Sony

Review Sony A6300: better than the A6000?

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In February 2016, Sony surprised with the announcement of the Sony A6300. The Sony A6300 is the showpiece/flagship among the Sony cameras with an APS-C sensor. We tested the Sony A6300 over the course of a couple of weeks. It gave us a very positive introduction to the Sony Alpha series. Where Sony’s mirrorless system cameras with a full-frame sensor (Sony A7R mk2, Sony A7S 2) look like a compact SLR camera, the Sony A6300 has the look of a rangefinder camera. You might not immediately associate a rangefinder camera with action photography. Then you would be mistaken. The Sony A6300 is a speed monster. 425 AF points that focus at lightning speed – as applicable in combination with 4D AF for actively tracking a subject – are a unique experience on a camera with an APS-C sensor. And on the point of image quality, this camera also sets a new standard for cameras with an APS-C sensor.
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Review Sony A7S II: Nightowl

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It does not often happen that I am surprised while testing a camera. I have been testing cameras for more than 10 years already. In all that time, the press releases have been shouting that the newest camera is even better than the last one. "Camera X is the most versatile, user-friendly pixel monster with which you can share your creative pictures easily with friends via social media, with unparalleled realistic color reproduction, fantastic dynamic range and unprecedented detailing."
It’s usually different in practice.

Sony A7S II: "Out of darkness cometh light".

But the Sony A7S II was a pleasant surprise. It took guts to release a (second version of a) 12-megapixel system camera at the end of 2105, in an era when some photographers were waiting in agony for the first SLR with a 100-megapixel sensor.

My expectation was that the Sony A7S II would be—even more than the Sony 7S—a fantastic camera for the 4K videographer. In comparison with the Sony A7s, the efficient 5-axis full-frame sensor image stabilization in the A7S II is a real plus. With every Sony FE lens review, we show how well the Sony IBIS (In-body image stabilization) works. The great thing about IBIS is that it also works if you use an older lens without image stabilization via an adapter on the Sony A7S II. Many videographers experiment with older lenses, searching for a unique character of the image or a great bokeh.
The ability to save 4K 30p directly in the camera on an SD card makes the A7S II a more versatile video camera than the 7S.

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Sony A7s II more versatile than Sony A7S

WAs far as build quality is concerned, the A7R and the A7S II are equals. Very good. Given the high image quality of, for example, a Sony A7R II (we have not yet reviewed the A7 II), I suspected that it would be difficult for the Sony A7S II to stake out its own position as a photo camera in the ample camera selection of the moment.
Both the Sony A7 II (more pixels and less expensive) and the Sony A7R II (even more pixels) looked like good candidates for stealing potential buyers from the A7S II. I could think of a couple of competitors from other camera brands as well. I was wrong.

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Sony A7S II list price: 3400 euros

A few notable characteristics of the Sony A7S II are

  • Full frame sensor (35.6 x 23.8 mm)
  • Electronic viewfinder with an exceptionally large image (effective viewfinder magnification: 0.78)
  • Big ISO range: 100-102,400 ISO; expandable to ISO 50-409,600
  • 5-axis in-body image stabilization
  • 4K, 30p, 100M video where each pixel is read out without merging the pixels ("pixel binning")
  • Professional video features: S-Gamut3, Cine/S-Log3, Gamma Assist Display, Zebra Function, Full HD 120 fps for 4x/5x slow motion
  • Shutter with a lifespan of 500,000 shots (100K to 200K is usual)
  • Wi-Fi® andNFC compatible

The Sony A7 series strongly resemble each other in design and appearance. For ergonomics, button lay-out, build quality and more, we refer to our Sony A7 R II review.In particular, the placement of the video recording button I still find difficult to operate. 

AF speed & light sensitivity

AFspeed

In the lab and in practice, the Sony A7 S II stunned us with its AF accuracy, speed and light sensitivity.

VAccording to the specifications for the Sony A7S II (100 ISO with an f/2 lens), the AF (which also has 169 AF points, ~120 more than its predecessor) works down to -4 EV. That is distinguishing characteristic relative to many cameras from other brands. The Canon 1Dx II (the best Canon SLR as far as AF sensitivity is concerned), according to the specifications, goes down to -3EV (100 ISO). We still have to test whether the camera actually lives up to that.

We test the AF of cameras in practice and in our lab, where we give all cameras equal chances. This is because whether, how fast and how well a camera focuses depends in part on the contrast of the subject. In the lab test the Sony A7S II with a Sony FE 55 mm f/1.8 with a great deal of light (> 4EV) appeared to focus as fast as and more accurately than an SLR. A bit slower than and as accurately as Panasonic cameras. In low light (<-2 EV) the Sony A7S II still reacts and focuses accurately where all other cameras have given it up.

Another point that is often missed is the accuracy of the exposure meter in extremely low light. With the Sony A7S II, the exposure meter still works at -3EV. The exposure meter of the Canon 1 Dx II, according to the specifications, works down to 0 EV.  

Sony's 5-axis SteadyShot In-body stabilization

In this video from Sony on YouTube, the 5 ways the image is stabilized (X, Y, yaw, pitch & roll) is made beautifully clear. The number of axes on which the image can be stabilized varies by brand. The success of the Olympus and Sony image stabilization is probably partly thanks to the large number (5) of axes on which stabilization is done. Five-axis image stabilization is of extra importance for video recordings, because, for example, turning on the optical axis produces a horizon that won’t sit still. When taking a picture, you can easily straighten the horizon. With a video, that is more complicated.

CameraStuffReview shows the results of the image stabilization test in the lens tests. If you want to see how good the 5-axis image stabilization works, then look, for example, at the review of the Sony FE 24-70 mm f/2.8G Master or the Sony FE 55 mm f/1.8

 

14-bit RAW

UncompressedRAWUntil very recently, Sony turned compressed RAW files into 12-bit files. A Sony A7 camera processes files in 14 bits, but the RAW files were not stored in 14 bits. You had no control over that as a user. Most photographers will probably never see a visible quality loss and were/are quite satisfied with the compressed Sony RAW files.

But in situations with high contrast differences, you can sometimes find a visible quality difference after editing With a recent firmware update, Sony has added the option to save RAW files as uncompressed 14-bit files as well. We did this Sony α7S II testing with uncompressed, 14-bit RAW files. An uncompressed RAW file from the A7S II is 25 MB in size: more than three times smaller than a RAW file from the Sony A7R II. For those who seldom make prints larger than A4, the smaller files from the Sony A7S II—even the uncompressed 14-bit files—are a blessing: not only do you need less storage space, the image processing is also faster. 

High image quality

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Sony A7S II & Sony EF 55 mm f/1.8, 100 ISO, f/1.8, 1/8000
What is great about the jpg files that are stored in the camera is the combination of careful noise suppression and sharpening specifically at the edges. In print, the Sony A7S II is not an unchallenged ruler when it comes to signal-to-noise ratio, because for prints that are not too large (A4), the size of the sensor (which, after all, determines how much light is captured by the sensor) and technological innovation (the BSI sensor of the Sony A7R II) are more important than the pixel size.

High dynamic range

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Sony A7S II + Sony FE 55 mm f/1.8 @ f/2, 102,800 ISO, 1/400 sec 

The Sony A7S II achieves the highest score for dynamic range of all cameras that we have reviewed so far.

The total dynamic range of a camera is, certainly at low ISO values, much less interesting than the dynamic range that is usable for the photographer. The usable dynamic range is limited by the signal-to-noise ratio in the dark areas. A camera with a high dynamic range makes it possible to do significant editing to a shot, as in the night shot above, without noise becoming disruptively visible.
At the low ISO values, the Sony A7S II does not stand out, or to a lesser degree relative to other cameras with a high dynamic range, such as the Sony A7R II and the Nikon D810. At high ISO values, the Sony A7S II makes the highest score for dynamic range, so that this camera now stands at the top of our list of reviews for dynamic range.

Color reproduction

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DThe color reproduction of both the RAW and jpg files in daylight or with flash is good. The differences between the image styles that you can use for the jpg conversion are greater than the differences between the accuracy of different cameras. Only in artificial light do we see real differences between cameras. The automatic white balance struggled with that a bit. With the blue colors, the reproduction is good in artificial light, but for the colors with a red component (red, orange and magenta), the colors were clearly too saturated. In and of itself, no real problem if you set the white balance in artificial light yourself, or photograph in RAW so that you can adjust the white balance afterwards without a loss of quality, as in the panorama above, where the white blossom became quite orange in the original shots. Thanks to the 5-axis IBIS and the low noise at high ISO with the Sony A7S II, this shot could be made without a tripod with a 25 mm lens, a shutter time of 1/13 sec and 12,800 ISO.

Minikleurdaglicht Minikleurkunstlicht

Noise

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King of the night. The shot above is approximately what I saw when I walked through the nocturnal animal enclosure in Dierenpark Amersfoort. Two eyes peered out at me from out of the darkness. That appeared, when I turned on the Sony A7S II (move your mouse over the shot above), to be four eyes. Looking through the viewfinder, I took a picture at ISO 100,000, where the camera still focused as though it were daylight: no problem. The partial enlargement is an edited RAW shot that is enlarged to 100%. As far as I’m concerned, 100,000 ISO is a bridge too far, but sometimes you have no choice. I cannot easily name any other camera that offers image quality this good at 100,000 ISO.
If you are really interested in video, then take a look at the first impression of the Sony A7S II on EOSHD. and the videos in the Sony A7S II review on Cameralabs. I only made a couple of video recordings with the Sony A7S II, and those did not disappoint as far as image quality is concerned. But there is so much to say and to test about the video quality of this camera that you really have to make a separate review for it. Unfortunately, I do not have the time for that at the moment.
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Advanced video options

With the Sony A7S II, you can make 4K recordings with a speed of 30 frames per second (30p, 100M) in the XAVC S format. For both 4K and Full HD, no pixel binning is used, so that you make maximal use of the big sensor and do not have any trouble from moiré. This camera has very advanced video options, such as S-Gamut3, Cine/S-Log3, now with the Gamma Assist Display, so that you do not have to record with the flat S-log images on your screen or in your viewfinder. Click here for a pdf from Sony, in which the new Picture Profiles S-log3 and Cine style are further explained.
Further, the Sony A7S II has expanded Zebra Function for displaying (possible) over-exposed areas in frame, and Full HD 120 fps recording for 4x/5x slow motion. Relative to its predecessor, it is a big plus point that you no longer need an external recorder for 4K; you can save the 4K recordings directly on the SD card. 
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Conclusion Sony A7S II review

Sony A7S II: unbeaten above 400 ISO. Photo & video.

My expectation that this would be a fantastic camera for the 4K videographer was fulfilled. The large sensor surface area of the Sony A7S II is practically entirely used for 4K video recordings. That delivery gorgeous, noise-free video images without artifacts like moiré and aliasing. I have not looked at rolling shutter, but given the enormous data volume that the sensor has to process for 4K shots, it is not surprising that 4K shots have a greater chance of rolling shutter than Full HD shots. So far, no surprises.

That the resolution of a 12-megapixel camera is less high that many other modern system cameras is also not a surprise. For those who seldom ake a print at A4 size or larger, this con is also a pro. Working witih smaller files saves a great deal of disc space and image editing is faster.  

Compare the Sony A7S II with another camera:

Or check our overview of all reviewed cameras, including test results for RAW and jpg files.

Support CameraStuffReview and buy your camera here

Pro
Year:2015
Overall score:8.8
Resolution:7.0
Dynamic Range:9.9
Noise:8.5
Color:6.8
Whitebalance:8.0
Megapixels:12
Sensor:FF
Sensor magn.:0.78
fps:-
Weight (gram):584
MSRP NL (Euro):3400

 

Pros

  • High image quality, certainly at high ISO values
  • 100-102,400 ISO; range expandable to ISO 50-409,600
  • Fast, accurate and light-sensitive AF
  • Beautiful 4K video, that is stored in-camera
  • Incl. reserve battery

Cons

  • Limited resolution
  • 300 shots on 1 battery charge
  • List price over 3,000 euros

The surprise came for me when using the Sony A7S II as a photo camera. Although the Sony A7R II nearly ruined the party for the Sony 7S II. Thanks to a more modern BSI sensor, the Sony A7R II comes close to the signal-to-noise ratio and dynamic range of the Sony A7S II, despite a larger number of megapixels (43 vs 12). If you often want to make enlargeents, then a Sony A7R II—because of the higher resolution—is a more obvious choice. Certainly at lower ISO settings, the signal-to-noise ratio of the Sony A7S II is not outstanding relative to the Sony A7R II or a Nikon D810.  

On the pixel level (read: anyone who primarily displays images on the internet or screen), that is different. If you look at photos made with the Sony A7S II on a screen, then you will be pleasantly surprised by the high signal-to-noise ratio and the high dynamic range. Even at big enlargements. Years ago, I was charmed by the image quality of the Nikon D700: just 12 megapixels on a full-frame sensor at low ISO values delivers files that are so beautifully clean that you can enlarge them very well without having problems with disruptive artifacts. I now have even more understanding for photographers who deliberately choose a camera with small, high-quality files.

At low ISO values, shots made with the Sony A7R II approach the quality of the Sony A7S II if you carefully shrink them to 12 megapixels. Perhaps the A7R II shrunken to 12 is even better. But at higher ISO values, the Sony A7S II wins. That starts (tentatively) as low as at 400 ISO.

For those who want to take pictures in the dark of night, I recommend a Nikon D5 or a Sony A7S II. Both cameras not only have a high signal-to-noise ratio and a high dynamic range at ISO 6400 and higher, they are also able to focus and set the exposure accurately with very little light. I do not know any camera that focuses as fast and accurately in the dark as the Sony A7S II. And that delivers equally well exposed, noise-free shots with beautiful colors under those conditions. As far as I’m concerned, the Sony A7S II, as a video and photo camera, is king of the night.

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Review Sony α7R II

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Sony α7R II: dream camera for the quality-conscious pro(-sumer)

In the summer of 2015, the Sony α7R II was introduced: the flagship of the mirrorless system cameras, with a full-frame sensor and a €3,500 list price. Specifications and the Sony α7R II list price make it clear that this is a high-end professional camera is, which rivals the best SLR camera of the moment. The Sony α7R II is equipped with the first full-frame back-illuminated sensor without an anti-aliasing filter. There are just two system cameras with such a sensor. Samsung NX1 is the first system camera with an APS-C BSI sensor. A BSI CMOS sensor has a higher dynamic range and less trouble with noise than an “old-fashioned” CMOS sensor, because the wiring of the sensor is behind the pixels, instead of in front of it (which blocks light).

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A look at the full-frame sensor of the Sony α7R II and the reinforced mount.
Sony ‘s flagship offers a mythically high resolution of 42.4 MP megapixels, ISO up to 102,400 and an AF system with 399 phase-detection and 25 contrast-AF points. In addition, the camera has a built-in 5-axis image stabilization (In-Body Image Stabilization: "IBIS"), so that every lens that you use on this camera benefits from it. That is also a premier for cameras with a full-frame sensor. Until now, that was only available from Olympus, on cameras with a micro-43 sensor. 4K video (video in theater quality) can be stored directly in the camera in many formats (including Super 35mm without pixel binning!). As though that were not enough, this camera has the largest viewfinder (0.78x) of all system cameras available right now. Unique. Is this also the best camera of the moment?

Uncompressed RAW files Sony α7R II

We installed the firmware update just before this review, and conducted our tests with uncompressed, 14-bit, RAW files.
Sony until very recently made use of compression of RAW files. The RAW files were not stored in 14 bits, and you had no control over that as the user. Most photographers will practically never see a visible loss of quality/are very satisfied with the compressed Sony RAW files .

UncompressedRAW

But in situations with high contrast differences, you can sometimes discover a visible difference in quality after editing. That led to a clear demand of Sony from a group of fanatical photographers: Give photographers themselves the choice of whether they save their RAW files uncompressed or compressed! With a recent firmware update, Sony has responded. We did this Sony α7R II review with uncompressed, 14-bit, RAW files. Everything has a flip side, even an uncompressed RAW file. Take into account that a single shot is more than 80 MB in size. If you want to immediately review a shot that you just took, then you have to wait more than two seconds until the RAW file has been saved .

Shutter: a different story with various improvements

Sony indicates that the shutter has a lifespan of a half million shots. That is more than most amateur cameras (~100k) and even most professional cameras (200k). Nice for the professional glutton, but I suspect that there are more photographers will benefit from improvements that Sony has implemented in the shutter, in order to ensure that as few vibrations as possible are caused by the camera when you take a picture. Technically seen, for a sharp picture, the best thing would be to also eliminate the photographer—a not-to-be-underestimated source of blur. We wrote previously about taking sharp pictures with high-resolution cameras (10 tips for sharp shots). And we will certainly return to that topic, when, for example, we compare the flagships of Canon, Nikon and Sony with each other.

The shutter of the Sony α7R II gives—in comparison with its predecessor—according to Sony, 50% less vibration as a result of the shutter motion. The shutter noise is in any case remarkably quieter. The camera can also be used with an electronic front curtain shutter, which avoids blur even more. This camera has, like Panasonic and Olympus, a silent mode as well, with which, during solemn occasions or when photographing skittish animals, you can take a picture without anything to be heard. For wedding photographers and street photographers, that might be a killer feature and a good reason to switch to a mirrorless system camera.

5-axis In-Body Image Stabilization (IBIS)

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The built-in image stabilization of Sony (IBIS) can be combined with all lenses and works perfectly.

Not everyone always carries along a heavy tripod in order to prevent motion blur. A camera with a full-frame sensor that contains 36 megapixels or more offers the chance to take razor-sharp pictures. At the same time, the resolution is so high that the smallest decrease in sharpness becomes visible if you review the pictures at 100% (and some photographers go even higher). If you do that, you will have noticed that the mnemonic “For a sharp picture, choose a shutter time of at least 1/ (focal length*crop factor)” does not apply for cameras with high resolution. If you use a 50-mm lens on a camera with high resolution, then the sharpness decreases starting from a shutter time of 1/200 of a second, as a result of the photographer’s motion. In practice, most photographers do not get all the sharpness out of a camera that it can deliver. Always choosing a shutter time of 1/000 of a second is impossible. Image stabilization is not a magic wand, but it is more important for sharp shots than many people think.
Image stabilization, which combats the motion of the photographer in the camera or the lens, ensures that even at longer shutter times you still get sharp pictures. Image stabilization in the lens is an expensive solution, because every lens thus becomes bigger, heavier, and more expensive. Sony—just like Olympus—has chosen to stabilize the sensor, so that you benefit from image stabilization with every lens. The Sony α7R II (like the Olympus OM-D cameras) is equipped with an innovative 5-axis image stabilization, which is many times better than the image stabilization that you find in older cameras and that was developed by Minolta. This system compensates for:

  1. angular shake (pitch and yaw) which is a problem with a telephoto lens,
  2. shift shake (X and Y axes) which in particular becomes visible in enlargements,
  3. rotational shake (roll), which can be disturbingly present in video.

Sony claims a profit of 4.5 stops: that thanks to the image stabilization you can use a shutter time that is 4.5 times longer for an equally sharp picture. In the picture above, you see the sharpness of pictures made with the Sony 55 mm f/1.8, displayed by shutter time. At 100%, a shot from a tripod is equally as sharp as a shot made without a tripod. If you make use of image stabilization (blue line), then that applies for shots made with a shutter time of a maximum of 1/13 sec, although many photographers are still satisfied with the sharpness that we achieved with a shutter time of 1/3 of a second. Without image stabilization, you get less sharp pictures with a shutter time of 1/200 of a second than with a shutter time of 1/13 of a second with image stabilization.

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Stay Tuned: We have done our best to cover as much as possible. But in a couple thousand words, we cannot cover all the capabilities of the Sony α7R II. Some aspects will be covered (more comprehensively) later.

Sony α7R II versus A7R in a nutshell:

The Sony α7R II is more than 1000 euros more expensive and 2 ounces heavier than its predecessor and offers many advantages:

  • The Sony α7R II has 4K video (vs full-HD video with the A7R) that you can save in the camera, and slow-motion is also possible in Full HD by recording at 120 bps
  • Higher resolution: 42.5 megapixels (vs 36)
  • Built-in 5-axis image stabilization (versus: none)
  • For those who use heavy lenses: the connection between the lens and the camera is now much sturdier
  • The A7R2, just like its predecessor, offers contrast detection, but also has on-sensor phase detection AF
  • The Sony α7R II has a larger viewfinder (0.78x vs 0.7x)
  • The A7R MK2 has less trouble with shutter motion thanks to an electronic front curtain shutter

Sony α7R II vs Canon 5Ds(R) vs Nikon D810

As far as resolution is concerned, the lens that is used for testing makes a big difference with these three cameras. There are very few lenses that can achieve a high image quality on the whole surface of 24 x 36 mm. This test was also done with the Sony FE 55mm Carl Zeiss f/1.8. Fantastic lens.
All three cameras offer very high sharpness, whereby the Nikon and Sony manage to compensate for a smaller number of megapixels with the absence of an anti-alias filter. The Canon 5Ds has a traditional anti-alias filter, so that the resolution becomes lower than what you would expect based on the number of pixels. The Canon 5DsR also has a filter in front of the sensor, which looks like that of the Nikon D800E and with which the loss of resolution is less than with the Canon 5Ds.

  • The Sony α7R II is the only one of the trio with built-in image stabilization and 4K video
  • The Sony A7 R MK2 is far and away the lightest and most compact camera of this trio/quartet
  • The Canon and Nikon cameras are SLR cameras with an optical viewfinder (advantage: nicer colors and higher contrast) and a mirror that pops up for the shot (disadvantage: more noise and a greater chance of reduction of sharpness due to vibrations).
  • In the dark, you can still look through the viewfinder of the Sony, where the optical viewfinders of Canon and Nikon are practically black. Thanks to the electronic viewfinder of the Sony, you can—partly thanks to focus peaking and the 10x enlargement of the viewfinder image—more quickly and accurately focus manually. In addition, focus shift as a result of spherical aberrations is thus prevented. You focus with the Sony α7R II at the aperture at which the photo is taken, without the electronic viewfinder becoming darker.

Canon lenses on Sony α7R II

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Image excerpt from a shot taken (1000 ISO, wretched light) with the Sigma 150-600 mm Sports on a Sony α7R II with a Metabones Speedbooster.
Photographers with a large collection of Sony or Minolta lenses with an A-mount can use those on a Sony α7R II with retention of AF. The phase detection AF-system of the Sony α7R II can be combined with Sony A-mount lenses if you use a Sony LA-EA3 or LA-EA1 adapter. There are also adapters from other brands, like Metabones, available with which you can use Canon lenses with the retention of AF. We might explore that further soon.
Modern lenses from brands like Sigma or Tamron can also sometimes be combined with such an adapter. We have tried out a number of lenses with a Metabones adapter and a Metabones Speedbooster. With the latter, you use the camera in APS-C mode: ideal for video and for telephoto lens shots (with a Metabones Speedbooster, you profit by 1 stop). The image excerpt above is from a shot made with the Sigma 150-600 mm Sports on a Sony α7R II with a Metabones Speedbooster. The AF does work with this combination, but too slowly for action photography. The shot was made with the help of focus peaking. In a later article, we will look at this a bit closer .

Sony α7R II : Build quality & Features

The Sony α7R II is solidly built, but it is not completely dust- and splashwater-tight. This camera is fatter than its predecessor and has an ample grip, so that the camera sits a good deal better in the hand. The body is reinforced on the front, and the mount is more heavily built, so that you have no more worries if you mount a heavy telephoto lens on this camera. I have a love/hate relationship with the thumb support on the back: the thumb support is in a good spot, and you hold the camera firmly with it. But the buttons on the back of the camera are placed in such a way that if you want to operate them with your thumb, and you do, you have to take your thumb off of the thumb support.
The Sony α7R II has 4 Custom buttons, to which you can assign the functions yourself, which benefits the ease of use of the camera, since this camera has a lot of options. The PSAM button (with which you can also set the camera to panorama or video) on top of the camera has a button that ensures that the button is not turned accidentally. What is a bit akward is that you have to keep the button pressed in order to be able to turn the ring. The solution that Olympus and Panasonic have chosen (the first time that you press the button, the PSAM ring is unlocked, and the next time you press the button, it is locked again) can be operated with one finger and is much more user-friendly. The front wheel is deeply recessed, which was also hard for me to get used to.
The Sony α7R II has no built-in flash. There is a hotshoe on top of the camera. Connections for headphones, microphone and mini HDMI hide behind rubber covers. The small battery is good for 300 shots. That is very few for a professional camera, and Sony thus includes a second battery. The camera has 1 card slot: for an SD card. That is also a bit stingy for a flagship.
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Rare: Complete freedom where lens corrections is concerned

Ever-more manufacturers are choosing to correct lens errors with software. Not only are the jpg files automatically corrected in the camera, but the RAW files are also provided with extra information, so that Lightroom of Photoshop correct RAW files for lens errors. You have no control over that as a photographer. Not everyone likes that.
The solution from Sony is cleaner. The photographer makes the choice on the camera for whether—and which—lens errors will be automatically corrected. In the next Sony lens review, we will look at how well those corrections work .
Lenscompensatie

Screen and viewfinder

The Sony α7R II has a very nice XGA OLED viewfinder, with a unique image magnification of 0.78x. This is the largest viewfinder of all the cameras we have reviewed. That works very nicely, and despite the high enlargement you see no individual pixels. You only note from the contrast—and to a lesser degree the colors—that it is not an optical viewfinder.
The screen is only tiltable and unfortunately not freely rotatable. The camera also would have benefitted in ease of use if the screen had been a touchscreen. During the test, I tapped several times on the focus and stared at the unchanging screen for a while before I realized why nothing was happening .
290ILCE 7RM2 rear

Manual focus and AF speed

One of the big advantages of an electronic viewfinder is that you can focus more quickly and more accurately than with an optical viewfinder. First of all, with the Sony α7R II, you can use focus peaking. It took a moment before I realized that you can set that with “Relief level” (the higher it is, the more sensitive it is). I think it would have made sense to call it “focus peaking.” As the marking color, you can choose red, yellow and white. If you focus manually at f/16, then the focus peaking has a hard time, and you see a kind of red noise in frame, which you do not see if you focus manually at f/1.8. That seems like good news to me, since I suspect that you focus manually at the aperture with which the shot will be made, instead of at full aperture. Some bright lenses are bothered by a focus-shift as a result of spherical aberration: the focal point moves forward or back when you stop down. By focusing at the correct aperture, you eliminate focus shift. That is also what is so great about focusing with Liveview on a Nikon D810: WYSIWYG, and you are certain that you will never have trouble with focus shift . AFspeed
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We measured the AF speed with the Sony 55 mm f/1.8 lens under different lighting conditions. In the picture above, the AF speed is on the vertical (the lower, the better), set against the amount of light (left, dark; right, light). In the picture you see our results for two modern SLR cameras (Nikon D810 and Canon 760D) and three mirrorless system camera (Nikon J5, Panasonic GH4 and Sony A7 R MKII).
As far as focus speed is concerned, the Sony A7R MK2 lags a bit behind the lightning-fast—and much less expensive—Nikon 1 and Panasonic cameras, like the GH4, GX8 and G7. In the dark, the Sony still focused, where even the Panasonic GH4 and the Nikon D810 had given up. That is surprisingly good.

Built-in Panorama mode

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In-camera panoramas: gimmick or useful? Above you see a shot that was made with the panorama mode of the Sony A7R MK2. I love panorama photos, because they give a very different impression than the traditional shots in a 2:3 or 4:3 ratio. In order to make such a photo directly in the camera, you first have to choose a number of parameters in the menu, including the turn direction. Then you have to turn the camera, while you keep the shutter pressed. The camera takes a large number of shots in succession, which will be perfectly stitched together without you having to look at it. (Click on the shot above for a larger version.) You no longer need panorama software, you would think. But the shot is a good deal smaller than a shot that I would have put together with panorama software (incl. Lightroom/Photoshop). It is a great achievement from Sony’s programmers (and other brands) that it works as well as it does. Only in the reeds could I easily find a couple of small, not-very-noticeable join-errors. Even so, I wonder whether this is a function that belongs in a professional camera .

50, 43 or 36 megapixels: What difference does it make?

Practically all cameras have a sensor of the Bayer type, where the individual pixels can only see red, blue or green. The colors are determined afterwards by sampling the neighbors of another color to see what the missing color should have been. That works outstandingly on the large scale. But if you zoom in to the pixel level, then subjects with a regular pattern, like the enlarged test card here or when photographing buildings in the distance, interference can arise. A Foveon sensor, like that of the Sigma, is not bothered by that, because every individual pixel registers blue, green and red and thus does not have to peek at the neighbors.

Canon and Nikon each have two professional cameras that function as flagships for specific target groups: a camera for landscape and studio photography with high resolution but low speed and not designed for extremely high ISO values (Nikon D810, Canon 5Ds) and a camera for action and low-light photography with high signal-to-noise ratio and high speed but fewer megapixels (Canon 1Dx, Nikon D4s). With Canon you could even argue that there is a third flagship (Canon 1Dc for 4K video). And as long as we’re on the subject, let’s not forget the Nikon D810A for Astrophotography.

With Sony, there is one flagship for video (Sony A7s) and one for photography (Sony α7R II ). For action photographers, there is still much to be desired, because the maximum shooting speed is 5 frames per second (during AF tracking). For the newspaper or for a website, you have enough with 8 megapixels and you could consider filming in 4K. With that, you take 30 shots of 8 megapixels per second, without the buffer filling up.

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The shot above is a beautiful illustration of the high image quality. If you look at a print in A3 formaat, then you see more of a difference in image quality between the Nikon D810, Sony α7R II, Canon 5Ds or 5DsR as a result of differences in lens quality than as a result of the differences in megapixels (36 for Nikon, 43 for Sony and 50 for Canon).

Sensor without anti-alias filter

Until a couple of years ago, that was solved by placing a crystal in front of the sensor that spread out the light across multiple pixels. Then software was used to compensate for the extra blur that created, with extra sharpening. But with a camera with very high resolution, the details at pixel level become so small that you can leave out the anti-alias filter. If there is moiré, as the interference phenomenon is called, the chances are good that it will be so small that you will not see it in most prints. Only in extreme enlargements might you have to do local touch-ups on the image.
Olympus cameras with 16 megapixels have the same resolution as Canon APS-C cameras of 20 megapixels. That is because Olympus cameras do not have an anti-alias filter and the Canon APS-C cameras do. To make photographing easy, Olympus corrects the moiré in the jpg files, while the RAW files are not corrected. That will satisfy both casual and hobbyist photographers. The Sony α7R II is a camera for professionals: both the RAW and jpg files are uncorrected, so that you can find moiré at the pixel level, as in our test shot here .
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Color reproduction in daylight

The accuracies of the color reproduction of modern cameras are very similar to each other. That the Sony α7R II scores a bit lower in our test than its predecessor is not something you will notice in practice shots. In gray weather, which was plentiful during the test, the color balance was too cool. In daylight, yellow, cyan, green and orange in particular were less saturated. The different image styles of the Sony α7R II might differ more in color than those of the Sony α7R II do from the A7R . 100ISOcolorerrorSonya7Rmk2mini

White balance/Color reproduction in artificial light

In artificial light, you get better results—certainly if you photograph in jpg—if you manually set the white balance to artificial light. If you do not do that, then the colors become too saturated and they also tend towards orange. Sony is not alone in that. It applies for practically all modern digital cameras. Those who photograph in RAW have the luxury of worrying about the white balance afterwards. You can adjust the 14-bit RAW files without loss of quality and without posterization occurring . kunstlichtkleurweergave

Little noise: even at high ISO

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The new sensor has the wiring behind the pixels, so that more light is captured. That benefits the signal-to-noise ratio, since that is even better than that of its predecessor. The image excerpt below of 700 pixels wide (from a jpg shot 7952 pixels wide) shows the amount of noise and the retention of detail from a 5,000 ISO practice shot made on a gray day. Under more favorable lighting conditions—on a sunny day or in the studio with flash or LED lighting—you only see this amount of noise at 6,400 ISO. Simply very good, even in our Imatest measurements.

Dynamic range record

Bleached-out highlights and closed-up shadows can be made visible again in RAW files without getting disruptive noise. Especially in the dark areas, that is impressive. The dynamic range of Sony sensors was already very good, but now it has become even better. Good news for HDR photographers. The Sony α7R II has the highest dynamic range that we have encountered so far in our Imatest measurements. We even had to build a new test set-up for it, because this Sony camera had a dynamic range that was as big as the Dmax (Dmax~4/13.5 stops) of our old test card. We switched to a test card with which we can sample about 20 stops

The BSI sensor has a gapless on-chip lens design and an anti-reflection surface coating to make the light capture as efficient as possible. This camera not only has a high dynamic range, but also a high signal-to-noise ratio. We place more value on a high useable dynamic range (with a good signal-to-noise ratio) than the absolute value of the dynamic range. With that you have a usable ISO range available of 100 to 25,600 (expandable to ISO 50 to 102400, but at the higher ISO values, you have to apply a great deal of noise suppression in order to end up with a shot still worth looking at).

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In the shot below, you see a partial enlargement from the red box, but then the shot is made 5 stops lighter in post-editing. If you move your mouse over the picture below, then you see for comparison a shot made with the Canon 760D, with the same exposure conditions (ISO, shutter time and aperture), which has undergone the same treatment .
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Filming with the Sony α7R II: 4K @ 30 fps and full-HD up to 120 fps without external recorder

The video image quality of this camera is very, very good. For video, the Sony beats out both Canons with its hands tied behind its back. Just as for the Samsung NX1 video quality we will write a separate review about that. If you want to make video recordings, then a 64 GB card for video is needed. With less, the camera refuses to record. In Full HD (living-room quality) you can make great slow-motion recordings by shooting at 120 frames per second, and for 4K recordings you no longer need an external recorder. That is unique, since that is otherwise only possible with Samsung and Panasonic cameras. In particular if you record in 4K (theater quality) in the APS-C crop mode, then you get a beautifully sharp image, with which you bring the subject even closer to you. You can even cut down the image to Full-HD, so that you bring the subject even closer, as shown in the video below .

Image profiles for video: Searching for PP7 (S-log2)

At first, I could not find an S-Log on the Sony α7R II. Even so, it is not the case that Sony limited the video functionality of the Sony α7R II, to oblige videographers to choose a Sony A7s MK2. The standard image profile settings for video (PP1 through PP7) can be found under: MENU → (Camera settings) → [Image profile] → desired setting. From the on-line user manual for the Sony α7R II, I discovered that PP7 is S-log2. The camera—as far as I could see—gives no indication other than PP7. The other image profiles also have a name that tells you little about what you can do with them. As soon as we have the opportunity to use this camera longer, we can explore the video quality more extensively .
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Reviews

 

 

 

 

Conclusion Sony α7R II review

For a long time, the Nikon D810 (and before that the Nikon D800E) has been at the top of our list of reviewed cameras. That is changing now. As far as image quality is concerned, the Sony α7R II is the best camera available today. If you put a good lens on this camera, then the difference in resolution of photographs relative to the Canon 5Ds and 5DsR (which both have more megapixels) is negligible. The dynamic range and the signal-to-noise ratio of the Sony are a bit better than those of the Nikon D810 and much better than both Canons.

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Pro
Year:2015
Overall score:9.9
Resolution:9.5
Dynamic Range:9.2
Noise:9.9
Color:8.8
Whitebalance:6.0
Megapixels:43
Sensor:FF
Sensor magn.:0.78
fps:0
Weight (gram):625
MSRP NL (Euro):3499

Pros

  • Extremely high image quality: dynamic range, signal-to-noise ratio and resolution
  • Fantastic built-in image stabilization
  • Compact, light (600-gram) camera with full-format sensor
  • High-quality 4K video (in particular in APS-C crop)
  • Incl. extra battery

Cons

  • Max 300 shots per battery
  • No touchscreen or rotating screen
  • Not completely dust- and splashwater-tight
  • Ergonomically not yet ideal: video button difficult to operate, front wheel deeply recessed
  • Menu options sometimes unclear
Is the Sony α7R II the best camera available right now? Yes.
Are there still things to be desired? Yes.

For video, the Sony beats both Canons with its hands tied behind its back. The Sony α7R II has, with a magnification of 0.78x, the largest viewfinder of all system cameras. Thanks to the electronic viewfinder and focus peaking, this is a perfect camera for focusing quickly and accurately. Focus shift, thanks to the electronic viewfinder, is a thing of the past. The built-in image stabilization works great.
Given the price of this camera, professional photographers—who more and more combine their work with video—are the target group. For this group, the Sony offers perfect video image quality in 4K, with high resolution and a high signal-to-noise ratio, although on the point of ease of use there are things to improve. Some professionals who only make use of AF will continue to prefer an optical viewfinder, due to the natural colors and the high dynamic range.

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Review Sony A7r: a new leader?

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A mirrorless system camera of less than 500 grams, with a 36 megapixel full-frame sensor, almost as compact as the Olympus OM-D E-M1 and with a suggested retail price just above the 2,000 euros? It seems like a dream, but it's the Sony A7R. The mirrorless system cameras from Sony, Nikon, Olympus and Panasonic have each shown over the past few years – in my eyes – spectacular growth. On the one hand, they've chewed up some of the market share of compact cameras. On the other hand, they compete with SLRs. The market share of the system cameras amounts to only a few dozen percent (in Japan clearly more than in Europe).

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Review Sony A58 (S APS-C)

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At the beginning of 2013, the Sony A58 came on the market as a replacement for both the A37 and the A57. Price-wise it is an attractive camera for photographers buying their first single-lens reflex camera. With a suggested retail price of 549 euro, incl. a Sony 18-55 mm kit lens, you get great value for your money. Everything is there. In terms of capabilities, including Auto-HDR and sweep panoramas, even an advanced photographer can work with this camera. The camera also offers video (1080 @ 60i/24 p) with a connection for an external stereo mic, but not for stereo headphones. The image quality of the Sony A58 you might compare to the Sony A77, as we will do in this review.

 

 

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Review Sony SLT alpha 77 (So APS-C)

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The Sony A77 replaces the Sony A700 and is the last descendant of the Sony Translucent Mirror cameras (SLT) series. These are SLRs with a fixed mirror, instead of a regular mirror which opens and closes taking a shot. The SLT makes it possible to take series of shots at higher speeds than what is physically possible for an SLR. The target group of the Sony A77 consists of advanced amateurs or professional photographers. Due to the choice of a semi-transparent mirror, combined with the choice of 24 megapixels on an APS-C sensor, Sony has not made it easy for itself.

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