The Fujifilm X-H2 is an extremely compelling camera at an equally compelling price. This camera has the highest resolution yet in an APS-C camera, its 40-megapixel sensor surpassing that of all but a handful of full-frame cameras. With 8K video and 5-axis IBIS to boot, you get impressive performance for an impressive price! The Difference On Paper. A full frame sensor is 24x36mm, whereas the APS-C sensor is roughly 16x24mm. This translates to the crop sensor having 43% of the area of its bigger brother. This not only affects the Depth of Field, but the focal length of APS-C being a 1.5x it’s 35mm equivalent. This sensor size difference (when all other things are However, thanks to its full-frame sensor, the Panasonic LUMIX S5 II still takes the cake in this price range. See our review; PENTAX K-3 Mark III: The PENTAX K-3 Mark III is a premium APS-C DSLR camera with high ISO performance that practically rivals some full-frame cameras. However, it's expensive, and its autofocus system isn't as reliable Full frame vs APS-C sensors – Test 1 – Good Lighting Conditions. The first pictures we will use to test image quality are the two below. One was taken on a full frame Nikon D850 45 mega pixel camera, and the other was taken on a Fuji XT-4 APS-C 26 mega pixel crop sensor camera. Marc J says: Which means that 25mm 1.4 lens set 1.4 on a four thirds sensor will have more depth of field than a 50mm 1.4 lens at 1.4 on a full frame camera, but with equal FOV. The 25mm f/1.4 lens on 4/3 sensor gives same depth of field as 25mm f/1.4 gives on FF, but again narrower field of view. Most non-Canon APS-C lenses are said to use a crop factor of roughly 1.5, meaning the sensor is 1.5 times smaller in height, width, and diagonal dimension than full-frame sensors. This is close, but in reality, general APS-C sensor heights are 15.6 mm high, meaning compared to full-frame's 24mm sensor height, they are 24 / 15.6 = 1.54 times Not a huge amount if the sensor technologies are equal, and for modern cameras I'd assume they're extremely close. This is less than the difference between full frame and APS-C. If you can get a 1-stop faster lens on the micro 4/3 you should be able to use half the ISO of the APS-C and find there's no IQ penalty at all. .

difference between full frame camera and aps c