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Understanding Exposure Metering Modes

23 Jul

The post Understanding Exposure Metering Modes appeared first on Digital Photography School. It was authored by Kevin Landwer-Johan.

Your camera’s metering modes vary the way it measures the light. This affects the way exposure information is provided. Every modern camera has a built-in exposure meter. Sometimes it’s also referred to as a light meter.

Understanding Exposure Metering Modes Woman Photographer at the Shopping Mall

© Kevin Landwer-Johan

Understanding how to control the exposure metering modes on your camera allows you to take better photos. If what you are photographing contains very little contrast, your camera will make a good exposure in the default mode. When you compose an image with contrast, your camera may not make the exposure you want it to.

Selecting the best metering mode allows you to take more pleasing photographs.

There are three basic exposure metering modes on most cameras. These are:

  1. Averaged
  2. Spot
  3. Center-Weighted

Choosing the most appropriate mode is a matter of choosing your main subject and making the right settings accordingly.

Understanding Exposure Metering Modes Thai Model and Elephant

© Kevin Landwer-Johan

How do different exposure metering modes work?

1. Averaged

This mode is named differently depending on the brand of camera you use. Nikon calls it Matrix Metering. On Canon cameras, it’s called Evaluative Metering. Sony and Pentax use the term Multi-Segment Metering. Olympus calls it Digital ESP Metering. Each manufacturer has different algorithms to determine the outcome. Essentially they all do the same thing.

The camera partitions the viewfinder into zones and measures the light in each. It compares these light readings. Then it averages all the information to provide what it decides is the best exposure setting.

Most cameras have this mode as the default. This is how my camera is set most of the time. Using this mode will give you an overall idea of what your exposure settings need to be. When the light is fairly even, using this exposure meter mode works well.

Understanding Exposure Metering Modes Buddha Statue Even Lighting

© Kevin Landwer-Johan

2. Spot

Using this mode, your exposure meter will measure the light from a small area – usually about 3.5% of the frame. You need to place the spot exactly where you want to take your reading from. This will most often be your main subject.

The position of the spot within your frame varies from camera to camera. In some cameras, the spot moves with the point of focus. On other cameras, it remains fixed in the center of the frame. It’s important you know where your spot is, otherwise your exposure can be incorrect. Consult your camera manual or do an online search to find how your camera’s spot meter is positioned.

3. Center-Weighted

This mode reads the light from an area in the center of your frame. The percentage of the area varies from camera to camera. It is typically around 60%. Some camera models allow you to vary the area it covers. This mode is good if you compose with your subject in the center. I rarely compose that way, so never use this mode.

Understanding Exposure Metering Modes Iron Bridge at Night, Chiang Mai, Thailand

© Kevin Landwer-Johan

How to use the Exposure Meter

Half-pressing the shutter release button activates the exposure meter. It will turn off automatically after a time. So if you are not seeing the information it provides, it may have switched itself off.

In your viewfinder or on the monitor you’ll see the information displayed like this on most cameras.

Understanding Exposure Metering Modes Exposure Meter Graphic

Sony cameras use numbers and the + and – symbols to display the exposure information.

If you set your camera to manual exposure, you will see the information displayed when the meter is on. When in an auto mode this information may not be displayed. This is because the camera determines the exposure.

Using manual mode a ‘0’ in the display indicates when the exposure is correct. When the display shows a row of dots stretching towards the – symbol, your image will be underexposed. When the display shows a row of dots stretching towards the + symbol, your image will be overexposed.

Using this information, you can make the required adjustments to your aperture, shutter speed, and/or ISO.

Karen Woman Cooking

© Kevin Landwer-Johan

Why are there different Exposure Meter Modes?

Photographs are captured by digital cameras recording reflected light. Light and the tone of your subjects is variable. You need to set your exposure according to how bright or dark your subject appears.

Making a composition with very little tonal variation when the light is flat, your camera will easily make a correct exposure. When there’s high contrast, particularly when the light is harsh, it can be more difficult to get a correct exposure.

In high contrast situations, it’s important to manage your exposure meter. You must read the light from the most important area of your composition. Choosing Averaged or Center-Weighted Metering can often result in poorly-exposed photographs.

Spot metering is most useful when you’re photographing a composition where there’s a lot of contrast. Taking a spot meter reading from the main part of your composition will allow you to expose it well.

Portrait photography is one example of when it’s helpful to switch your metering mode to spot. The face of the person is normally the most important part of your composition. You want the person’s skin tone to be exposed well.

By placing the spot meter on your subject’s face and taking a meter reading, you can adjust the exposure accordingly. If you are using an Auto Mode, your camera will make the setting adjustments for you.

Understanding Exposure Metering Modes Buddhist Monk Candle Lighting Ceremony in Chiang Mai, Thailand

© Kevin Landwer-Johan

Using spot metering on a camera when the spot is fixed in the center of the frame, you need to point it where you want to take the reading from. Using an Auto Mode when you recompose to frame your subject, you’ll need to hold the exposure lock button.  If you don’t lock the exposure, your camera will readjust the settings. In Manual Mode, the settings remain constant until you change them again.

Illustrative examples

Photographing a person against a dark or light background requires careful metering so their skin tone looks natural.

Understanding Exposure Metering Modes Masu Dark Background

© Kevin Landwer-Johan

Here’s a portrait of Masu. She is a Kayan woman living with her family in Thailand. I positioned my spot meter to take a reading from her face. In this case, my exposure setting was 1/640th of a second at f/4 and my ISO was set to 400.

If I had used Averaged or Center-Weighted metering, my exposure would have been incorrect. The camera would have accounted for a large portion of the black background.

Placing the spot meter on her face was important. If I’d left the spot in the center of the frame my reading would have been incorrect. It would have read the light reflecting off the black. This would give a reading which would have led to an overexposed skin tone.

Masu Light Background

© Kevin Landwer-Johan

With Masu standing against the white background, I made my exposure metering the same way. The settings are identical to the settings I used for the black background. This is because the light had not changed, only the background.

Conclusion

Choosing the right exposure metering mode helps you better control your exposures. It’s important to look at the light and tone in your composition. Then determine the most important area to expose for. The more contrast there is, the more important it is to meter well.

 

exposure-metering-modes

 

The post Understanding Exposure Metering Modes appeared first on Digital Photography School. It was authored by Kevin Landwer-Johan.


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Nissin MG80 Pro flash announced with command/slave modes, modeling light and more

07 May

On May 1, Nissin Digital unveiled its new MG80 Pro hot shoe flash with integrated Nissin Air System (NAS) radio commander and slave modes, support for multiple battery types, and a built-in color LCD. The GN60/83Ws flash packs a Quartz flash tube, heat-resistant head, 8W LED modelling light, removable Fresnel lens, and compatibility with both standard AA NiMH and Lithium-ion (Type 14500) batteries.

When used with four Li-ion Type 14500 batteries, the flash offers a 1.5s recycling time, which increases to 3.8s when used with four rechargeable AA batteries. Users can expect around 280 flashes when using four 650mAh Li-ion batteries, or around 320 flashes when using four 2450mAh rechargeable batteries.

The MG80 Pro supports TTL, manual control, and HSS, has a transmission range up to 100m (328ft), and a zoom mode covering focal length options from 24mm to 200mm. Other specs include a metal shoe with ring lock, tilt/swivel head, support for micro SD and SDHC cards for firmware updates, and a weight, without batteries, of 520g (18oz).

The flash will be available for Canon, Nikon, Sony, Fujifilm, Panasonic and Olympus cameras. According to Flash Havoc, Nissin plans to release the MG80 Pro in ‘late May,’ but a price has not been revealed.

Articles: Digital Photography Review (dpreview.com)

 
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A Beginners Guide to Auto ISO and other Camera Modes

10 Apr

The post A Beginners Guide to Auto ISO and other Camera Modes appeared first on Digital Photography School. It was authored by Rick Ohnsman.

The What, When, Why, and How of Auto ISO

So, you understand how to interactively use Aperture, Shutter Speed, and ISO settings to achieve proper exposure. You know how to control things like depth-of-field and the freezing or blurring of motion. Perhaps you also understand the camera modes: Aperture Priority, Shutter Priority, or Manual and know when using them which settings are fixed and which can fluctuate. But how often do you adjust ISO adjustment? The idea that you might let the ISO speed “float” with each shot is alien to many photographers. So what is Auto ISO? When and why might you want to use it, and how can you set it up to make better shots?

Fast action in changing light conditions is a good reason to use Auto ISO.

Back to basics – the Exposure Triangle

From the dawn of photography and the simplest pinhole camera to the most sophisticated modern DSLR, there have been three constants – Aperture, Shutter Speed and what we now measure with ISO – the Light Sensitivity of the media onto which the image gets recorded. All cameras are essentially boxes with a hole in them. The size of the hole (aperture), the length of time the hole is opened (shutter speed), and the sensitivity of the recording medium (ISO). When we allow light into the box to create an image on the sensitive media, we are making an “exposure.” It makes up the “Holy Trinity” of photography – The “Exposure Triangle.” Perhaps you knew all this? If so, feel free to skip ahead in the article, otherwise, keep reading.

From the simplest to the most complex camera, three things – Aperture, Shutter Speed, and ISO are the factors affecting Exposure.

A “correct” exposure

There are two basic things to consider when making an exposure:

  1. What is the correct amount of light to let into the “box” rendering all tones in the subject and capturing everything from the blackest shadows to the brightest highlights, and
  2. How can we use the three components of the triangle most creatively?

The first consideration is technical, the second creative.

A histogram shows us the 256 shades of gray for a given image. At the far right are the shadows, on the far left, the highlights. In theory, an image which stays “between the goalposts” such that none of the tones go off either edge is a “correct exposure.” In editing, we can redistribute the tones so long as they have not gone to “0” which is total black, or 255 which is total white. At those extremes there is no detail to recover; it is either totally black and “blocked up,” or totally white and “blown out.”

Learning how to interpret a histogram will greatly aid you in your growth as a photographer.

Creatively using the controls

How to use the elements of the exposure triangle creatively brings in some secondary considerations of how aperture, shutter speed, and ISO affect our image. Aperture is the hole in our “box” while the f/stop is the term we use to define the size of the hole. A good way to remember which is the “bigger hole” is is to think about any f-number as a fraction. If you like pie, would you rather have a ½ pie or a 1/16 slice?

Therefore, the bigger f/numbers like f/22 represent smaller apertures (holes), while the small f/numbers like f/2.8 or f/4 represent the larger apertures.

Creatively, we can use smaller f/stops to increase depth-of-field and larger ones to limit it. In a portrait, we might want an unfocused, simplified background with a limited depth-of-field, so a large aperture would be a good choice. In a landscape photo where we want front-to-back sharpness, a small aperture may be better.

The shutter speed you choose also offers creative possibilities. Remember, shutter speed is represented in whole or fractions of as second. A shutter speed of 1/2 second is a longer time the shutter remains open than 1/250th of a second. You might think of the shutter speed as the “slice of time” we expose the light-sensitive medium to light. Short (faster) shutter speeds will help us freeze motion by capturing a “thinner slice of time.” Longer (slower) shutter speeds can allow us to “stretch time” and cause moving objects to blur.

Adjustable ISO? What a concept !

Of the three components of the triangle, ISO choice has implications, but probably less so than the others. Like an audio amplifier, lower settings keep the background “noise” less while higher settings which amplify the signal also introduce more noise and distortion. ISO measures how sensitive we make the sensor in a digital camera. In the film days, film sensitivity was fixed. Put in a roll of ASA 64 film and that was what you lived with for the whole roll. It had less grain than did an ASA 400 roll, but it was also less light sensitive.

In the digital world, ISO can be changed whenever we like, even from shot to shot. Now making an exposure truly becomes a “three-ball juggling act.” We can change Aperture, Shutter Speed, or ISO with each shot if we like. We still must use those to make a “correct” exposure, but we can also better consider the creative implications of our choices. We can also choose which controls we want full control over and which we might relinquish to the camera. Auto ISO coupled with newer, better, and “less noisy” sensors has changed the ballgame. Let’s go back to our three-ball juggling analogy.

Which of the three “exposure balls” will you choose to “let float?”

Learning to juggle

Watch a video clip of a juggler throwing three balls, and you will see at any given time, one ball is in the air, and the other two are in each of his hands. He has “control” of two of them, and the third is in “float.”

Now, when you use Auto ISO, it becomes that “third ball,” the component you let be in “float.” Fortunately, ISO has the least creative potential, and with modern cameras, the least penalty of choice. So it often makes sense to let it be the “ball in float.”

Let’s bring this back to the practical. You’re shooting dancers on the stage in an auditorium. The stage lighting varies with each scene and even as the dancers move to different spots. They are not allowing flash here, so you must live with the lighting conditions.

You want a reasonably high shutter speed to freeze the motion and a moderately small aperture so you have sufficient depth of field. Which of the three “balls” makes the most sense to let “float?” Auto ISO to the rescue! Situations where lighting changes quickly and the action you’re capturing won’t wait while you manually adjust settings is perfect for using Auto ISO.

Setting things up

I shoot with a Canon 6D most of the time so I will use that as my point of reference and for the menu shots below. How, (or even if your camera supports Auto ISO at all) will vary between make and model so you will need to dig a bit deeper to learn that. You might even have to get out your camera manual! The method may differ with your camera, but if you can grasp the general concept, the rest is simply navigating your camera’s menus.

Setting up Auto ISO on a Canon 6D.

Usually, there will be a button or menu where you can set Auto ISO. If you go to the low end of the scale, past the lowest (smallest) numbers of ISO you will likely find “A” for Auto ISO. Set the camera there.

Now you will want to set some “boundaries” as to when and how Auto ISO will be implemented and how high you will allow it to go. You should know that the higher ISO settings may allow you to shoot in very low light but may also introduce more image noise. How much is too much noise and what settings are impractical will depend on your camera and you. Shoot some high ISO images and evaluate them, so you know how much is too much for your liking.

With this information, you will want to find the menu item where you can set the specifics for how Auto ISO behaves. On my Canon 6D, I tap the Menu button and then roll the small top dial to the third camera menu icon from the left. I then roll the larger Control dial down to the second item, ISO speed settings, and hit the Set button to get to the menu below.

Again, your camera may differ, but you will set several things here:

  • Confirm the camera is in Auto ISO – ISO Speed
  • Set the full ISO speed range the camera will use – ISO Speed Range
  • Choose the lower and upper limits of ISO you will allow – Auto ISO range (you will usually enter the lowest ISO as the minimum and the highest as that ISO you think will not have excessive noise). For my 6D, I typically enter 100-3200 here.
  • Choose the minimum shutter speed you will allow before Auto ISO changes the ISO setting – Min. shutter spd.

Setting limits on how Auto ISO operates.

For this last setting, whatever you enter here is the slowest shutter the camera will allow before jumping to a higher ISO setting.

You will note “Auto” is an option here. If you pick this, your camera will detect the focal length of your lens when the image is about to be made and use the formula 1/focal length to set the minimum.

The idea here is you should not shoot slower than this (especially if handholding your camera) if you want to prevent camera shake blur. For example, let’s say if you are shooting a 24-105mm zoom lens and are zoomed all the way in. If Min. Shutter Speed is set to Auto, your camera will start to increase the ISO if the required shutter speed drops below 1/100th.

How it works in each mode

So you have this all set up. Now how will it operate? It depends on what camera mode you are shooting in. Let’s look at each.

Full Auto (Green) Mode

What you Can Adjust – Nothing, in Full Auto Mode the camera adjusts Aperture, Shutter Speed, and is in Auto ISO.
What the Camera Adjusts – Everything. This is a true “Point-and-Shoot” Mode with the camera making all adjustments.
Exposure Compensation Possible? – No
Pros/Cons – You are letting the camera make all your exposure and creative decisions. You are in Auto ISO and perhaps didn’t know it!

Program (P) Mode

What you Can Adjust – Everything, but as you adjust one item, the others will change too depending on lighting.
What the Camera Adjusts – Everything. The camera will seek to maintain proper exposure.
Exposure Compensation Possible? – Yes
Pros/Cons – This can be confusing when used with Auto ISO. I don’t recommend it.

Aperture Priority (Av or A) Mode

What you Can Adjust – Aperture. Lock in your Aperture setting and Shutter speed will adjust to maintain exposure. If the required shutter speed is lower than your minimum, ISO will increase up to the maximum you have set.
What the Camera Adjusts – Shutter Speed and then ISO
Exposure Compensation Possible? – Yes
Pros/Cons – If control over depth of field is your priority, this is the best option. Used in combination with the minimum shutter speed setting, it allows you to lock in the Aperture, set a base for the shutter speed, and have the camera adjust ISO increase when light goes below the shutter speed minimum you set.

Shutter Priority (Tv or S) Mode

What you Can Adjust – Shutter Speed. Lock in your Shutter Speed setting and Aperture will adjust to maintain exposure. If the required aperture is more than the maximum for the lens used, ISO will increase up to the maximum you have set.
What the Camera Adjusts – Aperture and then ISO
Exposure Compensation Possible? – Yes
Pros/Cons – If control over shutter speed is your priority, this may be the best option. Used in combination with the minimum shutter speed setting, it allows you to lock in the Shutter speed. The camera will adjust the aperture as needed and call on an ISO increase when you reach the maximum aperture of the lens used.

Full Manual (M) Mode

What you Can Adjust – Shutter Speed and Aperture. Lock in both your Shutter Speed and Aperture settings and ISO will adjust to maintain exposure. The exposure display will stay centered and ISO increase or decrease as needed to maintain proper exposure. If the required ISO exceeds the minimum or maximum set, the indicator will move off center showing an under or overexposure.
What the Camera Adjusts – ISO
Exposure Compensation Possible? – Camera Dependent
Pros/Cons – This gives maximum creative control to set both shutter speed and aperture and thus control both freezing/blurring of motion and depth of field simultaneously. ISO will “float” to adjust exposure up to the limits set. With some cameras, no exposure compensation is possible in this mode. However, with newer cameras, the “center point” may be adjusted thus supporting compensation.

When to use Auto ISO

When you have time to be a bit more leisurely with your image making, you can slow down and think through each of your settings. What are your objectives? Freezing action? Increasing or limiting the depth of field? Is the light changing?

When time permits, and you have a good understanding of each element in the exposure triangle, use full manual and set your ISO to the lighting conditions, staying as low as possible to limit noise. For landscape, portrait, still life, architecture, or other kinds of work where time permits and lighting is reasonably constant, Auto ISO isn’t much additional help. Ditto if you’re doing long exposures on a tripod where shutter speeds will be longer.

Shooting these ballet dancers under frequently changing stage lighting without flash is a challenge. Auto ISO helps tremendously.

Where Auto ISO really shines is in conditions where the action is fast, the light is changing or particularly low, and you are blasting away without time to think through each setting.

In that case, Auto ISO may be the helping hand you need. If lighting permits and your camera supports exposure compensation in Full Manual, this could be the ideal method. Lock in both Shutter Speed and Aperture where you like and shoot, counting on Auto ISO to handle any fluctuating exposure conditions.

Sometimes Auto ISO in combination with Aperture Priority will be a good choice. I work part-time at an auto dealership photographing cars for the web. Set up like this, I can go from shooting the exterior of the car in bright sunlight to the much darker interior with no adjustments, letting Auto ISO kick up the speed for the darker interiors.

Being able to move from a bright outdoor shot to a much darker interior shot and letting Auto ISO adjust the exposure speeds up my work in this situation significantly. On the older Canon 50D I use, I’m in Aperture Priority, my f/stop is at 4.5, and Auto ISO handles the rest.

Sports and Action can be an excellent time to use Auto ISO, especially in changing lighting conditions. It was a mixed cloudy day, and the light on the river where these kayakers were running was changing. I wanted to be sure my shutter was fast to freeze the action. Shutter priority plus Auto ISO was the ticket.

A mixed-light day with the kayakers moving from sun to shade, and fast action. With the need for servo focus, and shooting with a long telephoto in continuous mode… it was a challenge! I let Auto ISO handle exposure allowing me to concentrate on following the action.

What if Auto ISO goes wild?

Some photographers, especially those trained with the mantra “Auto Anything is Bad,” have a hard time invoking Auto ISO. Good photographers control everything, right? What if the camera goes up to a crazy high setting and all my images are too noisy?!!

It could happen. But, then again, remember you can limit the upper end of the ISO setting.

Also, newer cameras have such good sensors that your “upper limit” may be much higher than you think. Finally, what if you shoot at too slow a shutter speed and get blurry shots or don’t get the depth of field you wanted? There are many good noise reduction programs, but no apps I know of to fix a blurry, out-of-focus, shot with insufficient depth of field. I’ll take a noisy image over an out-of-focus image any day!

Conclusion

If you’re an old film guy like me and Auto ISO feels funny, or you’re worried about what it will do, or just haven’t been able to fully get your head around it, I suggest you relax and give it a try. Take your camera out on a non-essential shoot, turn on Auto ISO and just play. I’m going to bet you might just come away with a new trick.

The post A Beginners Guide to Auto ISO and other Camera Modes appeared first on Digital Photography School. It was authored by Rick Ohnsman.


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Sony’s a9 gets AI-powered AF modes and a redesigned menu in firmware version 5.0

25 Mar

Sony has released a major firmware update for its a9 mirrorless camera that adds new AI-driven autofocus modes, enhances image quality and changes a number of menu settings for improved usability.

The standout feature of firmware version 5.0 is Sony’s Real-time Tracking mode, which uses an artificial intelligence-based object recognition algorithm to detect and keep track of subjects. The Real-time Tracking mode also works alongside Real-time Eye AF, an updated version of its popular eye-tracking autofocus mode that also relies on artificial intelligence to keep the subject’s eyes in focus. Real-time Eye AF also works with a half-press of the shutter now and will continue to track even if a subject’s eyes are temporarily closed or obscured while shooting.

Fast Hybrid AF for video has also been added to the a9. According to Sony, Fast Hybrid AF provides ‘smoother, more accurate focus during video shooting, even if/when objects move in front of the subject.’

On the image quality front, Sony says firmware version 5.0 ‘offers notably improved image processing, which maximizes the capabilities of the full-frame sensor.’ Specifically, Sony says the camera features a better auto white balance mode and more accurately captures subtle changes in light making better tonal gradations.

Moving onto the software side of things, Sony has rearranged the menu settings and added a number of features it says customers have been asking for in regards to workflow and usability. Specifically, Sony has added a new My Dial menu, a revised custom key menu and improved touchpad capability. Also added is a new tagging feature and improved dual-card functionality. Below are a few menu screenshots provided by Sony that highlight the changes and new features:

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Keep in mind that when updating the firmware on your a9 camera all settings are initialized returning everything to factory settings and the update cannot be reversed. Sony suggests writing down frequently-used settings for adding and altering after the update has been installed. Sony also warns for this particular update that you might want to get used to the updated menu configuration before heading out to your next shoot as much of the structure has changed.

To download firmware version 5.0 for the Sony a9, head over to Sony’s website to download the macOS and Windows versions.

Press release:

Sony a9 Gains Powerful New Autofocus Capabilities and More Through Software Version 5.0 Update

Sony’s industry-leading a9 camera has received a significant software update that brings AI-driven autofocus capabilities to its award-winning autofocus (AF) system, improves image quality, and introduces a range of customer-requested workflow improvements.

Autofocus Advances

Firmware version 5.0 for the Sony a9 adds Sony’s newly-developed, AI-driven Real-time Tracking mode for precise and robust subject tracking. Real-time Tracking uses Sony’s latest AF algorithm—which includes Artificial Intelligence-based object recognition—to detect and follow subjects with unprecedented accuracy.

Real-time Tracking AF works in conjunction with Real-time Eye AF, also added with Firmware version 5.0. The latest iteration of Sony’s best-in-class Eye AF technology, Real-time Eye AF also uses AI-based object recognition, resulting in an unprecedented level of speed and performance for locking on and holding focus on a subject’s eyes. Additionally, with Real-time Eye AF, users can now activate eye detection via a half-press of the shutter release, and can enjoy focus tracking accuracy even if a subject’s eyes are temporarily obscured during shooting.

Also added with firmware 5.0 is Fast Hybrid AF for video, which now provides smoother, more accurate focus during video shooting, even if/when objects move in front of the subject.

Image Quality

Firmware version 5.0 offers notably improved image processing, which maximizes the capabilities of the full-frame sensor. The camera now more accurately reproduces subtle changes in light for smoother, more natural tonal gradations and improved auto white balance results.

Improved Usability And Workflow

With Firmware version 5.0, the Sony a9 adds several customer-requested features:

  • New My Dial menu
  • Revised Custom Key menu
  • Improved touchpad capability,
  • Enhanced dual-card functionality
  • Enhanced tagging

Imaging Edge

Sony is also announcing the release of Imaging Edge™ mobile applications, plus updates to the ‘Remote,’ ‘Viewer’ and ‘Edit’ desktop applications that brings exciting new features to all Sony imaging customers.

For professional photographers, Sony is also releasing a new mobile application ‘Transfer & Tagging add-on’ that supports instant delivery workflow by allowing users to transfer content to their mobile devices via the camera’s FTP background transfer functionality. It also enables voice input for text captioning to streamline overall workflow between photographers and other team members.

Articles: Digital Photography Review (dpreview.com)

 
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How to Move from Auto to Manual Modes Using Camera Semi-Automatic Modes

06 Feb

The post How to Move from Auto to Manual Modes Using Camera Semi-Automatic Modes appeared first on Digital Photography School. It was authored by Ana Mireles.

Are you tired of the auto mode of your camera but don’t feel confident enough to go full manual? In this tutorial, you’ll learn how exposure works and how to use your camera semi-automatic modes to make the transition easy and smooth.

William Bayreuther

 

The Exposure Triangle

The first thing you need to know is that you control exposure by three factors: aperture, shutter speed, and ISO. They are all interconnected, meaning when you move one of them, you have to adjust the others to compensate. This connection is known as the exposure triangle.

So, if the correct exposure can be achieved with many different values, as long as it’s compensated, what’s the problem with letting the camera choose those values? Because they control more than just the exposure. Let me show you with a visual explanation. Below is the same photo shot with different settings:

This photo was shot in Auto Mode meaning the camera decided what shutter speed to use, what aperture and what ISO. I had no control whatsoever about which would take priority:

Here I decided the shutter speed so I could control how long the light would come into the camera, which translates into freezing moving objects or capturing movement. The aperture and ISO were then automatically decided by the camera.

Left image – SHUTTER PRIORITY:1/250, f/3.5, ISO 800 = Freeze Subject. Right image – SHUTTER PRIORITY:1/30, f/10, ISO 800 = Motion Blur.

In this case, I chose the aperture because this controls how much of your photo is in focus. This technique is called Depth of Field. Shutter speed and ISO were then automatically decided by the camera.

Left image – APERTURE PRIORITY:1/200, f/2.8, ISO 800 = Shallow depth of field. Right image – APERTURE PRIORITY:1/6, f/22, ISO 800 = Deep depth of field.

In this last one, I changed the ISO, and the result gets reflected in the amount of noise you find in your photo, especially in the darkest areas. I’ll show you a zoomed in comparison for you.

Left image – AUTO ISO:1/200, f/16, ISO 6400 = Much noise. Right image – AUTO ISO:30, f/2.8, ISO 200 = No noise.

Now, if you go from Auto Mode into Manual Mode, suddenly you’re changing from no control into full control, and that can be difficult at first. Especially if you’re shooting scenes where you might lose the perfect shot if you take a long time figuring out the correct exposure. Fortunately, camera manufacturers know this, and they’ve created different semi-automatic programs for you to choose from.

Aperture Priority Mode

Aperture Priority Mode is marked as A or Av. It’s the same thing, but it changes according to the brand. With this setting, you can manually choose your ISO and your aperture number, which leaves the shutter speed up to the camera. This setting is handy when you are photographing still objects or landscapes. Just make sure to use a tripod if there’s low light because with a low shutter speed even your own movement can be recorded. However, if you don’t have a tripod, you can increase the ISO. But be mindful that the higher the number, the more noise you’ll have. Why would you want to control the aperture? Because it controls the depth of field.

Left image – APERTURE PRIORITY:1/60, f/2.8, ISO 200. Right image – APERTURE PRIORITY:1/50, f/22, ISO 4000.

The smaller the aperture number is, the wider the plane of focus becomes. However, most lenses have a sweet spot around f/8 that gives you the sharpest image of all. You can use this Aperture Priority Mode to experiment with your lens.

Shutter Speed Priority Mode

Shutter Speed Priority Mode can be marked as S or Tv, again depending on the brand. You control the shutter speed and ISO, while the camera takes care of the aperture. You’ll want to use this setting when there’s movement involved in your shoot, such as sports photography. In this case, you need a high-speed value if you want to freeze the moving object, or a slower speed if you want the moving object to leave a trail. Another situation in which this is useful is night or dark scenes, and you don’t have a tripod. In this case, you need to make sure to put your shutter speed fast enough so that the natural movement of your body doesn’t register with the camera.

Top image – SHUTTER PRIORITY:1/8, f/2.8, ISO 200. Lower image – SHUTTER PRIORITY:1/30, f/2.8, ISO 800.

Auto ISO

Finally, automatize the third factor of the exposure triangle, Auto ISO. There’s no program mode on the mode dial as such, but there is a setting. While being in Manual Mode, adjust your ISO sensitivity to AUTO so that you can decide the other two factors (aperture and shutter speed). However, you can also pair Auto ISO with any of the semi-automatic modes listed before, and then you only have to think about one factor. What you have to consider in this case is that the higher the ISO, the more noise you’ll have in your photo.

*A couple of extra considerations:

-Always check the results as your camera may misread the scene, especially in scenes with high contrast.

-When using the priority modes, the settings values start to flash if you’re out of reach (if it doesn’t have a way to compensate what you’re adjusting.) In this case, depending on what your shoot requires, you may have to solve it by adding a flash, raising the ISO or adding a filter.

Have fun using the semi-automated modes and remember to switch to full manual once you feel more comfortable with the entire exposure triangle. That way you’ll always keep learning!

The post How to Move from Auto to Manual Modes Using Camera Semi-Automatic Modes appeared first on Digital Photography School. It was authored by Ana Mireles.


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SwitchPod is a ‘minimal’ handheld tripod that switches modes in seconds

31 Jan

A new Kickstarter campaign is seeking funding for SwitchPod, a handheld ‘minimal’ tripod that switches from handheld mode to tripod mode in only a couple seconds. The device requires almost no effort to convert, enabling users to seamlessly transition from recording while holding the device to recording from a flat surface without pausing to adjust the stand.

SwitchPod is compatible with any camera, including smartphones and DSLR models; the company behind it emphasizes high portability, a “nearly indestructible” aluminum alloy design, and support for weights up to 100lbs / 45kg. The tripod features a 1/4-20″ standard screw for directly attaching a camera, as well as support for ball heads and quick release plates.

Two additional 1/4-20″ threads on the tripod’s legs enable users to attach accessories, such as a light and microphone, plus the leg design makes it possible to clip SwitchPod to a bag using a carabiner. Other features include a tightening knob, non-slip feet, two sets of finger grooves for grasping the tripod in different positions, and a circle pad to protect the camera’s base. The tripod weighs 11.1oz / 315g and measures 11in / 28cm long in handheld mode.

The SwitchPod Kickstarter campaign has exceeded its funding goal, but is still open to new pledges. Backers who pledge at least $ 79 USD are offered a single SwitchPod as a reward; shipping is estimated to start in August 2019.


Disclaimer: Remember to do your research with any crowdfunding project. DPReview does its best to share only the projects that look legitimate and come from reliable creators, but as with any crowdfunded campaign, there’s always the risk of the product or service never coming to fruition.

Articles: Digital Photography Review (dpreview.com)

 
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Moza Mini-S 3-axis gimbal smartphone stabilizer revealed with advanced shooting modes

11 Jan

During CES 2019, Moza revealed Mini-S, a new compact, highly portable handheld 3-axis gimbal stabilizer designed for smartphones measuring 55mm to 88mm wide. The stabilizer can be extended up to 17.2in / 43.6cm and folded into a compact 5.12 x 2.68 x 7.68in / 13 x 6.8 x 19.5cm form-factor when not in use.

Though designed exclusively for smartphones, the Moza Mini-S packs several advanced features, including numerous physical controls, support for vertical and horizontal orientations, multiple follow modes, and object tracking.

The stabilizer’s base, which has a 10-degree tilt for ergonomic reasons, includes a 1/4-20″ port and a removable miniature tripod. Physical controls include a joystick, dedicated playback and Inception Mode buttons, focus control, one-button zoom, and a recording button. The internal 2200mAh battery provides 8 hours of use per charge.

The Mini-S stabilizer’s shooting modes include support for tracking objects, time-lapse, a Vertigo Mode zooming effect, and an Inception Mode that imitates the world rotation seen in the movie Inception. When paired with the Moza Genie mobile app, the phone displays a mixture of controls and camera settings for enhanced usability.

Pricing and availability haven’t been revealed yet, though News Shooter reports that Moza expects to start shipping in March.

Articles: Digital Photography Review (dpreview.com)

 
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Sony a7/R III firmware 2.0 unlocks all AF modes with adapted lenses

01 Dec

Sony has released a significant firmware update for its a7 III (Mac | Windows) and a7R III (Mac | Windows) cameras that brings new features, updated support and improved performance to the full-frame mirrorless cameras.

The big deal here is that firmware 2.0 unlocks all autofocus modes for adapted lenses adapted with the Sony LA-EA3 mount adapter. This includes the subject-tracking Lock-on AF modes on the a7 III and a7R III, as well as Zone and Expand Flexible Spot. Sony specifically mentions its Sony Alpha A-mount lenses in its press release, but we’ve tested it with adapted Canon mount lenses as well and can confirm it works with EF lenses via a Sigma or Metabones adapter. Since Eye AF also works with adapted lenses, we’re really starting to see less and less of a downside to using third-party lenses on Sony cameras, save for a drop in performance at longer telephoto focal lengths.

Another stand-out feature added in the updated firmware is ‘Aperture Drive in AF’. This offers two options for aperture behavior during focusing in AF-S: ‘Standard’ opens the aperture up (up to F2) for focus acquisition, while ‘Silent Priority’ always forces the camera to focus at your shooting aperture to minimize the sound of the aperture opening during focus acquisition.

Sony warns though that ‘Auto Focus may become slower when Silent Priority is selected’ – precisely the reason why we’ve been asking Sony to add a mode where the camera always focuses wide open in AF-C, at the very least until shutter actuation. This new setting adds the option to do the exact opposite in AF-S, and doesn’t change behavior in AF-C (where newer Sony cameras always focus at the shooting aperture). We urge Sony to add a ‘Focus Priority’ mode that always forces the camera to focus wide open in AF-C, as DSLRs do.

Firmware version 2.0 for the Sony a7 III and a7R III also improves the overall performance and stability of the cameras, fixes exposure issues when using flash alongside flickering light sources, and better handles continuously shot photos as groups when browsing in playback.

Articles: Digital Photography Review (dpreview.com)

 
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Nikon Custom Modes of the D750 and D500. Which mode is best?

28 Nov

Customization is a big trend. From 3D printing to personalizing phones to our face, customization is becoming a requested product feature and a competitive advantage. Cameras also try to provide more and more customizable features to cater to our individual shooting styles. In this article, I will present and compare the Nikon custom modes of the D750 and the D500 including:

  • U1/2 and
  • Memory banks

A D750 features ‘U1/2’ and a D500 the ‘Memory banks.’ In this article, you will learn ways to set both up. Shooting scenarios showcasing the usefulness of custom settings will be included. Finally, I will share my preferred settings for each one, as well as some thoughts on both methods.

1 Nikon Custom Modes

The location of U1/2 on the D750

Location and activation of U1/2

Generally a warmly received feature, U1/2 can be found on the top dial of the cameras that include them.

The way to move between them is to push the button next to the dial and spin the dial until the required setting aligns with the white indicator line next to the dial. This then becomes the active combination of preselected settings.

Location and Activation of Memory Banks

On the other hand, Memory Banks are not assigned upfront directly to physical controls. Instead, these are selectable through the menus or are assignable to button and dial press-and-turn combinations.

There are different ways to access and activate banks. The most common are:

  • Through the ‘photo shooting’  and ‘custom’  menus shown below. It is the top option on both menus. These switch between the four (A/B/C/D) available photo shooting menu banks (in the photo shooting menu) and the four (A/B/C/D) available custom setting banks (in the custom setting menu). This is the longest way to set banks up, as it resides deeper in the menus.
2 Nikon Custom Modes

Screen of photo shooting menu on the D500

3 Nikon Custom Modes

Screen of custom setting menu on the D500

 

  • Through the ‘info’  button at the back of your camera. Pressing this opens up a menu and the two topmost options are: ‘photo shooting menu banks’ and ‘custom settings banks.’ There is no way to change the order in which they are shown.
  • Through the ‘my menu’  tab. With this menu, you assign them in any ranking that suits you. A variation, for quicker access, is to first place either of them (but only one at any time) as the top item in ‘my menu.’ To follow, assign the shortcut ‘access top item in my menu’ to any permissible button. The buttons / / / work for this shortcut (sub-selector press).
  • Through the assignable button and dial press-and-turn combinations. This method applies exclusively to ‘photo shooting menu banks.’ The buttons that can be pressed in combination with any command dial rotation are / (sub-selector press) / (movie record button next to the shutter button). For the combination with the movie record button to work, the live view selector needs to be in rotated to .
4 Nikon Custom Modes

Live view selector to photography mode position on the D500

A Conceptual Way to Approach Custom Settings

Now you should know how to access and activate both custom settings. I will now discuss the rationale behind them using them.

Firstly, I will talk about useful ‘generic’ concepts:

  1. Camera settings (core/output/fine-tune)
  2. Photographic parameters (scene variables/photographic intent/enablers)

These concepts are a framework for you to consider in the use of custom settings. I prefer this framework, rather than simply answering ‘which custom settings are best for portrait, sports, nature or any other photography genre?’ I have intentionally left out perspective (I consider this primarily impacted by lens selection) and composition (as this is the photographer’s prerogative).

1. Camera Settings

Core Settings: Aperture, shutter speed, ISO, and metering. These are at the heart of photography, regardless of genre. Most of these are changeable on the fly while shooting through the dedicated button and/or dial press/turns.

Output Settings: Most of the settings of the ‘photo shooting’ menu. These affect the output file type, size and look, such as file quality (raw and jpeg), picture control system (standard, vivid etc.), and white balance. An exception is the ISO setting, which I consider core.

Fine-tune Settings: The menu options of the ‘custom settings’ menu. These are important adjustments to the way the camera looks at and reacts to the scene/subject.

2. Photographic Parameters

Scene variables: I keep it simple, by including (available) light levels and subject movement only.

Photographic intent: This is the part where you decide what you want to convey or achieve through your photograph. Do you want to freeze or show movement? Go high or low key on the scene? Are you isolating your subject from its surroundings or showing some background detail? These (and many more) are the meaningful aesthetic choices, which make each photographer unique.

Enablers: Out of the many props/modifiers available to photographers, I include here the flash and the tripod. These two (arguably filters as well) make possible, more than anything else, the realization of our vision in diverse genres of photography (e.g. landscape, long exposure, night photography, macro etc.). Additionally, each of them has their own distinct group of settings to maximize their effectiveness. 

How Do U1/2 and Memory Banks Approach These Concepts?

Any given scene can be broken down to any pair of variables (marked with x) in the table below.

5 Nikon Custom Modes

I argue that superimposing our photographic intent on these sets of variables, assisted by suitable enablers, is the art and technique of photography. In my view, the custom settings number one goal is to facilitate effortless interplay between variables, intent, and enablers.

To achieve this, they should allow a quick switch from one bundle of the core, output and fine-tuning settings to another. U1/2 and Memory Banks do this in different ways, as I will demonstrate below.

U1/2 Table

Key: U1 (User-defined 1), U2 (User-defined 2), C1 (Core 1), C2 (Core 2), O1 (Output 1), O2 (Output 2), F1 (Fine-tuning 1), F2 (fine-tuning 2)

6 Nikon Custom Modes

Memory Bank Table

7 Nikon Custom Modes

The tables above summarize the difference in the logic of U1/2 and Memory Banks.

  • U1/2 are vertical combinations of selected settings of all types of camera settings.
  • Memory Banks is a matrix combination (i.e. mix and match) of primarily ‘Output’ and ‘Fine-tuning’ camera settings. The exception is the inclusion of the core ISO setting on the photo shooting Menu Banks. Turning on the ‘extended photo menu banks’ option in the ‘photo-shooting’ menu allows for the other settings (aperture/shutter/manual priorities, aperture, and shutter values as well as exposure and flash modes) to be embedded in the photo shooting banks.

Applying Custom Settings to Real-Life Shooting Scenarios

Generic Shooting Style

Before I provide some examples of real-life shooting using both custom settings, I will make a few important working assumptions about a ‘generic’ shooting style:

  • You shoot various genres of photography regularly in a mixed way (i.e. you would opt for the maximum settings’ range and flexibility within easy reach)
  • You do not employ back button focus. I propose you do so. It can increase your focusing and composing options, as well as your speed of shooting considerably.
  • You are not a full-time raw or jpeg only shooter. Myself, I shoot raw 95% of the time/shots.
  • You do not use auto ISO. I propose you do, as on the field it can make life a little less complicated.
  • You have and know how to use a flash and a tripod.

Typical Shooting Situations

Now, I will walk you through one of my typical shooting situations – walking around town or traveling, to show what I ideally expect from my custom settings.

Scenario One:

As I am strolling along, I see a nice background for a portrait. I want my camera to be on the ready with pinpoint focus accuracy (AF-S single point) with a nice shallow depth of field. Depending on surrounding light levels and contrast, I may or may not want to add flash-fill or even overpower available light using high-speed sync, so it is handy to be able to quickly access a convenient flash exposure starting point.

8 Nikon Custom Modes

Portrait of a friend taken with the D750

Scenario Two:

Along the road, a cute animal is playing. I’d like to shoot it as it moves, freeze it or do a nice pan. My camera needs to be ready to follow motion (AF-C combined with any preferred focus area mode). Also, I need quick flexibility on my shutter speed selection from a 1/1000th sec (to freeze action) down to around 1/30th sec (to pan).

9 Nikon Custom Modes

A portrait of a dog taken with the D500

Scenario Three:

I enter a beautiful garden. Flowers are perfect to photograph close-up (macro) so I set up my tripod. Here, I require a deeper depth of field and pinpoint focus accuracy again (AF-S single). If the light is not plenty, I may need a longer than usual exposure.

Turning ‘on’ long exposure noise reduction and exposure delay, provides better image quality in these scenarios. To further mitigate shake risk, I also engage mirror lock-up. Unfortunately, mirror lock is not pre-configurable in U1/2 or in Memory Banks.

10 Nikon Custom Modes

A Flower close-up taken with the D750

Scenario Four:

On any trip, it is great to take a nice landscape photo. In this case, the macro settings above, more or less apply. If there is plenty of light, shooting handheld is not an issue.

11 Nikon Custom Modes

A landscape taken with the D750

Scenario Five:

Finally, during a town-by-night walk, a nice long exposure is always memorable. Again, the macro scenario settings and my trusty tripod come in handy.

12 Nikon Custom Modes

A long exposure taken with the D500

Based on these realistic hypothetical-shooting scenarios, it is evident that settings vary considerably from auto-focus mode to shutter speed and aperture, to flash or no flash etc. You may also want to give your camera to someone for a quick snap, without having the time or inclination to explain focus, recompose or other settings.

If there is an ‘auto’ option on your modes dial then all is good, if not, then resetting to ‘waiter’ or ‘dumbbell’ mode (as full-auto is also known to some) is not quick nor easy without custom settings.

Now, I will briefly show my settings for both modes and a few tips to further increase their flexibility.

My Settings for U1/2

U1 is my ‘General Shooting Mode’ and the settings are shown in the screen below. If you employed back-button focus, then you would use AF-C instead of AF-S

13 Nikon Custom Modes

My U1 settings in D750

U2 is my ‘Flash Shooting Mode’ and the settings are shown in the screen below.

14 Nikon Custom Modes

My U2 settings in D750

It is important to mention that you have additional options by customizing M/A/S modes.

The Settings I Use For Memory Banks (Extended Banks ‘ON’)

My photo shooting banks are named A=General B=JPG C=Shutter D=Manual

The custom banks are named A=General B=Flash C=Tripod D=Waiter

I have set banks this way to be able to move from my usual working best quality output (e.g. A/A) to basic point and shoot output (e.g. B/D) within just a few seconds by using the ‘info’  button and changing the ‘custom settings’  banks.

Tips to maximize both methods:

  1. Create and rank items in ‘my menu’. This will allow quick access and change of settings that are not pre-programmable in any mode (e.g. mirror lock up).
  2. Especially for Memory Banks, use the ‘save/load settings’ option onto an SD card (one you will not format). Also, store the settings file on any drive for safekeeping. This will give you a quick restore method, in case you forget what your initial Memory Bank settings were after many changes, as banks are not ‘sticky’.
  3. Read on the net for other ways that users have set their U1/2 and banks. Their needs and style may suit yours. 

So Which Method is Best?

After comparing U1/2 with Memory Banks for versatility in the above scenarios, my conclusion is that banks provide me with the highest flexibility thanks to their matrix structure. However, banks demand greater discipline in their set-up and use to remain helpful. This is because U1/2 are ‘sticky’, while banks are not.

Once settings are saved in U1/2, no matter what changes you make while shooting with U1/2 selected, you will not impact the saved settings. Simply reselect U1/2 and you are at your initial settings in a blink, hence ‘sticky’. However, all 8 banks save settings dynamically in real time as you apply them during your shooting. Following is a simplified example to elaborate:

You have U1 set up as A-priority, AF-S at f/5.6 and matrix metering. During your shoot, you move from the matrix to spot and f/8. Do you want to go quickly back to your base settings? Simply turn the dial from U1 to U2 and then back to U1 again, and you are back to f/5.6 and matrix.

In banks (both custom and shooting), if you wanted to keep your selected bank identical to the starting configuration, you would need to manually bring metering and apertures back to their initial values.

Conclusion

So, in the grand scheme of things, I have no complaints from either method in the Nikon Custom Settings. I am glad to have both available. I value the ease of use of U1/2 and I love the greater choice that Memory Banks give me. For example, being tripod-ready for landscape or macro, without having to remember to change many settings makes things easier and quicker.

It would be great to have an option to easily save and restore banks in camera to provide the best of both worlds, or to have the quick recovery of U1/2 with the greater choice of the banks.

Join the discussion and let us know your preferred method and way of programming Nikon Custom Settings on the D750, D500 or any other camera featuring U1/2 or banks.

The post Nikon Custom Modes of the D750 and D500. Which mode is best? appeared first on Digital Photography School.


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OnePlus 6T comes with new Nightscape and Studio Lighting modes

29 Oct

OnePlus announced the OnePlus 6T, its latest high-end Android device, at an event in New York City today. On paper the 6T camera hardware looks identical to the OnePlus 6 which was launched earlier this year. However, the new model comes with a few improvements in the imaging software.

The 6T’s dual-camera has a 16Mp primary camera that uses a 1/2.55? sensor and F1.7 aperture. It also features optical image stabilization. The 20Mp secondary cam offers the same 25mm equivalent focal length as the primary but features a smaller 1/2.8? sensor and a non-stabilized F1.7 lens. The camera focuses using a PDAF system.

Like on the OnePlus 6, the device uses the secondary high-resolution sensor for optimizing noise and dynamic range, high-quality digital zoom and a simulated bokeh effect.

In terms of software features a new Nightscape mode promises night shots with better detail, reduced noise levels, better color rendering and a wider dynamic range than the default shooting mode.

The Studio Lighting feature looks very similar to Apple’s Portrait Lighting and modifies brightness and tonality on faces to simulate similar effects you could achieve with professional lighting equipment. In addition OnePlus says bokeh and HDR modes have been improved over the versions found in the 6.

In video mode the OnePlus 6T is capable of recording 4K footage at 60 frames per second. In Super Slow Motion mode you can shoot 1080p video at 240fps or 720p/480fps.

Non-camera specs are worthy of a high-end smartphone as well. The Android OS is powered by a Qualcomm Snapdragon 845 chipset and up to 8GB of RAM. According to OnePlus the 3,700mAh battery delivers a 20 percent better battery life than the OnePlus 6 and a new on-screen fingerprint reader is on board as well. The 6.41-inch AMOLED display comes with a 19.5:9 aspect ratio and 2340 x 1080 resolution.

The OnePlus 6T will be available from November 1, starting at $ 549.

Key Specifications:

  • Dual-camera
  • Main camera with 16Mp Sony IMX 519 1/2.55? sensor with 1.22 ?m pixels, F1.7 aperture, OIS
  • Secondary camera with 20Mp Sony IMX 376K 1/2.8? sensor with 1.0 ?m pixels, F2.0 aperture
  • 25mm equivalent focal length
  • PDAF
  • Dual-LED flash
  • 4K video at 30/60fps
  • 16Mp front camera with F2.0 aperture

Articles: Digital Photography Review (dpreview.com)

 
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