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How to Choose the Perfect Focus Mode For Every Situation

16 Jun

The post How to Choose the Perfect Focus Mode For Every Situation appeared first on Digital Photography School. It was authored by Jaymes Dempsey.

dps-how-to-choose-the-perfect-focus-mode

Do you struggle with choosing a focus mode? Do you want to know how to choose the perfect focus mode, every single time you pick up your camera?

You’ve come to the right place.

Because while it may seem to difficult to choose the best focus mode for the situation, there are a few guidelines you can use to ensure you nail focus, consistently.

Let’s dive right in.

little blue heron choosing a focus mode
Canon EF 400mm f5.6L USM lens | 400mm | f/6.3 | 1/1000s | ISO 200

The three key focus modes

Most cameras are equipped with three key focus modes:

AF-S, also known as One Shot.

AF-C, also known as Continuous, also known as AI Servo.

Manual (sometimes abbreviated as M).

Note that some cameras include an additional focus mode, known as AI Focus, also known as AF-A. But it’s a mode that I never use, and I certainly don’t recommend to others (it’s frequently finicky, and not very effective).

Instead, I suggest learning how to use the modes listed above, and you’ll do just fine!

So how do each of these key focus modes work?

Assuming that you use the shutter button to activate focusing:

When set to AF-S, your camera will acquire focus as soon as you half-press the shutter button. And that point of focus will lock until you let go of the shutter.

When set to AF-C, your camera will begin to acquire focus when you half-press the shutter button. But it will continue to refocus as your subject moves (or as your camera moves).

jumping person choosing a focus mode
AF-C is very helpful for tracking moving subjects, like the leaping girl in this image.
Canon EF-S 24mm f2.8 STM Lens | 24mm | f/5.6 | 1/800s | ISO 320

Note that you can tell a camera in AF-C to track a subject as it moves through the frame, or to continuously acquire focus at the center of the image, etc.

When set to manually focus, your camera won’t focus at all. You have to do all the focusing work via the focus ring on your lens.

Make sense?

So, to recap:

AF-S focuses and locks.

AF-C focuses and keeps focusing, potentially even tracking a subject as they move.

And manual leaves control over focus to you, the photographer.

But when should you use each of these focus modes?

Read on to find out!

When should you use your AF-S focus mode?

AF-S focus mode is my go-to, and the mode I use most frequently. When choosing a focus mode, AF-S is my first thought. And if you’re more of a still photographer (i.e., not an action/sports/wildlife shooter), I recommend you use AF-S mode all the time.

This is because it has so many applications, from landscape to street to portrait and more.

choosing a focus mode
I used AF-S to capture this simple image of a bike tire.
Canon EF 50mm f1.8 Lens | 50mm | f/1.8 | 1/320s | ISO 200

Basically, whenever you’re shooting a non-moving subject, AF-S is the way to go. You can set the focus point to the center of the frame, half-press the shutter button to lock focus, and then compose the shot however you like.

(This is often referred to as the focus and recompose technique.)

For instance, if you’re photographing a street scene, you can focus on a prominent element, such as an interesting poster. Then you can carefully compose the scene. And, as soon as all the elements come together (e.g., a person walks through in just the right place), you can take the shot!

I’m also a fan of using AF-S for handheld landscape photography. I’ll often find myself wanting to put elements off-center, so I’ll lock focus in AF-S, then shift the composition slightly.

tree at sunset
I used the focus and recompose method to capture this landscape shot at sunset.
Canon EF 100mm Macro f2.8L Lens | 100mm | f/8 | 1/1250s | ISO 200

And then, when I take the shot, it looks exactly the way I envisioned.

Really, AF-S is an extremely useful mode and the one I recommend you use it whenever you’re shooting a motionless scene.

When should you use your AF-C focus mode?

You should use AF-C focus mode whenever you’re shooting action.

ibis in the water choosing a focus mode
An action shot like this is a lot easier in AF-C!
400mm | f/7.1 | 1/1250s | ISO 200

You see, AF-C mode allows you to focus and refocus, or focus and track a subject as it moves throughout the frame.

This is invaluable when shooting sports, where players rarely stay still long enough to allow for easy focusing.

AF-C mode is also great for wildlife and bird photography because you’re frequently faced with fast-moving subjects at high magnifications.

And if you’re an insect photographer, you’ll also want to use AF-C mode, assuming you’re shooting an active subject such as a butterfly.

Even pet and street photographers can profit from using AF-C a lot of the time (though I recommend switching between AF-C and AF-S, depending on the situation).

dog image captured using AF-C mode
Animals tend to move fast, so AF-C can be a big benefit.
50mm | f/2.8 | 1/640s | ISO 200

You should also be aware that AF-C often offers quite a few useful AF Area Modes (which are mostly used for tracking). These allow you to specify whether a subject should be tracked at a single autofocus point, by a single point and nearby surrounding points, or across the entire frame.

So, bottom line:

If you’re choosing a focus mode when shooting action, pick AF-C.

sanderling in the water choosing a focus mode
400mm | f/7.1 | 1/1600s | ISO 200

When should you use your manual focus mode?

macro flower close-up in manual focus mode
100mm | f/3.5 | 1/320s | ISO 200

Manual focus is often a mode of last resort, and the one that you go to when AF-S and AF-C fail.

Manual focus is very, very slow. It can also be frustrating if you’ve not had much practice with it before. But it’s the only mode that is consistently accurate, no matter the lighting, and no matter the size or color of your subject.

You see, there are some situations where AF-C and AF-S just don’t work well.

  • When the light is low
  • When your subject is heavily backlit
  • When your subject includes very little contrast
  • When you’re working at very high magnifications
choosing a focus mode
The backlighting was causing my camera to struggle, so I switched to manual focus for this image!
50mm | f/2.8 | 1/1000s | ISO 200

Whenever you’re confronted by these situations, your autofocus will hunt like crazy.

Until you switch to manual, that is!

For instance, I do all of my macro photography in manual focus mode. My lenses just can’t handle focusing at such close distances.

dahlia close-up
Shots like this require manual focus; otherwise, I’d be there all day waiting for my lens to lock onto a petal!
100mm | f/2.8 | 1/250s | ISO 200

I also do still life photography while focusing manually, because I often work in dim light (with a couple of flashes).

I’ve also used manual focus when photographing birds, because my AF-S and AF-C modes struggle when shooting backlit silhouettes.

Note that manual can also be used for finer control over your point of focus. Many landscape photographers use manual focus mode for this very reason. It allows you to choose a point of focus that maximizes your depth of field, and it even allows you to do precise focus-stacking with ease.

dahlia close-up
If you’re trying to maximize depth of field throughout your frame, then manual focus is a great choice.
24mm | f/11 | 1/4s | ISO 200

So don’t think that manual focus is only for a few specialized genres of photography. It can be useful in a number of different situations, and it pays to practice frequently.

That way, next time you’re in a situation where your autofocus isn’t working, you can quickly switch over to manual and nail the shot.

How to choose the perfect focus mode: Conclusion

choosing a focus mode restaurant sign
50mm | f/4 | 1/250s | ISO 200

Now that you’ve finished this article, you know that choosing a focus mode doesn’t have to be hard.

Because you know about AF-S (which is great for still subjects).

You know about AF-C (which is perfect for action photography).

And you know about manual focus, which is useful in quite a few scenarios (including macro, landscape, and still life).

Now over to you:

Which focus mode is your favorite? And how do you go about choosing a focus mode? Let me know in the comments!

The post How to Choose the Perfect Focus Mode For Every Situation appeared first on Digital Photography School. It was authored by Jaymes Dempsey.


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Forthcoming USB4 will power displays up to 16K at 60 fps thanks to DisplayPort 2.0 ‘Alt Mode’

04 May
DisplayPort logo on a USB Type-C device notes VESA certified DisplayPort Alt Mode support.

The next-generation USB protocol will combine its functions with those of a DisplayPort, allowing users to run extreme resolution monitors or to connect and power external devices from the same port type.

The Video Electronics Standards Association (VESA) has worked alongside the USB Implementers Forum (USB-IF) to develop the DisplayPort Alternative Mode standard which ‘provides seamless interoperability with the new USB4 specification.’ This new functionality means the new USB 4 standard will be able to take on all the roles of the forthcoming DisplayPort 2.0 standard.

DisplayPort Alt Mode will allow users to not only run high-resolution monitor from a USB-C socket but also transfer data and deliver power to external devices

As reported in July 2019 DisplayPort 2.0 will provide communication speeds of up to 70 Gigabits per second (Gb/s) to allow users to run monitors with resolutions up to 16K at 60fps, as it will offer three times the current data rates of DisplayPort 1.4.

The new USB 4 standard, however, will allow up to 80 Gigabits per second, which DisplayPort Alt Mode will be able to take advantage of via the USB Type-C connector. As much as these speeds are exciting for those interested in super-resolution monitors that don’t yet exist, for the majority, it means being able to run multiple high-resolution screens and data-hungry devices at the same time, all without sacrificing frame rates.

We should expect to see devices supporting these new standards by 2021, according to the press release. For more information see the DisplayPort and USB-IF websites.

Press release

VESA Releases Updated DisplayPort™ Alt Mode Spec to Bring DisplayPort 2.0 Performance to USB4™ and New USB Type-C® Devices

The Video Electronics Standards Association (VESA®) today announced that it has released version 2.0 of the DisplayPort™ Alternate Mode (“Alt Mode”) standard.

DisplayPort Alt Mode 2.0 provides seamless interoperability with the new USB4™ specification published by the USB Implementers Forum (USB-IF), and fully enables all of the features in the latest version of the DisplayPort standard (version 2.0) through the USB Type-C® (USB-C) connector. With DisplayPort Alt Mode, the USB-C connector can transmit up to 80 Gigabits per second (Gbps) of DisplayPort video data utilizing all four high-speed lanes in the cable, or up to 40 Gbps with simultaneous SuperSpeed USB data delivery. VESA anticipates first products incorporating DisplayPort Alt Mode 2.0 to appear on the market in 2021.

DisplayPort 2.0, which was introduced in June 2019, provides up to a 3X increase in data bandwidth performance compared to the previous version of DisplayPort, as well as new capabilities to address future performance requirements of displays. These include beyond-8K resolutions, higher refresh rates and high dynamic range (HDR) support at higher resolutions, improved support for multiple display configurations, as well as improved user experience with augmented/virtual (AR/VR) displays, including support for 4K-and-beyond VR resolutions. Featuring the highly efficient 128b/132b channel coding shared with USB4, DisplayPort 2.0 delivers a maximum payload of 77.37 Gbps across four lanes (up to 19.34 Gbps per lane)—supporting ultra-high display performance configurations such as an 8K (7680×4320) display with 60 Hz refresh rate with full-color 30 bpp 4:4:4 HDR resolution uncompressed, and 16K (15360×8460) 60 Hz display with 30 bpp 4:4:4 HDR resolution with compression. With the release of DisplayPort Alt Mode 2.0, all of these high-performance video capabilities are now available to the USB ecosystem.

“VESA’s updated DisplayPort Alt Mode spec includes a number of under-the-hood developments—including updates to interface discovery and configuration as well as power management—to ensure seamless integration with the USB4 specification,” stated Craig Wiley, senior director of marketing at Parade Technologies, and VESA board member and DisplayPort Alt Mode sub-group leader. “This major undertaking, which was several years in the making, could only be made possible through the combined efforts of VESA and the USB-IF. Through our latest collaboration with the USB-IF, VESA is now taking care of everything related to high-performance displays over USB-C, whether through a native DisplayPort or USB-C connector, or through tunneling of DisplayPort over the native USB4 interface. DisplayPort is also tunneled through the Thunderbolt interface, making it the de facto video standard across PC and mobile displays.”

“USB Type-C is becoming the connector of choice in notebooks and mobile solutions. With the new DisplayPort Alt Mode 2.0 specification, USB Type-C now delivers compelling single-connector solutions for docking, gaming, AR/VR HMDs, and professional HDR displays that combine 80 Gbps of video bandwidth and other important features of DisplayPort 2.0 with the transport of USB data and power delivery,” said Syed Athar Hussain, VESA board vice chairman and display domain senior fellow, AMD.

“Intel’s contribution of the Thunderbolt™ PHY layer specification to VESA for use in DisplayPort 2.0 was a significant milestone, and it underpins this new DisplayPort 2.0 Alt Mode specification to provide data rates up to 20 gigatransfers per second,” said Jason Ziller, general manager, Client Connectivity Division at Intel. “This contribution ensures great user experiences by enabling today’s most versatile port with the highest performing display capabilities.”

Articles: Digital Photography Review (dpreview.com)

 
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Forthcoming USB4 will power displays up to 16K at 60 fps thanks to DisplayPort 2.0 ‘Alt Mode’

02 May
DisplayPort logo on a USB Type-C device notes VESA certified DisplayPort Alt Mode support.

The next-generation USB protocol will combine its functions with those of a DisplayPort, allowing users to run extreme resolution monitors or to connect and power external devices from the same port type.

The Video Electronics Standards Association (VESA) has worked alongside the USB Implementers Forum (USB-IF) to develop the DisplayPort Alternative Mode standard which ‘provides seamless interoperability with the new USB4 specification.’ This new functionality means the new USB 4 standard will be able to take on all the roles of the forthcoming DisplayPort 2.0 standard.

DisplayPort Alt Mode will allow users to not only run high-resolution monitor from a USB-C socket but also transfer data and deliver power to external devices

As reported in July 2019 DisplayPort 2.0 will provide communication speeds of up to 70 Gigabits per second (Gb/s) to allow users to run monitors with resolutions up to 16K at 60fps, as it will offer three times the current data rates of DisplayPort 1.4.

The new USB 4 standard, however, will allow up to 80 Gigabits per second, which DisplayPort Alt Mode will be able to take advantage of via the USB Type-C connector. As much as these speeds are exciting for those interested in super-resolution monitors that don’t yet exist, for the majority, it means being able to run multiple high-resolution screens and data-hungry devices at the same time, all without sacrificing frame rates.

We should expect to see devices supporting these new standards by 2021, according to the press release. For more information see the DisplayPort and USB-IF websites.

Press release

{Pressrelease}

VESA Releases Updated DisplayPort™ Alt Mode Spec to Bring DisplayPort 2.0 Performance to USB4™ and New USB Type-C® Devices

The Video Electronics Standards Association (VESA®) today announced that it has released version 2.0 of the DisplayPort™ Alternate Mode (“Alt Mode”) standard.

DisplayPort Alt Mode 2.0 provides seamless interoperability with the new USB4™ specification published by the USB Implementers Forum (USB-IF), and fully enables all of the features in the latest version of the DisplayPort standard (version 2.0) through the USB Type-C® (USB-C) connector. With DisplayPort Alt Mode, the USB-C connector can transmit up to 80 Gigabits per second (Gbps) of DisplayPort video data utilizing all four high-speed lanes in the cable, or up to 40 Gbps with simultaneous SuperSpeed USB data delivery. VESA anticipates first products incorporating DisplayPort Alt Mode 2.0 to appear on the market in 2021.

DisplayPort 2.0, which was introduced in June 2019, provides up to a 3X increase in data bandwidth performance compared to the previous version of DisplayPort, as well as new capabilities to address future performance requirements of displays. These include beyond-8K resolutions, higher refresh rates and high dynamic range (HDR) support at higher resolutions, improved support for multiple display configurations, as well as improved user experience with augmented/virtual (AR/VR) displays, including support for 4K-and-beyond VR resolutions. Featuring the highly efficient 128b/132b channel coding shared with USB4, DisplayPort 2.0 delivers a maximum payload of 77.37 Gbps across four lanes (up to 19.34 Gbps per lane)—supporting ultra-high display performance configurations such as an 8K (7680×4320) display with 60 Hz refresh rate with full-color 30 bpp 4:4:4 HDR resolution uncompressed, and 16K (15360×8460) 60 Hz display with 30 bpp 4:4:4 HDR resolution with compression. With the release of DisplayPort Alt Mode 2.0, all of these high-performance video capabilities are now available to the USB ecosystem.

“VESA’s updated DisplayPort Alt Mode spec includes a number of under-the-hood developments—including updates to interface discovery and configuration as well as power management—to ensure seamless integration with the USB4 specification,” stated Craig Wiley, senior director of marketing at Parade Technologies, and VESA board member and DisplayPort Alt Mode sub-group leader. “This major undertaking, which was several years in the making, could only be made possible through the combined efforts of VESA and the USB-IF. Through our latest collaboration with the USB-IF, VESA is now taking care of everything related to high-performance displays over USB-C, whether through a native DisplayPort or USB-C connector, or through tunneling of DisplayPort over the native USB4 interface. DisplayPort is also tunneled through the Thunderbolt interface, making it the de facto video standard across PC and mobile displays.”

“USB Type-C is becoming the connector of choice in notebooks and mobile solutions. With the new DisplayPort Alt Mode 2.0 specification, USB Type-C now delivers compelling single-connector solutions for docking, gaming, AR/VR HMDs, and professional HDR displays that combine 80 Gbps of video bandwidth and other important features of DisplayPort 2.0 with the transport of USB data and power delivery,” said Syed Athar Hussain, VESA board vice chairman and display domain senior fellow, AMD.

“Intel’s contribution of the Thunderbolt™ PHY layer specification to VESA for use in DisplayPort 2.0 was a significant milestone, and it underpins this new DisplayPort 2.0 Alt Mode specification to provide data rates up to 20 gigatransfers per second,” said Jason Ziller, general manager, Client Connectivity Division at Intel. “This contribution ensures great user experiences by enabling today’s most versatile port with the highest performing display capabilities.”

{/pressrelease}

Articles: Digital Photography Review (dpreview.com)

 
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Apple announces new $399 iPhone SE model with 4.7-inch display, A13 chip and Portrait mode

16 Apr

Apple has announced a new version of the iPhone SE, its most affordable iPhone model. The new iPhone SE shares many of the features of the now-discontinued iPhone 8 model, including its glass-backed design and single camera.

Looking first at how the new second-generation iPhone SE compares to the original iPhone SE model, the new model is larger and now includes a 4.7″ HDR-capable Retina HD display rather than the 4″ Retina display of the original. Apple has upgraded its processors numerous times since the original iPhone SE launched with an A9 processor, and the new SE model comes with Apple’s A13 Bionic chip. Apple states that this chip results in 2.4 times faster CPU performance and 4 times faster GPU performance when compared to the A9.

Physically, the iPhone SE is very similar to the iPhone 8’s design. It utilizes a glass and aluminum design and is water-resistant to a depth of a meter for up to 30 minutes. The iPhone SE is 138.4mm (5.45″) tall, 67.3mm (2.65″) wide and has a depth of 7.3mm (0.29″). The phone weighs 148 grams (5.2 ounces).

The True Tone 4.7″ display is LCD and features IPS technology. The resolution is 1334 x 750 pixels at 326 ppi. During typical use, the contrast ratio is 1400:1. The phone can display wide color (P3) and has a maximum brightness of 625 nits.

Despite featuring a single camera, the iPhone SE (2nd generation) includes Apple’s Portrait mode (Night Mode is notably absent). The rear camera is a single 12MP wide camera, the same as the iPhone SE (1st generation), but the new phone has a faster F1.8 aperture compared to F2.2. The F1.8 lens includes six elements and features a sapphire crystal cover. Further, the new model now includes optical image stabilization, True Tone flash with slow sync and next-generation Smart HDR when capturing photos.

The iPhone SE (2nd generation) includes six Portrait Lighting effects. In these sample images, we see the Natural, Contour and Stage Mono effects. Image credits: Apple

The Portrait mode in the new iPhone SE includes advanced bokeh and depth control plus six Portrait Lighting effects: natural, studio, contour, stage, stage mono and high-key mono.

Additional camera features include panorama capture (up to 63MP), wide color capture, Live Photos, red-eye correction, auto stabilization, burst mode, photo geotagging and HEIF format image capture.

For video recording, Apple’s latest iPhone SE model can record 4K video at 24 fps, 30 fps or 60 fps, plus Full HD video 30 fps or 60 fps. The phone can also record with an extended dynamic range for video at up to 30 fps and includes optical image stabilization during recording. Full HD video can be recorded at 120 fps or 240 fps. Users can also record QuickTake video and the phone includes stereo recording. If you want to capture time lapse videos, the iPhone SE can do this as well, including with stabilization. Recording is captured in HEVC and H.264 formats.

The new iPhone SE includes a depth slider when using the Portrait mode. Here we see F1.8 (left) versus F16 (right). Image credit: Apple

The front camera is vastly improved in the 2nd generation iPhone SE. The megapixel count is up to 7MP from 1.2MP and the aperture is slightly faster at F2.2 compared to F2.4. The front camera includes Retina Flash, Auto HDR and can capture Portrait mode images with the same six effects as the rear camera. Further, you can record 1080p video at up to 30 fps using the front-facing camera.

In terms of connectivity, the iPhone SE (2nd generation) is much faster than the older iPhone SE. The phone includes Gigabit-class LTE, 802.11ax Wi-Fi 6 with MIMO and Bluetooth 5.0. The new Touch ID should also be faster with the new model. In line with other recent iPhone models, the revised SE forgoes a headphone jack and includes only a Lightning connector.

Users should expect similar battery life as the iPhone 8. This means that the built-in rechargeable lithium-ion battery will offer up to 13 hours of video playback and up to 40 hours of audio playback. The iPhone SE is now capable of wireless charging and includes fast charge with an 18W adapter (sold separately).

Image credit: Apple

Despite sharing many similarities with the iPhone 8, the iPhone SE (2nd generation) does have several differences. In terms of processing power, the iPhone 8 utilized an A11 chip rather than the A13 in the new SE. Further, the iPhone 8 did not include Apple’s Portrait mode or Apple’s latest next-generation Smart HDR image capture. Video features are similar between the two phones, but the iPhone 8 did not include extended dynamic range video capture, QuickTake video nor Stereo recording.

The iPhone SE is available in black, white and (PRODUCT)RED colorways. Available storage capacities are 64, 128 and 256GB. Pricing starts at $ 399 USD for the 64GB model and increases to $ 549 for the 256GB model. Pre-order begins at 5:00 a.m. PDT on April 17 with availability beginning on April 24. For more information, visit Apple’s iPhone SE product page.

Articles: Digital Photography Review (dpreview.com)

 
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Canon’s EOS M6 Mark II finally gets a 24p video mode via new firmware update

01 Apr

As it had assured consumers back in October 2019, Canon has released a firmware update for its EOS M6 Mark II camera that adds a 24p (23.98fps) mode that was inexplicably missing from the camera until now.

Canon has already released firmware for the other camera systems it promised 24p modes for, including the EOS 90D and EOS RP, so the new 1.1.0 update for the EOS M6 Mark II wraps up its response to customer feedback regarding the lack of a 24p mode when shooting video.

In addition to adding the 24p mode, the update also fixes an issue wherein the focus position of the lens returns to the home position if the camera powers off while in ‘Auto Power Off’ is turned on during ‘Interval Timing’ shooting as well as an issue that, ‘in rare cases’ would cause the camera to not focus at the edges of the image area.

The 1.1.0 firmware update is currently available to download (40MB) for both macOS and Windows computers on Canon’s EOS M6 Mark II product page.

Changelog:

Firmware Version 1.1.0 incorporates the following enhancement and fixes:

  1. The option to capture movies in the frame rate of 23.98p has been added.
  2. Fixes the phenomenon where the focus position of the lens returns to the home position if the camera powers off due to the “Auto Power Off” setting during Interval Timing shooting.
  3. Fixes the phenomenon in which, in rare cases, the camera may not autofocus at the edges of the image area.

Firmware Version 1.1.0 is for cameras with firmware up to Version 1.0.1. If the camera’s firmware is already Version 1.1.0, it is not necessary to update the firmware.

When updating the firmware of the camera, please review the instructions thoroughly before you download the firmware.

Notes: You can download the latest version of the instruction manual from our Web site.

Q&A: Preparations for a firmware update: After the downloaded compressed file (.dmg file) is extracted, a firmware folder is created.

*Extracting the downloaded file: The downloaded folder is automatically extracted, and a firmware folder is created. If the download folder cannot be automatically extracted, double-click the folder.

The extracted folder contains the firmware (File name: M6200110.FIR, File size: 37,013,792 bytes) and instructions on the firmware update procedures (a PDF file in five languages: Japanese, English, French, Spanish, and Simplified Chinese).

Before starting the firmware update operations, please confirm the contents of the download, and carefully read through the firmware update procedures.

(The following is the history of past firmware updates) Changes in Version 1.0.1:

  1. Corrects a PTP communications vulnerability.
  2. Corrects a vulnerability related to firmware update.

Articles: Digital Photography Review (dpreview.com)

 
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Several Canon 1D X Mark III users are reporting issues with the OVF freezing in burst mode

11 Mar

A number of Canon 1D X Mark III owners have reported issues with Canon’s flagship DSLR, wherein the camera appears to lock up and fall asleep while shooting in continuous mode.

First reported nearly three weeks ago in the DPReview forums, users have noticed their 1D X Mark III cameras seizing up after a few shots, making the camera unusable for a few seconds until it appears to reset. DPReview reader Hamilton Pytluk made what we believe to be the first mention of the issue when he had the following to say (emphasis his) in the Canon EOS-1D forums:

“My only gripe so far [with the 1D X Mark III] has been what I believe to be a buffer “issue” when shooting through the OVF, which seemingly puts the camera to sleep after taking a series of shots (as few as 5 in my usage) and de-pressing the shutter (if you keep it half-pressed, it’ll stay “awake”). Everything shuts down — I can’t even open the menu — until the write (red) light stops flickering.”

DPReview forum member PrestoPhotographer responded to Pytluk’s post confirming they too were affected by this issue:

‘I have the same issue with the viewfinder ‘sleeping’. Incredibly frustrating when shooting soccer or any fast-moving sport. I’m sending mine back as it’s currently not usable for me. I’ve noticed the card access light going off randomly amongst some other bizarre things as well. I’m set up for an eventual exchange but no clue when they’ll get more stock.’

Pytluk responded with the following YouTube video, showing exactly what both users described: after ten shots in continuous mode, the digital markings on the optical viewfinder (OVF) went blank and shut off until the camera caught back up, at which point the shutter could be released again.

Follow-up posts in the thread confirmed this issue occurred regardless of whether or not a memory card was inside the camera.

We experienced a similar issue with a pre-production camera earlier this year, but have not replicated the problem with two production samples of the EOS-1D X Mark III currently undergoing testing at DPReview. We have contacted Canon for comment and will update this article if we receive a response. If you’ve noticed this issue on your 1D X Mark III unit, leave us a message in the comments below.

Articles: Digital Photography Review (dpreview.com)

 
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Slideshow: Apple reveals the winners of the Shot on iPhone Night mode challenge

05 Mar

Apple reveals the winners of the Shot on iPhone Night mode challenge

At the beginning of the year, Apple invited iPhone 11, iPhone 11 Pro, and iPhone 11 Pro Max users to share their best photos taken in Night mode. All 3 iPhone 11 models feature a Wide sensor with 100 percent Focus Pixels. As a result, Night mode automatically activates in low-light environments.

Thousands of photos were submitted from around the world. The winning photographers, selected from a panel of 10 judges, hail from China, India, Russia, and Spain. The judges, including Malin Fezehai, Tyler Mitchell, Sarah Lee, Alexvi Li, and Darren Soh shared their thoughts on what made the winning photos stand out.

Winning photos will be featured on apple.com, Apple’s official Instagram account which boasts 22.5 million followers, at select stores, on billboards around the world, and other third-party photo exhibitions.

Konstantin Chalabov (Moscow, Russia), iPhone 11 Pro

Location: Sakha Republic
Phil Schiller says: ‘Konstantin’s photo is a super-dramatic image shot with Night mode. It could be the opening shot of a great Cold War spy movie. It challenges us with intriguing questions — ‘Where is the driver? Where are they going? Why stop out here?’ A cool mist permeates the blue Russian hillside and snow-covered ground, framing the lonely vehicle with bright red lights that hint at an unknown danger.’
Brooks Kraft says: ‘A movie-like scene that leaves you curious about what happened in this snowy remote setting. Night mode captures the blue light exterior hue beautifully as well as the incandescent lighting inside the cab of the truck and the truck lighting — a wide variety of lighting.’

Andrei Manuilov (Moscow, Russia), iPhone 11 Pro Max

Mitsun Soni (Mumbai, Maharashtra, India), iPhone 11 Pro

Location: Quartiere San Lorenzo

Darren Soh says: ‘An amazingly well-balanced composition that throws so many questions back at the viewer — ‘Where is this? Who lives here?’ — and perhaps the most important — ‘Why is laundry hanging out to dry at night?’ As an architectural photographer, I am drawn by the image’s one point perspective that leads the viewer into the frame, right smack into the hanging pieces of clothing.’
Sarah Lee says: ‘I love this and feel it could only have been shot on Night mode. It is beautifully composed, uses symmetry very well, and without cliché to communicate a fascinating story about densely populated urban spaces and the way many people live. This work reminds me of Michael Wolf’s ‘Architecture of Density’ in its theme, but compositionally the photographer has their own take, which is really interesting.’
Location: Dubai, United Arab Emirates
Tyler Mitchell says: ‘This one blows my mind. I have no idea where that deep rich red light is coming from on the tree. It almost feels like a UFO sitting above the tree, just out of frame. Absolutely beautiful composition as well.’
Arem Duplessis says: ‘The rich red color of the tree and ground gives this picture an otherworldly quality. Paired with the night sky, it feels like a still from a sci-fi film.’

Rubén P. Bescós (Pamplona, Navarra, Spain), iPhone 11 Pro Max

Location: Sierra del Perdón

Phil Schiller says: ‘Photography is the art of light, and Rubén’s photo magically uses light to bring this art installation in Spain to life. The color in this Night mode image is a captivating orange, beautifully framing the band of pilgrims in sharp silhouette. The crackly details on the foreground rocks add to the story of the long and difficult journey ahead for these pilgrims before they reach their holy site.’

Alexvi Li says: ‘Taking great advantage of Night mode with exposure setting, the photographer captured the silhouette of a group of people in the city light backdrop. The ground in the photo reveals beautiful texture when shooting against the light. The simple composition quickly draws viewers into a story, while delivering good image quality.’

Rustam Shagimordanov (Moscow, Russia), iPhone 11

Location: Hamnøy I Lofoten, Nordland, Norway

Kaiann Drance says: ‘A captivating shot of a winter village by the sea, which must feel cold, yet looks warm with the glow against the rocks and lights inside the red cabins, inviting a story about the people inside.’

Malin Fezehai says: ‘I love how the lights in the red cabins give a sense of warmth in the cold. The layers in the image create depth and give me a sense of cold and warmth at the same time. It’s a beautifully captured landscape image of a winter evening.’

Yu “Eric” Zhang (Beijing, China), iPhone 11 Pro Max

Jon McCormack says: ‘This image represents iPhone at its best. Capturing life as it happens, no matter what the light is! The sense of moment, intimacy and place in this image is very good. It really transports the viewer to being right there.’

Arem Duplessis says: ‘This picture has a very real quality to it. The rising steam, the silhouetted figures backlit from the lamp all align perfectly in this magical caught moment.’

Articles: Digital Photography Review (dpreview.com)

 
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Fujifilm’s new Instax Mini 11 features an ‘Automatic Exposure’ mode and dedicated ‘Selfie Mode’

27 Feb

Although not nearly as exciting as its new X-T4 camera, Fujifilm has also announced the Instax Mini 11, its latest-generation instant film camera.

The Instax Mini 11 looks very similar to its predecessor, the Mini 9 (don’t ask where 10 went), but it’s received a subtle facelift. Specifically, the camera is more rounded than before and uses a material around the lens that’s different from the material used in the rest of the camera body. The shutter button and the button used to extend the lens now have dimples as well, presumably to make it easier to locate the buttons by feel when shooting.

Aside from the slight design change, Fujifilm has also added an Automatic Exposure mode that adjusts the shutter speed and flash output based on the ambient lighting environment. Previously, the only option was to choose from a selection of presets that were changed by twisting a ring around the lens.

Fujifilm has also added a new Selfie Mode that, according to Fujifilm, ‘makes it super easy to take selfies and close-up pictures.’ A small convex mirror on the front of the camera makes composing selfies a bit easier as well (this has been on previous-generation Instax Mini cameras).

The Mini 11 also comes in different color options: Blush Pink, Sky Blue, Charcoal Gray, Ice White and Lilac Purple. The Instax Mini 11 is set to ship in mid-March with an MSRP of $ 69.95. In addition to the new camera, Fujifilm has also unveiled two new Instax film varieties: Instax Mini Blue Marble film and Instax Square White Marble film.

{pressrelease}

Fujifilm Unveils Its next Generation Instant Camera: The New Instax Mini 11 Is Here!

Valhalla, N.Y., February 25, 2020 – FUJIFILM North America Corporation is pleased to announce the launch of INSTAX® Mini 11 (Mini 11), the latest innovation in its long line of popular INSTAX instant cameras and Smartphone printers.

The INSTAX® Mini 11 has been designed for optimal portability along with a fresh, trendy look. Available in five new colors, the Mini 11 boasts the following new features and benefits:

Automatic Exposure function for better pictures day or night

The “Automatic Exposure” function automatically senses the level of ambient light when the shutter button is pressed, and optimizes the shutter speed and flash output according to the condition. It allows even novice INSTAX® users to take photos that are automatically properly exposed regardless of conditions, producing high-quality instant photo prints on the spot.

Selfie Mode for quick and easy selfies

Users can activate the Selfie Mode, perfect for taking selfies and close-up shots, by simply pulling out the front end edge of the lens after powering the camera on. This makes it super easy to take selfies and close-up pictures.

Custom, interchangeable shutter buttons for style and personalization

The Mini 11 comes with two replaceable and stylish shutter button stickers; a fun and easy way to change the button’s look and to personalize the camera.

Updated design with attention to detail

Mini 11’s rounder, softer, modern look is a direct homage to its Mini 9 predecessor. Contrasting design elements on the Mini 11 are achieved by using a different material around the lens from the rest of the camera body. The Mini 11 is available in five pastel, pale-tone colors – Blush Pink, Sky Blue, Charcoal Gray, Ice White, and Lilac Purple.

Also accompanying the launch of this exciting new instant camera are two new INSTAX instant film varieties; INSTAX® Mini Blue Marble film and INSTAX® Square White Marble film. Both have marble-patterned print frames transforming everyday photos into unique, fun keepsakes.

Fujifilm’s INSTAX® Mini 11 instant camera will be available at a manufacturer’s suggested retail price of $ 69.95 USD ($ 89.99 CDN) and is expected to be available for purchase mid-March, 2020.

{/pressrelease}

Articles: Digital Photography Review (dpreview.com)

 
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Moving to Manual Mode: Which Setting Should You Adjust First?

23 Feb

The post Moving to Manual Mode: Which Setting Should You Adjust First? appeared first on Digital Photography School. It was authored by Kevin Landwer-Johan.

moving-to-manual-mode-photography

Moving to manual mode is often considered too difficult by many beginner photographers. In reality, learning manual mode is not so hard to do. Sure, it’s not for everyone. Many photographers are content to let their camera sort out the exposure settings.

One of the most common questions I get asked by people I am teaching to use manual mode is “which setting should I adjust first?” Unfortunately, there is no set answer to this question. It depends on what you are photographing.

motion and DOF control, moving to manual mode, ballet dancer

© Kevin Landwer-Johan

Moving to manual mode

Shifting your mindset is the most important aspect of moving to manual mode. Are you comfortable using any of the auto or semi-auto exposure modes on your camera? Then you need to make some changes to the way you think.

First, it rarely matters if it takes you a little longer to set your camera. Very few memorable photos are taken as snaps on the spur of the moment. Slow down.

Understand the basics of how you can set the exposure manually, then practice. Once you commit to moving to manual mode, you will find it’s not difficult to manage.

There are only three settings you need to work with to manually control your exposure – shutter speed, aperture, and ISO. These regulate the exposure.

The exposure meter, also known as the light meter, guides your decision making. With many cameras, you can also use the rear monitor to gauge your exposure. With mirrorless cameras, you can typically see the effect of adjustments you make to exposure in the viewfinder.

Woman Photographer at the Shopping Mall, moving to manual mode

© Kevin Landwer-Johan

Balancing these three settings will result in a well-exposed subject. Each setting can also affect your photos in different ways. These are important to understand to be in control of how you want your photos to look.

When you are first moving to manual mode, you may not know where to start in setting your exposure. There are many variations on how to set your camera.

Each photographer may use a different method. I base my choices on what I am photographing.

Here are the answers I give my workshop participants about which setting to change first.

When to adjust your shutter speed first

Photographing a moving subject means you need to consider your shutter speed first. If your shutter speed is too slow, your moving subject may appear blurred.

At times you will want this effect. Often you will want your subject to be sharp, without any motion blur or camera shake fuzziness.

Young woman standing in a busy market. Shot using a slow shutter speed to get the movement of the people blurred. Moving to manual mode

Shutter speed was 1/2 a second. My model stood very still © Kevin Landwer-Johan

You need to consider how fast your subject is moving to know an appropriate shutter speed to use. The faster the movement, the faster the shutter speed you’ll need to use to freeze the action.

Making use of motion blur in your photos also requires you to think about how fast your subject is moving. If you set your shutter speed too slow, you’ll see too much blur, and your subject may not be recognizable.

Alternatively, if your shutter speed is a bit too fast, your subject may only blur a little. This often looks like a mistake has been made.

To capture a person walking and have them look sharp, you’ll need to use a shutter speed of 1/250th of a second or faster. If you want them to blur a little and still be recognizable, you’ll need to set your shutter speed at around 1/10 of a second or a little slower.

Low light may mean your shutter speed needs to be slow. It’s important not to choose a speed that’s so slow you’ll get blurring from camera shake. This happens when you are hand-holding your camera and move it slightly during the exposure. I’ll address this more in the section about ISO setting.

Once you have adjusted your shutter speed, you will then need to set your aperture and ISO. This is what your exposure meter, monitor, or viewfinder can guide you to do.

Image: I used a shutter speed of 1/1250th of a second to ‘freeze’ the flying water © Kev...

I used a shutter speed of 1/1250th of a second to ‘freeze’ the flying water © Kevin Landwer-Johan

When to adjust your aperture setting first

Aperture, among other things, allows you to control the depth of field in your photographs. This is the amount of your photo that is sufficiently sharp. The wider aperture you choose (lower f/stop number), the less you’ll have in focus in your picture.

Choosing to adjust the aperture first is a decision based on how much of your composition you want in focus.

At times, you might want to render as much of your composition in focus as possible. This is a common choice when photographing landscapes.

Setting your aperture to a higher f/stop number (i.e., f/8-f/22) will give you more depth of field. Understanding hyperfocal distance will help you make better choices about getting a deep depth of field.

Isolating your subject by blurring the background requires you use a lower f/stop number (i.e., f/1.2 to f4). Doing so means more light will enter your lens. You’ll need to adjust your shutter speed and/or ISO to make sure your subject is well exposed.

Manipulating the aperture setting first is something I often do when I have a static subject. This is because the shutter speed I use is not so significant as it is when my subject is moving.

Moving to manual mode to photograph a Thai dancer

I used an aperture of f/2 on an 85mm lens to control the depth of field. © Kevin Landwer-Johan

When to adjust your ISO setting first

I treat my ISO setting as the foundation of my exposure. I only alter it when I need to. Unlike shutter speed and aperture settings, ISO has no creative influence. However, it does have an effect on the technical quality of your images.

Changing your ISO first is a good idea when you have moved from one location to another, and the light is significantly different. If you’re outside photographing in the bright sun and move inside, you will most likely need to adjust your ISO. Likewise, if you’re photographing in a dark place, and then want to take photos somewhere that’s well illuminated, you may need to change your ISO.

When you are having to set a slow shutter speed to get a good exposure, you need to consider changing your ISO setting. This is more vital when you are hand-holding your camera, because of the risk of camera shake. When your shutter speed is slow, and your aperture is wide open, increasing your ISO will allow you to also increase your shutter speed.

My rule of thumb is to keep the ISO setting as low as possible. This will ensure the best technical quality. As camera sensors have improved over the years, quality problems at high ISO settings have diminished. I still find keeping my ISO low is a good way of managing my settings.

Monks Lighting Candles at night

I used an ISO setting of 3200 © Kevin Landwer-Johan

Manual mode balancing act

Obtaining a well-exposed subject using manual mode is not very difficult. It’s a matter of balancing your shutter speed, aperture, and ISO settings. The key to managing to do this well is practice.

Moving to manual mode may seem like a big step, especially if you’ve been comfortable letting your camera control the exposure. Once you do make the decision to take control of your camera you will need to stick with it.

Switch back to an auto mode only when you need to. Otherwise, you will never learn how to take charge of your manual exposure settings properly.

 

The post Moving to Manual Mode: Which Setting Should You Adjust First? appeared first on Digital Photography School. It was authored by Kevin Landwer-Johan.


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Fujifilm says new 400MP ‘pixel shift’ mode is coming to its GFX 100 camera system

07 Feb

At its 2020 X Summit in London earlier this week, Fujifilm announced it’s working on adding a 400 Megapixel ‘pixel shift’ mode for its GFX 100 medium format mirrorless camera system.

The impending feature was teased as Fujifilm engineers talked about adding new functionality to its GFX 100 (around the 39:30 mark in the above video). According to the engineers, the ultra-resolution mode would use ‘sub-?m order control’ pixel pitch to create 400MP stills from the 100MP sensor inside its GFX100. Specifically, the engineers noted the new technology would be able to control pixel shift with 10x more precision than is currently available using the in-body image stabilization.

Aside from the aforementioned details, no other information was given, as Fujifilm engineers progressed through the 2020 X Summit. So, until Fujifilm reveals more information, it’s just a matter of waiting to see how long it is until the new functionality finds its way to the company’s 100MP medium format mirrorless camera.

Articles: Digital Photography Review (dpreview.com)

 
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