The Sony A6300 comes as the follow-up to one of the most popular cameras in recent years. Given the top marks garnered by its Sony A6000 predecessor, it’s one tough act to follow. Thankfully, Sony’s packed in so many new features and performance improvements into the new A6300 that it’s definitely a worthy successor.

We’ve just completed our in-depth Sony A6300 review, and by and large, we think Sony has another massive success on their hands. The new A6300 takes what was great about the A6000, such as its compact size, large APS-C sensor and excellent performance specs and bumps them all up a big notch. Going from the outside in, the Sony A6300 sports a stronger, sturdier build quality with an all-magnesium alloy, but otherwise, the design is more or less the same. And no complaints there from us.

But on the inside, it’s all about speed, performance and image quality improvements. The sensor design is all-new, with a faster readout, and when combined with its updated hybrid AF system with over 400 phase-detect AF points, the Sony A6300 is a speed demon that’s capable of high quality images of both still and fast-moving subjects.

We also find nice improvements to high ISO performance, better in-camera JPEG quality, impressive video features and much more. For all the details, head over to our Sony A6300 Review, or jump right to the end for our final verdict! And, if you haven’t done so, be sure read all about how the camera handles in the real world with our A6300 Field Test or enjoy some pixel-peeping with our A6300 Image Quality Comparison.beachbabe1Sony FE 24-70 f/2.8 GM: 24mm, f/9.0, 1/125s, ISO 100. The image has been modified

The Sony A6300 has big shoes to fill after the wildly popular A6000

2014’s Sony A6000 was a wildly popular camera. In fact, it’s been the best-selling mirrorless camera overall and also the best-selling interchangeable lens camera priced over $600, according to Sony’s data from NPD Group. It is no easy task to follow up on something so popular, but the A6300 looks up to the challenge by delivering excellent performance and important improvements.

Key Features

  • New 24.2-megapixel APS-C CMOS sensor
  • Relatively compact camera body
  • 425 phase-detect autofocus points and 169 contrast-detect autofocus points
  • 11.1 frames per second continuous shooting
  • Native ISO range of 100-25,600 (expandable to ISO 51,200)
  • 4K video at up to 30fps (downsampled from 6K with no pixel binning)
  • Built-in Wi-Fi and NFCSony3

Similar body to its predecessor, but the A6300’s new EVF is top-notch

There are a lot of similarities between the Sony A6300 and A6000 on the outside. The A6300 is slightly deeper and also slightly heavier, but the controls are mostly unchanged. There is a second memory recall option on the mode dial and the rear of the camera has a new switch surrounding the AE-L button to quickly toggle between automatic and manual focus. While the two cameras look similar, the Sony A6300 comes with a more rugged construction. Also, dust and moisture-resistance has been improved according to Sony, although the body is still not splash-proof.top2

Despite being compact, there are still lots of controls and features on the Sony A6300’s body. In general, the control layout is nice, although the dedicated movie record button can be difficult to press until you get used to it. I’d have preferred it to be located on the top deck of the camera, personally. I also found many of the camera’s buttons to be slightly too small. Regarding the camera’s control dials, the one on the top deck doesn’t provide much tactile feedback and the rotating dial surrounding the navigation buttons on the rear of the camera doesn’t offer a lot of precision.back2

A key area of improvement over the A6000 is with regard to the electronic viewfinder. The OLED EVF is still 0.39 inches with 1.07x magnification (35mm equivalent 0.7x magnification), but it now has 2,359,296 dots compared to the 1,440,000 dots found in the A6000’s EVF, a ~63% improvement. Further, the viewfinder can now refresh at 120fps rather than 60fps. Both of these changes are very nice and the Sony A6300’s electronic viewfinder is superb. There is also a new EVF feature for an improved high-speed shooting experience, but more on that later.

While not vastly changed, the body has definitely seen improvements and it continues to be a comfortable, compact mirrorless body that generally works well and feels good to use.FieldTest233mm eq. (16-50mm f/3.5-5.6 OSS lens at 22mm), f/8.0, 3.2s, ISO 100, +0.3EV
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The Sony A6300’s kit lens is capable, but nothing to write home about

The A6300 can be purchased with a Sony E 16-50mm f/3.5-5.6 PZ OSS kit lens. This lens is interesting in that you can zoom the lens using the zoom ring or by flicking a switch on the barrel, like you might use on an all-in-one camera.SonyA6300_Hero

While soft in the corners when shooting at 16mm (24mm equivalent), its performance is decent for what is an inexpensive and compact kit lens. It tries to be a jack-of-all-trades and ends up being a master of none; its performance is sub-par at the wide end, mediocre in the middle, and mediocre at 50mm. The biggest issue I had with the lens is severe distortion at 16mm in uncorrected RAW files, though that’s pretty common in compact wide-angle lenses for mirrorless cameras. In JPEGs, distortion is well-corrected. If you can spring for better glass though, I’d recommend it, because the Sony A6300 deserves to be paired with excellent lenses.

The Sony A6300’s sensor is brand new, but still 24MP

You would be forgiven for thinking that the Sony A6300 is packing the same APS-C sensor as its predecessor. After all, they’re both 24-megapixel sensors, right? While the two cameras have the same resolution, the A6300’s sensor is new and offers up improved performance in multiple ways. The sensor in the A6300 uses copper wiring to provide both better readout performance and also an improved signal-to-noise ratio. With this improved signal-to-noise ratio, the Sony A6300 can now extend its ISO range to 51,200. Besides this increased range, noise performance is improved across the entire ISO range.

FieldTest124mm eq. (16-70mm f/4 ZA OSS lens at 16mm), f/11, 13s, ISO 100
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I found the Sony A6300 produces very good JPEGs files with lots of crisp detail straight from the camera. It’s unclear if the sensor has a different AA filter (or maybe no AA filter at all), but the camera is capable of capturing lots of detail when viewing files at full resolution. Ultimately, the Sony A6300’s sensor delivers really good image quality across a wide range of conditions. While still not offering uncompressed RAW files like its A7-series bigger brothers, the new A6300 now records 14-bit RAW files instead of 12-bit RAW like the A6000. The A6300 does drop down to 12-bit RAWs when shooting in continuous mode, however in my shooting experience, I did not observe any noticeable degradation in image quality between 14-bit and 12-bit RAW files.Z_DSC162559mm eq. (16-70mm f/4 ZA OSS lens at 39mm), f/4.0, 1/2000s, ISO 100

The A6300 offers solid user experience with a few shortcomings

There are numerous key improvements to the Sony A6300 that help make it an excellent camera to use out in the field. However, there are also a handful of downsides to the A6300’s user experience.

First, this camera is in desperate need of a touchscreen display. Changing autofocus points using the buttons is slow, especially considering just how dense the autofocus points are and how much of the frame is covered. The menu system is not intuitive and is a bit cluttered; navigating it using the buttons on the rear of the camera takes too long. This may sound nit picky, but I found it odd that the menu system is stretched to fit the A6300’s relatively wide display. If you’ve used other Sony cameras, it looks strange and may take some getting used to. The LCD screen itself handled well in bright, outdoor settings, and I didn’t have any issues with glare. The added “Sunny LCD” brightness setting helped even further to avoid readability issues in glaring, sunny conditions.

Viewfinder experience

The electronic viewfinder, which I touched on above, is very good and is one of the best EVFs I’ve used (despite a frustratingly sensitive eye sensor). One issue that I’ve had with EVFs is that they don’t work very well for high-speed shooting (something the Sony A6300 is well-equipped to do) because you’re constantly seeing previously captured images rather than a real-time view of the scene which makes framing fast-moving subjects really difficult in burst mode.

The Sony A6300 addresses this weak area by utilizing its improved technology to deliver a viewfinder experience very similar to that found with an optical viewfinder. When shooting in ‘High’ mode, you can capture images at up to 8fps and get a real-time view of the scene through the viewfinder with a brief blackout after each capture, such as you would get when using an SLR camera. Honestly, this feature works so well that I found myself very rarely opting for the faster 11fps Hi+ shooting mode that offers typical EVF behavior.Z_DSC1072-CROP171mm eq. (Sony FE 70-200mm f/4 G OSS lens at 114mm), f/4.0, 1/1000s, ISO 100.
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Speed and performance

When shooting at high speeds, the A6300 offers solid buffer depths at around 44-46 frames for best quality JPEGs or 21-24 shots for RAW+ JPEG, which great considering the camera’s fast burst rate and image resolution. However, its buffer clearing performance is weak. While single-shot cycling times are very good and continuous shooting speeds are excellent as well, buffer clearing is slow and the camera doesn’t allow you to do anything while the camera is clearing the buffer. Clearing an 11.1fps burst of 21 RAW+JPEG files takes 22 seconds, which is quite slow. It is also worth noting that you can’t capture ‘Extra Fine’ quality JPEG images when also recording RAW files, as has been the case on a number of other Sony cameras.

In Continuous High mode (the one with the excellent viewfinder experience), speeds drop down to 8.3fps but buffer depths and clearing times remain essentially the same. If you don’t want to record RAW files, ‘Extra Fine’ JPEG files can be recorded at the same speeds for just over twice as many frames with a buffer clearing of 36 seconds. And as mentioned previously, RAW files drop from 14-bit to 12-bit when shooting continuously.
Sony A6300 Review: Field Test — Gallery Image
300mm eq. (Sony FE 70-200mm f/4 G OSS lens at 200mm), f/4.0, 1/1250s, ISO 100.
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Buffer clearing is the main disappointment here; a disappointment that might have been avoided if Sony had equipped the A6300 with UHS-II support in addition to the UHS-I support it has. The buffer depth is fine, but it takes too long to clear a full buffer and not being able to playback images or access the menu while the camera is processing the data is frustrating. Twenty-two seconds feels like an eternity when you don’t know if you need to change settings for the next burst and while action is taking place in front of you.

Overall, the Sony A6300 is a very fast camera as cycle times and max speeds are very impressive. But ultimately, its high-speed capabilities are offset somewhat by the buffer bottleneck and the lack of control the camera provides to the user while it’s clearing the buffer.


I was impressed with the Sony A6300’s metering ability. I found it to deliver expected results in most situations, and it allows for easy exposure compensation in the instances when you need some adjustment. The A6300 includes a 1200-zone evaluative metering mode as well as center-weighted and spot metering. Spot metering unfortunately does not follow the active AF area, but is instead locked to the center of the frame. White balance metering is good as well, although I found that images captured in the shade often came out just a bit on the cooler side.

Shooting modes

One of the handful of changes to the Sony A6300’s body is the removal of an automatic shooting mode from the mode dial, instead consolidating the SR and SR+ modes to one spot. This opens up a second memory recall mode on the dial, which is a move that should please many enthusiasts. So how do the automatic shooting modes work? They work well, thanks in large part to the camera’s good metering performance.
Sony A6300 Review: Field Test — Gallery Image
36mm eq. (Sony FE 24-70mm f/2.8 GM lens at 24mm), f/9.0, 1/125s, ISO 100
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With that said, the other shooting modes will be far more exciting for enthusiasts. All of the standard modes are here, including program auto, aperture priority, shutter speed priority, and manual. These modes all work as expected, but since the Sony A6300 doesn’t offer dual command dials in the same way that an A7-series camera does, you have to use the rotating control dial that encompasses the navigation buttons on the rear of the camera to make shutter speed changes when shooting in manual mode. This works okay, but the dial is not as precise as the camera’s dedicated command dial.Z_DSC0083-MOD24mm eq. (16-70mm f/4 ZA OSS lens at 16mm), f/8.0, 1/60s, ISO 320
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The Sony A6300 is aimed at serious photographers so you won’t find the same level of special effects and filters that you might find on more consumer-oriented cameras, but you will find a panorama mode on the mode dial. This function works well enough, but it is better to stitch your own panoramas if you want a massive file resolution as the A6300’s panoramas are only about 2,000 pixels tall. The camera offers both a Standard- and Wide-format panorama mode, captured with a simple continuous sweeping motion. Standard panoramas are 8,192 x 1,856 pixels and Wide panoramas are 12,416 x 1,856 for horizontal panoramas. You can also shoot vertical-orientation panoramas in either Standard or Wide modes at 3,872 x 2,160 or 5,536 x 2,160, respectively.ZY_DSC0466-Pano-625pxVertical Panorama, Standard mode
76mm eq. (16-70mm f/4 ZA OSS lens at 51mm), f/5.0, 1/100s, ISO 100

Overall, the user experience of the Sony A6300 is very good. However, there are a few weak spots, including the camera’s clunky menus, the lack of a touchscreen display, and the frustrating buffer clearing performance. An additional weak area that I haven’t mentioned is the camera’s battery life, which at 400 shots is okay when using the monitor. However, when using the electronic viewfinder, battery life drops down to 300 shots. It is worth noting that the battery life is markedly improved over the A6000’s despite the A6300 using the same battery. In my opinion, these few negatives are outweighed by the excellent viewfinder, dependable metering performance, and enthusiast-oriented controls and features.Z_DSC0833-CROP291mm eq. (Sony FE 70-200mm f/4 G OSS lens at 194mm), f/4.0, 1/640s, ISO 100.
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The Sony A6300 is an AF breakthrough, with 425 PDAF & 169 CDAF points

If you thought that the A6000 had a lot of autofocus points with 179 PDAF and 25 CDAF points, you’ll be pleased to hear that the A6300 has a whopping 425 PDAF and 169 CDAF points. While that number of points may be overkill when shooting stationary subjects, it helps the camera immensely when shooting a moving subject. Subject tracking performance with the A6300 is highly impressive. Not only is the continuous autofocus performance really good, but it works well even when shooting at 11fps. Even if your subject gets near the edge of the frame, the number and density of the autofocus points helps keep your subject in focus.

I’ve yet to use a camera that perfectly tracks subjects, but the Sony A6300 worked as well as any other mirrorless camera I’ve used. When your subject contrasts your scene well and there aren’t any high-contrast or bright elements in the background, the camera does a great job staying with the subject, even when the subject is moving at high speeds.

AF-S autofocus performance is good. There are numerous autofocus modes to select from, including wide, zone, center, flexible spot (small, medium, and large), expand flexible spot (S/M/L), and lock-on AF: expand flexible spot. My go-to autofocus mode is flexible spot. Without a touchscreen display, moving this autofocus point can be slightly tedious. The Sony A6300 gives you the option to press the center button on the back of the camera to activate the AF point (or zone depending on the mode), and you then either use the directional buttons, or a combination of the rear dial and top-deck control wheel, to move the focusing area around the frame.Z_DSC0406105mm eq. (Sony FE 16-70mm f/4 ZA OSS lens at 70mm), f/4.0, 1/800s, ISO 5000

The fully-automatic “wide” area autofocus also works well, provided that your subject is relatively large and contrasts its surroundings well. If you have a general sense of where your subject will be in your frame, then the zone option works very well, too.

You may recall that at the time of its release, the A6000 boasted a very fast autofocus system capable of locking focus in 0.06s. Not that you’d notice it when using the camera, but Sony claims the A6300 is even faster, capable of locking focus in 0.05s. According to Sony, this makes the A6300 the world’s fastest autofocusing camera. In addition to being a fraction of a second faster, the A6300 also includes Eye AF when shooting with continuous autofocus. You can now also use the focus magnifier when using autofocus, which is greater for precisely focusing still life images.Z_DSC1439128mm eq. (Sony FE 85mm f/1.4 GM), f/1.4, 1/160s, ISO 800

Low light autofocus performance is good, although not great. During my time with the camera, I experienced a bit more hunting in low light than I expected, and I would say that it felt a bit slower in dim conditions than some other mirrorless cameras I’ve used.

To sum up the autofocus performance of the Sony A6300…: it’s great. The number of PDAF and CDAF points is impressive, but it is the speed and consistency of the autofocus system that impressed me the most. Subject tracking works well overall, provided that you have enough light.

Shooting low-light? The Sony A6300 delivers!

The new sensor design pays dividends when shooting at high ISOs. For an APS-C camera, the results are very good and definitely better than its predecessor’s — although not by a huge margin because the A6000 was an already an impressive performer at high ISOs.

When looking at RAW files, they are quite good up through ISO 1600. Even at ISO 3200, noise levels are entirely manageable. Noise becomes pretty heavy at ISO 6400, and I personally wouldn’t use anything past this setting.

JPEG files are really impressive even at ISO 6400. In-camera noise reduction is really well balanced between reducing noise and preserving detail. ISO 6400 images contain a lot of fine detail that I typically expect to be lost. And yet, the images aren’t terribly noisy either. Beyond ISO 6400, the noise reduction has to kick it up a notch and images take on a soft appearance.Z_DSC0098-ISO-5120093mm eq. (Sony FE 24-70mm f/2.8 GM lens at 62mm), f/7.1, 1/30s, ISO 51,200

The built-in flash isn’t powerful, but it has a nice mechanical flip-up design and numerous options. The flash guide number (ISO 100) is 19.7 feet (6.0 meters) although of course its range depends on the lens in use. The max flash sync is 1/160s, and you have access to up to 3 EV of flash compensation. When you need more power, you can utilize the camera’s built in multi interface shoe with an optional external flash.Z_DSC0304

75mm eq. (Sony E PZ 16-50mm f/3.5-5.6 OSS at 50mm), f/5,.6 0.8s, ISO 100, flash fired

A very capable video camera with lots of features

I’m primarily a stills photographer, but even I can appreciate the sheer number of video features and modes that the A6300 offers, including full PASM exposure controls for video, high-bitrate internal 4K recording, High Frame Rate video, Dual Recording (which is like RAW+JPEG for video, in a sense), and S-Log Picture Profiles for enhanced controls for color grading and editing for advanced videographers. Its features list is extensive, and its performance delivers on all fronts.

Sony A6300 Image Gallery