Micro Four Thirds Vs. Full Frame [Comparison Guide]

Only if you are a true photography geek, you would be able to tell the correct difference between micro four thirds vs. full frame. It is what confuses people the most when making the decision of what kind of a camera to purchase.

Well, the thing is that in order to be able to make this decision easily, you need to consider quite a few factors. You will have to know details like the difference in a full frame and micro four thirds lens, the micro four thirds lens conversion chart and much more. So keep reading up until the conclusion to find everything from the advantages of micro four thirds to a video on what it is like to own a micro four third.

Table of Contents

Focal Length
Crop Factor
Performance w.r.t Lighting
Depth of Field
Conversion Chart
Conclusion

Focal Length

One of the most basic differences between full frame and micro four third lenses is their focal length. Full frame cameras have a 35mm focal length, whereas micro four thirds have a focal length of 17mm. Focal lengths determine how much you will be able to see in the picture overall, its magnification and what size will each element in the picture will be.

This means that if you are using micro four thirds, lesser of the scene will be captured but each element of the scene will be larger and clearer, than that of a full frame. Of course, the quality of the zoom feature of the camera will effect the quality of the image as well but keeping it constant. But in order to determine whether the best is micro four thirds camera for you or a full frame one, you need to consider your needs adjacent to the above mentioned factors.

Crop Factor

The crop factor and the focal length highly play off of each other but it important to remember that they are two different factors. Micro four thirds’ sensor size is very small with a crop factor of 2x. Comparing micro four thirds vs. APS-C, APS-C’s crop factor is 1.5x. This means the micro four thirds vs. full frame crop factor difference is even higher, full frame’s being based on old film-format concept.

The crop factor determines how much you can see in the lens of a micro four thirds camera or a full frame one. However, it is different than the focal length because it literally crops out the sides, instead of simply showing however much it can.

Performance w.r.t Lighting

Even though most best budget micro four thirds lenses are advertised as having peak performance in all types of lighting, this is far from the truth. When compared to full frame lenses, even the best micro four thirds lenses for travel fall short of producing quality pictures in low light. That is because even the best lenses for micro four thirds do not have the prime combination of high ISO and dynamic range. These factors when paired up capture the most light.

When thinking of performance w.r.t lighting, there is no need to look at micro four thirds vs. APS-C because high crop sensors can never catch as much light as full frame cameras. This is because, in order to observe good performance, the ISO needs to be set above 2000.

You might be wondering that then why does not everyone simply choose full frame cameras over even the best micro four third cameras. Well, that is because in certain types of photography, a high crop factor is needed. Especially when shooting portraits rather than landscapes. That is when in the micro four thirds vs. full frame debate, micro four thirds win.

Depth of Field

When crop-sensors are used to determine the micro four thirds, the aperture gets affected by the ‘multiplier effect’. And the aperture, also sometimes known as the f-stop, directly affects the depth of field. In order to understand the difference the crop-sensors make on the aperture, it is important to assume that all other factors of the full frame and micro four thirds lens remain constant.

The more the multiplier effect, the shallower the depth of field becomes. Even the best micro four thirds camera will have a comparatively shallow depth of field than a full frame one. It is important not to compare micro four thirds vs four thirds at this point because their difference does not have much to do with depth of field but with flange back length.

To conclude this discussion and make the difference clearer, you can look at it in the following way. The picture you capture from a f/3.6 full frame camera, it will be similar to the picture you capture from a f/1.8 micro four thirds camera.

Advantages of Micro Four Thirds Camera

Small and light camera and lenses
The 2x crop factor helps in makes it possible to use a small lens for a large focal length
Brighter corners of captured pictures
Very good off-centre resolution
Help in quick image stabilisation

Below you will find the micro four thirds lens conversion chart. The micro four thirds lens conversion chart makes it super easy to understand what lens you need to buy for what brand if you are using a micro four thirds camera.

The video given below will help you navigate your use of a micro four third. The video is by someone who has been using a micro four thirds camera for a long time.

Furthermore, if you want to learn more random facts about micro four thirds, you can check this out.

On the other hand, if you want to know how the micro four thirds came into being, you should read up here.

Conclusion:

Now that you have reached the end of this article, you must clearly know the differences between micro full thirds vs. full frames. You must also be aware of the fact that even the best budget micro four third lenses are not better than any full frame lenses when it comes to low lighting captures.

You must also know now that even though it seems that a full frame lens might be the better option overall, a micro four thirds also has its advantages. Furthermore, the micro four thirds lens conversion chart must have made it all the more easier to figure out which camera you need to buy.

If you liked this article, you can check out more similar articles from our site:

Author
Recent Posts

Maria Chan

Author at Dope Guides

I am a Space enthusiast and have been into deep space research for over 8 years. Inspired by the likes of Mary Robinette Kowal and others to write great content.