Sony A35 camera review
The Sony A35 camera is a very small and light-weight DSLR ‘type’ camera that uses a stationary (and silent) ‘translucent’ mirror instead of a traditional mirror that moves up and down, sometimes causing an annoying slapping sound. Sony recently perfected translucent mirror technology, (first used decades ago), and caused quite a stir at introduction because of the small and light-weight body, quieter operation as there is no mirror slap, and super fast continuous shooting, again, another advantage of not having a moving mirror to contend with. An additional great feature is quicker and more accurate focusing during video shooting, as superior phase detection AF will work all the time, however speed and accuracy will depend on the lens being used.
One SLT disadvantage is the lack of an optical viewfinder; they use an electronic viewfinder similar to a point and shoot camera. Electronic viewfinders are getting better each year, unfortunately, at the time of this review, they won’t replace a good optical viewfinder like the fabulous one in the Sony A900. With that said, the Sony A35 has a bright and relatively sharp viewfinder with 100% coverage with slight magnification, and is totally adequate in most situations, although it does gain up in low light, meaning it will show a lot of noise.
The A35 is a mild upgrade to the A33, with a higher pixel sensor, which normally isn’t a good thing, but in this case it makes the camera better, showing more resolution with slightly less high ISO noise. The look of the camera is very similar to the A33/A55.
Let’s get started with some product shots and a walk-around.
The Sony A35 body with faux carbon fiber grip |
The new A35 is basically identical to the old A33, the changes are all on the inside. The non-slip rubberized hand-grip is made to look like carbon fiber, a neat idea, although more noticeable in pictures than in real life.
The plastic inset in the hand-grip is the self-timer lamp, which turns red so you can prepare yourself for when the shutter actuates. The lamp lights (with an audio beep) to a continuous red on the ten second timer, until two seconds are left, at which time is starts blinking. When set to two seconds, the lamp stays on continuously until the shutter fires.
Above the self timer lamp is the control dial, which is used to adjust exposure compensation, aperture, images in review mode, menu selections and other items.
Just above the control dial is the on/off switch, and shutter button.
At the bottom of the camera by the “SteadyShot Inside” badge is the DOF or ‘depth of field’ button, although Sony now calls this the ‘preview button‘. Use this to see what will be sharp in your picture, as the camera screens will show you the image with the maximum aperture, and much of the scene may be blurry when using a fast lens. If you’re shooting at F/8, and want to know what the depth of focus is, press the preview button and look at the screen.
On the right side of the body cap is the lens release button, push this in while turning the lens counter-clockwise to detach, and when mounting a lens, make sure the button snaps back out, otherwise you may not have the lens locked in place, and it could eventually fall off!
Just out of view by the orange α is the flash release button, use this to pop up the flash when not in AUTO mode.
Finally, above the α is the mode dial, use this for changing camera shooting modes, like AUTO, Auto+ (gimmick mode), Program, Aperture priority, (you pick the aperture), Shutter priority, (you pick the shutter speed), Manual mode, you pick aperture and shutter speed, Tele-zoom advanced priority, which shoots about 7 images per second in a zoomed, or ‘cropped’ 1.4 mode, which is basically a smaller, zoomed-in image, and it locks the camera up for about 10 seconds while saving images as Jpegs. In this mode, the camera automatically shows the cropped zoom on the LCD, so you may not notice the fact that you’re not at your lens’ proper focal length. Next is Sweep Panorama mode, which take around 40 shots and stitches them together to make one image. Scene mode is used to make a good looking image without having to know what camera settings should be use, and is for amateurs only. Use the ‘flash off’ mode for places that won’t allow flash photography, like some museums and events etc. This is just AUTO mode that wont’ fire the flash.
The A35 is a very small camera when compared to the full frame A900 |
This shot shows just how small the A35 is compared to a full size DSLR, like the A900. Quite noticeable is the small hand-grip of the A35, but there’s really no way to put a larger grip on it without destroying the small size advantage.
Box and contents |
Here’s what you get with a body only box in the US: camera body, body cap, a battery with charger which plugs directly into the wall, software for image enhancement and converting RAW files, a one-language printed manual with 202 pages, a shoulder strap and USB cable, and an accessories brochure.
Backside, LCD is stationary, with simulated image |
Specifications
Model |
A35
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Price
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$599 body only 8-11
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Effective megapixels
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16.2
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LCD monitor
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3.0″ 921,600 pixels, stationary screen.
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Lens
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Zoom
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Recording media
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Memory stick pro duo, SD
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Image stabilization
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Yes, in body
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ISO range
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100/200/400/800/1600/3200/6400/12800 Extends to 25600 in multi-frame NR mode
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Manual controls
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yes, and has dedicated D-range button by shutter button, along with Finder/LCD
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Flash sync
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1/160
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Shutter speed
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30 sec – 1/4000 sec
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Optical viewfinder
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No, uses 0.46″ EVF with 1.44 million pixels.
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Sensor size
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23.4mm x 15.6mm APS-C
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AF assist lamp
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No, uses flash
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Timer
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10 sec – 2 sec delay
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Flash
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Yes
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Movie mode
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Yes, full HD and lesser modes.
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Power source
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NP-FW50
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Dimensions
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4.9″ x 3.6″ x 3.3″ 124mm x 92h x 85d
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Weight
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14.6oz 415g without battery
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Additional info
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Minor upgrade to the A33, including a 16.2mp sensor instead of the old 14.2mp, and a longer run time on video recording.
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HDR and DRO examples.
Below are examples directly from the camera and have not been adjusted or cropped. This particular room has a very high dynamic range, and is tough to shoot without supplemental lighting like a camera flash. This is the kind of scene where the in-camera DRO and HDR come in handy.
Basic image out of camera |
DRO Lv 2 |
DRO Lv 5 |
HDR 3.0 ev |
HDR 6.0 ev |
The first image is what the camera’s auto exposure system chose, and it has not been altered, either by HDR or DRO. The second image is what DRO Lv 2 looks like, the room is a little brighter, but not by much. The third image uses DRO Lv 5, the maximum setting for DRO, and it makes a difference by lightening the room noticeably, although the shadow noise levels are higher which is contrary to what Sony says in their official A35 features list. The last two shots use HDR, the second to last image being an HDR 3.0 ev, which is a three-shot combination. You’ll notice the outside has been exposed so it isn’t blown out, but there isn’t much in the way of shadows adjustments to the inside. The last shot used HDR 6.0 ev, which is a combination of six images. I see a lighter interior than the three shot combination, although not much has changed on the outside.
HDR 6.0 ev with shadows and highlights adjustments. |
The HDR 6.0 ev shot can be adjusted with simple highlights/shadows sliders and will show nicely, without excessive noise. Obviously, you could expose the interior more in the base image and come up with a brighter inside, but the outside would be partially blown out, that’s the decision you have to make when taking pictures.
ISO performance, explanation below.
RAW
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JPEG
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Multi-frame NR
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ISO 100
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ISO 200
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ISO 400
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ISO 800
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ISO 1600
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ISO 3200
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ISO 6400
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ISO 12800
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ISO 25600
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Intentionally left blank | Intentionally left blank |
These crops are from the center of the image, using the Sony A35 with Sony 35mm F/1.8 lens. RAW images were cropped and saved as jpegs. The second column represents the jpegs from the camera at the default ‘fine’ setting. The third column shows the multi-frame noise reduction, which uses multiple shots and combines them to form one image. The camera noise reduction was at the default ‘auto’ setting. Look closely at the green part of the image to the left (at RAW ISOs 100-200), that’s a painted wall behind the subject with a fine texture, it gets wiped out when saving images as jpegs. Also check out the line detail in the bottom fabric swatch on the right side, it gets smudged quickly as the noise reduction kicks in. It should be clear that using ‘RAW’ will substantially increase your resolution. The A35 retains Sony’s tradition of applying too much noise reduction to jpegs, especially the ‘luminence’ or ‘smearing’ type NR. Multi-frame noise reduction will not work in RAW, and ISO 25600 is only available in the multi-frame mode, that’s why there are blanks at the bottom. As a side note; this feature will sometimes eliminate random movement within the frame (not necessarily camera movement) as a result of comparing each shot, and eliminating those random pixels, like noise pixels, that’s how it works. Try this yourself by passing your hand over the lens when the six shots are being taken. |
___________________________________________________________________________________________________________________________ Sony A580 ISO comp. Below is a direct comparison between the A35 and A580 noise characteristics. For RAW conversion I used ACR 6.3 for the A580, and ACR 6.5 Beta for the A35. For the jpeg images the A35 camera noise setting was set to ‘auto’ and the A580 was set to ‘weak’. I did it this way to see if the ‘auto’ mode actually did anything noticeably different than what the ‘weak’ setting did, and it appears there is no real difference, although maybe the A35 ‘auto’ mode choose an even weaker NR setting for this particular shot, I’m not sure how Sony implements this. Note; the A580 crops are slightly darker even though all exposure settings were the same for both cameras. The darker shadows may hide some detail, but that shouldn’t be used against the camera. RAW
There doesn’t seem to be any resolution differences between the cameras in RAW mode, although the ISO 12800 crop retains a better color on the A580; that could be an issue with the Adobe camera RAW 6.5 Beta version though. JPEGs
Fine jpegs are very similar at all ISOs, however, there are slight differences inside the crops (at each ISO) depending on the area you’re looking at. Multi-frame NR
At very high ISOs, the A580 seems to hold up better with sharper edges and more detail, but that’s probably questionable. If I shot the whole series over again, it might be the other way around! That’s it for this review. |