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Honor 20 Pro to come with first F1.4 aperture on a smartphone

16 May
Honor 20 Pro, night mode

The Honor 20 Pro, the latest flagship smartphone of Huawei’s Honor sub-brand, is scheduled to launch next week but Zhao Ming, President of Honor smartphone, has already given us a preview of the device’s camera capability, revealing some sample photos captured on the phone.

Two images were captured with the upcoming device’s new night mode and the results looks pretty promising, with similar exposure and dynamic range to what we’ve seen on the Huawei P30 Pro. The EXIF-data also reveals that the 20 Pro will be the first smartphone to come with an ultra-fast F1.4 aperture.

Honor 20 Pro, night mode

The third shows a capture from the 20 Pro’s 12MP ultra-wide angle camera.

Additional information provided by the manufacturer confirms a quad-camera setup including a time-of-flight depth sensor, a 48MP primary sensor that will likely output 12MP images for improved noise levels and dynamic range. In combination with the fast aperture and night mode that could make the upcoming a Honor an interesting option for smartphone night photography.

Honor 20 Pro, ultra-wide-angle

Other specs that are already known include a 6.26″ IPS display with FullHD+ resolution, a Kirin 980 chipset and 6GB of RAM. Looking at the sample shots and specs the Honor 20 Pro could potentially be the 2019 smartphone of choice for those mobile photographers who don’t want to spend Huawei P30 Pro or iPhone XS Max money. We’ll know more next week.

Articles: Digital Photography Review (dpreview.com)

 
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Review: Edelkrone DollyONE with FlexTILT Head 2

16 May

Edelkrone DollyONE and FlexTILT Head 2
$ 699 and $ 149 | edelkrone.com

Let’s face it, we’re all on a journey to improve our shooting, and some shots can be especially challenging in video work. There are lots of situations where incorporating some camera movement can create additional interest in shots. I’ve recently started using a combination of tools that have proven quite useful in this respect.

The Edelkrone DollyONE (DO) is an app-controlled, motorized flat surface camera dolly. The dolly can be used either in a simple track along a straight line or an arc around a subject.

The FlexTILT Head 2 (FTH2) is a lightweight head. The head extends, tilts and pans and it can to be mounted on any standard 1/4″ or 3/8″ screw mount or it can be used on its own on a flat surface.

Combining these two products allows easy camera mounting, re-positioning and movement either for video work or time lapse photography.

Key Features

  • Arcing and linear movements without a track
  • Control of dolly movements via an app
  • Ability to create different position presets
  • Speed Control including ease in and ease out rate
  • Remote triggering of cameras with optional cable
  • Head allows vertical extension
  • Head folds flat
The DollyONE with the low profile FlexTILT Head 2. The vertically extending head is a really great idea.

Uses

I first discovered Edelkrone as a company some years ago when they launched their unusual take on the slider, the SliderPLUS. Then later I found out that they had launched a motorized system and I was very interested in using some of their products to help with my work. While not cheap, they have a very professional feel to them and their customer service is second to none. I’ve been using Edelkrone’s sliders for a couple of months, and decided that maybe I should be looking at branching out to some longer tracking shots and more importantly, some arcing ones.

While I tried to get similar-looking shots with my existing equipment, I just wasn’t happy with the results. The fact that this combination allows you to combine long tracking shots with the time-lapse function in the app meant that I could explore other avenues in my work.

The dolly operates on a single Canon LP-E6 battery.

Specifications

On picking up the box I was first struck by the weight of the DollyONE, measuring 160 x 160 x 57.5mm (6.3 x 6.3 x 2.26 in) and weighing in at 1.6 kg (3.52 lbs), while the dolly itself can handle loads of up to 6.8 kg (15 lbs). In addition to the DollyONE I chose to use the FlexTILT Head 2 to mount the camera to the dolly. It is possible to use a small tripod head instead, as the dolly uses a standard retractable 3/8″ screw for mounting.

Why then use the Edlekrone head? It offers the ability to vertically extend the camera position and tilt it without having to change the height of the dolly, something I found incredibly useful. I couldn’t use a tripod with the dolly by its very nature so I needed a way of easily changing the height of the camera. The maximum vertical extension is 180mm (7.25 in) which doesn’t sound like much but covers quite a lot of situations for me in close-up product work.

The FlexTILT Head 2 can be used without a mount.

The head also allows panning, though not quite through 360 degrees. At first this might seem like a problem, however there is a good reason for this; it allows you to easily tighten the head on to the screw mount on the dolly. This is achieved by rotating the head until the stop is reached and then using the end stop to tighten the head down. The mount on the head is a standard 3/8″ screw thread and Edelkrone includes a couple of 3/8″ to 1/4″ adapters in the box for other applications.

Tensions on the FlexTILT Head 2 can be altered for tilt and extension.

The FlexTILT Head 2 also provides the ability to adjust the tensions on each of the joints, and this includes the pan friction. I did this almost immediately as with a Sony a7 III and Sony 24-105mm F4 it was a little too loose. Your setup will probably be different but the the head is rated for loads up to 2.5 kg (5.5 lb) so some adjustment may be necessary. I’m pleased to say I’ve not encountered any loosening of the joints since I adjusted them. The Hex keys required to make all these adjustments are included in the box. One other feature is a small leveling bubble embedded into the base.

Tensions on the FlexTILT Head 2 can be altered for panning as well.

Setup

As with the other Edelkrone products I’ve used before the setup on the DollyONE was quick and easy. There are no buttons on the unit, just two adjustment wheels for tension and two sockets for camera control. There’s not even a power button.

After attaching the FlexTILT Head 2 to the dolly, inserting the battery in the base (Canon LP-E6) and waiting for the confirmation beep I could then start the app. This is the only way to control the Edelkrone range of motorized products. There is a single app for all product combinations and it is available for iOS and Android devices.

Control

When starting the app it checks for neighboring compatible Edelkrone devices that are powered up. It is possible to use 3- or 4-axis control and there are a number of Edelkrone products which can be controlled at the same time. This includes the HeadONE and HeadPLUS, the SliderONE V2 and SliderPLUS, the DollyPLUS and even the Focus Module. The interface itself changes according to the devices it finds, in this case as I had only one device it offered a relatively simple 1-axis control.

The first thing to do is decide what sort of movement you need as you have three choices when selecting the ‘Path’ button on screen: Slide, Arc or Dolly In/Out.

Of course you can choose to pan the camera on the head so that the movement is not either directly parallel or at 90 degrees to the direction of travel.

The three options available when choosing the path of the dolly:

A basic slide with the lens pointing perpendicular to the direction of travel.

An arcing movement. The angle is calculated when the camera moves automatically to an off center position. You have to angle the camera with an on screen button for the arc to be calculated.

An in out move, note here that the lens is at 90 degrees to the arrow on the dolly.

The result is that you can create three distinctive movements depending on how you program the device in the app. The video below shows some real world examples of these movements.

Programmable movements include Slide, Arc, and Dolly In/Out.

Moving experience

My first attempt at a move was a simple dolly move from left to right. After setting the path type I was then able to set preset positions with the pose button. There are three positions available to start with, which increases to six when the first three have been used. The pose buttons allow saving shots from the camera on a smart device; the photo is saved on the pose button to act as a reference. Simply tapping the respective button will initiate the move.

At 100% I was slightly worried that the dolly might not stop the first time I selected it – it’s that quick. I shouldn’t have been concerned though. It’s also possible to set it to a crawl, and with a gentle in and out curve it’s incredibly slow. I set it to make a move with the speed set to 1% and the ease in/out set all the way to the left. A move over a distance of 44cm (17.25 in) took eight and a half minutes, at 100% set to minimum ease in/out it took four seconds.

When initiating any move you get a read out on the button of the time remaining, which changes when you adjust any of the sliders. Although the move can’t be updated live you need to stop the current move for the new settings to take effect. However, sometimes the real-time readout of how long this is going to take doesn’t update every second when moving very slowly.

The app has a simple single axis control with just a DollyONE.

Power Mode adds more torque for heavier payloads.

The Path lets you choose between Slide, Arc or Dolly In/Out.

The three pose buttons allow you to set individual dolly positions. You can move between them by tapping, You can also save reference photos to each position.

When all three are set these buttons shrink to reveal three more.

Speed control from scarily fast to hardly perceptible.

Ease In/Out can have a huge effect on overall movement duration.

Additional Time-Lapse and Stop Motion functions which are highly configurable.

The speed of this move and the ease in and ease out dynamic can be adjusted with the appropriate slider underneath the row of pose buttons. You can cancel or delete moves by tapping the pose button at the top right hand side, denoted by the usual ‘x’. You can also quickly reposition the dolly by double tapping on the pose button. Another function is the ability to loop back and forth by tapping simultaneously on the two poses that you want the dolly to move between.

The app also offers some additional buttons, one is a very tempting ‘record’ button that doesn’t do much at the moment apart from bringing up a ‘feature that we’re working on’ message. I reached out to Edelkrone about this and they told me that it’s going to be enabled for the DollyONE in the near future. It is available when using other Edelkrone products.

This button will allow the recording of bespoke timings using the on screen controls via a macro record function. This will allow an amazing flexibility in terms of moving between poses in a non-linear way and even allowing movement to be terminated and reinitialized if required mid-move. This becomes even more powerful when you combine this with other Edelkrone motorized products. It’s even possible to convert these movements into time lapse and stop-motion tracking movements.

The main time lapse option page.

It also offers the ability to change the interval dynamically as well as the step size.

Intervals can be set in 0.1 second increments.

Number of exposures can be set here.

The app also easily enables you to send feedback messages to the customer support team. I found myself doing this on a few occasions, to ask questions or suggest new ideas. Customer support with Edelkrone products has been excellent. Included in the app are links to the various product set-up videos on YouTube which can be really useful.

The app contains some other functions behind the buttons on the bottom. Time lapse and stop frame both can be used with the correct cable by plugging into the right hand socket to trigger the shutter on your camera. The left hand socket is for LANC control which is going to be supported in upcoming updated firmware.

The LANC and remote shutter sockets.

In actual use I found the app very intuitive, a minor issue was getting the timing right for the tapping on two pose buttons to get the loop function working. Due to limitations of this sort of system i.e. a Dolly that isn’t on tracks, there is some drift in repeated looping movements. Edelkrone advise that repeated movements are only accurate for around five to ten loops. Set-up is key to getting the best performance.

The two tension controls on the side of the dolly need to be set appropriately for the weight of the camera, lens and head. They have to be set so that the dolly doesn’t drag across the surface it’s on, but they also have to be set so that there is no rocking of the dolly during movement. This can be tested by gently pressing alternately on the sides that don’t house the tension wheels to see if there is any side to side movement.

In practice I found that I was able to get acceptable results over quite a few more than that with careful adjustment – around 100. While there was a drift of around 12mm (1/2 in) perpendicular to the move it was almost perfect along the length of travel. Your mileage will vary as this depends on the balance of the camera and also the resistance of the surface you are using.

The tension adjuster, one per dolly wheel.

Setting up arcing movements was also easy. You do need to follow the instructions in the app to first place the camera at the start position, line it up with the on-screen controls and then the DollyONE will move slightly to one side. You then need to use the on-screen buttons to re-center the camera – this provides the dolly with enough information to derive an arc which can then be used for 360-degree movements around a subject. You can of course make a different sort of arcing move and re-orient the camera so that it faces outward. This can be useful for parallel moves around subjects placed in an arc.

Practical considerations

I got around 90 minutes of battery life when setting it up in loop mode at 30% over a 75cm (30 in) move. Edelkrone states that the expected life is 60 minutes when set to 100%. I did find that the in-app battery level meter was rather pessimistic. It showed the battery to be exhausted when in fact I had around 30% of life remaining. An update to make this more accurate is being worked on by their R&D department.

You may find from time to time that the main control slider disappears and is replaced by the message ‘recover path’. You then have to select this option and the dolly relocates itself to recalculate the original position. This only tends to happen if the DollyONE gets moved manually either deliberately or by accident.

While using the dolly I found that there are surfaces you should avoid – basically ones that are glossy and uneven. Glossy will cause issues with traction; heavily varnished wood for example isn’t great. Uneven ones can also cause traction problems but will also introduce some vibration and can be noisy if that’s a consideration. You can’t use it on carpet and rugs as the clearance of the wheels underneath is only about 5mm (0.2 in).

One of only 2 dolly wheels.

Ideas for improvement

As usual nothing is perfect and there are a few things that could be improved. I’d like the ability to use external power as the run time with a single LP-E6 can be a little limited when using the time lapse function over extended periods.

One thing that is not as easily available as it could be with the DollyONE is the ability to rotate 360 degrees around its own center axis via a single button press. It is feasible to make your own 360 degree arc. You do this by setting it up in such a way that the second position that you choose to orient the dolly is 90 degrees to the first position. This is not as intuitive as it could be but I’m told that a simpler way of doing this will be added at a later date.

For the FlexTILT Head 2 I do wish that the tension adjustments were tool-less. I realize that accommodating this and maintaining a low profile head might prove difficult. Although not having to adjust up to eight hex bolts would be beneficial, even though the need for it is rare.

Conclusion

What at first may seem like quite niche products have actually given me more inspiration for new shots than I thought possible. I haven’t even touched on the fact that you could actually mount things on the DollyOne and use it as a movable platform for some subjects. I’m sure there are many more uses that I haven’t even considered yet.

These are not budget products but I’m a firm believer that you get what you pay for. My old, cheap dolly skater and head were used once and they haven’t been out of their boxes for over two years. The DollyONE and FlexTILT Head 2 are a natural pairing and I eagerly await the updates that will make this system even more creativity-inspiring.

What we like

  • Ease of use
  • Build quality
  • Low noise
  • Extensive time lapse options
  • Customer support

What we’d like to see improved

  • Battery Life indication accuracy (planned for future update)
  • No one-button 360 degree panorama option (planned for future update)
  • Tools required to adjust head tensions

Articles: Digital Photography Review (dpreview.com)

 
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Is the Sony a6400 right for you?

16 May

Is the Sony a6400 right for you?

We’ve put the wraps on our full review of Sony a6400, where we look at its image quality, autofocus and more. But is it the right camera for you, and the style of photography you enjoy? Taking the a6400 into account as a whole, here’s how we think it stacks up for these common photographic use cases.

  • Family and moments
  • Travel
  • Video
  • Lifestyle and people
  • Sports and action
  • Landscape
  • Candid and street
  • Formal portraits

Family and moments

Sometimes, a killer new feature comes along that really changes the way you take photographs – in this case, that feature is Sony’s Real-time Tracking AF. Once you get the camera set up, all you really need to do is place an AF area over the subject you want to track, whether it’s a human or not. If it’s not a human, the system will track that object very tenaciously as you recompose the scene. If it is a human, the system will automatically switch to face or eye detection and reward you with incredibly accurate focus, almost regardless of lighting or subject movement, and even at wide apertures. It’s really something.

As a point-and-shoot family cam, the a6400 is hard to beat

There’s a lot else that the a6400 gets right for this use case, as well. First of all, with the proper prime or the 16-50mm F3.5-5.6 power zoom kit lens, it makes for a compact package that’s easy to toss into a bag or jacket pocket (the very nice 18-135mm F3.5-5.6 kit lens adds quite a bit of bulk, but a very flexible zoom range). There’s above-average battery life, and if you do happen to let the battery drain, the a6400 will charge over its micro USB port. Claimed weather-sealing means a little drizzle doesn’t need to dampen your photographic creativity, and the selfie screen will be handy for, well, selfies.

Marks against the a6400 include a complex menu system that could overwhelm more novice users, and we’ve found the auto white balance can ‘overcorrect’ daylight images, making them look a little cold for our tastes. But overall, as a ‘point and shoot’ family camera, the a6400 and its Real-time Tracking autofocus are hard to beat, especially at this price point.

Photo by Rishi Sanyal


Travel

Everyone travels differently, but we believe that the a6400 comes with some merits (and, of course, demerits) that will apply broadly to the type of people that like to bring a dedicated camera with them while traversing the globe.

First off, like all of Sony’s a6x00 cameras, the a6400 is compact and lightweight. Despite this, it still comes with claims of weather-sealing, which is a nice touch should you run into inclement weather. Wireless connectivity, including NFC, is a strong point, so it’s easy to get your photos up onto the web from anywhere, without needing a dedicated computer. There’s an awful lot of lenses in the E-mount ecosystem to choose from at this point, from the flexible 18-135mm F3.5-5.6 Sony kit zoom to Sigma’s excellent 16mm, 30mm and 56mm F1.4 primes. Add on the ability to charge the a6400 from the same power bank that you can use to charge your phone, and you have a strong proposition for a travel camera right here.

The a6400 is compelling option for you to pack into your carry-on for the next adventure

But there are a couple of things to consider. Unfortunately, Sony is one of the few remaining manufacturers to not allow in-camera Raw processing. This is a shame, because we’ve found the auto white balance can sometimes result in unpleasant colors in JPEGs, and JPEGs are harder to correct than Raw files. This means that, if you’re a power user and really like to fine-tune your photographs, you may actually find you want a laptop with you to give those Raw files a look. This could be mitigated if Sony’s Imaging Edge app allowed the transfer of Raw files to mobile devices, but at the time of this writing, it doesn’t.

Still – if you’re primarily a JPEG shooter and don’t mind taking some more control over your JPEG and white balance settings, the a6400 is a compelling option for you to pack into your carry-on for your next adventure.

Photo by Carey Rose


Video

The new screen mechanism on the a6400 tilts all the way up for selfies, yes, but that also opens a window of opportunity for those looking to ‘vlog.’ But aside from vlogging, there’s quite a bit to unpack here, so let’s start with the basics.

The a6400, like the a6300 and a6500 before it, offers oversampled (read: highly detailed) 4K video capture. Autofocus during video is another strong point, requiring a minimum of input from the user for most types of shooting. The microphone input makes it easy to get higher-quality audio recorded in-camera, and Log capture gives power users more flexible files for post-processing. Sony has also updated the processor in the a6400, and in room temperature conditions, the camera will record 4K continuously until the battery runs out, or the card fills – without fear of overheating.

The a6400 is a great B-cam for interviews, and decent for vlogging – but it’s worth checking out the competition

But the market hasn’t stood still. Against competitors like the Fujifilm X-T30, the a6400 has an awful lot of rolling shutter – which is that sort of jiggly, jello-y effect you can often see in shaky footage. And without a stabilized lens, you’ll have a lot of shaky footage, since the a6400 doesn’t include in-body image stabilization. Plus, in 4K/30p, you’ll have an additional crop factor, meaning it will be difficult to get wide-angle footage with standard zoom lenses. There isn’t a headphone jack to make sure your audio sounds alright during recording, and that flip-up screen can be blocked by any microphone you want to put in the hot shoe.

So thanks to its unlimited recording time, the a6400 makes a great B-cam for interviews, and with Sony’s 10-18mm F4 E-mount lens, which happens to be stabilized, you have a decent option for vlogging as well (just watch that crop if you shoot in 30p). It’s just that, at this point, it’s worth checking out the competition to see if other options have a more modern feature set that will work best for the kind of video work that you want to do.


Lifestyle and people

We again see Sony’s Real-time Tracking autofocus playing a major role here; even with a wide-aperture primes, like Sigma’s 56mm F1.4 or Sony’s 24mm F1.4 GM, the a6400 will reliably lock focus on a subject’s eye with incredible accuracy.

Not only that, but malleable files with plenty of dynamic range give you more flexibility for shooting in harsh lighting conditions, and good low light performance means you don’t necessarily have to stop shooting when the sun goes down. Good connectivity options will let you send those files off to your subjects quickly and easily, so long as you’re happy with the JPEGs – it’s probably best to dial in your white balance manually for best JPEG results.

Photo by Barney Britton


Landscape

The a6400’s 24MP sensor offers a solid amount of resolution for landscape work – and there aren’t many APS-C cameras out there to offer significantly more resolution at this time, anyway. And though it’s the exact same sensor as in the older a6300, it’s still a very good sensor in terms of dynamic range, and so you’ll be able to brighten shadows significantly in high-contrast scenes without introducing a ridiculous amount of noise.

If you’re a tripod shooter, the tilting LCD will be a help for working at lower angles, though if you like to shoot in the vertical orientation, you’re out of luck on that front – the LCD only tilts on its horizontal axis. There’s a strong selection of lenses, both from Sony and third parties, particularly wide-angle primes. The claimed weather-sealing is of course a welcome addition if you’re finding yourself out in the elements, as is USB charging if you’re operating off the grid for any period of time. There’s also a robust built-in intervalometer for time lapse work, if that’s your jam.

The inability to process Raw files in-camera or transfer them to your phone may be frustrating

But for those wanting to travel light, the inability to process Raw files in-camera or transfer Raw files to mobile devices may be frustrating. The a6400 is also one of the few APS-C cameras on the market to only offer lossy compressed Raw files, meaning that you might see some artifacts if you really push your high-contrast files, such as those taken at sunrise or sunset. Overall, though, the a6400 – with the right lenses – is a solid choice for landscape shooters looking to travel light.

Photo by Carey Rose


Sports and action

Sorry to sound like a broken record (do the kids know what records even are, these days?), but Sony’s Real-time Tracking AF is a revelation for sports and action photography, as well. Whether you’re photographing your child’s soccer game or a low light concert, the a6400’s autofocus system is capable of getting you an incredible number of in-focus ‘keepers’, even if you’re firing away at a maximum burst rate of 11 fps. And as stated earlier, the system doesn’t need an eye to latch onto for accuracy – the a6400 will tenaciously track any subject, whether it’s a race car or a helmet, as long as you’ve initiated tracking over that subject.

We’re pleased with the deep buffer, but less pleased with the slow write-times

We’re pleased to find that the a6400 comes with a pretty deep buffer, but are less pleased to say that the card slot is only UHS-I. This means that write-times are on the slow side, and that the buffer will take a while to clear after a long burst. While you can still enter playback while images are being written to the card, some functions – like burst speed – cannot be changed until the buffer has finished clearing. Lastly, we’d recommend a grip extension of some sort for use with larger telephoto lenses, as the small grip on the a6400 will be uncomfortable with those lenses after extended use.

It’s worth adding that the touchscreen on the a6400 can be used for AF point placement, so you can move the area around if that makes it easier to initiate tracking on your given subject. We still prefer a joystick for AF area movement, however, but the touchscreen is better than the fiddly ‘click-click-click‘ of the rear four-way controller / dial.

Photo by Carey Rose


Candid and street

For candid and street, the a6400 is likewise a compelling option. With a tilting screen, shooting from the hip (and using the touchscreen for AF area placement) is a cinch. If you want to be able to react even faster to what’s happening around you, the ‘Wide’ AF area does a surprisingly good job of automatically deciding what to focus on without any intervention from the user. The compact size won’t be terribly intimidating or attract too much attention, and the a6400 comes with a silent electronic shutter for extra discretion.

The one caveat here, though, is that the scan rate of the electronic shutter is on the slow side. This means that if you’re using that electronic shutter and panning or photographing fast-moving subjects, you may see some odd distortion artifacts, and you may also see very pronounced banding if you’re capturing candids under artificial light.

Photo by Carey Rose


Formal portraits

Formal portraits are actually another situation in which the a6400 performs well. Again, the reliable Eye AF implementation ensures accurate focus, and though there’s no flash sync port, you can add any number of adapters to the camera’s hot shoe. The flash-sync speed of 1/160 sec isn’t great for outdoor use (though you can always use high-speed sync), but should be fine for use indoors. A nice bonus is that the a6400 can shoot tethered using Capture One software, and there’s a wide variety of excellent prime lenses available, including the excellent Sigma 56mm F1.4 that will give you a standard 85mm equivalent field of view on the a6400.

Photo by Carey Rose


The wrap-up

We wrote in our full review that the a6400 is ‘a near-universally capable midrange camera,’ a statement which is borne out through our examination of its merits across these use cases. It’s not a perfect camera – no camera is – but it’s hard to argue against the fact that Sony has created a remarkably flexible camera at an attainable price point for many people. That’s unequivocally a winning combination.

Whether you’re photographing your own family, stylized portraits, sports or looking for a photographic travel companion, the a6400 probably has just about all you need to get the shot in those situations. We have to admit, though, that some of the less tangible aspects of the camera – such as how engaging it is to use – are less impressive to us. But that doesn’t take away all that a photographer can do with the a6400, once they’ve wrapped their head around the controls and interface.

If you own or are looking into a Sony a6400, let us know in the comments what types of photography you’re into and how the camera is working for you.

Articles: Digital Photography Review (dpreview.com)

 
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Nikon firmware update improves AF performance, adds eye-detection to Z6 and Z7

16 May

Nikon has announced firmware version 2.0 for its full-frame Z6 and Z7 mirrorless cameras, and it’s all about autofocus.

The most notable upgrade is the addition of Eye AF, which is available when using the Auto-area AF mode. Nikon says that it will stay locked on eyes if the subject changes poses, or if they are partially obscured by another object. Switching between eyes and detected faces in the scene can be done using the multi- or sub-selectors.

The update has also improved AF performance in low light, extending the AF detection range from -1EV to -2EV on the Z7, and -2EV to -3.5EV on the Z6. If you’re using the ‘low-light AF function on these cameras, Nikon claims that the Z6 can focus down to -6EV, while the Z7 remains unchanged at -4EV.

Lastly, Nikon has added the ability for the Z6 and Z7 to shoot continuously with full-time auto exposure at the fastest burst rates: 12 fps on the Z6, and 9 fps on the Z7.

The update is now available for download on Nikon’s website.

Press Release:

NIKON RELEASES THE NEW Z SERIES VERSION 2.0 FIRMWARE WITH ENHANCED FEATURES AND PERFORMANCE INCLUDING EYE-DETECTION AF

Firmware Upgrade Brings Further Improvements to the Nikon Z 7 and Nikon Z 6 FX-Format Mirrorless Cameras by Adding Eye-Detection AF, Improving AF Performance in Low Light, and Adding Auto-Exposure Tracking to the Continuous High-Speed (Extended) Mode

MELVILLE, NY (May 16, 2019 at 2:00 a.m. EDT) — Nikon Inc. is pleased to announce the release of firmware Ver. 2.0 that will further enhance the performance of its full-frame mirrorless cameras, the Nikon Z 7 and Nikon Z 6.

Users will enjoy three main additional features following the Ver. 2.0 upgrade. These include:

  1. Eye-Detection autofocus (AF) for still-image shooting
  2. Extension of the low-light AF detection range
  3. Addition of auto-exposure (AE) tracking capability to the continuous high-speed (extended) mode

These enhanced shooting functions will further increase camera functionality and performance and are a response to customer feedback for new and innovative ways to capture and create.

PRIMARY FEATURES OF THE NEW FIRMWARE

1) Eye-Detection AF for still-image shooting

The new firmware offers Eye-Detection AF functionality that automatically detects and focuses on human eyes when using the Auto-area AF mode in both AF-S and AF-C. When the eyes of multiple subjects are detected, the multi-selector or sub-selector can be used to select the eye upon which the camera should focus. This enables precise focus on the eye of the intended individual, even when looking through the Electronic Viewfinder. This function is applicable even when the subject’s face is partially covered by another object, or in the event when a subject is frequently changing their pose.

2) AF performance improvements in low-light situations

The new firmware enables even faster autofocusing when capturing photos and video in dark or dimly lit scenes, for both stills and video. It will extend the AF detection range*1 from ?1 EV to ?2 EV with the Z 7, and from ?2 EV to ?3.5 EV with the Z 6. In addition, the Z 6 will be able to autofocus with even darker scenes, as the available low-light AF detection range*1 will be extended*2 from ?4 EV to ?6 EV when the Low-light AF function is enabled.

  • With still-image photography in AF-S mode, ISO 100, f/2.0 lens, at 20° C/68° F.
  • The low-light AF detection range will remain the same with the Z 7.

3) AE tracking in continuous high-speed (extended) mode

With earlier firmware versions, auto exposure (AE) was locked with the first shot in a burst of high-speed continuous shooting at approx. 9 fps (Z 7) or 12 fps (Z 6) in continuous high-speed (extended) mode. Firmware Ver. 2.0 adds support for AE tracking in continuous high-speed (extended) mode, allowing the cameras to track exposure just as it does focus (AF tracking). This helps to ensure that all images captured with a burst of high-speed continuous shooting are in focus and exhibit optimal exposure, even when the brightness of the scene changes.

The new firmware can be downloaded (free of charge) from Nikon’s Download Center at the following link: https://downloadcenter.nikonimglib.com. Users will be prompted to follow the instructions provided to successfully install the firmware.

Nikon will continue to flexibly respond to the evolving needs of our users and offer next-generation imaging experiences that foster creativity. For more information on the latest Nikon products, including the Nikon Z series, please visit www.nikonusa.com.

Articles: Digital Photography Review (dpreview.com)

 
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Hands-on with the DJI Osmo Action

16 May

DJI Osmo Action hands-on

The Osmo Action is DJI’s answer to the action cam. The 4K rugged action camera utilizes DJI’s built-in stabilization technology, offers dual screens, and like the Osmo Pocket, is simple to use.

Here is what you need to know about it.

Hardware overview

The DJI Osmo Action is built around a 1/2.3″ sensor—the same found in the Osmo Pocket—and has an F2.8 three-glass aspherical lens with a 145 degree FOV. The camera also features a de-warp function so you can maintain a wide perspective of a scene but eliminate the fish-eye effect typically found in action cameras.

The device features three buttons: power, record and quickswitch (QS). The QS button on the left-hand side lets you toggle between different video modes (video, HDR, slow) and photo without digging into the menu. Holding the QS button down will toggle between the front and back screens on the camera.

The camera is charged via a USB-C port located above the microSD slot on the camera’s left-hand side.

Build

The Osmo Action is shockproof up five feet, dustproof and waterproof down to depths of 36 feet without additional waterproof housing, though users will want to ensure that the microSD and USB charging slot is locked and the screw on front lens protector is secure before submerging. It can withstand temperatures as low as 14° Fahrenheit.

The rear touch screen features coatings to keep water and fingerprints away, and the protective lens cap has an anti-reflective coating to reduce glare and an anti-fingerprint coating to keep things free of smudges.

Photo

The Osmo Action shoots 12MP Raw or JPEG photographs in 16:9 or 4:3 ratios. A self-timer countdown feature is included, and the camera can shoot in burst mode at 3/5/7 fps. Users can select either spot metering or AE lock mode. A setting called Face-Oriented Exposure ensures that faces stay bright in the scene.

The Osmo Action also allows you to set custom white balances and shoot in full manual exposure mode with an ISO range of 100-3200 and shutter speeds up to 1/8000sec. Additionally, the camera offers WiFi or Bluetooth to connect to the DJI Mimo app. Using the camera with the app gives it added functionality: live feeds, story templates and in-app editing.

Video

The camera can shoot 4K video up to 60 fps at 100Mbps with options to shoot as low as 24 fps, HDR video at 4K 30 fps and 8x slow motion in 1080p 240fps or 4x slow motion in 1080p 120fps. Built-in dual microphones and a speaker give the Osmo Action audio recording performance that is on par with that of a high-end smartphone. Adding the 3.5mm adapter accessory will allow you to connect an external mic for higher quality audio.

Timelapse mode makes it easy to turn hours of footage into seconds with just a few taps. Timelapses are recorded at 1080p and can be set at intervals of 0.5 sec up to 30 sec and durations can be set from 5m up to infinity. Custom exposure mode can be set up to 120 seconds for shooting nighttime landscapes or starscapes.

RockSteady/EIS

A new electronic image stabilization technology called RockSteady works to create footage that is smooth and stable even when shooting at 4K/60fps. The technology has a higher image cut ratio, removing blurry shots for smoother footage and analyzing raw data from the frames to increase stability by predicting the movement of the user. It is the first handheld DJI camera to incorporate the tech.

LCD screens

The Osmo Action has a 2.25″ rear touchscreen that can be used to access all of the features of the camera. There is an additional front-facing LCD that can be activated by tapping the back screen twice or by holding the QS button down. The 1.4″ front screen doesn’t offer touch functionality. The brightness of the LCDs mean that they can be used in direct sunlight with ease.

Performance and media

The Osmo Action uses a removable battery that is charged via USB-C in approximately 88 minutes. A fully charged battery will last 116 minutes when recording at 1080/30p or 91 minutes of 4K/30p with Rock Steady enabled. The camera uses microSD cards up to a maximum size of 256GB.

Price and availability

The Osmo Action will be available on May 22 for $ 349. The in-box setup includes camera, frame kit, quick release, two adhesive mounts (one flat and one curved), screw, and a USB-C charging cable. Customers can add accessories like ND filters for shooting in bright conditions, a waterproof case for deep sea shooting, the 3.5mm adapter for attaching a mic, an extension rod for unique angles, a floating handle for shooting underwater and a charging hub that can charge three batteries at once.

Articles: Digital Photography Review (dpreview.com)

 
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Adobe adds new Texture slider to Lightroom CC, Lightroom Classic and ACR

16 May
A screenshot of the new ‘Texture’ setting under the ‘Presence’ module inside Adobe Lightroom CC, Adobe Lightroom Classic CC and Adobe Camera Raw.

Adobe has announced the addition of a new Texture slider to the latest updates for Lightroom, Lightroom Classic and Adobe Camera Raw (ACR). According to Adobe, Texture is the result of user requests for a way to smooth skin without reducing image quality or spending large periods of time making adjustments.

‘Photoshop may still be needed for some workflows,’ Adobe’s Max Wendt said in a blog post about the slider, ‘but we think that Texture will be great for many of your images.’

Texture, according to Wendt, was first developed as a smoothing slider that eventually expanded to cover both smoothing and texture enhancement. Positive texture — that is, enhancement rather than smoothing — is described as something like a cross between positive Sharpening and Clarity. Negative Texture for smoothing is comparable to Noise Reduction.

Texture reduces or enhances what Adobe calls ‘mid-frequency’ areas of an image, which enables the tool to boost or reduce important details generally without amplifying noise or producing a flat, plastic appearance. Specifically, Texture is great for smoothing skin without obliterating fine details that are key to its realistic appearance.

Texture and Clarity can be used together to adjust different aspects of the image, as well; Adobe provides examples, beyond the ones we’ve included in this article, involving both portraits and landscape images. Those are ultimately just samples of different ways Texture can be utilized, however, with Wendt explaining in his post:

The best way to discover your vision is to experiment. Texture is fully non-destructive, so don’t be afraid to explore and just try things. Go too far, pull it back, go too far again. You’ll find what values work for you. It’s all about your own vision.

Users can access the new Texture slider by updating their software to the latest versions of Adobe Lightroom CC, Adobe Lightroom Classic CC and Adobe Camera Raw available in Creative Cloud.

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The OnePlus 7 Pro comes with 3x hybrid tele, ultra-wide-angle and pop-up selfie cam

15 May

Chinese manufacturer OnePlus has announced its latest flagship smartphone, the OnePlus 7 Pro. The new model comes with a completely new triple camera module that features a 48MP Quad-Bayer sensor, F1.6 aperture and optical image stabilization in the primary camera. The 16MP ultra-wide-camera offers an equivalent focal length of 17mm and an F2.2 aperture.

The stabilized tele puts out 8MP image files and has an F2.2 aperture lens. It combines a longer focal length with digital zoom for an 78mm-equivalent focal length (3x). The AF-system combines PDAF and laser methods and there’s also an improved night mode.

By default the primary camera produces 12MP image files but can be set to capture at full 48MP resolution. In video mode the OnePlus is capable of recording 4K footage at 60 frames per second. In super-slow-motion mode you can shoot 1080p video at 240 fps or 720p at 480fps.

The 16-megapixel f/2.0 front selfie camera is built into a pop-up mechanism, eliminating the need for a camera notch in the display. OnePlus says the mechanism has been tested for more than 300,000 actuations.

The device is powered by Qualcomm’s high-end chipset Snapdragon 855 and UFS 3.0 storage should help increase operating speeds. The 4,000mAh battery supports fast charging. The OnePlus 7 Pro will be available from May 21st. Unfortunately it’s not quite the same bargain as its predecessors anymore. It the US is will start at $ 669 for a 6GB RAM / 128GB storage model. There also an 8GB / 256GB version for $ 699 and the top-of-the-line 12GB / 256GB model will set you back $ 749.

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DJI hopes to take on GoPro with its new Osmo Action camera

15 May

DJI has taken a detour from drones and gimbals to release the Osmo Action, a robust action camera designed to compete directly with GoPro’s Hero lineup.

The compact, ruggedized action camera features the same 1/2.3-inch sensor found inside the Osmo Pocket and captures 12-megapixel Raw stills, as well as 4K HDR video. In front of the sensor is a three-element F2.8 glass lens with a 145 degree field-of-view.

As noted in our hands-on, the Osmo Action features DJI’s electronic image stabilization (EIS) technology it refers to as RockSteady, an tongue-in-cheek nod to GoPro’s HyperSmooth EIS technology. It’s worth noting though that DJI estimates an 18-22% crop factor when using RockSteady. DJI has also included a de-warp function to minimize the exaggerated perspective of the wide-angle lens.

One, er two, of the stand-out features of the Osmo Action are its dual displays. In addition to the 2.25in rear touchscreen that’s used to navigate the menu and compose shots, DJI has also added a 1.4in front-facing screen so you know what you’re getting in the shot when snapping a selfie.

Being an action camera, it shouldn’t come as any surprise the Osmo Action is designed to take a beating and keep on working; it’s dustproof, shockproof up to 1.5m (5ft) and waterproof down to 11m (36ft) as is. If more protection or underwater capabilities are required, DJI is also offering an external housing.

The device itself features three buttons: a power button, a record button and a dedicated button DJI calls the Quick Switch (QS) button. The QS button makes it easy to transition between shooting modes, flip what screen is active and change settings, even with gloves on. If the Quick Switch button doesn’t fit the bill, the camera can also be turned on and start recording with your voice thanks to integrated voice control.

On the photo front, the Osmo Action can capture 12MP Raw (DNG) or JPEG images in 16:9 or 4:3 ratios. It features an ISO sensitivity range of 100-3200 and shutter speeds between 120 seconds and 1/8000th of a second. In burst mode, the Osmo Action can capture shots at three, five or seven fps, and the self-timer mode can be set for three or ten second intervals.

When it comes to video, the Osmo Action can capture 4K/60p video at 100Mbps and 4K HDR video at up to 30 fps. For high frame rate video, the Osmo Action can capture up to 240 fps if the resolution is dropped down to 1080p.

The Osmo Action has built-in Bluetooth and Wi-Fi so it can be paired with Android and iOS devices via DJI’s Mimo mobile app. When connected, you can compose shots, change settings, capture images and instantly transfer content on the fly.

Media is stored on microSD/SDXC/SDHC cards up to 256GB. The battery, which DJI says can be fully charged via the onboard USB-C port in 88 minutes, can last 116 minutes when recording at 1080/30p or 91 minutes when recording 4K/30p with RockSteady enabled.

The DJI Osmo Action is currently available to pre-order at Adorama and B&H for $ 349. It comes with a camera frame, a flat adhesive mount, a curved adhesive mount, a quick-release base, the battery, a battery case, a locking screen and a USB-C cable. Additional accessories are also available.

Articles: Digital Photography Review (dpreview.com)

 
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The Profoto A1X is an upgraded A1 with improved battery life, recycling times and more

15 May

Profoto has announced the A1X, an updated version of its A1 speedlight that’s improved in nearly every way.

The A1X isn’t quite a successor to the A1. Instead, it sits alongside the A1 as a more powerful alternative in the event the A1 just isn’t enough for your needs. In the words of Profoto, it has ‘a little more of everything.’

Specifically, the A1X has a more powerful internal battery that gets 450 full power flashes per charge compared to the 350 of the A1. It also features a 1 second recycling time compared to the 1.2 second recycling time of the A1, 20 wireless channels instead of 8 and a new display interface, similar to the one found on Profoto’s B10 light. The A1X is also available for Sony, whereas the A1 was limited to Canon and Nikon camera systems.

Aside from the above differences, the A1X is effectively identical to the A1. It features the signature round head, AirTTL and HSS, a magnetic click-on mount for Profoto’s optional Light Shaping Tools, an LED modeling light, built-in Air Remote capabilities and firmware update functionality. The device can be used both off-camera and on-camera, features flash durations from 1/800th to 1/20,000th and can work at distances up to 300m (1,000ft).

Below is a hands-on video created and shared by Adorama:

The A1X measures in at 75mm x 108mm x 165mm (3.0in x 4.3in x 6.5in) and weighs 560g (1.23lbs) with the included battery. Included with the flash unit is a Li-Ion battery, a USB Type-A to Micro B, a power cable, a battery charger, a flash stand, a dome diffuser, a bounce card and a dedicated bag for protecting the A1X.

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The A1x is available for Canon (Adorama, B&H), Nikon (Adorama, B&H) and Sony (Adorama, B&H) camera systems for $ 1,095, a full $ 100 more than the A1.

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Chinese camera cuts through smog to record details almost 30 miles away

15 May
In this illustration (a) shows the distance between the camera and the target on a map of Shanghai, and (b) shows what the target building actually looks like. Image (c) is the view of the target through the smog of the city, while (d), (e) and (f) show earlier technologies attempting to record the target. Image (g) is the result of the researcher’s improvements

Researchers in China have created a camera that can record through the atmospheric pollutants of Shanghai to pick out objects just 60cm (2ft) high at a distance of 45 kilometers (28 miles). The ‘camera’ uses laser technology to fire light of a specific wavelength at a distant object and then uses a sensor to record the light when it returns so it can produce a picture that shows shapes with some distance information.

The project is being carried out by scientists at the University of Science and Technology of China in Shanghai, who have so far been able to record the form of a distant building with enough resolution to show the windows. The picture is technically a photograph, but not quite as we would expect to record with a normal visible light camera. The idea of the research is to produce an instrument that can ‘see’ further than is possible using visible light, and to be able to see in conditions visible light can’t get through.

At top left you can see the actual set-up of the LiDAR camera mounted inside the telescope, while the diagram top right shows what’s going on inside.

The scientists mounted a LiDAR (Light Detection And Ranging) camera inside a Cassegrain mirrored telescope and fired a near-infared (1550nm) beam from the top of a building on Chongming Island in Shanghai towards the K11 skyscraper 45km away in the centre of the city. As the scientists knew the distance and the speed of the light they were using they were able to calculate when it would return and thus isolate the image forming light from any other stray light in the scene.

An illustration showing how different methods of image extraction can be used to yield a more detailed image.

The quality of the image recorded is hardly going to serve for holiday pictures, but outlines, shapes and forms can easily be seen even when the atmosphere was too thick for visible light. The technology will be useful for seeing when we can’t see – through clouds, atmospheric haze and smog and for security surveillance.

This shows how the researchers are using distance information from the LiDAR to create depth maps of scenes that can hardly be seen with the naked eye

The researchers say they can improve the resolution and the range of their invention, and that they will be able to create 3D images in the future. Already with the range defining abilities of the LiDAR system they can incorporate depth and distance information into their images.

You can read the research paper as a PDF online.

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