegs in the industry so below i ll take a quick look at what the images look like shooting straight out of camera jpegs.
But it s nice to hear that canon is on the same wavelength.