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Posts Tagged ‘first’

Waterbird demos world’s first bendable Multi-Slider

17 May

Photo Gear News has a hands-on video of Waterbird systems’ Multi-Slider, which the company touts as a world’s first. The slider can easily go from linear to curved, and users can make fine adjustments to the curve using an allen wrench. Each segment of the track has a tripod mount in order to keep things stable.

An included motor moves the camera smoothly along the track, while a controller lets the photographer define the positions, speed and acceleration for camera movement. The controller can also be controlled remotely from a mobile device.

The Multi-Slider comes in three sizes: 80cm, 120cm and 150cm, and Waterbird can produce custom sizes, as well.

Pricing has yet to be announced.

Articles: Digital Photography Review (dpreview.com)

 
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We shot the Boeing 737 Max 9’s first flight with a Sony Cyber-shot RX10 III

14 May

The Boeing 737 Max 9, shortly after landing. There’s enough latitude in the RX10 III’s Raw files to allow for moderate shadow and highlight adjustment.

28mm (equiv) F4.5, ISO 100

As has been amply demonstrated in the past, I’m an aeroplane nerd. So when Boeing offered us the chance to shoot the first flight of its brand new Boeing 737 Max 9 last month, I jumped at the chance. I might even have pushed a couple of my colleagues out of the way.

In the end, three of us headed over to Boeing Field in Seattle for the first flight – Dan, (who couldn’t care less about aeroplanes), with a Panasonic FZ2500; me, the super-nerd with the Sony RX10 III, and Carey, an impartial observer, with a Panasonic GH5 (to film me and Dan arguing). We’ll be publishing a longer article comparing our results soon, but in the meantime, with the 737 Max 9 just (temporarily, hopefully) grounded, we thought you might like a sneak preview.

The 737 Max 9 at the end of the runway at Boeing’s Renton assembly plant, seconds before starting its takeoff roll.

400mm (equiv) F4, ISO 100

I am on record as having described the Sony RX10 III’s lens as being ‘made of magic’. I just don’t understand how a 24-600mm lens built into a compact (ish) camera can be as sharp as it is. Since as Arthur C. Clarke so memorably said, any sufficiently advanced technology is indistinguishable from magic anyway, and bearing in mind that I’m no expert in advanced optical technology, magic is the explanation I’m sticking with.

It was for that reason that when the question came up of which cameras we should bring, I grabbed the RX10 III from our stockroom. I might even have pushed Dan out of the way…

As well as 20MP stills, the RX10 III also shoots 4K video. Because we were trying to compare two cameras, and Boeing didn’t seem too keen on our suggestion that the Max 9 take off at least five times for accurate side-by-side tests (sorry Rishi, we did ask), we decided not to worry about shooting any video. The RX10 III takes nice-looking video, and if you’re curious you can see several examples of its footage in our full review.

Grant Hindsley is too tall. It’s an unfair advantage.

24mm (equiv) F4, ISO 100

First flights are always a bit of a lottery in terms of timing. I’ve shot a couple of them, and things rarely go exactly according to schedule. The 737 Max 9 takeoff was delayed by a couple of hours, which we spent standing around, stamping our feet to stay warm and teasing Grant Hindsley from the Seattle PI (above) about his great height. When the plane started to taxi, things happened very quickly. No time for comparing how mode x compared to mode y – we just had to start shooting.

In high speed capture mode, the RX10 III can shoot at up to 14 fps, in Raw + JPEG, with focus locked. Since we were shooting a large airplane, pretty much at infinity, moving from infinity to infinity by way of infinity, having focus locked (at infinity) was fine.

What I hadn’t anticipated is that when focus is locked, so is the RX10 III’s zoom. It makes complete sense when you think about it, but the lens won’t zoom with the shutter button half pressed. For this reason, I had to zoom and recompose a couple of times during the Max 9’s takeoff run, but even with this interruption, I still captured a lengthy sequence of sharp images of the plane rocketing past our position, and into the sky.

The 737 Max 9 lifts off from the runway at Renton, for its first flight.

400mm (equiv) F4, ISO 100

While the RX10 III can be a somewhat frustrating camera to use (I really dislike its fussy user interface and I can’t wait for the inevitable Mark IV to finally clean it up) that lens really is something. From 24mm right through to 600mm, I took home images that are sharp and contrasty from edge to edge, and free from noticeable distortion. Having such a wide (and usable) zoom range in a single camera allows for incredible versatility.

Zooming out to a medium focal length of 50mm let me capture one of the members of the assembled press taking a quick shot on his iPhone as the 737 Max 9 was towed to its gate after the flight…

50mm (equiv) F4 ISO 100

Dan and I we were shooting alongside photographers from various news outlets and picture agencies (and of course slightly beneath Grant, from the PI) and while they juggled with huge telephoto primes, swapping for wides for crowd shots and then back again, I just nudged the RX10 III’s zoom rocker switch in the desired direction.

The 737 is on final approach? Nudge.. nudge… to 600mm. It’s taxiing into the gate below our balcony? No problem. Nudge… nudge… back to 50mm. And then out again to 600mm for a shot of the pilot waving from her window. Done.

… and moments later, zooming in let me capture Boeing’s chief deputy test pilot Captain Christine Walsh waving from the window of the 737 Max 9 as it taxis to the gate after the first flight.

600mm (equiv) F5, ISO 100

We’ll be publishing Dan’s images from the Panasonic FZ2500, and a short video from the day very soon. For now, take a look at the gallery, which includes out of camera JPEGs and converted Raw files, as well as Raw files for download.

Sony Cyber-shot RX10 III sample gallery

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Articles: Digital Photography Review (dpreview.com)

 
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Breakthrough Photography’s GND and ND filters are the first made with tempered glass

06 May

Breakthrough Photography has launched what it claims are the first-ever neutral density and graduated neutral density filters made with tempered glass. The new X4 GND, X4 ND Square, and Dark CPL filters are being funded through Kickstarter, where both 100mm and 150mm versions are detailed. According to Breakthrough, the X4 GND is the sharpest GND filter ever, while both the GND and ND filters are the ‘world’s most color neutral.’

Both the X4 GND and X4 ND filters are made with Schott B270 tempered glass which, says Breakthrough, results in ‘an incredibly durable filter’ that can withstand drops onto hard surfaces. Both sides of the tempered glass are refined with an MRC16 coating and a nanotec coating, the combination of which cuts down reflections and makes cleaning easier.

Joining the two X4 filters is the Dark CPL, a filter that combines X4 ND and X4 CPL filters. Breakthrough explains that while stacking these two filter types typically produces a vignetting effect at about 19mm with a full-frame sensor, the new Dark CPL version gets rid of that vignette down to 16mm on the same full-frame sensors. The company is offering Dark CPL for Fuji, Leica, Carl Zeiss, Canon, Sony, Nikon, and Schneider Xenon lenses, among others that weren’t specified. 

Breakthrough plans for the Dark CPL 46mm – 86mm to retail at up to $ 199, the Dark CPL 95mm/105mm at up to $ 259, the X4 GND 100x150mm at up to $ 199, the X4 GND 150x170mm at up to $ 249, and the X4 ND Square at prices ranging from $ 149 to $ 219 depending on both density and size. The company is offering various discounts on these filters to those who back the Kickstarter campaign. Shipping to backers is estimated to start this upcoming August.

Via: CanonRumors

Articles: Digital Photography Review (dpreview.com)

 
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World’s first 100-million-pixel drone launched by DJI and Hasselblad

26 Apr

Chinese drone manufacturer DJI has announced that it is to launch a new drone later this year that will be fitted with a 100-million-pixel Hasselblad H6D-100c camera. The DJI M600 Pro will be aimed at those who need precise and detailed aerial pictures, as it will not only produce extremely high resolution images but users will be able to position the drone with what the company describes as ‘centimeter-level’ accuracy using the D-RTK GNSS navigation system.

The H6D-100c will be attached to DJI’s Ronin-MX gimbal and will be carried by the M600 drone’s six-rotors, with images streaming back to Earth via the Lightbridge 2 system. The drone is set for release in the third quarter of the year, with a price no doubt as spectacular as the promised image quality.

For more information see the DJI website.

Press release:

DJI And Hasselblad Introduce World’s First 100-Megapixel Integrated Aerial Photography Platform

DJI M600 Pro Drone, Ronin-MX Gimbal And Hasselblad H6D-100c Camera Combine For Unparalleled Aerial Imaging Package

DJI, the world’s leader in civilian drones and aerial imaging technology, and Hasselblad, the leader in high-quality professional medium format cameras, Tuesday marked the start of the next era of aerial photography by introducing the first 100-megapixel integrated drone imaging platform.

The DJI M600 Pro drone, the Ronin-MX gimbal and the Hasselblad H6D-100c camera combine each company’s unparalleled technological expertise to create an unprecedented tool for precise, detailed and accurate aerial imaging. Professional drone users can continuously control camera operations in flight using the DJI GO app, in order to provide rich imagery for landscape and fine-art photography, robust data for surveying and mapmaking, and endless possibilities for future professional endeavors.

The flight platform for the combination is the DJI M600 Pro drone, an advanced and adaptable six-rotor flight platform equipped with the powerful Lightbridge 2 transmission system, a dustproof propulsion system and six Intelligent Flight Batteries. The M600 Pro can be guided by the D-RTK GNSS navigation system, which can withstand strong magnetic interference to provide highly precise centimeter-level 3D positioning. This enhanced accuracy over typical barometer, compass and GPS systems makes it ideal for exacting commercial, industrial and scientific applications.

The Hasselblad H6D-100c camera is a triumph of camera technology, with a large 53.4 mm x 40.0 mm sensor that offers outstanding detail, color reproduction and tonal range even in poor lighting conditions using the HC and HCD lens family. The camera mounts on the drone through the Ronin-MX three-axis stabilized gimbal, which uses powerful motors and inertial measurement units to resist high G-forces, maintain stability and hold the horizon.

The M600/Ronin-MX/H6D-100c platform is the latest product collaboration since DJI assumed a stake in Hasselblad in late 2015, allowing the companies to explore fruitful collaborations on their advanced technology. Their first joint product, released in July 2016, combined the M600 drone platform with the A5D medium format camera. Hasselblad remains the only medium format camera company collaborating with DJI to bring unprecedented quality to drone photography.

The M600/Ronin-MX/H6D-100c platform is on display through April 27 at the NAB Show in Las Vegas, Nevada, in DJI booth #C2807 in the Central Hall of the Las Vegas Convention Center. The combination will be released in the third quarter of 2017 at a price to be announced later.

Articles: Digital Photography Review (dpreview.com)

 
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Bought Your First DSLR? 6 Tips for Learning How to Use Your New Camera

22 Apr

After a lot of thought and research, you finally pull the trigger. You bring home your first digital camera, pull the sleek marvel of engineering out of the box, and stare at it excitedly. Then you look at all the buttons and controls, and the excitement turns into fear… You realize that you have no idea how to use your new camera!

Bought Your First DSLR? 6 Tips for Learning How to Use Your New Camera

So what’s next? Well, the most important thing is to not be intimidated. It’s not nearly as complicated to learn photography as it might seem – despite what all those buttons might make you think. You will thankfully never need half of those buttons.

This article is going to cover the technical aspects of using your new camera; what you need to know right away to get up and running. The three other aspects to becoming a good photographer are the conceptual, composition, and the editing aspect, but we can cover those another time.

1. Light

Before we get into how to use your new camera, there is an important ingredient that will make thinking about using it much more intuitive. What does the light look like? I want you to spend some time looking at light, without a camera over the next few days. A camera is a tool that records this light. You can’t figure out what settings to use if you don’t look at the light first. This is why many new photographers get confused when trying to figure out the best settings. They were never taught to start with the light.

Where is the light coming from in relation to the camera? How strong is it? Are you in direct sunlight, is it diffused, are there multiple light sources, are you in the shadows, is it late in the day, is there artificial light, and what color is the light? The technical side of photography is really all about the light.

Bought Your First DSLR? 6 Tips for Learning How to Use Your New Camera

As you get more experienced, you can start looking into using your own light sources, such as flashes and strobes, but that can come later. Don’t be afraid of this part either. It is not as hard as it looks, as long as you get good at looking at the light.

Now it’s time to look at your new camera and figure out the settings.

2. Shutter Speed, Aperture, and ISO

Besides white balance, if your camera only had three dials on it, one for the shutter, one for the aperture, and one for the ISO, that is all you would need. These three factors all come together to record the light. Here is what they each do:

ISO:

The ISO is your camera sensor’s ability to capture light. The higher the ISO, the more light it can capture, but it also means that your image will look grainier (digital noise). Landscape photographers or anyone using a tripod often prefers to use a low ISO, such as 100 or 200 so the images have as little grain as possible. High ISOs are primarily used when handholding the camera in medium strength light and in dark situations, such as indoors or at dusk. This is why concert and event photographers, street photographers, or even travel photographers will often shoot at high ISOs. They often find themselves shooting in low-light situations.

Bought Your First DSLR? 6 Tips for Learning How to Use Your New Camera

It is important to know that newer cameras can easily shoot good quality images at an ISO of 1600, and many at 3200 – 6400 for the higher end cameras. A lot of the grain/digital noise will not even show up when making smaller prints, such as 8x10s. The large prints are where grain shows more, but even with this, most viewers will not notice it, and many will even consider it beautiful. I rarely go below ISO 400, unless I am on a tripod. When you get the chance, take a few similar shots at different ISOs and zoom in on the computer to look at the differences.

Aperture (F-number):

The aperture is a hole that opens in your lens to allow light to hit the sensor. Changing the aperture adjusts the size of the hole. The larger the hole, the more light that hits the sensor, but it also means that you will have a shallower depth of field (i.e. a smaller range in your image will be in focus). A large hole corresponds to a small f-number, such as f/2. The smaller the hole, the less light that hits the sensor, but more of your image will be in focus. A small hole corresponds to a large f-number, such as f/16.

I am overgeneralizing here, but often portrait photographers will shoot at very low f-numbers such as f/2.8. This is because they can focus on the subject’s eyes and have the sharpness fall off quickly to  separate the subject from the background. Landscape photographers, on the other hand, typically use tripods and try to shoot around f/11 or f/16 to have as much of the image as sharp as possible, from the foreground to the background.

Shutter Speed:

Bought Your First DSLR? 6 Tips for Learning How to Use Your New Camera

Using a slow shutter speed and a tripod allowed me to blur the moving trains.

The shutter is a curtain inside your camera body that opens and closes. The amount of time the shutter is opened to expose the sensor to the light is referred to as the shutter speed. 1/160 refers to 1/160th of a second. So an exposure of 1/10th of a second is a slower shutter speed than 1/160th, and allows more light to hit the sensor.

As you get to slower and slower shutter speeds, you start to see more motion blur in your images, depending on whether or not subjects are moving. How much motion blur will depend on the shutter speed and the speed of the subject. While 1/200th of a second would freeze a person walking, you might need 1/1000th of a second to freeze a car driving past.

Minimum shutter speed

Keep in mind that when you are handholding your new camera your hands will shake a tiny amount, which can introduce blur into your images. So you need to use a fast enough shutter speed to offset this. The rule is that your shutter speed needs to be at least one over your focal length. Look at your lens. You see those numbers on the front (i.e. 35mm)? That is your focal length.

The smaller the number means a wider field of view, while the larger numbers mean more of a telephoto. If you are shooting at 24mm, then you would need your shutter speed to be at least 1/24th of a second, whereas at 70mm you need to shoot at 1/70th of a second (or faster) to not have any handheld camera shake. It makes sense when you think about this. If you are zoomed in on a small part of the background, your slight hand movements will be much more obvious in that small area versus a wide angle of view.

If your new camera has an APS-C (cropped) sensor, which is normal for most entry-level cameras, the true focal length of your lens is actually 1.5 (Nikon)  or 1.6 (Canon) times what it says (the crop factor). So if you are at 24mm, your actual focal length is 24×1.6=38.4mm, so you would want to be shooting at 1/40th of a second or faster. Micro-4/3rds cameras have a crop factor of 2x instead of 1.6. Full-frame sensors are 1-1.

3. Manual versus Aperture Priority versus Shutter priority

In photography, there are three ways to skin a cat. You will want to set your camera to either Manual, Aperture Priority, or Shutter Priority. Once you learn your new camera well, you can use any of these settings to get to the same endpoint.

Set the ISO first

Of these settings, the first thing you will do is to set your ISO. Turn ISO Auto off (or read this for a different perspective: How I Learned to Stop Worrying and Love Auto ISO). If you are shooting with a tripod – set the ISO to 100 or 200. Are you handheld in bright sunlight –  an ISO of 100-400 will do. In the shade, an ISO of 400-1600 will be ideal depending on the brightness levels. At dusk, at night, or indoors without a strong window light – usually, ISOs of 1600-6400 are ideal. So for any photography session, step 1 is to assess the light and step 2 is to set the ISO.

Bought Your First DSLR? 6 Tips for Learning How to Use Your New Camera

What mode to use next

Next, you need to figure out if you want to shoot in Manual (M), Aperture Priority (A/Av), or Shutter Priority (S/Tv) mode.

In Manual mode, you set both the aperture and shutter speed yourself. Some people think it’s macho to only shoot in Manual, but in many situations, Manual can slow you down significantly. For this reason, I use this mode the least of the three. With Aperture Priority, you choose the aperture and the camera uses an internal light meter to guess the correct shutter speed to expose the scene correctly. It usually does a good job at this, except for situations with a lot of bright or dark tones. In Shutter Priority, you choose the shutter speed and the camera chooses the aperture.

Except for when I’m using studio lighting or in a situation where the lighting is consistent, I mostly shoot in Aperture or Shutter Priority modes. I prefer Aperture Priority mode for portraiture, landscapes, most images on a tripod, or any situation where I want a lot of bokeh (the background blur due to a shallow depth of field). I prefer Shutter Priority for street photography, sports, or anything where either the subject is moving and I want to freeze the motion, or where I purposely want to show motion blur, such as panning.

While I personally prefer to only shoot in Manual in very specific situations, I suggest you go out for a couple of your first sessions and only shoot in Manual Mode. Guess the ISO, the shutter speed, and the aperture. Take the shot and look at the picture. Is it too dark, too light, is it blurry, or is there motion blur? At first, you will have no idea what you are doing, but you will quickly learn. This is a great way to learn how your settings will affect the scene.

4. Exposure Compensation (+/-)

Bought Your First DSLR? 6 Tips for Learning How to Use Your New Camera

Scenes like this will require you to use Exposure Compensation as the camera will attempt to make the snow gray.

We’re almost there – I promise. Exposure Compensation is your best friend when shooting in Aperture or Shutter Priority Mode. When using these modes, the camera will use its light meter to guess the correct exposure. Its goal is to render your scene as a neutral gray tone, so sometimes it will get the exposure wrong from what you want. You can use Exposure Compensation to offset this issue. You can raise or lower the exposure compensation (+/-) on your camera to lighten or darken a scene. Use it!

Some situations where you might need to use Exposure Compensation are scenes with lots of light or dark tones, such as an image with a lot of bright white sky or white snow (like the image above), or in a dark alleyway or at night. For a scene with white snow, the camera would see all that white and try to make it neutral gray – ultimately darkening the image too much. So you have to raise the Exposure Compensation (use + to increase the exposure) to brighten the scene back to normal. For a dark alleyway, the camera will try to brighten the dark walls to be a neutral gray, so you have to adjust the Exposure Compensation (use – to lower the exposure) to make those grays look much darker and more realistic (true to tone).

5. White Balance

Bought Your First DSLR? 6 Tips for Learning How to Use Your New Camera

White balance is how your camera portrays the color of the light in a scene. Different light sources have completely different colors, and the camera has many settings for the most typical ones, such as a sunny or shady day. However, start off by setting your white balance to auto. Auto white balance usually works great. Once you become comfortable with everything else in this article, then start learning more about white balance. It’s a more advanced thing to learn down the road, and auto can take you a long way. I still use auto white balance a majority of the time.

6. Autofocusing and Taking the Picture (Finally!)

Bought Your First DSLR? 6 Tips for Learning How to Use Your New Camera

This is the last thing! I promise!

Your focus area is the spot that your camera chooses to be sharp. When you set your camera to autofocus and look through the viewfinder, you will see many boxes (squares or circles depending on your camera) that you can select from to choose the area where you want the camera to focus. Figure out how to move this box around (you do not want the focus area to be set to auto or zone) and select one. You will want to move it to focus on the subject in your image.

Many photographers, myself included, will often just keep the focus box in the middle. I will then aim the middle box at the subject that I want in sharp focus, press the shutter halfway to lock the focus, then recompose the image while holding the shutter halfway pressed. When the composition is right, I will take the photo. This is a great way to focus if you do not feel like constantly moving the focus point around.

When you press the shutter down halfway, it will focus the camera using the point you select. Pressing it all the way will take the picture. Be careful, because sometimes when you are focusing on the edge of a subject, a subject that is small, or a subject that is far away, the camera can mistakenly focus on the background instead. This is a very common problem called back-focus that happens frequently to newer photographers.

Note: your camera needs contrast to focus. So make sure you select an area that has an edge so that the camera can focus. It cannot focus on a plain white wall, for example.

Wrapping up

Bought Your First DSLR? 6 Tips for Learning How to Use Your New Camera

I know this was a lot to cover, especially if this is one of your first lessons. It’s a lot to be taken in right away, but it’s really not that hard to learn all of this in real life. It seems much more daunting to read about it all than to see it in person. Really, if I were to show you all of this in real life – in three hours, you would have it down.

So let’s stop here. Read over what I wrote five or seven times in the next few weeks and play around with the settings. Take photos indoors and outdoors and at different times of day and figure out how to expose them well. Create sharp images, try creating bokeh, and mess around with motion blur. Take your time and change the settings to see how the images look. Look at them on the back of your camera right after you take them. Zoom into the details as well.

Once you have this all down, then it’s time to move on to the more advanced stuff!

The post Bought Your First DSLR? 6 Tips for Learning How to Use Your New Camera by James Maher appeared first on Digital Photography School.


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Throwback Thursday: The DSLR-A900, Sony’s first full-frame camera

20 Apr

Prior to September 2008, the only options for owners of Konica Minolta Alpha-mount lenses were APS-C DSLRs like Sony’s DSLR-A700 (Sony acquired KM’s camera business in 2006).

Then came the DSLR-A900, Sony’s first full-frame DSLR, which had an expansive feature set for the relatively low price of $ 3000. The A900, whose large magnesium alloy body could practically drive nails, had a 24.6MP full-frame CMOS sensor paired with two Bionz processors. That combination gave users a fully expanded ISO range of 100-6400 and burst shooting that topped out at 5 fps.

The A900 with its optional battery grip. As you can see, even the grip is full of buttons.

The A900 was one of those cameras with buttons for everything. Heck, there was even a switch for turning its in-body image stabilization system on and off. It also had a joystick which you could use to set the focus point – something that’s a big new feature on the a9. Back then the A900’s 9-point AF system was pretty exciting, though it pales in comparison to what you’ll find on a modern camera. Still, my colleague Rishi would be pleased that the A900 had AF micro-adjustment way back in 2008.

As you can see above, the A900 had a large pentaprism optical viewfinder, with 100% coverage and a magnification of 0.74x. The specs for its 3″, 921k-dot fixed LCD are the same as you’d see today. For those wondering: no, the A900 did not have live view.

The A900 had CompactFlash and Memory Stick Duo (groan) card slots.

Being a Sony camera of that era, the A900 had a few quirks. It had two memory card slots (good), but one of them was for Memory Stick Duo cards. The A900 carried over Minolta’s proprietary hot shoe, so if you wanted to use a flash with standard connectors, you’d need to use an adapter.

The A900 sits between its full-frame peers: the Canon EOS 5D and Nikon D700

As far as image quality goes, I think this quote from our review speaks for itself:

The Alpha 900 sets a new standard for resolution, edging past the EOS-1Ds Mark III by a whisker, and leaving its 12-ish megapixel competitors in a cloud of dust. Next to the Canon models the output looks soft, but in terms of sheer detail capture it’s now the one to beat in the full-frame DSLR market.

The main downsides were that the camera applied noise reduction to its Raw images and that things got pretty noisy once you passed ISO 400.

Despite that, the Sony A900 was quite a camera for Sony’s first attempt at a full-frame DSLR. It fell behind some of its competitors in some areas, such as autofocus speed, but that wasn’t enough to keep it from earning a ‘Highly Recommended’ award.

Have any fond memories of the A900? Share them below in the comments. If you have any ideas for a future TBT, be sure to let us know!

Read our Sony Alpha DSLR-A900 review


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Articles: Digital Photography Review (dpreview.com)

 
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Sony a9 first look videos

20 Apr

With an all-new and world’s first stacked CMOS full frame sensor, the Sony a9 looks to be a force to be reckoned with. Check out our first look video to get yourself up to speed on Sony’s latest sports shooter in our brief first look video.

We got some additional time with the camera, and captured some through-the-viewfinder video showing the new AF system in action. We start off showing Lock-On: Flexible Spot M in action, which does a seemingly improved job of sticking to our intended (initial) subject. Sony claims much improved subject tracking; our initial impressions confirm this, though Lock-on still experiences a delay in initially locking on to your subject. We then take a critical look at AF joystick usage: while responsive, it often misregisters a directional push for a downward one, which activates a completely different function (Center AF-S, by default).

Lastly, we look at the newly added ability to tie a specific AF mode (with or without AF activation) to custom buttons, which is potentially game changing when it comes to quickly adapting to changing scenarios. Unfortunately, you can only ever switch to one other AF mode; but quickly switching back-and-forth between two AF area modes is still fantastic, and one of the things we truly enjoy and use when shooting high-end Canon/Nikon DSLRs.

If you don’t see closed captioning, please enable it for the below video.

Articles: Digital Photography Review (dpreview.com)

 
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Panasonic GH5 gets 10-bit 4:2:2 1080 video in first of promised firmware updates

19 Apr

When Panasonic introduced the Lumix DC-GH5, it made the bold promise that it would release not one, but two firmware updates that would significantly increase the performance of the camera. The first was to arrive in April and the second a bit later in ‘Summer 2017.’

True to its word, Panasonic has announced firmware v1.1 for the GH5, bringing 4:2:2 10-bit Full HD video capture and a series of enhanced capture options for anamorphic shooters.

The firmware brings 4:2:2 10-bit IPB capture at 100Mbps to 1080/59.97p resolution. Anamorphic shooters also get 10-bit 4:2:2 IPB capture but with the larger, 3328 x 2496 shooting region encoded at 150Mbps. The update also includes two minor bug-fixes.

Higher resolution anamorphic video capture, along with 400Mbps All-I capture for 4K and 200Mbps All-I capture for Full HD will follow in the summer release.


Press Release

DC-GH5 Firmware Update Service Ver.1.1 for Expansion of 4:2:2 10-bit Video Recording Mode

Panasonic is announcing the new firmware update program Ver.1.1 for DC-GH5 to further enhance its performance. The new firmware Ver.1.1 enables 4:2:2 10-bit video recording in either FHD [MP4(LPCM)] / [MOV] and Anamorphic (4:3) mode, in addition to the existing 4K video recording mode.

4:2:2 10-bit FHD [MP4(LPCM)] / [MOV]

Item

System frequency

Size

Frame rate

Bit rate

YUV/bit

Image compression

[FHD/10bit/100M/60p]

59.94Hz

(NTSC)

1920 x 1080

59.94p

100 Mbps

4:2:2/10 bit

Long GOP

[FHD/10bit/100M/30p]

1920 x 1080

29.97p

100 Mbps

4:2:2/10 bit

Long GOP

[FHD/10bit/100M/24p]

1920 x 1080

23.98p

100 Mbps

4:2:2/10 bit

Long GOP

[FHD/10bit/100M/50p]

50.00Hz

(PAL)

1920 x 1080

50.00p

100 Mbps

4:2:2/10 bit

Long GOP

[FHD/10bit/100M/25p]

1920 x 1080

25.00p

100 Mbps

4:2:2/10 bit

Long GOP

[FHD/10bit/100M/24p]

24.00Hz

(CINEMA)

1920 x 1080

24.00p

100 Mbps

4:2:2/10 bit

Long GOP

?When [Miniature Effect] is selected for Creative Control Mode, you cannot select the items used for 4:2:2/10 bit motion pictures.

4:2:2 10-bit Anamorphic (4:3) mode

Item

System frequency

Size

Frame rate

Bit rate

YUV/bit

Image compression

[4K/A/150M/30p]

59.94Hz

(NTSC)

3328 x 2496

29.97p

150 Mbps

4:2:2/10 bit

Long GOP

[4K/A/150M/24p]

3328 x 2496

23.98p

150 Mbps

4:2:2/10 bit

Long GOP

[4K/A/150M/25p]

50.00Hz

(PAL)

3328 x 2496

25.00p

150 Mbps

4:2:2/10 bit

Long GOP

[4K/A/150M/24p]

24.00Hz

(CINEMA)

3328 x 2496

24.00p

150 Mbps

4:2:2/10 bit

Long GOP

?[Anamorphic(4:3)] is available only when the camera is set to Creative Video Mode.

The firmware version 1.1 also includes following firmware fixes that reflect customer feedback:

  • A problem in which the exposure adjustment did not operate properly during live view standby under specific conditions using [Variable Frame Rate].
  • A problem in which afterimages appeared when recording video under high ISO sensitivity settings in using [V-LogL]

The new DC-GH5 firmware Ver 1.1 is scheduled to be released on 24 April, 2017 at the following LUMIX Customer Support website: http://panasonic.jp/support/global/cs/dsc/

Articles: Digital Photography Review (dpreview.com)

 
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Western Digital launches its first portable SSD

07 Apr

Western Digital today announced its first portable SSD, adding solid state storage technology to its My Passport line of portable storage devices. The new My Passport SSD comes with a USB Type-C port and with transfer speeds of up to 515 MB/s is WD’s fastest current My Passport model. 

The My Passport SSD is available with capacities ranging from 256GB to 1TB and its small dimensions make it very portable. It has also been drop tested from a height of 2m / 6.5ft and Western Digital claims it can withstand 1500G of force.

The Western Digital My Passport SSD comes with a USB-C to USB-C cable and a USB-A adapter in the box. It is available now from Best Buy and from other select retailers starting this quarter. The 256GB model will set you back $ 99.99, the 512GB version is $ 199.99, and for the 1TB variant $ 399.99 have to be invested. More information is available on the Western Digital website.

Articles: Digital Photography Review (dpreview.com)

 
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Hasselblad X1D-50c First Impressions Review

05 Apr

The Hasselblad X1D-50c is a 50MP mirrorless medium format camera and is an important product for the storied Swedish company.

Hasselblad is a company with a long history of making high-end cameras. Its boxy 6 x 6 format cameras (latterly dubbed the ‘V’ series) were beloved of generations of photographers and perhaps reached their apogee when used to capture man’s first ventures to the moon.

The ravages of history, the decline of film and changes of both management and ownership have seen the company make sporadic attempts to expand beyond its core, high-end professional medium format market, but the X1D is the move that best fits with the brand’s strengths and history.

The first camera in the ‘XCD’ system, the X1D is built around 44 x 33mm medium format sensor (or ‘cropped’ medium format if you’re going to demand that digital directly mimics film formats). The assumption has to be that it’s a similar 50MP chip to the one included in Ricoh’s Pentax 645Z and Fujifilm’s GFX 50S. What’s interesting is how different each camera ends up being.

Key Features:

  • 50MP 44 x 33mm medium format CMOS sensor
  • 12.4MP preview JPEGs or ‘3FR’ 16-bit losslessly compressed Raws
  • 2.36M-dot electronic viewfinder
  • 920k-dot (VGA) 3.0″ touchscreen 
  • Designed to use leaf-shutter lenses
  • Tethered shooting over USB 3.0 or Wi-Fi
  • Full TTL compatibility with recent Nikon Speedlights

Whereas the 645Z is medium format DSLR, built around Pentax’s existing 645 film system, and Fujifilm’s GFX is a DSLR-shaped mirrorless camera with a focal plane shutter, Hasselblad has used the expertise it’s gained in high-end studio cameras to create the smallest camera of the three by pushing the shutter out into the lenses. This move not only keeps the camera small, it also means that the camera can sync with strobes across its entire shutter speed range.

To an extent it reminds us of the original Sony a7, which appeared to be the bare minimum amount of camera built around a full frame sensor. The Hasselblad does the same thing, but with a sensor 70% larger. However, what will be interesting to see is whether the Hasselblad is able to take full advantage of that extra sensor size if its lenses are significantly slower than those available for the smaller, ‘full-frame’ format (which, in theory at least, gives you the chance to open the aperture, let in more light and cancel out all of the larger sensor advantage, so long as you don’t run out of dynamic range).

Initially, Hasselblad has promised three lenses for the XCD system: a 30mm F3.5 (24mm equiv), a 45mm F3.5 (35mm equiv) and a 90mm F3.2 (70mm equiv). As with so many things in life, what you gain on one side (the faster sync speeds of a leaf shutter), you lose on another (it’s increasingly hard to get a leaf shutter to quickly open and close across a large distance).

Articles: Digital Photography Review (dpreview.com)

 
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