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The 5 Best Low Light DSLRs You Can Buy in 2019

24 Oct

The post The 5 Best Low Light DSLRs You Can Buy in 2019 appeared first on Digital Photography School. It was authored by Jaymes Dempsey.

best-low-light-dslrs-you-can-buy-in-2019

The 5 Best Low Light DSLRs You Can Buy in 2019

Do you want a camera that will capture amazing shots in low light?

As camera technology advances, DSLRs get better and better at handling the low light demands of photographers. Ten years ago, you would feel uncomfortable pushing ISOs past triple digits; now, ISO 3200 and ISO 6400 are common settings. And low-light autofocus lets you do some much more compared to 2010.

Of course, if you want these low light capabilities, there is one caveat:

You have to have the right camera. Because while some cameras perform admirably in low light conditions, others are still less than impressive.

In this article, I break it all down. I’ll share with you the five best low light DSLRs you can buy.

You’ll come away knowing which DSLR you need to grab – if you want the best low light capabilities out there.

Let’s dive right in.

The 5 Best Low Light DSLRs You Can Buy in 2019

1. Overall winner: the Canon 5D Mark IV

best-low-light-dslrs-you-can-buy-in-2019

The Canon 5D Mark IV is an all-round great camera. And its low light performance is, well, amazing.

First, the Canon 5D Mark IV features strong low-light autofocus. The camera is rated down to -3 EV, and the autofocus does well when acquiring focus in the dark.

But where the Canon 5D Mark IV really shines is in its high ISO performance. The 5D Mark IV’s sensor easily outperforms the 5D Mark III, the 6D Mark II, and every Canon crop-sensor DSLR ever produced.

Images are great up through ISO 1600, and still usable at ISO 3200, 6400, and even 12800. This makes the Canon 5D Mark IV perfect for those who need to carry on shooting, even in ultra-dark conditions, such as wedding photographers and astrophotographers.

Plus, the Canon 5D Mark IV is just great across the board, packing a 30.4-megapixel sensor, dual card slots, 61 AF points with 41 cross-type points, and 7 frames-per-second continuous shooting.

Note that the Canon 1D X Mark II (Canon’s $ 5000+ flagship camera) does give better photos than the Canon 5D Mark IV, especially at ISO 6400 and 12800. But the unspeakably high price makes it a non-starter for pretty much every enthusiast and even semi-professional photographer, so I opted to leave both it and its Nikon equivalent, the D5, off the list.

2. Incredible alternative: the Nikon D850

best-low-light-dslrs-you-can-buy-in-2019

First things first:

The Nikon D850 is one of Nikon’s top DSLRs and an amazing low light shooter in its own right.

In fact, the Nikon D850 edges out the Canon 5D Mark IV when it comes to low-light focusing. The Nikon D850 can lock focus in almost complete darkness, and it’s rated by Nikon down to an AF sensitivity of EV -4. In other words, the D850 is a strong option for event photographers, as well as anyone else looking to shoot moving subjects in low light.

Where the Nikon D850 falls short is in terms of ISO performance – though “falling short” is a bit of a misnomer in this case, because the D850 features amazing high ISO capabilities.

(It’s a credit to the Canon 5D Mark IV’s outstanding low light performance that it comes in ahead of the Nikon.)

The D850 offers beautiful photos up to ISO 1600. Images are still usable at ISO 3200. After this, color casts begin to distort the D850’s photos, though noise performance is still impressive.

If you’re comparing the D850 versus the 5D Mark IV, it’s worth noting the higher resolution of the D850 (45.7 megapixels) with the same frame-per-second rate (7 fps). Add to that 4K video capabilities, and you’ve got yourself a tremendous competitor.

3. Good budget option: the Nikon D750

The 5 Best Low Light DSLRs You Can Buy in 2019

The Nikon D750 is a few years old now (it was released in 2014), but that doesn’t stop it from offering up impressive low light performance, five years later.

The biggest benefit the D750 offers in terms of low-light capabilities is its autofocus; while it can’t go down to the -4 EV AF sensitivity featured on the D850, it offers autofocusing at a respectable -3 EV and does extremely well (better than the D810) at acquiring focus in low light.

The D750 packs impressive high-ISO capabilities, as well. You should be able to shoot comfortably up through ISO 1600. At ISO 3200, some noise will be present, increasing at ISO 6400, but remaining usable.

Other features include a 6.5 fps continuous shooting speed, a full-frame, 24.3-megapixel sensor, and an adjustable LCD screen. Where the D750 shows its years is in terms of its accessories: there’s no touchscreen, and no 4K video.

But it’s easy to find used D750s on sale for under 1000 dollars. So if you’re looking for a stellar low-light camera on a budget, the D750 may be the way to go.

4. Canon 6D Mark II

The 5 Best Low Light DSLRs You Can Buy in 2019

The Canon 6D was considered an exciting full-frame option for enthusiasts. Unfortunately, its successor, the Canon 6D Mark II, debuted to less critical acclaim.

That said, the Canon 6D Mark II does have a few features worth noting, including its low light ISO performance, which is outranked only by the 5D Mark IV among Canon’s semiprofessional and APS-C DSLRs.

On the 6D Mark II, you can push your ISO to 1600 without worrying about intense noise. Even ISO 3200 gives useable, though somewhat noisy, images.

Low light focusing is good, with the 6D Mark II acquiring focus down to an EV of -3, and featuring a strong AF center point (as part of a 45 AF point spread).

All in all, the Canon 6D Mark II is a solid low light option, especially for those not willing to shell out the money for a Canon 5D Mark IV (or its Nikon competitors).

5. Best APS-C low light option: the Nikon D7500 (and the Canon 80D)

best-low-light-dslrs-you-can-buy-in-2019Full-frame cameras are better low light shooters, hands down. The larger pixel size gives better noise performance, and top brands channel their best features into semi-professional and professional full-frame bodies.

That said, there are some great low-light crop-sensor options out there.

In particular, the Nikon D7500 offers some impressive low-light capabilities at a very reasonable price (and is just an all-around solid option).

First, the ISO range is outstanding: ISO 100 to ISO 51,200, with an extension to the whopping ISO 1,638,400 (not that you should ever use it).

ISO 1600 shows noise, but nothing serious. Images at ISO 3200 are surprisingly good for an APS-C camera, and even ISO 6400 is usable with some noise reduction for smaller print sizes.

On the Canon side of things, the 80D doesn’t quite match the low-light performance of the Nikon D7500 but is still worth a look. Images become noisy around ISO 1600, increasing with ISO 3200 and beyond. I’d also recommend checking out the new Canon 90D; while the noise performance will no doubt be scrutinized over the coming months, initial tests indicate that the 90D is close to equivalent with the 80D at high ISOs.

best-low-light-dslrs-you-can-buy-in-2019

Here’s the bottom line:

For entry-level shooters looking to grab a strong low-light performer, the Nikon D7500 or the Canon 80D might be the way to go.

The 5 best low light DSLRs you can buy: conclusion

You should now have a good sense of the best low-light DSLRs out there – and the right one for your needs.

If you’re looking to do some serious shooting and you have the cash to spare, the Canon 5D Mark IV or the Nikon D850 is the way to go.

But the Canon 6D Mark II and the Nikon D750 are solid backups.

And for the entry-level photographer, the Nikon D7500 and the Canon 80D both feature good high-ISO performance, even if they are APS-C bodies.

Do you agree with these low light shooters? Are there any other low-light DSLRs you’d recommend? Share with us in the comments!

best-low-light-dslrs-you-can-buy-in-2019

The post The 5 Best Low Light DSLRs You Can Buy in 2019 appeared first on Digital Photography School. It was authored by Jaymes Dempsey.


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A Step-by-Step Guide to Using Light in Flower Photography for Awesome Photos

23 Oct

The post A Step-by-Step Guide to Using Light in Flower Photography for Awesome Photos appeared first on Digital Photography School. It was authored by Simon Ringsmuth.

using-light-in-flower-photography

Flowers are brilliant subjects for photography. They are bright, colorful, and are stay perfectly still for you as long as the wind is calm. You don’t need any special equipment or lenses to take great photos of flowers either. You can get great photos with just a mobile phone or a basic DSLR with a kit lens. If you really want to elevate your flower photography to the next level, you need to pay very close attention to one thing – the sun – because the light in flower photography is everything.

Image: 85mm, f/2.8, 1/3000 second, ISO 2200

85mm, f/2.8, 1/3000 second, ISO 2200

Of course, there are other sources of light besides the sun, but this is the most obvious and easily-accessible one when considering flower photography. Unfortunately, you can’t position the sun exactly where you want it, but you can position yourself to make the best use of it. You can also take note of the lighting conditions when you go out to shoot flower pictures. Understanding how the sunlight, and your angle of view, affect the finished product is key to getting great shots.

Don’t let anyone tell you that if you want to get good pictures of flowers you have to do it in certain conditions like a cloudy day or the evening. In truth, you can get great flower photos almost any time as long as you pay attention to the sun and the shot you are trying to get. Let’s take a look at some different scenarios and see how they affect flower photography.

Time of day

The time at which you shoot, such as early morning or mid-afternoon, can have a huge impact on your flower photos. In addition to altering the amount of light available, shooting in the morning or evening changes the type of light. It also changes the angle at which it hits your flowers and the surrounding area.

I shot the picture below just as the sun was coming up. The blurry triad in the background is a street lamp that had not yet turned off. It added a nice background touch to the picture. This would have looked entirely different had I taken the picture a few hours later.

Image: 50mm, f/1.8, 1/180 second, ISO 400.

50mm, f/1.8, 1/180 second, ISO 400.

If you want your flowers gently illuminated for a soft, almost hazy appearance, then early morning or late evening is going to work great. However, if you want your flowers bright, sharp, and punchy, then harsh overhead lighting is ideal.

It all depends on the type of picture you want to take and knowing how the lighting conditions affect the final image.

using-light-in-flower-photography

50mm, f/2.8, 1/1500 second, ISO 200

A monarch butterfly joined me as I was taking the above picture in the afternoon. The bright overhead sun made the reds, yellows, and greens bright and crisp, which doesn’t happen in the early morning or late in the day.

The sun was directly overhead when I took the picture below. This caused each of the colors in this picture to shine. It turned out I wasn’t the only one interested in this particular magnolia flower.

using-light-in-flower-photography

50mm, f/1.8, 1/6400 second, ISO 200

You can get great pictures of flowers at any time of the day. Just make sure you know where the sun is and how it will impact your pictures. Armed with that knowledge, you’ll be able to make better choices about the pictures you are going for.

Types of light in flower photography

Backlighting vs. front lighting

Backlight is when the main source of light comes from behind your subject. This can lead to some creative scenarios, especially when used to shoot subjects with rim lighting. Conversely, front light is when the main source of light comes from the front of your subject, usually behind the photographer.

Either one of these types of lighting works great for flower photography. However, you need to understand how backlighting and front lighting affect your flower pictures, so you know which one to use. I photographed the flower below with front lighting. The sun was behind me as I took the picture.

using-light-in-flower-photography

85mm, f/1.8, 1/3000 second, ISO 100

Front lighting makes the purples really stand out, especially against the background. There are also some prominent shadows along the left-hand side and at the base. These are neither good nor bad, just a result of using front lighting.

A similar flower, shot in the same location a few minutes later, reveals a much different image when employing backlighting.

Image: 85mm, f/2.8, 1/500 second, ISO 560

85mm, f/2.8, 1/500 second, ISO 560

Notice how the petals almost look like they are glowing as the sun shines through them. The shadows are more diffused, which is also due to the late hour of the day at which this was shot. Both pictures are good but in different ways. If you traditionally shoot flowers with front lighting, try doing some backlit shots and see if you like the results.

Image: Another backlit flower, where the shining sun made the yellow flower appear bright and radian...

Another backlit flower, where the shining sun made the yellow flower appear bright and radiant.

Sunny vs. overcast

There’s a common perception among photographers that cloudy, overcast skies make for some of the best lighting conditions. While I certainly enjoy shooting on days like that, the truth is, you can make any lighting condition work for flower photography. You just need to know how the light will affect your images.

One of my favorite flower photos I have ever taken was in the middle of the day just after a bit of rain. It’s a few coneflowers low to the ground. The overcast sky led to even lighting across the entire frame and rich, deep colors. There are no harsh shadows, no translucent petals, and no bright spots in the background. Instead, the frame is a mix of saturated greens, purples, and reds that I really like.

using-light-in-flower-photography

50mm, f/1.8, 1/640 second, ISO 200

Another example of this is the following picture, which I took in the morning after a night of thunderstorms. The clouds overhead dispersed the sunlight into all directions, which gave me an evenly-lit scene that worked great for this particular show.

Image: 85mm, f/1.8, 1/200 second, ISO 125

85mm, f/1.8, 1/200 second, ISO 125

However, these two pictures don’t mean you can’t take great flower pictures in bright sunlight. Far from it! Just know that flower images in bright sunlight will look much different than their cloudy-skied counterparts. The picture below is similar to the one above, but I took it on a bright sunny day.

using-light-in-flower-photography

50mm, f/1.8, 1/8000 second, ISO 360

This picture is neither better nor worse than the one above it, just different. Bright sunlight makes the red petals leap out of the frame. The rich blue sky and deep shadows of the grove of trees add a sense of space and depth that is missing in this picture’s counterpart.

Similarly, I photographed the purple magnolia flower below on a bright sunny day, but with just a bit of cloud cover. It’s kind of a cross between sunny and overcast and yields an interesting picture.

using-light-in-flower-photography

85mm, f/1.8, 1/200 second, ISO 140

The sun was off to the left, making the white inside of the flower petal shine out and compete with the purple in the foreground for the viewer’s attention.

I show all these examples as an illustration that you can get great shots of flowers in a variety of lighting conditions. The key is to use the sunlight (however it happens to be at the moment) to your advantage by knowing how it will affect your flower photos.

A comparison

If you can’t control the light in your flower photography, you can still control the angle from which you shoot your pictures. This has an amazing impact on how your flower photos turn out.

I shot the three photos below on a bright sunny day in about three minutes. The same flower is in each shot, and I used a 50mm lens with an f/2.8 aperture. The only difference is the angle from which I took each photo but that one simple thing changes each picture a great deal.

In this first picture, the flower is front-lit, meaning the sun was behind me and almost directly overhead as I took the photo. Notice the bright orange colors and stark shadows, which create a sense of depth and isolation. The background is shrouded in shadow because of the overhead light and the angle from which I took the picture. I see a lot of pictures similar to this online, especially on social media sites.

Image: 50mm, f/2.8, 1/2000 second, ISO 100

50mm, f/2.8, 1/2000 second, ISO 100

For this next photo, I stood in the exact opposite spot, looking up from below into the sun. Notice how the petals have become brilliantly translucent, and the greenery on the left is bursting with blurry bokeh.

It’s an entirely different version of the same flower and didn’t require anything on my part other than a simple perspective change.

Unlike the first picture, I don’t often see flower shots like this on social media. This is most likely because it’s just not something a lot of people think about doing.

Image: 50mm, f/2.8, 1/2000 second, ISO 100

50mm, f/2.8, 1/2000 second, ISO 100

I photographed this final image from the side, and what’s interesting here isn’t necessarily the flower but the background. From this angle, the background was entirely green, making the oranges and reds of the flower scream out by comparison. The lighting is similar to the first image, but this one is a lot more interesting to me because it’s a mix of colors instead of a flower against a mostly black background.

using-light-in-flower-photography

50mm, f/2.8, 1/2000 second, ISO 100

I really want to stress that none of the pictures in this tutorial are objectively better than any others. What I hope to have illustrated is that paying attention to the light in flower photography, as well as considering alternative viewpoints from which to shoot, can dramatically impact your flower photos.

Image: 23mm, f/5.6, 1/160 second, ISO 200. I had to hold my camera high above my head and fire off a...

23mm, f/5.6, 1/160 second, ISO 200. I had to hold my camera high above my head and fire off a series of shots hoping one of them would turn out. It did, and I’m so glad I didn’t just shoot a single sunflower from my normal eye level.

If you enjoy taking pictures of flowers, hopefully these images will give you some new ideas to consider. And if you haven’t spent much time out in nature capturing the beauty of blossoms like this, I hope you can find some time to go out, look at the lighting in flower photography and give it a try. You might be surprised at what you can get!

I’d love to see some of your shots – please share them with us in the comments below.

The post A Step-by-Step Guide to Using Light in Flower Photography for Awesome Photos appeared first on Digital Photography School. It was authored by Simon Ringsmuth.


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Getting to Grips with Fill Light in Portrait Photography

08 Oct

The post Getting to Grips with Fill Light in Portrait Photography appeared first on Digital Photography School. It was authored by John McIntire.

Image: Using fill light is an essential skill that will allow you complete control over the contrast...

Using fill light is an essential skill that will allow you complete control over the contrast and tonality in your images in any type of lighting situation.

It should be no secret to any photographer that one light is all you need to achieve great results. While one light setups (in this context, specifically those that don’t involve the use of a reflector) are both well discussed and incredibly useful, sometimes it’s good (or even essential) to go beyond the basics. The next step in your progression is probably going to be to add fill lighting.

Fill light is one of those essential skills that every photographer should have a good grasp of no matter what type of light they are using.

Image: One light setups are powerful, and the results can be great. However, sometimes it’s us...

One light setups are powerful, and the results can be great. However, sometimes it’s useful to be able to take even more control over the contrast in your images.

This article will help to get you started with two types of fill lighting. The first of these is the use of the humble reflector. The other is to use a second dedicated light source. Both of these methods are very different in how they are implemented and what they can achieve. Mastering both will give you a more complete skill set with which to use in your photography.

What is fill lighting and what does it achieve?

Image: In the image on the left, the lack of fill lighting has left most of the details in the back...

In the image on the left, the lack of fill lighting has left most of the details in the back of the subject’s dress as pure black. Adding fill light (right) has brought those details back.

The concept of fill lighting is quite simple.

The idea is that you use it to light the shadows in your frame. What this does is:

  • Brings up the exposure of the shadow areas in your image.
  • Reduces overall contrast in your frame (much like landscape photographers use graduated ND filters to reduce contrast in their images).
  • Brings your final images more in line with how the eye sees the world, rather than the limited range of your camera’s sensor.

While really dark and contrasty images definitely have their place (I love them myself), images (especially portraits for clients) will benefit from a more even contrast ratio. I once heard it described (I’m sorry, I don’t remember where) that in lighting for TV and cinema, the shadows are always lit. This was a lightbulb moment for me as I had always wondered how cinematographers seemed to show a lot detail while still retaining a good amount of contrast. The answer was controlled fill lighting.

Two types

Reflectors

Image: Reflectors are a powerful and versatile tool that allows you to be as subtle or as bold as yo...

Reflectors are a powerful and versatile tool that allows you to be as subtle or as bold as you like with your fill lighting.

The most basic type of fill lighting is that provided by the ever so basic, yet powerful, reflector. You probably have at least one of these already (or you’ve made a few). Reflectors provide fill light by reflecting light (go figure) from your key back into the shadows of your frame. In a lot of cases, reflectors will be your first foray into fill lighting. However, they will also be one of your most-used pieces of kit altogether.

Secondary lights

Image: Using a secondary light source as fill is going to be your most versatile option.

Using a secondary light source as fill is going to be your most versatile option.

You can also use a second light (or third and beyond) as your fill light. A dedicated fill light will do the same basic job as a reflector, but it is infinitely more controllable. You can fine-tune the exposure and shape of your fill light with a precision that reflectors just don’t allow.

Contrast ratios – The very basics

Image: Left: The shadows are filled heavily and the fill light is metered one-stop below key. This r...

Left: The shadows are filled heavily and the fill light is metered one-stop below key. This results in a low contrast image with shadows retained. Right: the fill here is four stops below key. The contrast is high and the shadows are deep, but all of the detail is present.

The very concept of a contrast ratio can seem technical and daunting, I know. However, it is not at all that difficult of a concept and it’s just not that technical. At the most basic level, a contrast ratio simply tells you how bright one light is in relation to one another in terms of the aperture of your camera.

If your key light is metering at f/8, that means that if you set your camera to f/8 and an appropriate shutter speed (lower than your camera’s max sync speed) you will achieve a correct (subjective) exposure in-camera.

Fill lighting will always be underexposed in relation to your key light. If it’s even to your key light, you will get flat, no-contrast images as a result. For a contrast ratio that provides low contrast, you will want your fill light to be at least one stop darker than your key light. Since our hypothetical key light is f/8, that means the key light in this instance needs to meter f/5.6. This is a ratio of 2:1 (which is more advanced and you definitely don’t need to know to get started).

In short, if you want less contrast, your fill light should be one to two stops under your key light. If you want more contrast, try three to four stops.

Metering

If you want to be as precise as possible with these ratios, you will want to consider a light meter. That way you can measure any light falling on the scene with the press of a couple of buttons. This is the easiest way to go about it and works in the studio and natural light. You can also meter the light bouncing off a reflector.

Image: A light meter is the easiest and most accurate way to read what your light is doing. However,...

A light meter is the easiest and most accurate way to read what your light is doing. However, they don’t tend to be cheap.

That does not at all mean that you have to use a light meter, though. While more difficult (especially if you’re new to lighting like this), you can do it with your histogram on the back of your camera. Take a test shot with just your key light on. Now take one with only your fill light on. (Note: you won’t be able to do this if you are using a reflector.) Because fill lighting should be raising the exposures on your shadows, the shadow area of the histogram of your fill light test shot should be further to the right than that of your key light test shot.  If the shadow areas on both histograms line up, you need to increase the exposure of your fill light. If the shadow areas of your fill light’s histogram line up with the mid-tones or highlights of your key light’s histogram, you need to decrease the exposure of your fill light. (I did say it was trickier.)

Image: Left: Without fill light, you can see the shadows are underexposed. Right: With subtle fill l...

Left: Without fill light, you can see the shadows are underexposed. Right: With subtle fill light, you can see the shadows are brought up quite a lot.

Of course, you don’t have to do either of these things. You can always eyeball the whole setup and try to adjust things on the go. I would say this is perfectly fine with experience, but as you start out, I encourage you to at least have a go with the previous methods. It will drastically reduce the amount of time it takes you to get to grips with the technique and fully understand what is going on with your light. The more you understand, the easier you will find it to adjust things on the fly. You will also be able to learn new techniques faster.

Fill light with reflectors

Image: Reflectors can be subtle or bold when used as fill and are pretty versatile for what they are...

Reflectors can be subtle or bold when used as fill and are pretty versatile for what they are.

Reflectors are:

  • Cheap
  • Easy to setup
  • Easy to use
  • Very effective

Getting started with reflectors as fill lighting

Image: Reflectors are powerful, yet accessible, tools for fill lighting.

Reflectors are powerful, yet accessible, tools for fill lighting.

Before you start to think about fill, you will want to decide what your key light (main light source) is going to do. Set up your key light so that it is shaping and lighting your subject the way that you want. Meter so that you have the exposure settings that you desire.

Image: A small(ish) softbox placed in front of and above the subject creates soft light with shadows...

A small(ish) softbox placed in front of and above the subject creates soft light with shadows underneath the subject’s features.

Now, evaluate the shadow areas that your key light is creating. If you’re using natural light, or strobes fitted with modeling lights, you can do this by eye. Alternatively, you can take a test shot and review it on the back of the camera.

Image: Here you can see that while the light is soft, the shadows are a prominent part of the image.

Here you can see that while the light is soft, the shadows are a prominent part of the image.

Place your reflector so that it is roughly opposite your key light. Evaluate what the reflector is doing (either by eye or test shot again).

Image: Adding a reflector beneath the key light serves to raise the exposure in the shadow areas of...

Adding a reflector beneath the key light serves to raise the exposure in the shadow areas of the image.

What you are aiming for is for you shadows to be brought up in exposure, but not eliminated altogether. If you want low contrast, bring your reflector in as close as possible. If you want more contrast, move it away.

Image: With the reflector used as fill, the shadows are still present, but the overall contrast in t...

With the reflector used as fill, the shadows are still present, but the overall contrast in the image has been reduced.

It can take quite a lot of practice before you learn to see the subtle changes a white reflector provides. The key is to get as much practice in as possible.

Set up an object and light it. Put your reflector wherever you want and start taking shots, being sure to move the reflector into different positions each time. Review each shot and try to notice the behavior of the light in each instance. This exercise will give you a pretty good idea of how a reflector is going to behave in any given situation. Do this exercise often and you will find you can see even the most subtle shifts in light where it was difficult before.

Another quick tip to help you see the difference in contrast in a scene is to squint. It sounds ridiculous, but squinting reduces your vision to blocks of value and you will be able to see the contrast in the scene more easily.

A second light

Image: A second strobe serving as fill gives you the most control over how you manipulate your shado...

A second strobe serving as fill gives you the most control over how you manipulate your shadows.

Like reflectors, using extra lights as fill is a fundamental skill, albeit one with a slightly steeper learning curve. That said, unlike reflectors, using a dedicated light source allows you full control over the power output, making it much easier than a reflector to control how the light is going to behave.

Image: Varying degrees of contrast between your shadow and highlight tones are possible just by adju...

Varying degrees of contrast between your shadow and highlight tones are possible just by adjusting the power of your fill light.

To get started using a dedicated fill light, place your key light in your desired position and set the power for your desired aperture. Let’s return to that hypothetical of f/8.

Image: Here, a softbox is placed at 45 degrees to the subject.

Here, a softbox is placed at 45 degrees to the subject.

Knowing your aperture, place your fill light where it will affect the shadows in the manner you would like and set the power output so that it will be underexposed in relation to your aperture. How much you underexpose for is entirely up to you. If you want, say, two stops of fill in this scenario, then you will want your fill light to meter at f/4.

Image: A 7′ parabolic umbrella with diffusion was added about 10-feet away to serve as fill. I...

A 7′ parabolic umbrella with diffusion was added about 10-feet away to serve as fill. It was set to meter 2-stops under the key light.

Take a test shot and see if you have your desired effect. Adjust as required and there you go.

Image: In this before (left) and after (right) you can see how the shadows on the right side of the...

In this before (left) and after (right) you can see how the shadows on the right side of the image are lifted and filled in with the fill light.

Taking it further

Image: You can design fill lighting however you like. Feel free to use multiple sources of different...

You can design fill lighting however you like. Feel free to use multiple sources of different sizes and shapes if it works.

Of course, you are not limited to a single fill light. You can have multiple fill lights lighting your subjects from both sides. You can also mix lights and reflectors for different strengths of fill lighting from various angles. You can pretty much do whatever you want in terms of designing a light set-up. You are only limited by the equipment you have at hand and what you can dream up.

Image: Using multiple fill lights allows you to control every aspect of contrast in your images.

Using multiple fill lights allows you to control every aspect of contrast in your images.

An idea is only crazy if it might work and you don’t try it.

Tips for fill lighting

1) It’s often better to retain the shadows rather than fill them in completely. This is not a rule, but images that retain some amount of contrast are often more natural and pleasing to the eye.

2) Pay attention to the catchlights in portraits – Extra light sources mean extra catchlights. When you are setting up your lights (reflectors included), be sure to watch the catchlights in your subjects’ eyes. Catchlights can make or break a portrait, so make sure you are controlling them as much as you are the lighting itself.

3) Big light sources at a distance work very well as fill light.

Image: This is by no means a rule, but big light sources (like the 7′ umbrella to camera right...

This is by no means a rule, but big light sources (like the 7′ umbrella to camera right) from a distance work really well as fill lighting.

4) Don’t be a slave to the ratios – While using the ratios as a starting point can, and will, be a useful springboard, that doesn’t mean you should adhere to them rigidly. If something isn’t right, adjust as you see fit. Nobody cares in the end if your ratios are exactly 4:1, but they do care if your photos look right. Use your best judgment and change things up if you need to. Sometimes only the tiniest of power adjustments will completely change the end result.

5) Think outside the box – Any light source can be your key and your fill. You’re probably aware that you can use flash to fill-in shadows in natural light, but you can also use natural light as fill where your main lighting is provided by flash.

Image: Here, the key light is a large window to the camera right. The fill light is provided by a st...

Here, the key light is a large window to the camera right. The fill light is provided by a strobe. You can mix light sources however you want to achieve your fill lighting.

That’s it

Hopefully, that’s served as a primer to get you started and demystify fill lighting. Being able to control the contrast in your images with lighting is a fundamental skill that you will be able to use across multiple disciplines. It will allow you to bring a new level of depth to your images straight out of the camera.

Get out and practice, start simple and go slow, and you will master the basics in no time at all.

Try out some of these tips, and share your photos with us in the comments!

 

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The post Getting to Grips with Fill Light in Portrait Photography appeared first on Digital Photography School. It was authored by John McIntire.


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How to Use Natural Light in Travel Photography

01 Oct

The post How to Use Natural Light in Travel Photography appeared first on Digital Photography School. It was authored by Karthika Gupta.

We all enjoy traveling and taking countless travel photos on our trips, don’t we? Why else are you reading this article! Travel photography is one of the most popular genres of photography today – especially with the advent of social media and the ‘share everything’ culture. People want to capture and post stunning photos of their travels to influence others, motivate others and in some cases also sell travel-related things.

Natural-Light-in-Travel-Photography

But travel photography is so much more than that. Travel photos have the potential to connect us to our beautiful world. Images of places, cultures, art, and even food take us away from our mundane everyday existence. They can transport us to magical places we can only dream of visiting someday. Perhaps they remind us of a time when we too took that trip and had similar experiences? It can become a walk down memory lane.

So how can we improve our travel photos?

Many elements go into creating an amazing travel photo, but for the purposes of this article, we will focus on light – specifically natural light in travel photography. This is my preferred way of using light in photos. In fact, I very rarely travel with an external flash because of the extra weight and because I don’t like the look of flash in my photos. I know many people who use flash with amazing results – and more power to them!

There are several reasons why I use natural light in travel photography:

  1. It is readily available and free
  2. It provides a range of light variations so I can get creative with my travel images
  3. It is a super-large light source, a.k.a the sun
  4. It constantly changes from day to day and season to season

In order to use effectively use natural light in travel photography, you have to become an expert at reading and understanding the light that is around you as you travel. Light is affected by many things and light affects many things too.

1. Location and light

For the most part, travel photography involves a lot of outdoor photography in natural light and primarily in the harsh mid-day sun. Of course, there are exceptions where you are indoors in places like museums and restaurants.

In such cases, you will likely be dealing with indoor lighting and may even use a flash. So before you take a single photo, look around and analyze your location. This will help you understand how you can harness the natural light around.

Consider whether you are out in the elements with only the sun as your light source. Are you in a city where the light is reflecting off highrise buildings? Perhaps you are in a museum where there is a lot of tungsten lighting, and flash photography is not allowed?

Image: Use creative framing and make the best of harsh midday sun during your travels.

Use creative framing and make the best of harsh midday sun during your travels.

How you handle you camera settings will depend on the location and light at that location. Harsh mid-day sun outdoors means lower ISO and high shutter speeds.

Cityscapes may mean mixed lighting with shade and harsh shadows, so you need to adjust your ISO and shutter speed accordingly.

Museum lighting may mean higher than normal ISOs along with really slow shutter speeds. You will have to pay attention to camera shake while hand-holding at slow shutter speeds.

2. Time of day and light

The fascinating thing about natural light is that it changes constantly. Depending on the time of day, season, or even the direction your window faces – light fluctuates minute to minute. Light first thing in the morning on a mountain top will be very different compared to the light mid-morning. Come sundown; the light changes again.

Knowing what time of day you are photographing will help you plan your gear as well as the kind of shots you will take.

Natural-Light-in-Travel-Photography

I have seen the apostles photographed many different ways, but this lighting just takes the cake! I did nothing except show up just after sunset!

Most travel photographers photograph at multiple times in the day and night. So take gear that is flexible and that you can use for all these different situations.

I travel with my Canon 5D MKIII, a 24-70mm f2.8 lens, and a small travel tripod at all times. Also, I have a few standard filters like a neutral density filter and a polarizer filter that fits in my camera bag. I have to admit, I don’t use it that often, but once in a while that waterfall during a hike calls my name.

Traveling light can help you be prepared for any situation – day or night – for amazing scenes that capture your eye.

3. Subjects and light

Believe it or not, light does impact the subject. Depending on where you are, placement of your subject, and where your light source is, the results can differ wildly. So, the first thing to do after working out the light is to understand it in relation to your subject.

In travel, I find that in most cases, my subjects are not mobile. They are buildings, monuments, and people going about their day.

So what is adjustable in these scenarios is me and my relative position to the subject and light. Don’t be afraid to move around to get the best angle and framing that will work for your situation.

Image: This minx gave me no time to adjust myself, so I just waited for the hop and took the shot...

This minx gave me no time to adjust myself, so I just waited for the hop and took the shot…I love the fact that I got him and the shadow in the same frame.

If you are indoors, try to use natural light from a window to light up the subject as far as possible. If you are outdoors, perhaps using the lens hood to block out the sun can help in reducing the harshness of light, especially if it is directly behind the subject.

Image: This is one of my favorite photos of my son during our travels. I saw the light and him almos...

This is one of my favorite photos of my son during our travels. I saw the light and him almost at the same time, and had a few seconds to take this shot….a perfect way to capture the majestic castles in Portugal!

4. Weather and light

A common misconception that photographers have, especially those starting out, is that they cannot go out and photograph in bad weather. Bad weather can include rain or overcast skies.

But in reality, overcast skies are great for taking travel photos. The clouds act as a natural diffuser, blocking out the harshness of the sun and making the light more even without harsh shadows.

Natural-Light-in-Travel-Photography

Sometimes all you need to do is show up and mother nature does the rest for you – fog, rain, clouds – they all add to the effect.

Always check the weather forecast before you go out shooting. Periods of rain, followed by clear skies, might be the best time to photograph landscapes where everything is uniformly lit.

Conclusion

I hope these tips help you in understanding the power of natural light in travel photography. Travel photography is often tiring because you are out and about all day; looking, feeling, and experiencing new things and trying to capture as much of it as you can.

By understanding how to use natural light in your photos, you can focus more on the creative side of photography to create stunning drool-worthy travel photos – much to the envy of your family and friends.

Do you have any other tips for using natural light in travel photography? Share with us in the comments below!

 

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The post How to Use Natural Light in Travel Photography appeared first on Digital Photography School. It was authored by Karthika Gupta.


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Aputure’s new LS 600d prototype LED light offers 600W output

18 Sep

Filmmaking gear company Aputure revealed a prototype version of its upcoming LS 600d LED light at IBC 2019 over the weekend, introducing consumers to a model with an exceptionally bright output at 600W. The light is described as the next step up from Aputure’s 300d II model.

In addition to being shorter and wider than the LS C300II model, which Aputure says makes this model better suited for shooting in tight areas, the LS 600d light’s low-RPM fan is quieter than that of the 300d II despite the greater output.

The model has a 720W draw, while its companion controller can be run off a 48V DC input or four 310W V-mount batteries. Assuming the unit is run off batteries, Adorama reports the LS 600d can run non-stop for up to 1 hour and 45 minutes. The light features a Bowens-style mount, as well, for use with light modifiers and other attachments.

Cinema5D reports that the Aputure LS 600d likewise features three built-in effects: paparazzi, strobe, and lightning. The prototype version of the battery and control box will be slimmed down in the final production version of the device, according to Cinema5D, which reports that Aputure hopes to cut the size in half.

The Aputure LS 600d should be available to purchase in or around February 2020.

Articles: Digital Photography Review (dpreview.com)

 
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Canon patent application sheds more light on its upcoming IBIS technology

17 Sep

Rumors about Canon’s much-anticipated in-body stabilization (IBIS) are a dime a dozen, but a recent patent application from Canon dives into more detail than we’ve seen before, further lending credence to the rumors the technology could make it into Canon’s next R-series camera body.

First discovered by Canon News, Japan patent application 2019-152785 details how in-body stabilization technology can be improved by more accurately moving and positioning the sensor along its axes. According to the patent, Canon plans to do this through the use of a magnetic circuit known as the Halbach array.

An illustration from the patent showing how in-lens stabilization would work alongside the in-body stabilization to achieve optimal results.

The Halbach array, believed to have first been discovered by John C. Mallinson in 1973, is a collection of magnets that is particularly arranged so that one side of the magnetic field is magnified while the opposite side is effectively canceled out. Halbach arrays have multiple uses ranging from something as simple as a refrigerator magnet to something as intricate as a particle accelerator (where it’s used to focus particle accelerator beams).

Canon’s implementation, however, would use Halbach arrays to ensure that when a correction is applied to one axis, it won’t negatively affect another axis. Particularly, Canon’s patent application details how it would use a Halbach array on the vertical (y-axis) stabilization unit to ensure that the horizontal correction (x-axis) isn’t skewed when applying y-axis corrections.

A pair of illustrations from the patent showing how the Halbach array would be positioned.

The patent application also explains how the IBIS would work hand-in-hand with in-lens stabilization units to create the most effective stabilization possible. Specifically, the patent says the in-lens stabilization would account for corrections on the XY planes (2-axis stabilization) while the in-body stabilization would be able to account for shake on XY-theta planes (3-axis stabilization with vertical, horizontal and roll compensation). Similarly, gyro units within both the lens and camera would work alongside one another to account for angular corrections so the image stabilization element in the lens could be adjusted in coordination with the image sensor to most accurately correct the optical axis.

Below is a brief illustration of XY-theta alignment at work:

It’s unknown, of course, if this particular patent application will be used down the road in a future IBIS arrangement, but it is one of the more detailed patents we’ve come across from Canon regarding the technology. Based on this particular patent application, it would be a 5-axis IBIS unit, similar to those found in Sony and Nikon mirrorless cameras.

Articles: Digital Photography Review (dpreview.com)

 
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Spiffy Gear launches Lumee wearable cinematic bi-color, RGB LED light strips

07 Sep

Spiffy Gear has launched a new wearable LED light called Lumee that features a ‘slap bracelet’ design with magnets for attaching it to metal surfaces. The light is splash-proof, rechargeable, and offered in two varieties: an RGB model and a CRI 95, 2700-6500K bi-color model. Both are described as cine-grade with run times of up to 1 hour at full power and up to 4 hours at low power.

The Lumee lights from Spiffy Gear can ‘snap’ onto poles, straps, wrists, and other similar places like an old school snap bracelet. As well, the light is shipped with magnetic mounting discs for attaching the light to other surfaces. In addition to running off battery power, Lumee can be used while it is running off an external battery or charger.

The RGB version of Lumee offers five light effects: Police Fire, TV, Fireworks and Breathing. The bi-color version of Lumee also offers light effects, though they’re different due to the absence of colored LEDs: Explosion, Candle, Breathing, Stroboscopic and Red Carpet.

Both versions of Lumee are available from Spiffy Gear now for $ 45 USD.

Articles: Digital Photography Review (dpreview.com)

 
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Canon announces C500 Mark II camera with 5.9K Cinema RAW Light recording

06 Sep

More than seven years after releasing the EOS C500, Canon has released its next-generation Cinema EOS System camera, the EOS C500 Mark II. The new camera builds upon its predecessors with an extensive list of new and improved features and technology.

At the heart of the EOS C500 Mark II is the same sensor found inside Canon’s EOS C700 camera, a5.9K full-frame 17:9 sensor, which Canon says offers more than 15 stops of dynamic range. Powered by Canon’s new Digic DV7 processor, the EOS C500 Mark II offers 5.9K internal Cinema RAW Light and 4K 4:2:2 10-bit XF-AVC recording. In addition to shooting 60 frames per second (fps) at 5.9K and 4K resolution, the EOS C500 Mark II can shoot up to 120 fps when dropped down to a cropped 2K resolution.

The EOS C500 Mark II also features Canon’s Dual Pixel autofocus technology, which covers roughly 80-percent of the image area on the sensors, and features user-changeable lens mounts with options for EF, PL and Cine EF mount. By unscrewing four hex screws located on the outside of the lens mount, it’s now possible to (comparatively quickly) switch from one mount to another without the need to send it in or make it a massive operation.

The camera, which weighs in at 1750g (3.86lbs), features built-in motorized ND filters at two, four and six-stop measurements that can be combined to achieve eight and ten stop levels as well. Media can be recorded to the two CFExpress card slots as well as an SD card slot for proxy media. Also new to a Canon EOS Cinema camera is a five-axis electronic image stabilizer.

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The EOS C500 Mark II comes with the LCD LM-V2, a 4.3in touchscreen, as well as a user-removable 0.46in 1.77-megapixel OLED electronic viewfinder (EVF). Canon is also offering two extension units that add additional connections and ports for added versatility.

In addition to its new full-frame cinema camera, Canon also announced the DP-V3120, a 4K HDR reference monitor. The massive machine delivers 2000-nit HDR output and 0.001-nit full-screen black levels with a 2,000,000:1 contrast ratio. It features four 12G-SDI inputs for both 4K and 8K workflows and features a 17:9 aspect ratio, matching that of the EOS C500 Mark II.

The Canon EOS C500 Mark II is scheduled to be avaialble in December 2019 for an estimated retail price of $ 15,999. The DP-V3120 is scheduled to be available in November 2019 for a wallet-busting price of $ 39,000. You can find out more information on both products by visiting Canon’s EOS Cinema site.

OWN, OPERATE, DOMINATE: EOS C500 MARK II 5.9K FULL FRAME CINEMA CAMERA DELIVERS VERSATILE, AFFORDABLE SOLUTIONS

New Cinema EOS Camera Features a User-Changeable Mount, Internal Cinema RAW Light Recording and the Newly Developed DIGIC DV 7 Image Processor

MELVILLE, N.Y., Sept. 5, 2019 – Contrary to popular belief, sometimes a sequel is better than the original. That is the case with the all-new Canon EOS C500 Mark II cinema camera today announced by Canon U.S.A. Inc., a leader in digital imaging solutions. With its modular design, competitive price point and new features such as a 5.9K Full Frame CMOS sensor, user-changeable lens mounts, electronic image stabilization, internal cinema RAW light recordingand the new DIGIC DV 7 Image Processor, the EOS C500 Mark II represents a bold leap forward for Canon’s Cinema EOS system line. The variety of assembly and lensing options help to make this camera ideal for a broad range of applications, from run-and-gun documentary shooting to live television broadcasts and big-budget films.

“As Canon’s position in the production industry has grown, we have sought to deliver new solutions that can perform at an elite level, while also maintaining competitive pricing to help continue to remove the barriers of great content creation,” said Kazuto Ogawa, president and COO, Canon U.S.A., Inc. “The EOS C500 Mark II encompasses the latest Canon technologies and, when teamed with the recently announced Sumire Prime Cinema Lenses and DP-V3120 4K Reference Display, forms an incredible input-to-output solution.”

The EOS C500 Mark II features a 5.9K full-frame sensor with 60p recording 5.9K and 4K (2K recording at 120p) and 15 stops of dynamic range. In addition, the newly introduced DIGIC DV 7 image processor allows for more fluid and efficient recording of 4K and HDR. Cinema Raw Light, first introduced in the popular EOS C200 cinema camera, helps to cut data size to about one-third to one-fifth of a Cinema RAW file, without losing grading flexibility.

For the first time ever with a Canon camera, users are able to change the lens mount themselves without the assistance from a Canon service center. Customers can purchase the EOS C500 Mark II with a standard EF mount and then have the option to purchase either EF-lock or PL mounts. This feature provides users with the creative freedom to pair the camera with the lenses that will provide the desired look for each project they work on.

In addition to the changeable mounts, the new camera’s body is quite modular. Included are 13 accessories, such as a 4.3-inch LCD monitor and the GR-V1 grip, and users can choose from a wide range of additional accessories that allow them to configure the EOS C500 Mark II to their preferences. Optional accessories include the EVF-V70 electronic viewfinder, SU-15 shoulder support unit and EU-V1 and EU-V2 expansion units. The EU-V1 expansion unit allows for gen-lock, sync out, remote use and ethernet connection, while EU-V2 expansion unit features those functions plus a V-mount battery connection, two analog XLR audio ports and 24v DC Out.

Additional features of the Canon EOS C500 Mark II include:

  • 4K and 2K 4:2:2 10-bit XF-AVC recording and 5.9k oversampling for 4K
  • 2 CFexpress media card slots
  • Compatibility with EF and PL lenses as well as anamorphic and spherical lenses
  • Dual Pixel CMOS AF with the ability for Touch and Face detection AF
  • First Canon cinema camera with 5-axis electronic image stabilization, which can be utilized even without the use of lens with IS functionally
  • Support for Canon Log 2 and 3 Gamma
  • 4 channel recording that supports 4 XLR inputs with the use of the EU-V2 expansion unit
  • User LUT allowing users to upload and apply custom LUTs

Pricing and Availability

The Canon Cinema EOS C500 Mark II is scheduled to be available in December 2019 for an estimated retail price of $ 15,999.00*. For more information, including accessory prices and availability, please visit, cinemaeos.usa.canon.com.

Articles: Digital Photography Review (dpreview.com)

 
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Weekly Photography Challenge – Dappled Light

31 Aug

The post Weekly Photography Challenge – Dappled Light appeared first on Digital Photography School. It was authored by Caz Nowaczyk.

This week’s photography challenge topic is DAPPLED LIGHT!

Weekly Photography Challenge – Dappled Light

Bruno van der Kraan

Dappled light creates some wonderful looks in an image. Go out and take images with dappled light – think light reflecting through the curtains onto the wall on a sunny afternoon, speckles of light hitting leaves in a forest, a street scene where light plays on footpaths, walls, and people.

They can be color, black and white, moody or bright. Just so long as they include dappled light! You get the picture!

Have fun, and I look forward to seeing what you come up with!

Weekly Photography Challenge – Dappled Light

Annie Spratt

Image: Nick West

Nick West

Image: the beatboy.

the beatboy.

Check out some of the articles below that give you tips on this week’s challenge.

Tips for Shooting DAPPLED LIGHT

An Easy Hack for Shooting into the Sun and Processing the Images

There is No Bad Light for Street Photography

How to Photograph Against the Sun for Stunning Images

How to See and Photograph Light – 6 Tips to Help you Take Better Photos

Tips for Better Forest Photography

8 Quick Tips to Produce Better Forest Photography

 

Weekly Photography Challenge – DAPPLED LIGHT

Simply upload your shot into the comment field (look for the little camera icon in the Disqus comments section) and they’ll get embedded for us all to see or if you’d prefer, upload them to your favorite photo-sharing site and leave the link to them. Show me your best images in this week’s challenge.

Share in the dPS Facebook Group

You can also share your images in the dPS Facebook group as the challenge is posted there each week as well.

If you tag your photos on Flickr, Instagram, Twitter or other sites – tag them as #DPSdappledlight to help others find them. Linking back to this page might also help others know what you’re doing so that they can share in the fun.

The post Weekly Photography Challenge – Dappled Light appeared first on Digital Photography School. It was authored by Caz Nowaczyk.


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Video: How to upcycle old TVs and monitors into a natural-looking light source

16 Aug

Matt of YouTube channel DIY Perks has shared a video showing how old televisions and computer monitors can be repurposed to create a natural-looking light source that gives off a similar look to window light.

The 13-minute video walks through the entire process, with Matt taking the time to explain each step of the project and each element involved in upcycling an otherwise faulty display into a cheap, DIY light source.

A screenshot from the video showing the difference the fresnel lens panel makes in preventing light falloff.

One of the key components that makes the light coming from TV and monitor backlights look so natural is a fresnel lens. As Matt explains in the video, these fresnel lenses, combined with additional diffusers, helps to reduce the inverse square law.

The process itself is a bit cumbersome and will vary greatly from one TV/monitor to the next, but the basic principles seem to apply to most displays. You can either choose to re-wire the light source used in the original display or use Matt’s more convenient solution, which is to remove the original light source and put LED light strips in place so wiring and powering the setup is more convenient. Matt even links his preferred LED light strips, which have a decent CRI rating for the most natural-looking light.

A screenshot from the above video showing Matt reinstalling the diffusion panel in one of his upcycled light builds.

Unless you have the tools on hand, it isn’t likely an evening project, but it doesn’t appear to be too difficult either, especially considering similarly-sized light sources will come at a much higher cost than the DIY solution.

Of course, be sure to properly recycle any components not used in the rebuild to minimize waste.

Articles: Digital Photography Review (dpreview.com)

 
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