New DSLR Owners: What You Must Know About Full Frame vs Crop Frame Sensors Before Choosing a Lens

New DSLR Owners: What You Must Know About Full Frame vs Crop Frame Sensors Before Choosing a Lens

“I got a new DSLR and I want a new lens. What should I get?” This was my aunt and, after a series of questions, I was able to narrow down what lens would probably make her happy based on her camera model. If you’re unhappy with the lens you have (or don’t have one at all) and you don’t know what you should use, find guidance in my straightforward suggestions below for new Canon and Nikon DSLR shooters. You must be equipped with this knowledge because not all lenses work as intended on all DSLRs, even within the same brand.

Narrowing down what lens you need can be divided into 3 steps:

Step 1: Identify Your Camera
Step 2: Identify Your Lens Type
Step 3: Pick a Lens (With Some Recommendations)

Let’s get started!

DSLR Cameras

You must be equipped with knowledge. Find out if you own a crop frame or full frame sensor camera.

Step 1: Identify Your Camera

The model of your camera is important to knowing what lenses you should and shouldn’t use. Are you shooting with the Canon 5D Mark III? Are you deciding between the Nikon d3300 vs d5300 or the Nikon d7100 vs d7200? Not every Nikon lens works well with every Nikon camera. There are some Canon lenses that simply will not work on certain Canon cameras!

Ignoring a few rare exceptions, Nikon and Canon DSLRS fall into 2 camps: APS-C Crop Sensor Cameras and Full Frame Sensor Cameras. There are lenses designed only for crop sensors and lenses that work fine with both. Here’s some Q & A to help explain the difference.

What is a full frame sensor?

Every DSLR has an image sensor inside it. It is hiding behind a mirror and looks like a green rectangle. This is what conveys information that results in an image. It is what we popularly use now to make pictures instead of film. In fact, that is what a full frame sensor is – it is a digital version of a 35mm film frame. They are the same size!

SensorFilmBLCropAlexHuff

Same concept, different delivery. 35mm film next to a full frame 35mm sensor from a D800 camera.

What is a crop frame sensor?

It’s a smaller sensor – smaller than 35mm. That’s it. That’s all it is. Imagine a 35mm piece of film, crop the edges down, and that’s your crop frame sensor.

Why would anybody crop a sensor?

The cynical answer is money. You can fit more cropped sensors on a silicon wafer during production than full frame-sized sensors so the yield is higher, making the cost lower. But there are other benefits. Crop sensors are smaller, which means the cameras they go into can be smaller. Crop sensors also have a narrower angle of view (they simply aren’t as wide as full frame sensors), which enhances the telephoto effect while reducing the wide angle affect. We’ll talk more about that later.

If full frame sensors match 35mm film, then exactly how big is a crop frame sensor?

Most crop sensor DSLRs use the “APS-C” format, which is a 3:2 ratio, as is full frame, but approximates the size of Advanced Photo System Classic film, which is closer to 24mm rather than 35mm. It was popular in the 90s in point-and-shoot cameras. In the digital age, APS-C sensor cameras occupy a formidable presence among pros and amateurs alike.

I heard crop sensor cameras have crop “factors”. What is a crop factor?

In the digital photography world, the 35mm size is our reference point for all imagery. We have all of these lenses available that are designed to work specifically on a standard 35mm frame size. But not all cameras have 35mm size image sensors! Many DSLRs have the APS-C sized sensor, which is closer to 24mm. When you mount a lens that is built for a 35mm size and stick it against a sensor that is 24mm size then the edges of your pictures are going to get cropped off. How much they get cropped is different on Nikon and Canon. Nikon APS-C sensors crop your image by 1.5x. Canon crops it a hair more, by 1.6x. This crop reduces your field of view through a lens by a factor proportional to the ratio between the 24mm size and the 35mm size.

Ok, so I’m going to see less on the edges of my scene through a lens on a crop sensor camera than on a full frame sensor camera. But how does that affect my lens choice?

When you cut off the edges of a scene, your field of view is narrower. If you’re a big fan of wide angle lenses because you like shooting wide scenes, you are going to lose some of that width on a crop sensor camera. How much? Simply multiple the length of the lens by the amount the sensor is cropped. In Nikon’s case, it is 1.5x – for Canon, 1.6x.

Let’s say you want to use a Nikon 16-35mm lens on a Nikon crop sensor DSLR:

16 x 1.5 = 24
35 x 1.5 = 52.50

Your 16-35mm lens will produce imagery on your crop sensor camera that looks more like what 24-52.50mm would look like on a full frame sensor camera. This is your focal length multiplier. You take your crop factor (in this case 1.5) and times that by the focal length you want to use. The result is how your crop sensor camera sees the scene in a world dominated by lenses designed for full frame fields of view. This will help you better choose a focal length that matches what you intend to see through your camera and not just what’s printed on the lens barrel.

FlowerComparison

Full frame sensor image on the left and crop frame sensor image on the right. Same lens and position on both.

I’m still a little confused.

Another way to think about crop factor is this:

Full frame sensors measure approximately 43.5mm diagonally. So a baseline lens for full frame sensors, one with as “normal” of view as possible (not overly wide, not overly telephoto) is about 45mm-50mm. But for the smaller crop frame sensors, the diagonal is only about 30.5mm.

So a quick way to think about it is if you have a crop frame camera and your friend has a full frame one, you will have to use a 30-35mm lens to get the same approximate field of view as they do using a 45-50mm lens. If you are both using 50mm lenses, then your friend’s focal length is 50mm. But your apparent focal length is closer to 80mm. This is why it is really important to know what you’re shooting with before choosing a lens. You don’t want to purchase or rent a wide angle lens only to learn that your field of view isn’t going to be as wide as your expectations.

PhotographerCropSensorBorrowLenses

A visual approximation. This dad is using a 50mm lens on a full frame camera. His view is represented by the red box (his result is on the right). If he were using that same lens on an APS-C sensor camera, his view would be narrower (cropped) – which is resented by the blue box. If he wanted to get the same result you see on the right with an APS-C sensor camera, he’d have to either A) step backward or B) use a wider lens.

For more, please see my Transitioning from Point-and-Shoot to DSLR: Understanding Full Frame vs Crop Frame Sensors.

So how do I know if I have a crop frame sensor DSLR?

The specs will always say what kind of sensor you have. It will say either Full Frame or APS-C. It will usually tell you the crop factor, too. (1.0x, or no multiplier, for full frame and either 1.5x or 1.6x for crop frame – there are also cameras with 1.3x crops, but they are uncommon). Our own camera body listings on BorrowLenses.com will also note the sensor size. Here is a list of the most popular models for you:

Camera APS-C Full Frame
Canon 7D & 7D Mark II X
Canon 5D, 5D Mark II, 5D Mark III X
Canon 60D, 60Da X
Canon 70D X
Canon 1D X, 1D C X
Canon 5Ds, 5Ds R X
All Rebel Series Canons X
Canon 6D X
Nikon D3*, D3s*, D3x, D4*, D4s*  *Crop Mode X
Nikon D5 Crop Mode X
Nikon D500 X
Nikon D7000, D7100, D7200 X
Nikon D700, D750 X
Nikon DF X
Nikon D300, D300s X
Nikon D5100, D5200, D5300, D5500 X
Nikon D3200, D3300 X
Nikon D800, D800E, D810 Crop Mode X
Nikon D600, D610  Crop Mode X

Step 2: Identify Your Lens Type

Now that you know what kind of sensor you’re using you can begin to choose the right lens for what you want to shoot.

For the most part, modern lenses (like their camera counterparts) fall into 1 of 2 camps: lenses for full frame sensors and lenses for crop frame sensors. One of the benefits of shooting with a crop frame sensor DSLR is that you can use full frame and crop frame lenses. But if you have a full frame sensor camera you should avoid using crop frame sensor lenses. Full frame cameras should only use full frame lenses. Crop frame sensor lenses are designed specifically to match the smaller size of crop sensors. The image coverage on these lenses is designed for a sensor smaller than full frame. If you try to pair a lens built for crop sensors onto a full frame camera then your images will have black edges around them. Full frame lenses work just fine on crop sensor cameras because the image coverage is 35mm, which is more than enough to cover the crop camera’s approximate 24mm sensor. You get image cropping, sure, but you can still shoot great images!

Here is an analogy to help you think of this in a different way:

Imagine you have a picture frame. If the frame is larger than the picture you want to put inside it, then you’re going to have weird empty space surrounding your picture. This is like the black vignetting you get when trying to use a lens designed for crop sensors on a full frame camera. Conversely, if you try to use a frame that is smaller than your picture, you have to crop your photo down – but at least you fill the frame!

Q & A time:

Ok, so crop sensor lenses have image coverage that is too small for full frame cameras so I should only use them with crop sensor cameras. But full frame lenses work just fine on both. Why would I ever use a crop sensor lens?

You still have to consider your focal length multiplier even on crop sensor lenses. Whether you opt to shoot with a lens designed for full frame sensor cameras or a lens designed for crop frame sensor cameras, the effective focal length of that lens will be either 1.6x more or 1.5x more when paired with a crop sensor camera. Lenses designed for crop sensor cameras don’t do the math for you and list it on the barrel. You still have to do your own math to get your affective focal length.

The major benefit of using lenses built for crop sensors is their size, weight, and price. Because they use a smaller image circle, it takes fewer materials to make long-range zooms. This is great for traveling and keeps these lenses relatively affordable.

Crop sensor cameras come with a lot of “lens math”. Do I have to do this with full frame cameras?

No. Full frame lenses are built for the 35mm size sensor so what it says is what you’ll get. You don’t have to compensate for cropping. This is why some people prefer full frame cameras (among other reasons not pertinent here). While full frame sensor cameras can’t use crop sensor lenses, they also don’t come with any need to calculate your focal length multiplier so long as you stick to the full frame lens inventory.

How can I tell if a lens is for crop sensors or for full frame sensors?

For Canon, full frame lenses are expressed as “EF” lenses while crop frame lenses are expressed as “EF-S”. If a lens has “EF-S” in the title, it is for crop frame sensor DSLRs and cannot be used on full frame cameras. If the lens’ title has “EF” (no S) in it, then you can use that lens on either full frame or crop frame sensor cameras.

For Nikon, if you see “DX” in the title, the lens is for crop frame DSLRs only. If it has “FX” in the title, the lens was designed for full frame (but can also be used on crop frames). Some Nikon cameras, like the D800 and D810, have a “DX Mode”.  These are full frame cameras that can mimic crop frame sensors when you attach a crop frame lens to the body. Sensor modes are becoming more common, which is great news for people who see the virtue of both modes and don’t want their lens choices to be limited.

Rebel_Sensor_BorrowLenses_AlexHuff

The major benefit of using lenses built for crop sensors is their size, weight, and price. Because they use a smaller image circle, it takes less material to make long-range zooms. This keeps these lenses relatively affordable and their small size is great for travel.

Step 3: Pick a Lens (Some Recommendations)

This is a lot of information to process. I remember my mind being blown at the discovery that some lenses read differently on different cameras because of sensor size. If you’ve come this far and understand most of what you just read but still feel a bit out-to-sea, fear not! I have some lens recommendations for new full frame and crop frame sensor DSLR owners. The first list is for zoom lenses, or lenses that cover a range of focal lengths. The second list is for prime lenses, or lenses that only have 1 length and do not zoom.

My Zoom Lens Recommendations for Beginners

Remember, everything I recommend for full frame cameras can also be used on crop frame (or APS-C) sensor cameras. If you have a crop sensor camera, the APS-C recommendations below will emphasize portability and affordability while the full frame counterparts provide ultimate quality but are larger, heavier, and spendier. A few lenses I recommend in the APS-C category can also be used on full frame cameras, especially among primes since there aren’t as many crop-dedicated primes as there are primes already compatible with both. Be sure to click on the item to read more details about it before committing.

Subject Nikon APS-C Nikon Full Frame Canon APS-C Canon Full Frame
Wide – Interiors, Vistas, Crowds, Landscapes Nikon 10-24mm f/3.5-4.5G (15-36mm Equivalent)  Nikon 14-24mm f/2.8G  Canon EF-S 10-22mm f/3.5-4.5 (16-35mm Equivalent)  Canon EF 11-24mm f/4L
Normal – Events, Landscapes, Traveling, Family, Products  Nikon 17-55mm f/2.8G (25.5-82.5mm Equivalent) Nikon 24-70mm f/2.8E VR   Canon EF-S 17-55mm f/2.8 IS (27.2-88mm Equivalent)  Canon EF 24-70mm f/2.8L II
Long – Sports, Graduations, Events Nikon 55-200mm f/4-5.6G ED VR II (82-300mm Equivalent) Nikon 70-200mm f/2.8G VR II Canon EF-S 55-250mm f/4-5.6 IS II (88-400mm Equivalent)  Canon EF 70-200mm f/2.8L IS II 
Super Long – Safaris, Stadium Events, Birding Nikon 80-400mm f/4.5-5.6G VR (120-600mm Equivalent)  Nikon 200-400mm f/4G VR II  Canon EF 100-400mm f/4.5-5.6L IS II (160-640mm Equivalent)  Canon EF 200-400mm F4L IS

The benefit of using a zoom is that you get to have many lenses in 1. This is great for traveling and events where you might not have the room to carry around, or the time to change out, multiple lenses.

My Prime Lens Recommendations for Beginners

Subject Nikon APS-C Nikon Full Frame Canon APS-C Canon Full Frame
Wide – Interiors, Vistas, Crowds, Landscapes  Nikon 20mm f/1.8G (30mm Equivalent) Nikon 24mm f/1.4G  Canon EF 20mm f/2.8 (32mm Equivalent) Canon EF 14mm f/2.8L II
Normal – Events, Landscapes, Traveling, Family, Products  Nikon 35mm f/1.8G (52.5mm Equivalent)  Nikon 50mm f/1.4G Canon EF 35mm f/2.0 IS (56mm Equivalent) Canon EF 50mm f/1.2L
Long – Sports, Graduations, Events  Sigma 180mm f/2.8 HSM (270mm Equivalent)  Nikon 300mm f/2.8G VR II  Canon EF 180mm f/3.5 (288mm Equivalent) Canon EF 300mm f/2.8L IS II
Super Long – Safaris, Stadium Events, Birding   Nikon 300mm f/4E VR (450mm Equivalent) Nikon 500mm f/4E VR  Canon EF 300mm f/4L IS (480mm Equivalent) Canon EF 500mm f/4L IS II

The benefit of using prime lenses is that they are designed to produce beautiful out-of-focus backgrounds when using wide apertures. If you don’t know what I am talking about, please see my Exposure Triangle: 3 Key Settings for Great Photography. They also, generally, have wider maximum apertures, which lets in more light. While you’re limited to only 1 focal length, your are forced to actually physically move your body in order to change perspective. This goes a long way toward teaching beginners some of the fundamentals of good image making.

I recommend zooms to people who plan to shoot a lot of family events, vacations, or a larger variety of subject matters. I recommend primes to people who have a stronger fine art interest, or who plan to shoot the same subjects over and over, and want to teach themselves the fundamentals of composition through restriction while still using a high quality lens.

This blog post is dedicated to all my friends and relatives who just got their first DSLR. If you’re also a beginner, I hope this helped. If you are a seasoned shooter, please share this with anybody you feel would benefit from it, along with your own lens recommendations based on your own experience.

The following two tabs change content below.
Alexandria Huff's photography and lighting tutorials can be found on 500px and her blog. She is a Marketing Coordinator for BorrowLenses.com and also writes for SmugMug. She learned about lighting and teaching while modeling for photographers such as Joe McNally and has since gone on to teach lighting workshops of her own in San Francisco. See her chiaroscuro-style painterly portraits on her website.

29 Comments

  1. Excellent article with really clear and educational information. Thank you! I’ve printed and saved this for school.

    Reply
    • I just purchased a nikon d750. I have the Nikon 50mm 1.8g lens. When my camera is in fx mode I see a black spot in the left hand corner and some banding. I switch it to crop and it’s not as bad… im confused and aggravated. I know this camera has had recalls but my serial number doesn’t fall under the category. Is it the lens or the camera???

      Reply
  2. Hi, thanks for the article. I was able to identify my Canon T3i 600D as an APS-C camera with your chart, but I wanted to point out that I couldn’t find any mention of “APS-C” or “Full Frame” in the specs. In fact, I searched the entire manual, and “APS-C” didn’t show up once.

    Is there another term or another way this would be described in the specs?

    Thanks

    Reply
    • Check page 37 and at the bottom it’ll have a small section on the sensor. They use the 1.6x language instead of saying APS-C: “Since the image sensor size is smaller than the 35mm film format, it will look like the lens focal length is increased by approx. 1.6x.”

      Reply
  3. This was EXTREMELY helpful!
    The only question I have is that if my lens doesn’t have DX or FX in the title how do I find out if it strictly for cropped dslrs or full frame dslrs?

    Reply
    • For Nikon, it can be assumed FX even if you don’t see FX on the barrel but the crop sensor-specific lenses will always list DX. For Canon, EF can be used for both full frame and crop frame but EF-S will only mount to crop frame. For Sony DSLRs, the designator “DT” will be used on lenses that are only for crop sensors. If they don’t say DT, they are safe to use on either sensor size. Sony E mount users can safely assume all lenses are designed only for crop sensors unless they are “FE” lenses, which can be used on both crop sensor E mount cameras (like the a6300) or the full frame mirrorless a7, a7R, a7S series cameras. For Pentax, the designation for crop sensor lenses is DA, for Sigma is it DC, and for Rokinon it is CS. Hope that helps!

      Reply
  4. Thank You. Great article for beginners like me to understand the world of photography.

    Reply
  5. This is quite good. But I think it’s more correct to stick to angle of view. When you start talking about “effective focal length” people think that the focal length of the lens is actually magnified.

    Reply
  6. A 35mm film frame measures 36mm x 24mm. The 35mm measurement is the total height of the film strip, including the area used by the sprocket holes. There’s 4.5mm at the top, then the 24mm height of the imaging area, and then another 4.5mm at the bottom.

    Most Nikon APS-C sensors measure between 23.5×15.5mm to 23.7×15.8mm so the exact crop factor is between 1.52-1.53X but everyone just rounds it to 1.5X. Most Canon APs-c sensors measure between 22.3×14.7mm to 22.5×15.0mm. The exact crop factor is between 1.6-1.61X but everyone just uses 1.6X.

    Reply
  7. What wide lens (to achieve full frame) do you recommend for canon 70d? I will be using it mainly for astrophotography so i kind of want a f/2.8 or f/1.4 aperture to capture some things on the sky . Thank you in advance! I really need opinions.

    Reply
    • You might find this page of lenses helpful: https://www.borrowlenses.com/category/aurora-lens
      It is a collection of wide angle lenses with maximum apertures of f/2.8 and wider for those interested in aurorae shooting but they also would be perfectly suitable for your needs. You can narrow down to just EF mount in the sidebar (you might have to toggle the sidebar open if you’re on mobile).

      Reply
  8. Thank you very much for this article..it really really helped me to clear “burst” of confusions regarding lenses on APSC and full frame DSLRs…
    Thanks a ton…

    Reply
  9. I was asked by friends what lens they should take for their Canon (APS-C). As I have a full frame Canon, I was a little lost giving an answer. Considering them to be nice People, I at least wanted to give them SOME guidance. With this in mind, I found your article and can only congratulate you. Very well written, very helpful, and smart. Thank you from Switzerland, and thank you in the name of others that need such help.

    Reply
    • Thank you! I am so glad it was helpful. Feel free to share it with all new shooters in the future!

      Reply
  10. I have reached out to Borrowless with re: to lens purchase and would like your opinion as well. BL has been amazing. I have a Sony A6000 and noticed you only featured Canon and Nikon so am not sure if you are familiar with Sony. What lens would you recommend for whale watching and what lens would you recommend for action shots in low light. I am torn between prime and telephoto. Thank you in advance.

    Reply
    • This is completely subjective, of course, but I took the a6300 with me to Iceland and Jordan and only wanted to carry 1 lens for the entire trip. Choosing that was hard but decided on the Sony Vario-Tessar T* E Mount 16-70mm f/4 ZA OSS Lens (https://www.borrowlenses.com/product/Sony-VarioTessar-T-E-Mount-16-70mm-f4-ZA-OSS-Lens). On the a6000 series sensor the field of view “equivalent” is closer to 24-105mm, which is among the best “walking around” zoom ranges other than a typical 24-70. Here are some select images I took that might help you get a better idea for that lens’ abilities. If you click on the little exclamation point in the bottom right-hand side of each image, it will show you my settings and the focal length: http://www.alexandriahuff.com/Sony-a6300-1670mm-Sample-Images/n-3PNxQZ/.

      There were times when I wanted a little more reach. I almost never felt like I needed anything wider. But I am also not big on landscapes or cityscapes. The lens is also a little beefy, thanks to the relatively fast maximum f/4 aperture (which is constant across the range). I was also attracted to the image stabilization but I don’t think I ended up really needing it. The lens isn’t the most portable ever but it is under a pound and fit into my day bag just fine. Hope that helps narrow it down a little for you!

      Reply
  11. What an outstanding article–I learned a tremendous amount–THANK YOU!! I have a Canon EOS Rebel T5i which I use for family and “event” photos–I am the unofficial photographer for a regional economic development coalition so do photos for board meetings and large conferences (have a EF-S 18-135mm lens which provides a nice, flexible range). Consequently I am always trying to improve my photography skills (finally using Lightroom in conjunction with Photoshop)–in particular with lighting for events. Any suggestions on event photography would be appreciated. Thanks very much. George

    Reply
  12. Thank you for the lens recommendations! I am going to rent to pick the best for my Canon 80D.

    I’ve heard so much good about the Canon EF 70-200mm f/2.8L IS II lens. Even though I have a crop sensor, I want to try it. Will the f-stop be the same on a crop sensor, even though it’s made for a full frame? Will I end up with more bokeh?

    Reply
      • I have the T5i and bought the EF 70-200 L f2.8 a few months ago. I LOVE IT! Takes amazing pictures with preset settings and really makes my photos look like a much more expensive full frame was used. No regrets!

        Reply
  13. A great article Alex! Have been reading a lot lately reg this topic, but this is by far the best and simplest of all. I don’t need to look any further. Thanks again.

    Reply
  14. Absolutely the best explanation of crop frame and full frame sensors I’ve come across, and one of the best written explanations I’ve ever read for anything I’ve ever researched on the web. I’m an ESL teacher getting into astrophotography as a hobby, and the majority of the ‘help’ given on many of the forums I visited make me roll my eyes. But not this article! I finished it with a smile! Bravo!

    Reply
  15. I am in the process of buying a camera for real estate photography, lots of interior room shots. I totally understand the difference between DX and FX Lenses, but the one question I have is would a DX camera produce the same quality wide angle images as an FX camera? (with appropriate lens) Or am I better off with an FX camera for this type of work?

    Reply
  16. First, thanks for a terrific explanation. Yours is not the first article I read but it’s clearly the best. And you really helped me make my choice for a new zoom lens. I have only one question. You stated – as have others – that, “Crop frame sensor lenses are designed specifically to match the smaller size of crop sensors. The image coverage on these lenses is designed for a sensor smaller than full frame.” Since the lenses are “designed specifically” for the sensors, why don’t the manufacturers just go ahead and recalibrate the focal length numbers and make the full frame owners do the math!?
    Thanks again.

    Reply
    • This is because the lens itself isn’t actually any different – the image circle coverage in relation to the smaller APS-C sensor is creating the “effect” of that “new” range. So those crop frame sensor lenses are designed for crop frame sensor cameras because of the vignetting-preventing image circle they use (which allows allows for a smaller build overall, too). But the glass itself is still what it says on the barrel.

      Reply
  17. Hello! I think I had trouble posting my original comment…but I wanted to say thank you!! This explains so much and it all makes sense- I even took notes. I do have a question though. I identified my Canon Rebel as APS-C. I am wondering what would be a good lens to use for taking pet portraits (portraits in general). Do you recommend a prime lens, and if so, would the Canon EF 20 mm or EF 35 mm be appropriate? My camera came with a standard 18-55 mm but the photos seem so “blah”. (also, would that equate to more of 28-88mm ?) Thank you for any help!

    Reply
    • This will depend on which look you want to go for. For pets, a lot of people like to photograph them with some context (where you can tell where the animal is in the scene) and therefore like something a little wider. But for people portraits, a long prime will help you get that really pretty separation of subject-to-background when using wide apertures (more intense “bokeh”). This might be an impossible choice – the solution to which might be to save a little money for a faster, higher-quality zoom, like the Canon 24-70mm f/2.8 or even the Canon 17-40mm f/4. These would get you a perceived field of view of around 40-112mm and 30-64mm. With the f/4 option, keep in mind that crop sensors also affect depth of field. See this article for more on that: https://www.borrowlenses.com/blog/crop-sensors-affect-depth-field

      Reply
      • Thanks so much!! That is a good article. Everything is opening my eyes up to amazing information!! And yes, there will be props in the background so I see what you mean, I think….I might try renting the Canon 17-40 to start with for the extra width. Thank you Alexandria!!

        Reply

Trackbacks/Pingbacks

  1. Aim High with Easy Night Photography Tips for Beginners | BorrowLenses Blog: Photo & Video Gear Rentals - […] Nikon D810, and the Canon 5Ds R are excellent choices. If you’re renting a camera, check its sensor crop factor…
  2. All About Autofocus: Focus Area vs Focus Mode for Beginners | BorrowLenses Blog: Photo & Video Gear Rentals - […] New DSLR Owners: What You Must Know About Full Frame vs Crop Frame Sensors Before Choosing a Lens • What…
  3. Prime Lens Basics and Why You Should Ditch Zoom Lens Photography | BorrowLenses Blog: Photo & Video Gear Rentals - […] When choosing a prime lens, the style of camera body it is paired with will have a great effect…
  4. The 10 Best Lenses for Portrait Photography | BorrowLenses Blog: Photo & Video Gear Rentals - […] Your Camera’s Sensor Size – An important thing to remember when picking out a lens for portrait photography is…
  5. The 9 Best Cameras for Low Light Photography | BorrowLenses Blog: Photo & Video Gear Rentals - […] of photography but when it comes to shooting in dark conditions it becomes even more important. Full frame cameras…
  6. The 5 Best Wide Angle Lenses for Canon | BorrowLenses Blog: Photo & Video Gear Rentals - […] The size of your sensor – Sensor size is an important thing to keep in mind if you are…
  7. The 7 Best DSLRs for Video | BorrowLenses Blog: Photo & Video Gear Rentals - […] It’s also important to know that the same lens will appear to have a to have a longer reach…
  8. On Making Big Purchases and Investing in Yourself - York Avenue - […] has to do with the size of the sensor and therefore what the lens is able to capture – this article gives…
  9. 10 Favorite Cameras and Lenses from 2016 - BorrowLenses Blog - […] the 300mm f/4 PRO in 35mm terms – if you don’t know what that means, please head over to…

Leave a comment, a question, or show us your work!