Full frame Vs APS-C: Which Is Better Camera?

Full frame Vs APS-C

Choosing between a Full frame Vs APS-C may be a hard choice. Both options provide their advantages, so picking between both may lead to quite the annoyance. Many photographers have their views, but picking what is ideal for your personal use will mostly come down to an individual style of shooting. So let Colorfy break it down.

Full Frame Vs APS-C Comparison

Full Frame Vs APS-C Comparison

Image quality

Provided you understand what you are doing, full-frame cameras will typically offer you a broader dynamic range than APS-C cameras with the identical pixel count. But at low sensitivity settings, the APS-C sized detectors’ pixel dimensions might allow you to catch finer detail.

Low lighting

Also associated with image quality, a full-frame will generally provide cleaner (noise-free) pictures in low light. When the pixel count is identical, the full-frame usually has bigger photoreceptors (pixels), and these collect more light. More light means a more powerful picture signal that needs less advantage.

This usually means that you can push the ISO up to its high settings confidently using a full-frame one. This could be the motivation that a low-light photographer should update to a full framework.


Bigger pixels mean less sound.

And full-frame cameras usually have larger pixels than APS-C.

So full-frame tend to produce less noticeable sound than an APS-C camera.

The Sony A7 full-frame, by way of instance, includes 24.3MP.

For an APS-C camera to get the identical pixel size, it will want to possess 2.3x pixels than the usual full-frame camera.

However, while this could improve picture sound, it might lessen the detail and resolution.

The only means for an APS-C camera like the Sony A6400 to possess precisely the identical number of pixels as the Sony A7 would be to utilize smaller pixels (24.2MP).

Size and Weight

Among the most important disadvantages of full-frame cameras is that they are typically more substantial than APS-C. The sole exception for this can be mirrorless cameras.

By way of instance, the Nikon D7500 APS-C camera weighs approximately 1.6 lbs while the full-frame choice the Nikon D850 weighs about 2.2 lbs.

And when we compare with the Nikon D7500 as well as also the D850, the D7500 is 1/2 inch shorter and 1/2 inch thinner than the D850.

In general, by visiting an APS-C camera, then you also can save at least 1 inch in size and more than 1/2 per pound in weight.

Lense Options

There are some items to consider when selecting lenses for both APS-C and full frame sensor.

Crop Element

For APS-C versions, one of the most significant advantages for wildlife photographers is the further crop element. The 1.5-1.6x ray of your optics can be enormously valuable when exercising in the area, attempting to picture little birds or remote wildlife.

The harvest factor also lets you acquire a similar angle of perspective using a much bigger lens, helping to decrease the equipment you want to take while still providing you good telephoto reach. That is something many photographers locate as a massive advantage since they may minimize the dimensions and weight of their equipment they will need to perform to the area.

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By way of instance, a 70-200mm lens onto a 1.5x crop-factor body provides you the equal of a 105-300mm lens-a a great compact wildlife installation.

Viewfinder functionality

Should you prefer to write images in a viewfinder instead of on a Live View screen, you might discover that scenes are somewhat brighter at the viewfinder of a full-frame DSLR compared to an APS-C DSLR’s. That is because a full-frame one employs a bigger mirror than its crop-sensor contemporaries.

Together with mirrorless cameras, the two APS-C and full-frame versions utilize digital viewfinders (EVF). What are more APS-C format mirrorless cameras that have the same dimensions and resolution EVF as full-frame versions? In reality, 0.5-inch 3,686,400-dot finders are getting more prevalent. To be certain, check the specification of the EVF from the camera you are considering.


APS-C lenses are usually cheaper and more streamlined than full-frame lenses.

A prime illustration of this is that the Canon 24-mm f/2.8 lens.

The full-frame choice of this Canon 24-mm f/2.8 lens prices $549, while the APS-C option only costs $129.

The harvest frame lens is 420 less costly compared to a full-frame counterpart.

Cheaper APS-C lenses bring about the overall more affordable character of possessing APS-C cameras than full-frame cameras.


APS-C detectors have a more extensive choice of lenses compared to full-frame cameras.

This is particularly true for zoom lenses, so you may frequently locate lenses with ranges that aren’t provided by complete frame lenses.

This usually means you will have the ability to experience a larger selection of effective focal lengths at a less expensive cost with an APS-C camera.


For many camera manufacturers, you may use APS-C and full-frame lenses.

Even though you can use these lenses, it does not mean that you should.

Most photographers and camera makers do not recommend you utilize APS-C lenses onto your full-frame camera.

Among the chief reasons is that you don’t utilize the full capabilities of your camera.

On account of this harvest nature of APS-C lenses, you may only use an APS-C-sized part of your lens when shooting photographs.

You should also avoid using APS-C lenses onto your full-frame cameras because they vignette the corner of your pictures.

Vignetting is particularly powerful at shorter focal lengths than at longer focal lengths.

Most cameras have a crop-frame style that will only have a photo with an APS-C sized part of your detector.

Employing APS-C mode in your full-frame is a powerful method to expand your focal length in case you don’t have a lens.

You might also use your full-frame lenses onto your APS-C camera, but that is a less common choice.

That can be a less likely alternative because most individuals do not update to some full-frame camera then return to their own APS-C.

It’s essential to be aware that utilizing a full-frame lens onto your APS-C detector will still only offer you a crop-view.

The sole difference when using a full-frame lens in an APS-C detector is that you receive the high-quality optics frequently connected with full-frame lenses.

Lenses are created for a particular detector, while it’s APS-C or even full-frame.

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For best results, always use the appropriate lens on your camera.

Remember, it is far better to take a photograph using a mismatching lens onto your camera than to not catch the picture in any way.

Read also: When to use APS-C lenses instead of full-frame

What’s the Difference Between Total Length and APS-C?

With many cameras available on the current market, you are wondering about APS-C on full-frame cameras.

Some years back, once the digital cameras didn’t exist, 35mm was the normal film size. When digital cameras came into being, the scenario altered.

DSLR cameras have electronic imaging detectors.

They replaced the picture and were considerably smaller compared to 35 mm.

In the calendar year 2002, we watched that the first sensor, which had a dimension equivalent to the typical picture (35 mm), called the complete frame.

Various Other Considerations When Taking Total Length vs. APS-C:

Consider the identical field of view a full-frame would catch with crop-frame cameras. The photographer will require a shorter focal length.

Additionally, you can attain the discipline of a 50mmm lens’s opinion onto your entire frame camera with a 35-millimeter lens in your APS-C camera.

Using the 35mm focal length, the field of opinion wouldn’t be just like the 50mm full-frame lens. It’ll be nearer.

Consider when you are shooting macro or close-ups together with all the full-frame camera. The topic will fill the frame at any distance from the camera lens. It will be dependent on the size of the topic-in addition, the focal length, and the minimum focus distance of your lens.

Your entire frame might get near your subject. It would, with no region of the subject of getting from the area of view.

You’ll have the ability to work in a long distance along with your entire frame camera. It won’t divert the subject.


I do not want to talk you to APS-C or state they’re much better than full-frame cameras generally.

There are surely photographers that, dependent on their enterprise, need complete frame versus APS-C. Or you have something for full-frame cameras. That is fine; I did too for the maximum period.

I am attempting to convey that typically, for travel photography, I would assert that an APS-C detector will fulfill your wants. And there are a variety of great ones for under $500. In reality, if you do not frequently make prints more significant than 36 inches, then an even bigger micro four-thirds sensor may do you just fine.

For all those who say, you want a full-frame one since APS-C detectors are poor, then allow me to ask you why not buy a medium-format camera since full frame sensors are inferior to people?

In case you haven’t considered an APS-C camera due to the situations you’ve learned from armchair photographers from the forums, I would recommend you to consider them.

And keep in mind that when somebody looks at your images in magazines, they will not be asking, “I wonder exactly what detector dimensions that they used.” They will only be awed by the picture since you are a fantastic artist that will make the finest of this camera you’ve got.

What are the thoughts on all this? Please leave these below!

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