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Posts Tagged ‘Sony’

Sony a7R IV initial review: What’s new and how it compares

18 Sep

The Sony a7R IV is the company’s fourth generation, high-resolution full-frame mirrorless camera and is built around a 60MP BSI-CMOS sensor. Relative to previous generations, it promises more robust build quality, refined controls, the company’s latest autofocus implementation, and more.

Despite its high resolution, it can shoot at up to 10 frames per second with full autofocus and shoot 4K video either from the full width of its sensor or from an APS-C/Super 35 crop. It also gains a 16-shot high-resolution mode that can be used to generate 240MP images of static scenes.

Key takeaways

  • 60MP BSI CMOS full-frame sensor
  • Powerful yet easy-to-use AF tracking system
  • 10 fps burst shooting (12-bit Raw mode)
  • 5.76M dot OLED viewfinder
  • 4K video from full sensor width (sub-sampled) or oversampled from roughly-Super35 crops
  • 4 or 16-shot high resolution modes (up to 240MP images for static subjects)
  • S-Log 2, S-Log 3 and ‘HLG’ video modes (8-bit only)

As well as an increase in resolution, the a7R Mark IV sees an increase in price: at $ 3499, it’s being launched for $ 300 more than the a7R III was.


What’s new and how it compares

The a7R IV comes with a host of refinements both inside and out – here’s where to find them.

Read more

Body, handling and controls

From redesigned buttons to a deeper grip, the a7R IV feels substantial without weighing you down.

Read more

Sample gallery

Check out our sample gallery to see what 60MP of resolution could do for your photography.

Read more

Articles: Digital Photography Review (dpreview.com)

 
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Atomos shares info on S1H ProRes Raw update, to offer 16-bit Raw capture with Sony FX9

14 Sep

Atomos has made two announcements that will bring improved video recording capabilities to two recently-released cameras: the Panasonic Lumix S1H and the Sony FX9.

First up, Atomos has shared more information regarding a previous announcement that it was working alongside Panasonic to co-develop a means to capture Raw video for the Lumix S1H. Atomos has now provided both a timeframe (albeit a rough one) and official specifications for the impending firmware update.

Atomos says the S1H firmware update will make it possible to record 5.9K/29.97p Raw and C4K/59.94p video on the Atomos Ninja V monitor-recorder over HDMI. Currently, the Lumix S1H can record 6K/24p (3:2 aspect ratio), 5.9K/29.97p (16:9 aspect ratio) and 59.94p 4K/C4K, so this update will be a substantial bump in recording capabilities.

In its announcement, Panasonic also revealed that ProRes Raw would be the codec supported for Raw recording. The firmware is scheduled to be launched in early 2020.

Atomos has also announced that it’s Neon 8K MCU (Adorama, B&H) will support 4K 16-bit Raw recording from Sony’s recently-unveiled FX9 camera. Details are scarce, but Atomos’ press release, embedded below, implies the functionality will be available when the FX9 ships later this year in December 2019.

It seems Atomos is adamant on working alongside camera manufacturers to get the most from the sensors inside the manufacturers’ latest cameras. In January 2019, Atomos said it was working with Nikon to bring 4K Raw video capture over HDMI to its Ninja V external recorder.

We’ve since learned this update won’t be free and will require cameras to be sent into Nikon service centers to perform an ‘internal upgrade’ to the camera, but the promise still remains. According to the latest information, the 4K Raw video update is still scheduled to be released before the end of the year.

LUMIX S1H Firmware Development Underway for 5.9K/29.97p and C4K/59.94p RAW Video Data Output to Atomos Ninja V

Newark, NJ (September 13, 2019) – Panasonic is proud to announce the development of firmware for the LUMIX S1H full-frame mirrorless camera which enables the output of 5.9K/29.97p RAW and C4K/59.94p video data to the Atomos Ninja V monitor-recorder. The firmware is scheduled to be launched in early 2020.

The LUMIX S1H is the world’s first camera to combine professional-level video quality, the high mobility of a mirrorless camera and a Full-Frame sensor. It is currently capable of video recording at 6K/24p*1 (3:2 aspect ratio), 5.9K/29.97p (16:9 aspect ratio), and 59.94p 4K/C4K.*2 *3 The LUMIX S1H will be introduced in late September 2019.

Panasonic has a long history of collaboration with Atomos. This relationship will deliver new RAW video functionality for the S1H. 5.9K up to 29.97p and C4K*3 up to 59.94p in RAW delivered over HDMI is in development. With this firmware Apple ProRes RAW can be recorded on the Atomos Ninja V.

A LUMIX S1H prototype with this firmware will be exhibited along with the Atomos Ninja V in the Panasonic booth (Booth No. C45, Hall 11) at the IBC2019 (International Broadcasting Convention) to be held in Amsterdam, the Netherlands, from September 13-17, 2019.

Atomos Announce 16bit RAW Support on New FX9 From Sony

PORT MELBOURNE, Australia, Sept. 13, 2019 /PRNewswire/ — Off the back of Sony Imaging Products & Solutions Inc. (“Sony”) unveiling their groundbreaking new FX9 today at IBC, Atomos is excited to announce 16bit RAW support from this new camera to the Atomos Neon 8K MCU.

We have a long and proud history of collaborating with revolutionary companies like Sony, we are working closely with the FX9 camera team to deliver 4K 16bit RAW from the FX9 to our Neon cinema monitor-recorders.” Said Jeromy Young, Atomos Co-founder and CEO.

The FX9, which will go to market towards to end of 2019, features an advanced 6K full-frame sensor and has been designed to give professional shooters greater flexibility and capture capability, making it an ideal match for the Atomos Neon range. The FX9 has the same DNA as the popular VENICE cinema camera making it the ideal music, documentary, drama and event shooting.

When paired with an Atomos Neon, the FX9 will be one of the most advanced production tools available today. We’re excited to empower content creators and filmmakers at the highest level through our ongoing work with Sony.” Added Young.

Articles: Digital Photography Review (dpreview.com)

 
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Irix announces an 11mm T4.3 cine lens for Canon EF, Sony E, MFT and Arri PL mounts

12 Sep

Lens manufacturer Irix has launched a new 11mm T4.3 lens for Canon EF, Sony E, MFT and Arri PL camera systems.

The lens, which appears to be a cine version of its 11mm F/4 lens, is constructed with a magnesium housing with various rubber seals for weather resistance. It’s comprised of 16 elements including four high-refractive index (HR) elements, three aspherical elements and two low-dispersion (ED) elements.

The lens weighs 1.1kg (2.43lbs) and features Irix’s Magnetic Mount System, which makes it easy to attach compatible accessories, including the lens hood. Irix has also added its new Multi Start Thread focusing mechanism, which ‘allows quiet and precise focusing even under adverse weather conditions such as rain, humidity or extreme temperatures.’

Other features include a 95mm diameter front flange and Mod 0.8 standard geared rings.

The 11mm T4.3 cine lens will be offered in Arri PL, Canon EF, MFT and Sony E mounts. Pricing and availability has not yet been announced, but ‘will be available shortly.’ For more information, keep up to date on the Irix website.

Irix Cine 11mm T4.3

IRIX, known for high mechanical and optical quality, pleasantly presents the 11mm T4.3 – the second full-frame lens from its new cinematography line. Enjoy the new perspective of super panoramic film shots made with Irix Cine lens!

Irix 11mm T4.3 is the second unique lens from the new Cine line. Its extremely short focal length, rectilinear image projection and the large image circle of 43.3mm (covering the full-frame format) make it one of the most outstanding cine lenses on the market. Depending on the diagonal of the sensor, the lens can provide a moderately wide angle of view for classic wide-angle shots or super-panoramic 123-degree viewing angle in a 2.39:1 widescreen format. Irix 11mm T4.3 thanks to its unique parameters, provides a perspective not available in film optics, thus releasing creativity in creating dynamic shots.SAR

The same, but different optics
The lens optical system is based on the new optical formula, developed especially for cinematic purpose. It consists of 16 optical elements, which four are made with high refractive index (HR) glass, three other have aspherical surfaces and the last two are made with low-dispersion glass (ED). The use of the large front lens and other special glass elements provides crisp cinematic shots in a resolution up to 8K while keeping the focus “breathing” effect at the lowest level. The lens offers a large maximum T number of 4.3 which can be reduced to T22, thanks to the rounded shape of iris blades.

Functional and highly innovative
When designing the lens mechanical system of 11mm T4.3, we used newly developed technical solutions that have been successfully implemented in the Irix Cine 150mm T3.0 lens. The new Multi Start Thread focusing mechanism allows quiet and precise focusing even under adverse weather conditions such as rain, humidity or extreme temperatures. The focusing geared ring rotates 180 degrees and depending on the lens version, has a focusing scale with metric or imperial units.

Thanks to another innovative solution like the adaptive ring, the Irix Cine 11mm T4.3 ensures great ergonomics of operation both by hand and with follow focus mechanism. Moreover, despite the very short optical system layout, geared rings of focus and aperture were placed at the same height as in other Irix Cine lenses – all for better ergonomics and more intuitive use.

The exceptional functionality is a distinctive feature of all Irix products. The same applies to the Irix Cine 11mm T4.3, whose extremely compact design (weights 1,1 kg) has been also equipped with an innovative Magnetic Mount System for accessories. The MMS system allows quick and easy attachment of a variety of dedicated accessories. The lens hood included in the kit with the lens is the first element of the MMS system. The system will be expanded with further accessories in the future.

Prepared for all weather conditions
The ultra-wide field of view of the Irix 11mm T4.3 means that its natural work environment is outdoor. It’s durable magnesium housing and numerous rubber seals guarantee the safety of both the optical system and the camera sensor in every weather conditions.

Designed to work in accordance with film industry standards
The 11mm T4.3 is another lens of the Irix Cine line that proves the newest technical solutions can perfectly harmonize with well-established film industry standards. The lens has a front flange with a diameter of 95mm and geared rings in the Mod 0.8 standard, which ensures its compatibility with most cine gear accessories. Attention to maintaining the standard also applies to the family of Irix cine lenses whose geared rings are in the same position and have unified rotation angle.

Irix Cinematic
The new line of Irix Cine Lenses is created in close cooperation with professional filmmakers; their ideas and suggestions were an important factor in the design process. The designers earlier experience in the field of photography led us to create new and better solutions for Irix Cine products.

Available camera mounts
The new Irix Cine 11mm T4.3 will be offered in following lens mounts: Canon EF, Sony E, MFT and Arri PL.

Price and availability
The price and availability of the Irix Cine 11mm T4.3 lens will be announced shortly.

Articles: Digital Photography Review (dpreview.com)

 
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Sony a7R IV added to studio test scene comparison

11 Sep

The 61MP backside-illuminated CMOS sensor on board the Sony a7R IV is the first new chip in an R camera since 2015. Although it’s new to the series, Sony began preparing for its inclusion in a future camera when it released the a7R III, so the a7R IV is able to use the same front-end LSI and Bionz X processor. Now that it’s out in the wild we’ve been able to begin analyzing its performance – starting with our studio test scene. Check out how the a7R IV’s 61 Megapixels perform against its competitors, below.

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Articles: Digital Photography Review (dpreview.com)

 
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Sony a6000, a6100, a6300, a6400, a6500, a6600: what’s the difference and which should I buy?

11 Sep

Introduction

The a6000-series cameras all look very similar, which can give a confused picture of a lineup that is designed to appeal to photographers from beginners up to enthusiast users

The a6000 has been one of the world’s best selling cameras but it’s only the first rung on a ladder of cameras trying to cater to a range of photographers. If you go online you’ll probably end up be confronted with the a6000, a6100, a6300, a6400, a6500 and a6600. We’re going to try to make sense of the lineup: which ones are current, how they all compare and which ones are worth a look.

We’ve used all these a6x00 series cameras we’re going to talk about here, listened to Sony’s explanation of its intent and have been around the block enough times to be able to cut through the, er, let’s call it ‘marketing speak.’

The lineup as it stands

For everything from snapshots and upwards, Sony’s latest JPEG color is an appreciable upgrade, but that’s only the start of it

At its simplest, the current lineup is the a6100 as the entry-level model, the a6400 as the slightly more enthusiast-friendly one and the a6600 as the range-topping, image stabilized version. All three cameras are based around the same sensor, so the image and video quality ends up being identical but the spec differences between the cameras may make a difference to how well they suit your needs.

Interestingly, Sony insists that the a6000 remains in the lineup. This may be the case, or it could simply be that there’s inventory still floating around the market that Sony doesn’t want to devalue by declaring the camera ‘dead.’ Whichever it turns out to be, we wouldn’t recommend buying one, no matter how inexpensive, for reasons we’ll come to.

Real-time Tracking AF

Even the entry-level a6100 has an AF system that confidently maintains focus on your chosen subject (particularly human subjects), whatever’s going on in front of it

The biggest change in the refreshed Sony lineup is ‘Real-time Tracking’, an autofocus system that’s been trained to recognize people and pets so that it tracks them doggedly (or, by logical extension, ‘cattedly’). It’s present in the a6100, a6400 and a6600.

Oddly, Real-time Tracking isn’t switched on by default (or ever referred to as such on the cameras). But, once the cameras have been switched across to AF-C mode and one of the ‘tracking’ AF area modes has been chosen, the system is really impressive. Point the camera at your subject, half press the shutter and it’ll dependably follow it, wherever it moves in the scene. This makes it one of the simplest and most effective AF systems we’ve ever used.

‘Real-time Tracking’ is present in the a6100, a6400 and a6600

We don’t say this lightly (and we’re not easily impressed) but, having experienced it, we think it helps the latest models stand out, even though some other aspects of their spec aren’t particularly exciting.

However, while the system is really impressive in the daytime, we found it’s less effective in low light. We’ll be testing this in more detail as part of our a6600 and a6100 reviews, so don’t take this as an unalloyed recommendation until we’ve completed that testing.

In with the new

The a6100, a6400 and a6600 all now offer touchscreens that tilt all the way up, to facilitate selfies and vlogging

This ‘Real Time Tracking’ AF system is good enough to make it awkward to go back and use the earlier models and Sony appears to recognize this. The a6300 and a6500 are, we understand, discontinued and replaced by the a6400 and a6600 respectively.

There’ll no doubt be some last-minute sell-offs of any remaining stock, so we’d suggest thinking how dependent your photography (or videography) is on autofocus, and whether you need any of the other improvements, before deciding whether to try to grab a bargain.

For instance, the new generation of cameras all gain touchsceens, which only the a6500 previously had. They also promise improved color rendering in their JPEGs. These improvements add up.

They add up most noticeably when you compare the a6100 to the generations-old a6000, which is why we’d suggest side-stepping the older model at this point.

Sony a6100

The a6100 looks a lot like the a6000 but gains improved AF and more attractive JPEGs, as well as features such as a mic socket

The a6100 is the most basic of the models. It is built from an engineering plastic and has a lower-resolution viewfinder [800 x 600 pixels] than the rest of the models.

The most recent JPEG engine gives it much more attractive color than the a6000

The most obvious change over the (we suspect) outgoing a6000 is the vastly improved AF system. This in itself makes it a much more capable camera. In addition it gains the ability to shoot 4K video (albeit with very noticeable rolling shutter) and, also pretty significantly, it has the most recent version of Sony’s JPEG engine, which gives it much more attractive JPEG color than the a6000 produced.

Capable but entry-level

The a6100’s screen is touch-sensitive and flips all the way up, neither of which was true of the a6000

Unlike the a6000 and in common with the other new a6x00 cameras, it’s got a touchscreen that flips up by 180 degrees, for vlogging or selfie shooting and a mic socket.

The a6100 doesn’t have the full capabilities of its more expensive siblings, though. It can’t shoot Log video, and loses some subtle features such as the ability to let you specify the shutter speed at which Auto ISO mode changes ISO and to let you set up different AF points and modes for portrait- and landscape-orientation shooting.

Also, while you can customize the camera’s ‘Fn’ menu, you can’t define separate versions for stills and video shooting: something the a6400 and a6600 let you do. It’s really useful if you switch back and forth between the two types of shooting.

These are small changes but they add up. For example, we regularly assign a button to access ‘Auto ISO Min Shutter Speed’ so that we can change the camera between 1/focal length and something faster, depending on whether we’re more concerns about camera shake or subject movement.

Sony a6400

From the outside, it’s only really the switch around the AEL button that distinguishes the a6400 from its more basic sibling

The next model up from the a6100 is the a6400. You get a higher-res viewfinder, giving 1024 x 768 pixels from its 2.36m dots. You also get ‘moisture and dust resistant’ magnesium alloy construction (though, as is all too common, this resistance comes with no guarantee or substantive claims of effectiveness).

The a6400 offers a customizable AF/MF switch on the back of the body, which the a6100 lacks, but that’s about the extent of the physical handling differences. On the software side you gain a handful of menu options, including the ability to set the Auto ISO shutter threshold, define different AF areas and area modes by camera orientation and set up custom features such as ‘My Dial.’ These all make a difference if you like to define the fine detail of the camera’s handling.

Mid-level option

The a6400 lets you take more fine control of its operation than with the a6100

Video shooters gain the ability to shoot S-Log and HLG video footage over the a6100, which opens up opportunities for color grading or output to high dynamic range televisions. However, this is only in 8-bit and is still subject to significant rolling shutter in the cropped 30p mode which gets even worse in the full-width 24p mode. We were very impressed with this highly detailed footage when the a6300 was launched, back in 2016 but the likes of Fujifilm’s X-T30 will now offer better results.

The a6400 offers some benefits over the a6100 but you may find better options from other camera makers

So, while the a6400 offers some benefits over the a6100, you may not find the difference worth the cost. And, if you’re looking for a more advanced camera, and want to take more control, you may find better options from other camera makers.

Sony a6600

Not only does the a6600 offer image stabilization over its sister models, it also adds a headphone socket and much larger ‘Z-type’ battery. There’s no built-in flash, though

The range-topping model is the a6600. The main thing you gain over the lower models is in-body image stabilization, which is a major benefit for both stills and video shooting. A new feature of the a6600 is the inclusion of a much larger NP-FZ100 battery. This significantly boosts the camera’s endurance and will all-but eliminate concerns about keeping the camera charged, while you’re shooting.

The space demands of this larger battery have prompted the design of more substantial, more comfortable hand grip than on other a6x00 models and these ergonomic improvements are supplemented by the addition of an extra custom button, which leaves the a6600 with one more than its predecessor and two more than its current siblings.

Steady endurance

The a6600 offers two more custom buttons than the others in the lineup: one on the top plate and a second, marked ‘C3’ on the back

However, while these improvements make the a6600 stand out from its own sister models, it looks like a half-generational update of the a6500. Its autofocus is, without question, best-in-class and its battery life is the best of any of its peers. But its video isn’t especially competitive, either in terms of specifications (Fujifilm’s X-T3 can shoot much more gradable 10-bit footage), or in terms of appearance (the rolling shutter is likely to limit the way you shoot, if you don’t want it to be visible in your videos).

The a6600 also gains a headphone socket for monitoring audio, which is a first for the series

And, in sharing the same 2.36m dot EVF panel with the a6400, its viewfinder is noticeably lower resolution than the Fujifilm.

The option to pair the a6600 with a sensibly-sized 16-55mm F2.8 lens makes the camera more attractive for enthusiasts, but puts it worryingly close in price to an a7 III with the more flexible 24-105mm F4, which will offer similar output and access to a potentially larger performance envelope (or even Tamron’s 28-75mm F2.8).

Impressive AF but…

The latest a6x00 cameras may seem like minor upgrades in some respects, but the improved AF system makes them significantly easier to shoot with

Sony’s latest cameras have an AF system that out-performs anything we’ve experienced before and, importantly, makes it relatively easy to exploit this potential (though we’d prefer it to be engaged by default, especially on the a6100). They also produce more attractive JPEGs than the older models, particularly when compared to the elderly a6000.

But, as we’re sure the comments below will remind you, none of these camera is cutting-edge in terms of hardware such as sensor or viewfinder tech. Sony’s touchscreen implementation is still oddly limited (why isn’t the Fn menu touch-sensitive?), they all shoot only lossy Raws that limit the processing flexibility and they still have one of the most difficult-to-navigate menu systems on the market. This means they’re beginning to slip behind the best of their peers in some respects, particularly in terms of video.

Compared to their peers

Between Canon’s EF-M cameras, Fujifilm’s X-series and various Micro Four Thirds options, the new a6x00 models have a lot to live up to

In the absence of a replacement for the image stabilized Fujifilm X-H1, the a6600 looks pretty strong at the top end, so long as the shortcomings and omissions listed on the last slide don’t affect your shooting too much. Its video isn’t as good as the X-T3’s, but the better AF in both stills and video mode, along with built-in stabilization may be more appealing for some people.

The 16-55mm F2.8 lens makes APS-C E-mount look more photographer-friendly

The a6100’s simple autofocus and relatively low price immediately make it a strong contender against other entry level APS-C and Micro Four Thirds rivals. It’s the a6400, which has to square up against the Fujifilm X-T30 and Canon’s new EOS M6 Mark II that’s probably the least compelling of this trio.

That said, it should also be recognized that Sony has made some effort to address previous criticisms and that its latest models will produce nicer images than its older APS-C cameras and will do so more easily than ever before. And, perhaps more than this, the arrival of the 16-55mm F2.8 lens makes APS-C E-mount look more photographer-friendly than it’s previously appeared.

Articles: Digital Photography Review (dpreview.com)

 
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Sony announces Xperia 5 with triple-cam setup, Eye AF and 6.1″ 21:9 CinemaWide display

05 Sep

Sony has announced the Xperia 5, the latest addition to its flagship smartphone lineup. The new phone brings technology from Sony’s Xperia 1 smartphone and puts them in a slightly more manageable size.

The Xperia 5 features a 21:9 CinemaWide 6.1-inch Full HD+ OLED display with BT.2020 color accuracy. The screen uses technologies from Sony’s Bravia TV systems to help bring High Dynamic Range (HDR) technologies to its latest smartphone. Another neat feature of the Xperia 5 is a new Creator mode, a feature inspired by Sony’s Master Series TV systems that adds 10-bit tonal gradation (8 bit display with 2 bit software smoothing) to the display, which makes it possible to support the ITU-R BT.2020 color space in addition to CDI-P3 and Illuminant D65.

Sony has also added Dolby Atmos surround sound technology to add ‘breathtaking realism’ to audio coming from the device, whether you’re using headphones or the built-in stereo speakers on the Xperia 5.

On the imaging front, the Xperia 5 uses a triple-camera setup with 12-megapixel sensors behind each of the three lenses: a 16mm, a 26mm and a 52mm (35mm equivalent). Sony doesn’t mention the apertures of the 16mm and 52mm lens but notes the main 26mm lens features an F1.6 aperture that works alongside the Dual Photo Diode image sensor with 1.5?m pixel pitch for better low-light capabilities. The imaging system uses a Sony Bionz X image processor for mobile as well as Optical SteadyShot image stabilization to get the most from the camera unit.

Sony has also brought its Eye AF technology to the Xperia 5, as well as continuous burst shooting up to 10 frames per second with Auto Focus and Auto Exposure calculations taking place at up to 30 frames per second.

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Other features include Corning Gorilla Glass 6 on both the front and back of the device, USB PD charging, a 3140mAh battery, IP68/IP65 water resistance and Sony’s ‘smart connectivity’ function that uses Neural Network Libraries to analyze Wi-Fi and LTE signals to know when to switch from one to the other for optimal connectivity.

The Xperia 5 will be available in the United States at various retailers starting November 2019 for a retail price of $ 799 and will ship with Android 9 Pie. For more information, visit Sony’s product page.

Articles: Digital Photography Review (dpreview.com)

 
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Thoughts and a Field Test: The Tamron 17-28mm f/2.8 Lens for Sony

04 Sep

The post Thoughts and a Field Test: The Tamron 17-28mm f/2.8 Lens for Sony appeared first on Digital Photography School. It was authored by Suzi Pratt.

Sony lenses are notoriously expensive, so it’s a welcome relief that third-party manufacturers have been making solid E-Mount lenses. The Tamron 17-28mm f/2.8 is one such lens. It is the highly anticipated follow-up to the Tamron 28-75mm f/2.8, which was announced in 2018 and is almost always on backorder due to its popularity. After testing the Tamron 17-28mm f/2.8, I have no doubt that this lens will be equally popular.

Read on to find out why.

Tamron 17-28mm for Sony E-Mount

The Tamron 17-28mm f/2.8 tech specs

First off, 17-28mm is indeed a niche and unique focal length. No other manufacturer makes a lens with this range. The closest comparison is the 16-35mm f/2.8, a focal length made by Sony, Canon, and Nikon.

If you’re disappointed about having less reach with the Tamron, consider that if you use this lens with a Sony full-frame, you can always shoot in APS-C mode, which gives you more range. This is one of the most useful features on my Sony a7R III.

Why Tamron went for this slightly more limited focal length is puzzling, but it likely explains how they kept the lens to such a small size. In the comparison photo below, you’ll see that the 17-28mm is essentially the same size as the original Canon 16-35mm f/2.8 and the Sony 24-70mm f/4. Weight-wise, the Tamron is the lightest, coming in at 420 g (0.93 lbs). That is quite a bit lighter than Sony’s own 16-35mm f/2.8, which weighs a whopping 680 g (1.5 lbs).

Since we’re on the subject of comparisons, let’s talk price. Sony charges $ 2,200 USD for their 16-35mm f/2.8 lens. While their lens offers more solid construction and a more flexible focal range, this is still a chunk of change. On the other hand, the Tamron 17-28mm is priced at $ 899 USD, which is quite reasonable for an f/2.8 lens.

Tamron 17-28mm for Sony E-Mount

Size comparison of the Canon 16-35mm f/2.8 (left), the Tamron 17-28mm f/2.8 (center), and the Sony 24-70mm f/4 (right).

Image stabilization

The Tamron 17-28mm lens does not have optical image stabilization (OIS). However, it’s so lightweight that it’s still pretty easy to shoot stable photos and videos handheld. In fact, its size goes well with the Sony a7R III and the Sony a7 III.

Autofocus

The Tamron 17-28mm f/2.8 is equipped with a smooth and quiet autofocus (AF) system. It pairs well with modern Sony mirrorless cameras, and all AF modes are available, including Eye AF. In practice, I found Eye AF to be a bit sluggish and hit or miss. But then again, I don’t consider 17-28mm to be my ideal focal range for portraits anyway, and I would rather reach for a midrange zoom or a standard 50mm lens.

Best uses for the Tamron 17-28mm f/2.8

A wide-angle lens like the 17-28mm is ideal for capturing landscapes, interiors, and real estate. Those are the types of photography I focused on while testing this lens. The portraiture I did was minimal, and it was mainly for the purpose of shooting at an aperture other than f/11 to see how the bokeh performed (it did very well).

doors off helicopter view of city

A handheld shot taken from a doors-off helicopter ride.

Image quality

For my first test shooting with the 17-28mm, I took it on a doors-off helicopter ride. If you’ve ever been on one of these, you know how incredibly windy it can be in the main cabin and how difficult it is to get any shots in focus. This is very much a “spray and pray” kind of photography scenario. To my surprise, the 17-28mm did incredibly well.

From the moment I started shooting with the Tamron 17-28mm, I almost immediately forgot it was a third-party lens. Autofocus was snappy (I wasn’t using Eye AF), there was zero lag or miscommunication between the lens and the camera, and the image quality was stunning. Photos were tack sharp, there was no distortion, and the colors even seemed to pop a little more than usual.

view of shopping people

Physical construction

Since this lens is so compact and lightweight, don’t expect all-metal or polycarbonate materials like Sony uses in their GM lenses. However, the build quality of the Tamron 17-28mm still feels very solid in the hands, and I think it would hold up well over time.

Tamron says the 17-28mm is equipped with “moisture-resistant construction” and a hydrophobic fluorine coating to repel dirt and fingerprints. Not much else is said about weather sealing, and I wouldn’t feel comfortable subjecting this lens to extreme weather conditions.

long staircase and escalator

6-year Tamron warranty

One of the biggest benefits of buying a Tamron lens is their generous 6-year warranty. Effective for six years from the date of purchase (in the USA only), Tamron lenses are “warranted against defective materials or workmanship.” Meanwhile, Sony provides 1 year of warranty on their lenses.

A match made in photographer heaven

Based purely on specs, this lens pairs beautifully with the Tamron 28-75mm f/2.8. In fact, Tamron claims the combined weight of both of those lenses equates to less than 1 kg (2.2 lbs), which is incredibly light for two f/2.8 lenses. Both lenses also take the same filter size of 67mm, making it easy to swap polarizers and ND filters. This feature alone makes it very compelling to invest in both lenses.

photo of a barbershop

Conclusion

During the reigning days of DSLRs, many photographers scoffed at third-party lenses, saying that “you get what you pay for.” Perhaps back then they had a point.

But today, third-party lenses have really stepped up their game, and the Tamron 17-28mm f/2.8 is one of the best examples of superior third-party glass. If you’re in the market for a wide-angle lens for your Sony body, you can’t go wrong with this lens.

For more information on the Tamron 17-28mm f/2.8 lens for Sony, check out this video I filmed, along with some additional sample photos below:

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interior shopping center

person close-up

leaf hanging down

 

Tamron 17-28mm f/2.8 Lens for Sony

The post Thoughts and a Field Test: The Tamron 17-28mm f/2.8 Lens for Sony appeared first on Digital Photography School. It was authored by Suzi Pratt.


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First samples from the Sony a6100, E 16-55mm and E 70-350mm

31 Aug

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We’re in New York City where Sony’s launched an impressive range of new APS-C gear including a flagship a6600 body, budget-friendly a6100 body, E 16-55mm F2.8 standard zoom lens and E 70-350mm F4.5-6.3 telephoto lens. We got our hands on both the a6100 and duo of lenses. Check out our initial samples.

See our Sony a6100 sample gallery

Articles: Digital Photography Review (dpreview.com)

 
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Sony a6600 sample gallery from DPReview TV

31 Aug

DPReview TV was at the launch event for the new Sony a6600, and host Chris Niccolls had a chance to shoot with the camera around New York’s Coney Island. Here’s a gallery of some of his favorite shots using Sony’s new APS-C lenses.

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Articles: Digital Photography Review (dpreview.com)

 
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DPReview TV: Sony a6600 first impressions

31 Aug

This week Sony announced it’s new flagship APS-C mirrorless camera, the a6600, alongside two APS-C lenses and the budget-oriented a6100 model. In this video, we take a closer look at the a6600 and share our first impressions of the camera.

Don’t forget to check out the sample gallery below!

Also, subscribe to our YouTube channel to get new episodes of DPReview TV every week.

  • Introduction
  • Shot on a6600
  • Body improvements
  • SD card slot
  • Electronic viewfinder (EVF)
  • No pop-up flash?
  • The sensor
  • Buffer
  • Weather sealing
  • Function additions and removals
  • Video capabilities
  • Conclusion

Check out all of our Sony a6100, a6600, and APS-C lens launch content, including additional galleries and initial reviews

Sample gallery from this episode

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Articles: Digital Photography Review (dpreview.com)

 
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