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Posts Tagged ‘APSC’

DPReview TV: Battle of the entry-level APS-C mirrorless cameras

07 Mar

A lot has changed since we last compared entry-level APS-C mirrorless cameras. In this 2020 update, Chris and Jordan compare the Fujifilm X-T200, Sony a6100 and Canon EOS M50. Which one is right for you?

For more information watch our videos about the Fujifilm X-T200, Sony a6100 and Canon EOS M50.

Subscribe to our YouTube channel to get new episodes of DPReview TV every week.

  • Introduction
  • Handling
  • Displays
  • Image quality
  • Autofocus
  • Video
  • Lens lineup
  • Sony a6100 conclusion
  • Canon M50 conclusion
  • Fujifilm X-T200 conclusion

Watch our Fujifilm X-T200 video review

Watch our Sony a6100 video review

Watch our Canon EOS M50 first look

Articles: Digital Photography Review (dpreview.com)

 
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Canon May Release an R APS-C Mirrorless Camera (Plus APS-C RF Lenses)

03 Mar

The post Canon May Release an R APS-C Mirrorless Camera (Plus APS-C RF Lenses) appeared first on Digital Photography School. It was authored by Jaymes Dempsey.

canon-release-rumors

According to Canon Watch, a new rumor suggests that Canon may be developing a new R-series camera:

A body with an APS-C sensor.

As Canon fans will know, Canon currently offers two mirrorless camera lines:

  1. The EOS M series, with options such as the Canon EOS M50, the Canon EOS M6 Mark II, and the Canon EOS M5, uses only APS-C sensors;
  2. and the EOS R series, which currently only features the Canon EOS R, the Canon EOS RP, and the Canon EOS Ra, has thus far been composed of full-frame bodies.

Note that a fourth Canon EOS R body, the R5, is also on the way, and will continue the full-frame tradition.

But it seems that Canon’s lineups may be changing.

According to Canon Watch, the rumor indicates that the new APS-C camera (dubbed the EOS R7) will debut in 2021, along with three APS-C RF lenses.

And Canon Watch goes on to discuss the possibility that the EOS R7 will be a successor to the much-loved Canon 7D Mark II, which dropped way back in 2014. Interestingly, the Canon 7D Mark II is only slightly overdue for an upgrade, given that it was announced five years after its predecessor, the Canon 7D.

If the Canon EOS R7 were a spiritual successor to the 7D Mark II, then we could expect a camera designed for sports and wildlife shooters, packing a fast continuous shooting rate and a top-of-the-line AF system.

But the question remains:

Is Canon even interested in creating an APS-C R camera?

There are reasons to think that Canon might be considering this possibility. For one, the success of Fujifilm’s X-series, as well as Sony’s higher-end a6000 offerings, suggests that there’s a real market for higher-level mirrorless APS-C cameras.

That said, you do have to wonder whether a 7D Mark III would make sense as Canon’s first EOS R APS-C camera, especially when plenty of action shooters are going for a Canon 1D X Mark III over alternatives such as the Sony a9 Mark II due to the perceived inadequacy of mirrorless cameras. Sure, the 7D Mark II is due an update, but I’m not sure that mirrorless technology (and viewfinders in particular) have matured enough to fully convert the 7D Mark III’s intended audience.

Regardless, Canon has been focusing heavily on its RF lenses and R-series lineup, and this is a trend that should continue over 2020. It’s plausible that Canon will decide to consolidate its mirrorless systems for the sake of efficient development, especially as Canon also continues to produce DSLR cameras.

So keep an eye out for more news regarding this APS-C camera; if there is any truth to this rumor, there will undoubtedly be more talk down the line.

The post Canon May Release an R APS-C Mirrorless Camera (Plus APS-C RF Lenses) appeared first on Digital Photography School. It was authored by Jaymes Dempsey.


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These are the next lenses you should buy for your new APS-C Sony mirrorless camera

27 Dec

If a Sony a6000-series camera found its way into your hands this season you’re already well-equipped to take some great photos. But nothing opens up new possibilities like another lens – here are our suggestions for APS-C Sony mirrorless cameras.

Articles: Digital Photography Review (dpreview.com)

 
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These are the next lenses you should buy for your new APS-C Canon DSLR

27 Dec

Canon DSLRs like the EOS SL3 (EOS 250D in many countries) or T7 (EOS 2000D) are great entry points into the world of interchangeable lens cameras. If you’ve just acquired one of these or another APS-C Canon DSLR, here are some suggestions for your next lens purchase.

Articles: Digital Photography Review (dpreview.com)

 
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DPReview TV: We compare four mid-range APS-C mirrorless cameras

23 Nov

This week Chris and Jordan compare four popular mid-range APS-C mirrorless cameras: the Canon M6 II, Nikon Z50, Sony a6400 and the Fujifilm X-T30. Which one is right for you?

Subscribe to our YouTube channel to get new episodes of DPReview TV every week.

  • Introduction
  • Design and handling
  • Image quality
  • Video
  • Autofocus
  • Lenses
  • Conclusion

Articles: Digital Photography Review (dpreview.com)

 
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Canon’s 32MP chip marks the end of the 24MP APS-C era

15 Oct
The 32MP sensor in the EOS 90D not only tells us about Canon’s APS-C future but also puts pressure on other camera makers to move beyond the 24MP Sony Semiconductor chips that have underpinned so many models

If you’ve bought an APS-C camera in the past few years, there’s a reasonable chance it was built around one of the 24MP sensors from Sony Semiconductor. Since the first version arrived, back in the NEX-7 and a77, it’s been at the heart of a series of excellent cameras from Nikon, Pentax, Ricoh, Fujifilm and, of course, Sony itself.

But the arrival of two newer, higher pixel-count sensors, both of which outperform those 24MP chips in meaningful ways, is likely to herald the end of the 24MP era.

The sensor in the NEX-7 expanded on the excellent low noise, high dynamic range performance of the 12 and 16MP CMOS ‘Exmor’ chips but, especially in its later, copper-wired version, helped usher-in the era of 4K video shooting. But time and technology move on, and the impressive results we saw from Canon’s new 32MP sensor move the battle to higher resolutions, which will push other camera makers to demand more from their own suppliers.

Closing the gap

Canon’s own 24MP sensors closed much of the DR gap that had existed between their cameras and the Sony Semi-based ones, but our DR testing of the 90D suggests the disparity is now even smaller. There’s still a visible difference, but it’s getting small enough that it’d only keep you awake at night if you shot two cameras side-by-side.

And offering more

Having all but caught up in this previous area of weakness, the 32MP Canon pulls ahead in other respects: paired with a sharp lens, the new sensor will resolve recognizably more detail than a 24MP camera can. Its high ISO noise performance looks good, too, when compared at a common output size. And that’s without even considering the lower risk of artifacts that Canon’s dual-pixel design offers, compared with other on-sensor PDAF implementations.

Even scrutinized at 1:1 level (which isn’t necessarily the most natural use of 32MP), the 90D’s sensor can produce impressive amounts of detail.

Canon 90D | 16-35mm F2.8L II | ISO 100 | F5.6 | 1/640 sec
Photo: Dan Bracaglia

4K keeps rolling

We were rather less impressed with the Canon chip when it comes to video. Its full-width output is noticeably less detailed than most of its contemporaries. Some of this may be down to overly conservative sharpening and a desire to avoid aliasing, but the resolution capture appears to be lower even when compared with cameras natively sampling a 3840 x 2160 pixel region, let alone the results from a chip that oversamples.

But this chink in Canon’s armor doesn’t leave room for the 24MP chip to strike back. Because, even in its faster, copper-wired iteration, the Sony Semiconductor sensor is starting to show its age. Rolling shutter is visible (often to an unpleasant degree) on many of the cameras that try to pull 4K from these 24MP sensors. However, it’s not just the Canon chip that they have to now compete with.

The 26MP sensor in Fujifilm’s X-T3 not only delivers 4K 60p, for those who need it, but it also delivers detailed 4K 30p with impressively low rolling shutter rates.

For video, the best APS-C chip on the market is arguably the 26MP chip in Fujifilm’s X-T3 and X-T30 model. These are almost certainly Sony Semiconductor products, too, capable of much less jello-prone oversampled 4K and even 4K/60p if you can live with a bit of a crop.

In some parallel universe, it would be the 4K-capable 28MP chip from Samsung’s NX1 that we’d be recognizing here. Sadly its low sales and Samsung’s withdrawal from the market meant the 24MP era lasted rather longer

With the 24MP sensors looking outdated in terms of both stills and video performance, it’s likely we’ll see more cameras moving to these newer, higher resolution sensors. Despite what you may have heard, the ‘megapixel race’ is far from over. And new cameras will be all the better for it.

Articles: Digital Photography Review (dpreview.com)

 
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What the Z50 tells us about Nikon’s APS-C strategy

13 Oct

APS-C is a strange sensor format. Derived from the dimensions of the short-lived Advanced Photo System film negative, it emerged as the dominant format in the early days of the DSLR revolution largely because for many years, full-frame digital sensors weren’t a practical option in consumer-level cameras. Canon used the even more obscure APS-H format for a few generations of its sports-oriented EOS-1D series, but by 2012, full-frame was solidly (re)established as the ‘professional’ format for both of two biggest D/SLR manufacturers.

Given the inherent messiness of adapting film-era platforms to digital, it’s no surprise that the respective APS-C strategies of the major D/SLR manufacturers have seemed a little confused at times over the past couple of decades. Now though, with every one of them (except Pentax/Ricoh) either defunct or offering at least one mirrorless lens mount, we are officially, finally, in a post-film era. As such, you’d hope that the battle lines in the so-called ‘format war’ might have become a little clearer.

So what does the Z50 tell us about Nikon’s APS-C strategy?

Well, the first thing it tells us is that there actually is a strategy. Nikon clearly believes that right now, and for the foreseeable future, a market exists for cameras which do not contain full-frame sensors.

Here’s Naoki Kitaoka, Department Manager of the UX Planning Department in the Marketing Sector of Nikon’s Imaging Business Unit, in conversation with me back in March.

“Since we launched the Z series, our DX format DSLR users have been asking us to apply mirrorless technology to the DX format as well. If we employ APS-C sensors [in mirrorless] maybe the system can be made even smaller”

Boiled down, this translates to ‘our customers have been asking for mirrorless APS-C, and we may take that opportunity to create even smaller cameras’. These hints, plus the steady flow of rumors over the past few months, made the Z50 (or something like it) inevitable.

To dismiss DX format Z-mount at this stage is like deciding a TV show will never be good because you don’t like the pilot

My colleagues Richard and Carey probably speak for a lot of our readers when they say that on the face of it, the Z50 feels a little underwhelming, and I tend to agree with them. But we all know that one camera and a couple of kit lenses alone do not represent a fully executed plan. It would be silly to dismiss DX format Z-mount development at this stage – it’s rather like deciding a TV show will never be any good just because you don’t like the pilot.

The Z50 (L) shares a lot of its DNA with the full-frame Z6 (R), including a generous grip and twin-dial ergonomics. Its main differentiators compared to Nikon’s FX line are size, weight, accessibility and cost.

What future for enthusiast APS-C?

However, the fact that Nikon is pushing APS-C as ‘smaller’, and the fact that the Z50 isn’t launching with a fast prime lens or two is a pretty clear signal that – for now – the company would prefer enthusiasts and professionals to focus on its full-frame Z cameras. That doesn’t mean we won’t see (for example) a DX 23mm F1.4 at some point. I just think it’s unlikely to happen any time soon, and as per Nikon’s roadmap, definitely not in the next couple of years. If I were a betting man, I’d put money on Nikon’s next DX Z camera being a slimmed-down, cheaper version of the Z50.

In effect then, it looks like Nikon is doing with the Z mount what it has been doing with the F mount for the past ten years: Making APS-C products for beginners and hobbyists, and full-frame cameras for advanced enthusiasts and professionals. 1 For APS-C users that want to expand their creative horizons with additional, more serious lenses, they’ll have to invest in the FX lens lineup, and accept a 1.5X increase in effective focal length. Or, better yet, jump in with both feet and upgrade to a full-frame camera.

Exhibit A: Nikon’s spotty record when it comes to DX lens development for its F-mount DSLRs, which has seen only one dedicated DX prime (the Micro Nikkor 40mm 2.8) released in the past ten years.

Given the size and weight advantages bestowed by APS-C, manufacturers see more potential for entry-level users

Why this lack of dedicated DX lenses? The brutal fact is that most APS-C cameras that are sold are bundled with one lens – the kit zoom – and the majority of the people that buy them never add another lens to their collection. 2

There’s an argument to be made that this is a self-fulfilling prophesy – Nikon’s APS-C customers can’t very well buy lenses that don’t exist, can they? But look at the market as a whole – with a handful of honorable exceptions, there are very few high-quality lens options available for APS-C anywhere, including from third-parties.

The only manufacturer currently marketing a really convincing range of ‘professional’ APS-C products is Fujifilm. Skipping full-frame entirely, Fujifilm has focused on the strengths of the smaller format when it comes to speed and mobility, while its high-resolution medium format GF lineup caters to landscape and portrait professionals.

That doesn’t mean that enthusiast-focused APS-C systems are impossible (just look at Fujifilm) but it does help explain why the big hitters of the D/SLR era remain wary about spending a lot of money developing lenses optimized for this format.

Given the undeniable size and weight advantages bestowed by APS-C, manufacturers understandably see more potential here for attracting entry-level users, perhaps even first-time camera buyers upgrading from smartphones. Witness the Z50: A small stills/video camera, packed with Instagram-friendly filter effects, but versatile enough, and with a deep enough ergonomics to allow for creative growth.

What about Canon?

This is an article about Nikon, but I would like to briefly touch on Canon’s APS-C strategy. Here’s Canon, also speaking to us back in March, when we visited the CP+ tradeshow in Yokohama:

“We wanted to develop RF to its full potential, so we wanted the latest specifications, state-of-the art technology and design. In the process of developing a no-compromise system, it became apparent that this wouldn’t be compatible with EF-M.”

In short – when developing the RF system, Canon determined that any attempt to incorporate compatibility with EF-M would result in unacceptable compromises. Very likely, in other words, RF is full-frame only, now and forever.

Canon really doesn’t want you mounting an RF lens on an EOS M body, or putting an EF-S lens on a full-frame EOS DSLR

Whereas Nikon is now supporting, in effect, four lens lineups: Full-frame (FX) and APS-C (DX) for two systems, Canon’s four mounts (EF, EF-S, EF-M and RF) span three systems. Of those four flavors of lenses, only EF lenses can be used on all three mounts. An EF-S lens won’t go on a full-frame EOS body, an EF-M lens won’t go on a full-frame EOS or RF body, and an RF lens won’t go on an EOS or EOS M body.

On the face of it, that’s a muddle. Nikon’s approach, whereby DX and FX lenses are interchangeable on either format, but force either a crop or a focal length increase, appears more logical. But this cross-system incompatibility is probably very deliberate on Canon’s part. Even if it were mechanically possible, Canon wouldn’t want you mounting an RF lens on an EOS M body, or putting an EF-S lens on a full-frame EOS DSLR, because they don’t want you to cross the streams.

Canon’s EOS M6 II is the company’s most ‘serious’ EOS M camera to date, and operationally it’s quite similar to Nikon’s Z50. Both cameras are aimed at beginner and casual photographers, but both offer enough creative control to allow for growth (and differentiate themselves from smartphones).

Canon wants to keep the channels clear, by making one set of products for its APS-C customers, and another for the full-framers, with no cross-talk to confuse the signal.

Unlike Nikon (whose adventures in the 1-inch sensor format could be the subject for a whole other article) Canon has been testing the waters of large-sensor mirrorless for a while with the APS-C EOS M lineup, which debuted in 2012. Significantly, the M-mount was, is, and always will be an APS-C mount, for engineering reasons.

After a slow start, EOS M has evolved into a really nice little system. The EOS M6 II is terrific, there’s (finally) a decent fast prime in the EF-M lineup, and Sigma’s recent announcement that its popular DC DN lenses will be available for the system is good news, too. 3

For all that, it’s still a system which is ostensibly aimed at beginners and hobbyist photographers. The implied message is that if you want to take advantage of the best technology (especially optical technology) that the company has to offer, you’ll need to step up to full-frame. And that means RF.

Summing up

On a strategic level, then, Canon and Nikon’s APS-C plans appears to be pretty much the same: Differentiate the format from full-frame by aiming at the entry-level and hobbyist demographic, and hope that those customers eventually step up to the larger sensor format.

The difference is that with Nikon, if want to you go from DX to FX (or back the other way) you don’t necessarily need to invest in a whole new set of lenses to do so. One downside of Nikon’s approach is that by putting a small APS-C sensor into a large full-frame mount, Nikon has placed a hard limit on the compactness of any resultant DX Z-mount cameras.

With Nikon, if you go from DX to FX you don’t need to invest in a whole new set of lenses

In the end, then, Nikon’s approach to APS-C and full-frame development is very Nikon: Focus on one mount, develop your best lenses for the common sensor format (FX) and get the most out it by allowing for cross-compatibility of DX and FX optics. And Canon’s strategy is very Canon: Give crossover customers a dedicated (and genuinely compact) crossover system, in the form of EOS M, and take the opportunity presented by a major new technology platform (full-frame mirrorless) to optimize optical development around a dedicated new mount (RF).

If the market for enthusiast APS-C products ever looks like growing, both manufacturers can meet that requirement with their mirrorless platforms. 4 But while Canon has opted to draw a clear, uncrossable line between APS-C and full-frame, Nikon would like us to believe that one – really wide – mount can accommodate more than one kind of photographer.


1: The exception to this general rule being the D500, which was in effect a companion camera to the D5 with a built-in 1.5X teleconverter when used with FX lenses (which, make no mistake, were the lenses Nikon wanted professional D500 users to shoot with).

2: This is one of the reasons that third-party lens manufacturers tell us that they don’t see much of a future in the wider APS-C market right now.

3: Of course the Sigma announcement can be read in two ways – as a vote of confidence in M from an influential third-party lens manufacturer, or possibly as an indicator that following the launch of its RF mount, Canon may have reassessed the cost/benefit calculation of keeping EF-M lens development to itself, versus licensing it to third-parties. In truth, it may be a bit of both.

4: Meanwhile we’ll probably continue to see both companies selling increasingly iterative budget APS-C DSLRs for a few more years. At the risk of mixing metaphors, that cash cow still has some milk left in it.

Articles: Digital Photography Review (dpreview.com)

 
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Ricoh is developing a flagship APS-C DSLR set to be released in 2020

20 Sep
An image Ricoh shared alongside the press release, presumably showing off a developmental version of its impending Pentax APS-C DSLR.

Ricoh has announced it’s developing a new flagship Pentax K DSLR camera with an APS-C sensor.

According to the press release, which is short and to the point, Ricoh will preview the camera at the ‘Pentax Meeting 100th Anniversary Special’ event that will be held in Japan on September 21, 2019. Ricoh says the camera is currently ‘under development for market launch in 2020,’ although no specific timeframe is given.

It’s been over a year-and-a-half since Ricoh announced the Pentax K-1 Mark II full-frame DSLR and over two-and-a-half years since its Pentax KP APS-C DSLR was announced. Rumors have been making their way through the grapevine that Pentax had something in store for 2019, but it seems we’ll have to wait until 2020 to see the new hardware.

Articles: Digital Photography Review (dpreview.com)

 
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DPReview TV: Sony a6100, a6600 and new APS-C lenses

30 Aug

Join Chris Niccolls and Richard Butler for another in our ongoing ‘hotel room’ series of shorts, straight from the mini-bar. They share their first thoughts on Sony’s new a6100 and a6600 cameras as well as the new 16-55mm F2.8 and 70-350mm F4.5-6.3 APS-C lenses.

Get new episodes of DPReview TV every week by subscribing to our YouTube channel!

Articles: Digital Photography Review (dpreview.com)

 
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Sony releases two new APS-C E-mount lenses: 16-55mm F2.8 and 70-350mm F4.5-6.3

29 Aug

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Sony has unveiled two new APS-C lenses at an event in New York today: the E 16-55mm F2.8 G and E 70-350mm F4.5-6.3 G OSS. Both lenses offer dust and weather sealing, and use XD linear motors – a first for Sony’s APS-C lens lineup.

The 16-55mm offers a 24-82.5mm equiv. range, with an overall compact design – it weighs 17.5oz / 494g and measures 100mm in length. It provides a minimum focus distance of 0.33m / 1ft, and will go on sale in October for $ 1400.

The E 70-350mm provides a 105-525mm equiv. view, with stabilization built in. It’s also relatively compact for a lens of its telezoom class – it measures 142mm and weighs 22oz/625g. It will ship in November for $ 1000.

Official Sony E 16-55mm F2.8 G sample images

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Official Sony E 70-350mm F4.5-6.3 G OSS sample images

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Sony E 16-55mm F2.8 G and E 70-350mm F4.5-6.3 G OSS specifications

  Sony E 16-55mm F2.8 G Sony E 70-350mm F4.5-6.3 G OSS
Principal specifications
Lens type Zoom lens
Max Format size APS-C / DX
Focal length 16–55 mm 70–350 mm
Image stabilization No Yes (OSS (Optical SteadyShot))
Lens mount Sony E
Aperture
Maximum aperture F2.8 F4.5–6.3
Minimum aperture F22 F22–32
Aperture ring No
Number of diaphragm blades 9 7
Optics
Elements 17 19
Groups 12 13
Special elements / coatings Two AA (advanced aspherical) elements, two aspherical elements, three ED (extra-low dipsersion) elements. Fluorine coated front element. One aspherical and three ED (extra low dispersion) elements.
Focus
Minimum focus 0.33 m (12.99) 1.10 m (43.31)
Maximum magnification 0.2× 0.23×
Autofocus Yes
Motor type Linear Motor
Full time manual Yes
Focus method Extending front
Distance scale No
DoF scale No
Physical
Weight 494 g (1.09 lb) 625 g (1.38 lb)
Diameter 73 mm (2.87) 77 mm (3.03)
Length 100 mm (3.94) 142 mm (5.59)
Sealing Yes
Zoom method Rotary (extending)
Power zoom No
Zoom lock No Yes
Filter thread 67 mm
Hood supplied Yes
Hood product code ALC-SH161 ALC-SH160
Tripod collar No

Articles: Digital Photography Review (dpreview.com)

 
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