Size and weight is a big decision factor when you are trying to find the ideal camera for your needs.
In this section, We are going to illustrate Fujifilm X-T20 and Olympus E-M10 II side-by-side from the front, back and top in their relative dimensions.
Below you can see the front view size comparison of Fujifilm X-T20 and Olympus E-M10 II. Fujifilm X-T20 is 2mm narrower and 6mm thinner than Fujifilm X-T20 but they have the same height of 83mm.
Here is the back view size comparison of Fujifilm X-T20 and Olympus E-M10 II.
Now lets look at the top view comparison of Fujifilm X-T20 and Olympus E-M10 II.
Weight is another important factor especially when deciding on a camera that you want to carry with you all day.
Fujifilm X-T20 is 7g lighter than the Olympus E-M10 II but we don't think this will make a significant difference.
Also keep in mind that body weight is not the only deciding factor when comparing two interchangeable camera bodies, you have to also take into account the lenses that you will be using with these bodies. Since Fujifilm X-T20 has an APS-C sized sensor and Olympus E-M10 II has a smaller Four Thirds sensor, Olympus E-M10 II's lenses for a similar focal length and aperture will generally be lighter and smaller than the Fujifilm X-T20 lenses.
Weight Comparison
Mirrorless Cameras
Thickness Comparison
Mirrorless Cameras
Weather Sealing
Unfortunately neither Fujifilm X-T20 nor Olympus OM-D E-M10 II provides any type of weather sealing in their body, so you have to give extra care especially when you are shooting outdoors. If weather sealing is a must-have feature for you, check these sections: Top Mirrorless Cameras with Weather Sealing
LCD Screen Size and Features
Fujifilm X-T20 and Olympus E-M10 II's LCD screens has the same diagonal size of 3.0.
Both cameras feature
Tilting screens where you can change the angle of the screen to make it easier to shoot from waist or over the head levels.
Fujifilm X-T20 has a 24.0MP APS-C (23.6 x 15.6 mm ) sized CMOS X-TRANS III sensor and features X-Processor Pro2 processor. On the other hand, Olympus E-M10 II has a 16.0MP Four Thirds (17.3 x 13 mm ) sized CMOS sensor and features TruePic VII processor.
Fujifilm X-T20's sensor provides 8MP more than Olympus E-M10 II's sensor, which gives a significant advantage in real life. You can print your images larger or crop more freely.
On the other hand, please keep in mind that Max sensor resolution is not the only determinant of resolving power. Factors such as the optical elements, low pass filter, pixel size and sensor technology also affects the final resolution of the captured image.
Another difference between these two cameras is that Fujifilm X-T20's sensor lacks anti-alias (Low-Pass) filter. Removing anti-alias filter increases the sharpness and level of detail but at the same time, it increases the chance of moire occurring in certain scenes.
Below you can see the X-T20 and E-M10 II sensor size comparison.
As seen above, Fujifilm X-T20 has a 1.6x Larger sensor area than Olympus E-M10 II. Larger sensors give photographer more control on the depth of field and blurry background compared to smaller sensor when shot in same focal length and aperture.
In this section, we rank and compare Fujifilm X-T20 and Olympus E-M10 II for five different photography types in order to make your decision process easier in case you are specifically interested in one or more of these areas.
Fujifilm X-T20 for Portrait Photography
Olympus E-M10 II for Portrait Photography
Large APS-C (23.6 x 15.6 mm) sensor
Very High Resolution Sensor: 24.0MP
Electronic Built-in Viewfinder
Good Ergonomics&Handling
No Image Stabilization
Read the details
Large Four Thirds (17.3 x 13 mm) sensor
Image Stabilization
Electronic Built-in Viewfinder
Good Ergonomics&Handling
Average Resolution Sensor: 16.0MP
Read the details
Fujifilm X-T20 for Street Photography
Olympus E-M10 II for Street Photography
Large APS-C (23.6 x 15.6 mm) sensor
Electronic Built-in Viewfinder
Live-view
Face-Detection Focusing
Tilting LCD Screen
Medium sized Body
No Image Stabilization
Read the details
Large Four Thirds (17.3 x 13 mm) sensor
Image Stabilization
Electronic Built-in Viewfinder
Live-view
Face-Detection Focusing
Tilting LCD Screen
Medium sized Body
Read the details
Fujifilm X-T20 for Sports Photography
Olympus E-M10 II for Sports Photography
Electronic Built-in Viewfinder
Good Ergonomics&Handling
Fast Continuous Shooting: 14.0fps
Fast Max shutter speed: 1/4000s
325 Focus Points
Good Low Light ISO
Wireless Connection
No Image Stabilization
Environmental Sealings
Read the details
Image Stabilization
Electronic Built-in Viewfinder
Good Ergonomics&Handling
Fast Continuous Shooting: 8.0fps
Fast Max shutter speed: 1/4000s
81 Focus Points
Wireless Connection
Environmental Sealings
Read the details
Fujifilm X-T20 for Daily Photography
Olympus E-M10 II for Daily Photography
Large APS-C (23.6 x 15.6 mm) sensor
Medium size Body
383g
Body Thickness 41mm
Read the details
Large Four Thirds (17.3 x 13 mm) sensor
Medium size Body
390g
Body Thickness 47mm
Read the details
Fujifilm X-T20 for Landscape Photography
Olympus E-M10 II for Landscape Photography
Large APS-C (23.6 x 15.6 mm) sensor
Very High Resolution Sensor: 24.0MP
Live-view
No Environmental Sealings
Read the details
Large Four Thirds (17.3 x 13 mm) sensor
Live-view
Average Resolution Sensor: 16.0MP
No Environmental Sealings
Read the details
Number of available lenses is a big decision factor while choosing your interchangeable lens camera. When we look at the available lenses for these two cameras, we see that Olympus E-M10 II has an advantage over Fujifilm X-T20 There are 105 lenses for Olympus E-M10 II's Micro Four Thirds mount, on the other hand there are only 53 lenses for Fujifilm X-T20's Fujifilm X lens mount.
Another important factor is the availability of image stabilization. Olympus E-M10 II has a big advantage in this regard because it has a sensor based image stabilization which means that all the lenses mounted to this body will be stabilized. On the other hand, Fujifilm X-T20 doesn't have this feature so you have to buy a lens with optical stabilization feature. Currently there are 12 lenses for Fujifilm X mount with Optical Image Stabilization features.
| Lens Type |
# of Fujifilm X-T20 Lenses |
# of Olympus E-M10 II Lenses |
| Standard Zoom |
6 |
15 |
| Standard Prime |
12 |
12 |
| Wideangle Zoom |
2 |
5 |
| Wideangle Prime |
17 |
29 |
| Telephoto Zoom |
5 |
17 |
| Telephoto Prime |
5 |
9 |
| SuperZoom |
1 |
8 |
| Wideangle Fisheye Prime |
1 |
5 |
| Macro Prime |
2 |
4 |
| Perspective Control Prime |
2 |
n/a |
| Telephoto Mirror Prime |
n/a |
1 |
| TOTAL |
53 |
105 |
You may have already made your decision about which camera suits better for your needs and your budget so far but in case you wonder how we rated Fujifilm X-T20 and Olympus E-M10 II, below you can find their scores in five different aspects.
Our Decision Algorithm dynamically scores cameras using 63 different specs, current price and DxO Mark scores (where possible) in order to make a more objective and consistent comparison.
Here is a summary of how Fujifilm X-T20 and Olympus E-M10 II scores compare:
Fujifilm X-T20
Ranked
#34 out of 68 in SLR-style mirrorless cameras
Ranked
#87 out of 1191 in all Cameras
Olympus E-M10 II
Ranked
#31 out of 68 in SLR-style mirrorless cameras
Ranked
#76 out of 1191 in all Cameras
Olympus E-M10 II has a higher Overall Score than the Fujifilm X-T20 and would be our choice if we have to decide between these two cameras.
| General |
Fujifilm X-T20 |
Olympus OM-D E-M10 II |
| Brand |
Fujifilm |
Olympus |
| Announced |
2017-01-18 |
2015-08-25 |
| Body Type |
SLR-style mirrorless |
SLR-style mirrorless |
Sensor |
|
|
| Type |
CMOS X-TRANS III |
CMOS |
| Size |
APS-C |
Four Thirds |
| Dimensions |
23.6 x 15.6 mm |
17.3 x 13 mm |
| Area |
368.16mm2 |
224.90mm2 |
| Megapixels |
24 megapixels |
16 megapixels |
| Max Resolution |
6000 x 4000 |
4608 x 3456 |
| Max Native Light sensitivity |
12,800 ISO |
25,600 ISO |
| Max Boosted Light Sensitivity |
51200 ISO |
- |
| Min Native Light sensitivity |
200 ISO |
200 ISO |
| Min Boosted Light Sensitivity |
100 ISO |
100 ISO |
| RAW Support |
|
|
Autofocus |
|
|
| AF Touch |
|
|
| AF Continuous |
|
|
| AF Single |
|
|
| AF Tracking |
|
|
| AF Selective |
|
|
| AF Center |
|
|
| AF Multi Area |
|
|
| AF Live View |
|
|
| AF Face Detection |
|
|
| AF Contrast Detection |
|
|
| AF Phase Detection |
|
|
| Number of Focus Points |
325 |
81 |
Lens |
|
|
| Manual Focus |
|
|
| Lens Mount |
Fujifilm X |
Micro Four Thirds |
| Number of Available Lenses |
53 |
105 |
Screen |
|
|
| Type |
Tilting |
Tilting |
| Size |
3.0 |
3" |
| Resolution |
920k dots |
1,040k dots |
| Touch Screen |
|
|
Viewfinder |
|
|
| Viewfinder |
Electronic |
Electronic |
| Viewfinder Resolution |
2,360k dots |
2,360k dots |
| Viewfinder Coverage |
100% |
100% |
| Viewfinder Magnification |
0.62 |
0.62 |
Photography Features |
|
|
| Max Mechanical Shutter |
1/4000s |
1/4000s |
| Max Electronic Shutter |
1/32000s |
n/a |
| Shutter Priority |
|
|
| Aperture Priority |
|
|
| Manual Exposure Mode |
|
|
| Custom White Balance |
|
|
| Image Stabilization |
No |
Sensor-shift |
| Built-in Flash |
|
|
| Flash Range |
5.00 m (ISO 100) |
5.80 m (ISO 100) |
| Max Flash Sync |
1/180s |
n/a |
| External Flash |
|
|
| Continuous Shooting |
14.0 fps |
8.0 fps |
| Multi-Segment |
|
|
| Average |
|
|
| Spot |
|
|
| Partial |
|
|
| AF-Area |
|
|
| Center Weighted |
|
|
| AE Bracketing |
|
|
| WB Bracketing |
|
|
Video Features |
|
|
| Max Video Resolution |
3840 x 2160 |
1920 x 1080 |
| Video Formats |
MPEG-4, H.264 |
H.264, Motion JPEG |
| Microphone Port |
|
|
| Headphone Port |
|
|
Connectivity |
|
|
| Wireless Connectivity |
Built-In |
Built-In |
| HDMI |
|
|
Physical |
|
|
| Environmental Sealing |
|
|
| Weight |
383g |
390g |
| Dimensions |
118 x 83 x 41mm |
120 x 83 x 47mm |
| Battery Life |
350 shots |
320 shots |
Other Features |
|
|
| Timelapse Recording |
|
|
| GPS |
Optional |
None |
DxO Sensor Scores |
|
|
| DxO Overall Score |
not tested |
73 |
| DxO Color Depth |
not tested |
23.1 |
| DxO Dynamic Range |
not tested |
12.5 |
| DxO Low Light ISO |
not tested |
842 |
|
Report a correction |
Report a correction |