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Posts Tagged ‘Canon’

Canon EOS RP sample gallery

16 Feb

These images were shot at a pre-launch event organized by Canon in New Orleans. The cameras were full production units running firmware v1.0. There are also some images converted using Canon’s Digital Photo Professional software, which was provided to us.

Canon EOS RP sample gallery

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Please do not reproduce any of these images on a website or any newsletter / magazine without prior permission (see our copyright page). We make the originals available for private users to download to their own machines for personal examination or printing (in conjunction with this review), we do so in good faith, please don’t abuse it.

Articles: Digital Photography Review (dpreview.com)

 
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Sigma has done more for enthusiast APS-C than Nikon, Canon and Sony combined

16 Feb
There’s no reason APS-C can’t be a good enthusiast format, with the right lenses.

Full-frame is being touted as the future of enthusiast as well as professional photography. But I’d argue that APS-C is still a highly capable format and one that makes sense for a lot of people. That could be true for an even broader group if it was properly supported as an enthusiast format. And, I’d contest, one company has consistently done more to support the big brand’s users than the camera makers themselves.

The past few years have seen a wave of full-frame launches and, from the original EOS 5D through to the Sony a7 series and EOS RP, the falling prices of full-frame cameras have made them accessible to an ever-wider number of people. This focus on relatively profitable models (and lenses) is only likely to continue as the camera market contracts back to catering for a core of dedicated photographers, rather than trying to sell to everyone. But what does this mean for APS-C?

While all the buzz is around full-frame, the industry still sells more APS-C cameras and there are many, many times more of the smaller-chipped cameras in circulation than there are full-framers. Should these countless millions of cameras be seen as a temporary aberration, now being corrected, or can APS-C still be a good fit for enthusiasts?

The aberrant puny stepchild camera

Sony’s new a6400 camera has an APS-C sensor and some of the best autofocus performance around. It’s also got a decent lens on it in this photo, but it’s a lens that costs just as much as the camera itself.

There’s an argument that APS-C is simply a quirk of history: that camera makers only embraced it because it was the largest format they could manufacture affordably enough to actually sell, and that they were always going to revert to ‘full-frame’ as soon as it became cost-effective. But, while much of this is true, it that doesn’t mean that APS-C is too small or can only be a stop-gap. After all, there’s nothing intrinsically optimal about full-frame*.

After all, there’s nothing intrinsically optimal about full frame

You could equally make the opposite argument: that full-frame is an arbitrary reference point for comparisons that remained in the imagination because of the popularity of the film format it’s based on, not any inherent ‘rightness’ of it. But, I’d argue, it’s also because the SLR makers didn’t want to give up on all the money they’d invested in designing extensive lineups of lenses for film, so never really committed to APS-C as a serious format.

Serious support?

Way back, photographers could get a Nikon 17-55mm F2.8 ‘pro’ lens for APS-C cameras like the D80. Today, users can get the same lens or newer and more ambitious offerings from Sigma. (And the 35mm F1.8 DX seen here is one of only four DX primes Nikon has ever released.)

To make the most of any format, you need bright lenses. And that will mean different things to different photographers. I’m going to argue that what you really need is a choice of bright primes and F2.8 (or faster) zooms if you’re going to make a format useful to a range of enthusiasts.

Look across the ranges of Nikon and Canon and you’ll see a smattering of APS-C-specific lenses: a pro-grade 17-55 F2.8, a wide-angle zoom with a moderate maximum aperture and perhaps a macro or two. That’s often the extent of the support for enthusiasts. Sure there’ll be countless kit-zooms, maybe a mid-market 18-one-hundred-and-something and an 18-200mm for the all-in-one crowd. But look for a decent prime and chances are your options are limited to full-frame lenses.

To make the most of APS-C you really need
a choice of bright primes and
F2.8 (or faster) zooms

Want an 85-90mm equiv portrait lens? Shush! Buy a 50mm and learn not to frame so tight, or accept that you’ll have to use something longer, buy an 85mm and SPEAK UP A BIT so your subject can here you. Looking for a 24mm equiv prime (hardly the most exotic request)? Well, sorry about that.

And it’s this lack of lens support, rather than any shortcoming of the format that I’d argue has always undermined it. Which is odd, as Nikon has, with the D300/D500 and D7000 series cameras, made some very nice enthusiast models. Likewise Canon with its EOS X0D models. But the net effect is the implication that full-frame is the ideal end-point and that APS-C isn’t suitable for enthusiasts: it’s purely a stepping-stone.

S for sufficient?

What’s that? An 85mm F1.8 equivalent prime? Fujifilm’s lens lineup lets you get ‘full-frame image quality’ when you need it, without having to lug full frame lenses round all the time.

But APS-C can be a highly capable format. Like Micro Four Thirds, it can be small and affordable when you want it to be, but you can extend its capability considerably if you add a bright lens where you need it. Image sensors have improved to an amazing extent over the lifespan of APS-C, with technology improving to push both low light performance and dynamic range to new limits. And, while full-frame chips have gotten better by a similar amount, there’s no reason to think that people’s needs and expectations have become more demanding at the same rate.

APS-C can be a highly capable format. Like Micro Four Thirds, it can be small and affordable when you want it to be, but you can extend its capability considerably if you add a bright lens where you need it

If APS-C has exceeded ‘good enough’ for a lot of applications, then what does it matter that full-frame has gotten even better? (I’ll concede that reviews can contribute to this: we can show which camera is better, but can’t tell you whether you, personally, need that improvement). Finally, it’s worth nothing that in the era of mirrorless, there’s no direct connection between sensor size and viewfinder size/brightness, so there are fewer downsides than ever to APS-C.

Sigma to the rescue

Lenses like the Sigma 56mm F1.4 give you great low light performance and subject separation on crop-sensor cameras like Sony’s a6500.
ISO 1000 | 1/100 sec | F1.4

But in the end, you just need lens support. And I’d argue that Sigma has done more to support APS-C as an enthusiast format than the big camera makers have. Fujifilm should get some recognition: having picked APS-C as its enthusiast format, it’s built the most comprehensive lineup there’s ever been (and perhaps Canon’s 32mm F1.4 for EF-M is the beginning of something interesting for that system) but Sigma deserves credit not just for its commitment but also for its innovation.

Fujifilm has built the most comprehensive APS-C lineup there’s ever been

As a third-party lens maker, Sigma offered some affordable alternatives to the camera makers’ own, such as its 17-50mm F2.8, but it also branched-out to offer lenses that neither of the big two made. Its 50-150mm F2.8 remains one of my favorite lenses of the period: it offered the coverage of a 70-200mm had on film, but was smaller, lighter and cheaper, giving it a real advantage over an actual 70-200. (Pentax also deserves credit for its 50-135mm F2.8, part of the most complete own-brand APS-C lens lineups for DSLR).

But in recent years, Sigma’s commitment to APS-C has been redoubled: creating lenses that extend what you can expect the format to do. The 18-35mm F1.8 is a lens that lets APS-C cameras match the depth-of-field and low-light performance of a full-frame camera with a 27-52mm F2.8 zoom, obviating the need to upgrade, perhaps. On top of this, it’s made a 50-100mm F1.8, letting APS-C match a full-framer with a 75-150mm F2.8. Again, this lets an enthusiast who likes to dabble in sports gain ‘full-frame image quality’ for their sports shooting, without having to bear the weight and cost of full-frame when they’re shooting other subjects.

And onward

Sigma’s 16mm F1.4 is a fantastic lens for Sony E-Mount (and, of course, Micro Four Thirds)

Sigma’s continued this trend into the mirrorless space. Sony started its E-mount system with a 16mm F2.8 prime: exactly the sort of lens I was saying was always missing from the DSLR lineups (even if that particular lens is a case of ‘be careful what you wish for’). It’s produced a couple of interesting primes since then but now seems to have totally shifted its attention to full-frame. This again risking the door being closed on APS-C as an enthusiast format. But, again, Sigma has stepped in.

Not only has Sigma made a F1.4 16mm for Sony’s APS-C E-mount, it’s also created a 30mm and a 56mm F1.4. It hasn’t made any fast zooms for mirrorless, but this trio of primes again allows APS-C shooters to squeeze the most out IQ of their cameras, if they don’t need full-frame performance all the time. Something worth considering if you’re thinking about switching systems.

Another thing to consider might be that the standout lenses for the fledgling full-frame mirrorless cameras are often the 24-105mm and 24-70mm F4s: lenses that could be matched in capability by a 16-70mm F2.8 on APS-C. If anyone feels like making one. Hint, hint.


*Anyone saying it allows an ideal compromise between image quality and lens/camera size clearly hasn’t been keeping track of the increasing bulk of the lenses for the latest mirrorless full-frame cameras.

Articles: Digital Photography Review (dpreview.com)

 
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The Canon EOS RP is smaller than an EOS Rebel T7i and will cost $1300

16 Feb

The Canon EOS RP becomes that company’s second full-frame mirrorless camera, aimed at photographers stepping up from APS-C. Like the EOS R, it uses Canon’s new RF mount and is compatible with Canon’s large selection of EF and EF-S lenses via three optional adapters.

It uses a 26MP CMOS sensor and DIGIC 8 processor, along with a Dual Pixel AF system. This gives 4779 selectable AF points spread across an 88% horizontal / 100% vertical area of the frame. Canon is emphasizing the RP’s compact size – its 12.7 x 9.7 x 6.1 cm (5.0 x 3.8 x 2.4″) dimensions make it even smaller than a EOS Rebel T7i / 800D.

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The EOS RP shoots 4K/24p and 1080/60p video and offers up to 5 fps burst shooting (4 fps with Servo AF in shooting speed priority mode). A 3″ touchscreen with 1.04M dots is fully articulated, and the camera also provides a built-in 2.36M-dot OLED viewfinder.

Like the EOS R it lacks in-body stabilization and will rely on on lens IS. Canon’s beginner-friendly Visual Guide mode is included, as are Wi-Fi and Bluetooth.

The Canon EOS RP will go on sale in March for $ 1300 body-only, $ 1999 with the EF lens adapter and EF 24-105mm IS STM lens, or $ 2400 with the RF 24-105mm F4 L IS USM.

FULL FRAME FOR THE MASSES! CANON INTRODUCES ITS SECOND FULL-FRAME MIRRORLESS CAMERA – THE EOS RP

New Super-Compact and Ultra-Lightweight EOS RP is Ideal for Users Looking to Graduate to Full-Frame Mirrorless Camera at an Affordable Price

MELVILLE, N.Y., February 13, 2019 – Responding to the demand from amateur and advanced amateur photographers for an entry-level, full-frame mirrorless camera, Canon U.S.A. Inc., a leader in digital imaging solutions, today announced the second camera in the EOS R lineup, the EOS RP. The EOS RP is designed for photographers looking to step up from Canon’s APS-C cameras: the EOS Rebel, EOS M and the EOS 80D, into the world of full-frame mirrorless photography. Weighing in at just 17.29 ounces, the EOS RP camera is lighter than a 500ml bottle of water and smaller than Canon’s popular APS-C DSLR camera, the Canon EOS Rebel T7i, coming in at approximately 5.0in (w) x 3.77in (h) x 2.36in (d). With optics at its core, the EOS RP takes full advantage of the complete line up of RF lenses and is compatible with the existing collection of Canon’s EF and EF-S lenses with the use of one of three optional RF EOS-R Mount Adapters .

“As Canon continues to evolve its full-frame mirrorless cameras, our goal is that one day the EOS R line becomes as widely popular as our celebrated lineup of EOS DSLR cameras,” said Kazuto Ogawa, president and chief operating officer, Canon U.S.A., Inc. “As a company, we believe that in order for us to accomplish that goal, Canon needs to develop full-frame mirrorless cameras for every skill level of photographers and that starts with amateurs and advanced amateurs. This makes the EOS RP the perfect addition to the existing lineup.”

The new Canon EOS RP full-frame mirrorless camera features a 26.2 megapixel CMOS sensor that is powered by the company’s DIGIC 8 image processor, providing users with high-image quality, outstanding operation and functionality. The new Canon EOS RP features Dual Pixel CMOS Auto Focus (AF) with 4,779 manually selectable AF points and a wide AF coverage area of 88 percent horizontal and 100 percent vertical. With f/1.2 lenses, the camera astonishingly boasts AF sensitivity in low light in as little as Exposure Value (EV) -5. When using the RF 24-105mm F4 L IS USM lens with the EOS RP, the camera can focus in as little as 0.05 seconds with Dual Pixel CMOS AF . When using eye detection AF, the camera can automatically detect faces and focus on the eye of the subject. This feature is supported when the camera is set in either servo AF mode during continuous shooting and movie servo AF, as well as one-shot AF.

Like the EOS R full-frame mirrorless camera that was announced in September 2018, the EOS RP is built around the same 54mm mount diameter and short-back focus. This allows for the use of one of three optional mount adapters for full compatibility with all existing EF, EF-S, TS-E and MP-E lenses. Through the use of the optional Drop-In Filter Mount Adapter or Control Ring Mount Adapter, these lenses, in fact, gain functionality.

For photographers looking to further expand their abilities and capture a wide variety of both still and video images, the EOS RP features Visual Guide mode. First introduced with the EOS Rebel T7i and EOS 77D, this mode allows users to see on screen how switching modes on the mode dial or tweaking settings can alter the image they are about to capture. This mode helps to guide photographers to capture more compelling images, such as ones with a shallow depth-of-field or being able to give moving subjects a frozen or flowing look. For those looking to expand their imaginative options, the camera also features Creative Assist mode that allows photographers to use new and unique visual effects and adjustments when shooting, such as brightness, contrast, saturation, color tone, monochrome and background blur. In addition, the design, ergonomics, layout and ease-of-use of the camera are very similar to that of other Canon cameras consumers might already be familiar with.

Additional noteworthy features of the EOS RP camera include:

  • Built-in 0.39 inch, 2.36 million dot Electronic Viewfinder with Touch-and-Drag AF
  • Vari-Angle LCD touchscreen
  • 4K UHD 24P/Full HD 60p video recording with 4K time-lapse shooting and the ability to extract still images from 4K video recordings
  • ISO range of 100-25,600 that is expandable up to ISO of 102,400
  • Built-in Wi-Fi® and Bluetooth® technology
  • Mobile RAW workflow supported paired with Digital Photo Professional Express App

Availability and Pricing
The Canon EOS RP full-frame mirrorless camera is scheduled to be available in March 2019 for an estimated retail price of $ 1299.00 for the body only. It will also be sold as a body-and-lens kit with the RF 24-105mm F4 L IS USM lens for $ 2399.00*

To learn more about the EOS R system, including in-depth educational tutorials, please visit usa.canon.com

Canon EOS RP specifications

Price
MSRP $ 1299 (body), $ 1999 (w/EF adapter and EF 24-105mm STM IS lens), $ 2299 (w/RF 24-105mm F4L IS lens)
Body type
Body type SLR-style mirrorless
Body material Composite
Sensor
Max resolution 6240 x 4160
Image ratio w:h 1:1, 4:3, 3:2, 16:9
Effective pixels 26 megapixels
Sensor photo detectors 27 megapixels
Sensor size Full frame (35.9 x 24 mm)
Sensor type CMOS
Processor Digic 8
Color space sRGB, Adobe RGB
Color filter array Primary color filter
Image
ISO Auto, 100-40000 (expands to 50-102400)
Boosted ISO (minimum) 50
Boosted ISO (maximum) 102400
White balance presets 6
Custom white balance Yes
Image stabilization No
Uncompressed format RAW
JPEG quality levels Fine, normal
File format
  • JPEG
  • Raw (14-bit Canon CR3)
  • C-Raw (Canon original)
Optics & Focus
Autofocus
  • Contrast Detect (sensor)
  • Phase Detect
  • Multi-area
  • Center
  • Selective single-point
  • Tracking
  • Single
  • Continuous
  • Touch
  • Face Detection
  • Live View
Autofocus assist lamp Yes
Manual focus Yes
Number of focus points 4779
Lens mount Canon RF
Focal length multiplier 1×
Screen / viewfinder
Articulated LCD Fully articulated
Screen size 3
Screen dots 1,040,000
Touch screen Yes
Screen type TFT LCD
Live view Yes
Viewfinder type Electronic
Viewfinder coverage 100%
Viewfinder magnification 0.7×
Viewfinder resolution 2,360,000
Photography features
Minimum shutter speed 30 sec
Maximum shutter speed 1/4000 sec
Exposure modes
  • Program
  • Shutter priority
  • Aperture priority
  • Manual
Built-in flash No
External flash Yes (via hot shoe)
Flash X sync speed 1/180 sec
Drive modes
  • Single
  • Continuous (H/L)
  • Self-timer
Continuous drive 5.0 fps
Self-timer Yes (2 or 10 secs, custom)
Metering modes
  • Multi
  • Center-weighted
  • Spot
  • Partial
Exposure compensation ±3 (at 1/3 EV, 1/2 EV steps)
WB Bracketing No
Videography features
Format MPEG-4, H.264
Modes
  • 3840 x 2160 @ 24p / 120 Mbps, MOV, H.264, Linear PCM
  • 1920 x 1080 @ 60p / 60 Mbps, MOV, H.264, Linear PCM
  • 1920 x 1080 @ 50p / 60 Mbps, MOV, H.264, Linear PCM
  • 1920 x 1080 @ 30p / 30 Mbps, MOV, H.264, Linear PCM
  • 1920 x 1080 @ 25p / 30 Mbps, MOV, H.264, Linear PCM
Microphone Stereo
Speaker Mono
Storage
Storage types SD/SDHC/SDXC card (UHS-II supported)
Connectivity
USB USB 2.0 (480 Mbit/sec)
USB charging Yes
HDMI Yes (micro-HDMI)
Microphone port Yes
Headphone port Yes
Wireless Built-In
Wireless notes 802.11b/g/n + Bluetooth
Remote control Yes (via cable or smartphone)
Physical
Environmentally sealed No
Battery Battery Pack
Battery description LP-E17 lithium-ion battery & charger
Battery Life (CIPA) 250
Weight (inc. batteries) 485 g (1.07 lb / 17.11 oz)
Dimensions 133 x 85 x 70 mm (5.24 x 3.35 x 2.76)
Other features
Orientation sensor Yes
Timelapse recording Yes
GPS None

Articles: Digital Photography Review (dpreview.com)

 
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Hands-on with the Canon EOS RP

16 Feb

Introduction

The Canon EOS RP is the entry-level body in Canon’s full frame range of mirrorless cameras. Its launch price of $ 1299 is the lowest of any digital full frame camera, a whole $ 400 below the initial cost of the first Sony a7.

It’s overtly aimed at upgraders from smaller-sensor cameras and first-time buyers of ILCs. To this end, the camera has the approachable user interface from Canon’s recent Rebel and EOS M models, but also offers two well-placed control dials for quick operation as you grow into the camera.

Body

The EOS RP is essentially a smaller, more conventional-looking variant of the EOS R. It has a polycarbonate shell on a magnesium alloy chassis, rather than the more durable-feeling magnesium alloy outer body of its bigger brother. It still fits well in the hand but there’s an optional add-on riser that bolts onto the base of the camera if you find your little finger extending beyond the bottom of the grip. This riser also helps the camera sit more stably on flat surfaces if you’ve got one of the system’s larger lenses mounted.

The two dials are well positioned if you have your hand in the shooting position, with the rear dial sitting under the top of your thumb and the front dial placed just above and behind the shutter button. The rear shoulder dial might be unfamiliar for anyone coming from high-end Canons but it’ll be familiar to anyone arriving from other systems, and will be a welcome addition for most Rebel users, who’re used to a single dial.

In addition, all of Canon’s RF lenses have a customizable control dial around them, meaning you can easily access up to three exposure parameters, if you wish.

Ports/Battery

The EOS RP has both headphone and mic sockets, along with a mini HDMI connector. It also has a USB-C socket which can be used for both data transfer and charging. Disappointingly, it’s only a USB type 2.0 interface, so don’t expect blazing data transfer rates.

The battery is the same LP-E17 unit used on Canon’s smaller mirrorless and Rebel models. It holds a relatively modest 6.3Wh of energy which yields a similarly modest 250 shots per charge (210 through the viewfinder). This isn’t good, but also isn’t quite as bad as it might sound: most users are likely to get more shots than this and maybe even a multiple of this number, depending on how they use the camera.

For a camera aimed primarily at casual shooters, it should last a decent amount of time, but if they do find themselves getting more into photography and shooting more intensively or use the Wi-Fi a lot, it’ll definitely be worth having a USB lead or spare battery to-hand lest it becomes frustrating.

Sensor

The EOS RP is based around a 26MP full frame sensor that uses Canon’s Dual Pixel design. This uses split pixels to give the camera’s focusing system an understanding of depth. We’ll discuss the autofocus performance later, but it helps ensure the RP can focus well with both its own, native lenses and adapted EF lenses.

We’re told the chip in the EOS RP is similar to the one in the EOS 6D II, which means its performance is likely to be a little off the pace. We’d expect it to be excellent at high ISOs but to have comparatively limited dynamic range at low ISO settings. So don’t expect to be able to shoot wide dynamic range scenes where you’d need to pull shadow information into the image: the tones not already included in the JPEG images will be noisier and less usable than contemporary rivals.

That said, this camera seems primarily targeted at users who’ll be mainly shooting JPEGs or those not trying to squeeze every last drop out of their Raws.

Viewfinder/screen

The EOS RP has a 2.36M dot OLED viewfinder. As you’d expect, this isn’t as detailed as the 3.69M dot finders used in the EOS R and more expensive models but it’s very useable. So don’t expect a near-optical-viewfinder experience, but it’s detailed and fast enough to refresh that it’s more than good enough for framing and assessing exposure (which an optical finder won’t help you with).

The rear monitor is a fully-articulated touchscreen. This lets you pull the screen all the way out alongside the camera, which can be a nice for shooting on a tripod, for waist-level shooting or for video capture. It also has the convenience that you can flip and fold the screen to face inwards, to protect it if you’re slinging it in a bag or glove-compartment.

The touchscreen operates as a touchpad for positioning the AF point, which is by far the most convenient way of doing so on the RP. You can choose whether the response is relative (so a left-swipe moves the point left from its current position) or absolute (swiping to the mid-point of the screen places the AF point at the middle of the image). If you find your nose risks touching the screen or blocking your access to the screen, you can limit the active area to a half or quadrant of the panel. The four-way controller can also be set to move the AF area – it’s slow, but a good way to do so with precision.

User Interface

The EOS RP includes the ‘Feature Assist’ mode from Canon’s recent Rebel DSLRs and EOS M mirrorless cameras. This indicates when to use each of the camera’s exposure modes. There’s also the ‘Creative Assist’ mode that gives a touchscreen interface for adjusting brightness, contrast and saturation.

The RP gains a comparable interface for results-orientated processing of its Raw files, if you decide you want to warm or cool the image, relative to the way the JPEG first came out, or if you want to convert to black and white, for instance. Again, the more technically-inclined users can still access all the underlying settings (for batch-processing multiple images, if they want).

Connectivity

As you’d expect, the EOS RP features Bluetooth-mediated Wi-Fi, meaning that it will near-instantly recognize a smartphone that’s been Bluetooth paired and fire-up a Wi-Fi connection between them when you hit a button in Canon’s ‘Camera Connect’ app (on Android, at least – iOS can be awkward about such things).

The Wi-Fi connection itself takes a little longer but the app does a good job of showing you that it’s making the connection, rather than just leaving you wondering whether anything’s happening.

It’s pretty clear that Canon expects RP users to be sharing a lot of their images, either on social media or over email, so the ability to send the camera’s attractive JPEGs straight to a phone is important.

There will also be an iOS version of Canon’s Digital Photo Professional Raw-processing software available for the latest iPads. This is designed specifically to convert and adjust the CR3 files produced by recent Canon models.

Autofocus

For the most part, the EOS RP’s autofocus is a match for that of the EOS R, which is to say that it’s pretty quick, especially with those RF lenses build around Nano USM focus motors. We found subject tracking to be fairly effective, though not to the degree that we’d use it all the time (picking a subject then recomposing). The touchscreen makes it easy to choose your AF point or subject to track, so it’s all pretty friendly.

The big news on the RP is that the pupil-detection aspect of the ‘Face + Tracking’ mode now works in both continuous (Servo) AF mode, as well as single shot. Admittedly, a slight labeling glitch and tiny on-screen icons can make it a little tricky to tell when you’ve turned it on. Once engaged it finds eyes fairly well and lets you press the left and right directions on the four-way controller to pick which eye the camera should focus on.

Focus stacking

The EOS RP gains a focus bracketing function, which is especially useful for close-up and macro photography. This lets you shoot between 1 and 999 images and specify a focus increment that will be applied between each shot. The camera can even conduct exposure smoothing if the light is at all variable between shots.

The images themselves have to be merged using Canon’s DPP software, where you’re given the choice of which regions you want to be kept in sharp focus (including the whole image, if you want).

Video

Video is one of the areas we don’t expect the EOS RP to shine. Unlike the EOS 6D Mark II, it can shoot 4K/24p video, though it reverts to contrast detection AF. Thie footage is taken from the central 1.7x crop region of the sensor, which means the footage will likely be noisier than if it were taken from the whole sensor. The crop will also make it more difficult to find a lens that can offer a wide-angle field of view.

Other than 4K, the camera can shoot 1080 at up to 60p, and can conduct Eye-AF while shooting video (there’s no 24p option, though). We’ve not been that struck by the 1080 quality from recent Canons but, if nothing else, the digital IS (which comes at the cost of a crop) is good enough to allow hand-held shooting. As mentioned, you get a mic input and headphone out. This, combined with Dual Pixel AF, ensures the EOS RP should be a solid-enough camera for basic video shooting and maybe a bit of vlogging (though it wouldn’t be our first choice).

Lenses

Perhaps the main limitation for the EOS RP is its introduction into such a new system. It pairs quite nicely with the RF 24-105mm F4L IS zoom, creating a large-ish combination but one that covers a really useful zoom range. The only problem is that the ‘L’ designation ends up denoting a lens that’s almost as expensive as the RP itself.

The RF 35mm F1.8 is a comparatively good match, with its small size and $ 500 price tag, but beyond that, the current RF lens lineup (and much of that just revealed) end up being rather large or pro-orientated for a $ 1300 camera body. Though, frankly, the compact size of the 70-200mm F2.8 makes it pretty tempting, whatever you choose to mount it on, almost irrespective of how much Canon chooses to charge for it.

It’s presumably this dearth of affordable lenses that has prompted Canon to bundle the EOS RP with the more affordable EF 24-105mm F3.5-5.6 IS STM. The affordability is somewhat undermined by the need to include an adapter in the bundle, but this may increase its appeal for those users planning to use other Canon DSLR lenses.

It’ll be interesting to see how Canon prices its forthcoming 24-240mm travel lens [Pictured in mock-up form]. Mounted on the EOS RP it’ll make a handy do-anything pairing, though unless it’s significantly less expensive, we’d be tempted to stick with the 24-105mm F4L, since it works really nicely.

Conclusion

The Canon RP is based around a sensor we weren’t that impressed by, and we’re expecting plenty of ‘no IS, no purchase’ comments below our coverage, but we think it gets quite a lot right.

It’s less ambitious than the EOS R but by combining twin command dials with the excellent Feature Assist interface and a really keen price tag, it ends up looking rather charming.

There are lots of specs that enthusiasts will turn their noses up at (“2.5fps shooting in ‘Tracking Priority,’ LOL”), but there’s also a lot the EOS RP gets right. Not least the images it produces.

Articles: Digital Photography Review (dpreview.com)

 
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Video: first impressions of the Canon EOS RP

16 Feb

Got a couple of minutes? Then you have all the time you need to learn about Canon’s second full-frame mirrorless camera body. Technical Editor Richard Butler has been able to do some shooting with the camera and gives a full rundown of its feature set – and explains why it’s a compelling option for someone stepping into full-frame for the first time.

Articles: Digital Photography Review (dpreview.com)

 
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Live Q&A with DPReview editors about the Canon EOS RP

15 Feb

Want to know more about the Canon EOS RP? Dying to ask a question that hasn’t been addressed anywhere else online? Join the editors of DPReview for a live Q&A about this new camera next Tuesday, Feb. 19 on our YouTube channel.

If you have a question but can’t watch live, leave it below in the comments and we’ll do our best to answer it during the event. We’ll post a direct link to the live stream shortly before it goes live. Here’s a list of what time to tune in depending on your location:

Location Time Day
Seattle 9:00 AM Tuesday
New York 12:00 PM Tuesday
UTC 17:00 PM Tuesday
Europe (CET) 18:00 PM Tuesday
Tokyo 02:00 AM Wednesday
Melbourne 04:00 AM Wednesday

Articles: Digital Photography Review (dpreview.com)

 
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Canon shows forthcoming RF lenses including radical 70-200mm F2.8 IS

15 Feb

Introduction

Alongside the EOS RP, Canon has announced the next six lenses it plans to introduce for its RF mount. Don’t be fooled by the timing: although they are being announced with the RP most of these lenses are not being targeted at entry-level or even mass-market customers.

Canon has already said it’s working on a full frame mirrorless camera aimed at professionals, and most of today’s development announcements make clear it intends to have appropriate lenses ready to suit it. All six lenses will be formally launched by the end of 2019, the company says.

Details are pretty scant right now (technically Canon is only announcing its intention to develop these lenses), but mockups of all six were on show at the pre-launch RP event.

RF 70-200mm F2.8L IS USM

To us the most exciting lens to be revealed is the RF 70-200mm F2.8L IS. Part of our excitement is that a 70-200mm F2.8 is one of the workhorses of any system. Pros and enthusiasts use these lenses for a whole range of shooting situations, from portraiture to sports, so it’s an essential ingredient for a system trying to appeal to high-end shooters.

Another piece of good news is that the lens uses Canon’s Nano USM lens motors. The company is a little cagey about exactly how these work, other than that they provide linear, rather than the rotational motion of the ring-type USM motors used in DSLR lenses. What we do know is that the fastest and smoothest focusing lens in the RF system so far (the 24-105mm F4L IS) is powered by Nano USM, which bodes well for the 70-200mm.

RF 70-200mm F2.8L IS compared to the EF 70-200mm

Oh, and the other interesting thing about the RF 70-200mm F2.8L IS? It’s TINY. Here we’ve shot it alongside the most recent EF 70-200mm F2.8L IS and you can see just how much smaller it’s going to be. Unless the ‘pro’ RF model ends up being huge, this is going to make an impressively compact combination.

Canon’s engineers wouldn’t be drawn on exactly how they’ve managed to make it so small, beyond pointing us back to the claimed benefits of the short and wide lens mount. There may well be something more complex going on: we’ll find out when it’s formally released but we were given the distinct impression that it’s not a diffractive optics (Fresnel) design.

RF 24-70mm F2.8 L IS USM

Another great pro workhorse is the 24-70mm F2.8 and Canon’s going to launch one of those, too. We’ve had no details about specifics but it’s a sensibly-sized lens, even if it isn’t as impressively small at its tele counterpart.

Canon has confirmed that it’s working on an in-body stabilization system

Like the 70-200mm the 24-70mm has built-in image stabilization and Canon has confirmed that it’s working on an in-body stabilization system for future camera models that will work in conjunction with this. So you’ll get stabilization on all RF bodies and even greater stabilization on others.

Like the 70-200mm, the 24-70mm will be driven by a Nano USM focus motor.

RF 15-35mm F2.8 L USM

The last in the cover-the-bases pro lineup is the 15-35mm F2.8. Canon says the RF lens mount allowed them to make it a 15-35mm, rather than starting at 16mm.

Again the lens is small and stabilized and, like the other two F2.8 zooms, will be driven by a fast, silent Nano USM motor.

We only wonder whether it needs more prominent markings to make it easier to distinguish from the 24-70, when they’re placed next to one another in a camera bag.

RF 85mm F1.2 L USM

While the trio of F2.8 lenses are all pretty compact, the same can’t be said of the 85mm F1.2. We thought the RF 50mm F1.2 was big (in part because we’ve only had the mid-range EOS R to mount it on, so far), but perhaps not unreasonably, the 85mm F1.2 is even bigger.

We’ve been impressed by the optical performance of the 50mm F1.2 so far. And, while we can’t be sure how much of that can be ascribed to the short, wide lens mount, Canon is clearly doing something right. A super-fast 85mm prime that can be confidently shot using off-center AF points is likely to be an exciting prospect as a portrait lens, even if you don’t always opt for for the hairbreadth depth-of-field that F1.2 can give you.

On the subject of focus, like the RF 50, the 85mm’s focus elements are too big and heavy for the use of a Nano USM motor, so it’s based around slightly less snappy ring-type USM drive.

RF 85mm F1.2 L USM DS

The ‘DS’ designation is new for Canon. Sadly it doesn’t mean we should expect avant garde engineering and styling. Instead, it stands for ‘Defocus Smoothing’ and promises improved bokeh, compared with the standard version.

If that makes you think of apodization elements (essentially an element that’s progressively darker towards the edge to prevent bright-edged bokeh), then the things we were told in our interview with senior engineers will only confirm that assumption.

The DS was the only lens not shown in mockup form as we’ve been told that not all the design decisions have been made yet. Despite this, a computer rendering of the lens has been issued: it says ‘Defocus Smoothing’ on the front, whereas the non-DS version does not.

RF 24-240mm F4-6.3 IS USM

The only lens not clearly aimed at a high-end audience is the RF 24-240mm F4-6.3 IS USM. It’s designed as a do-everything travel zoom, giving a 10x zoom capability.

We’ve mounted it here on the EOS RP and you can see it’s well matched (many of the other RF lenses have a wider diameter, and as a result lift the RP body off the ground if you haven’t attached the optional grip extension).

The two most obvious features are its comparatively small size and comparatively slow aperture range. We stress ‘comparatively’ when it comes to aperture, since you’d need a 15-150mm F2.5-4.0 on Canon APS-C to be equivalent, and few keen photographers would turn their noses up at such a lens. The other thing to notice is that it has only two rings, so we wonder whether the ‘focus’ ring will double as a custom ring when in AF mode.

Summary

The addition of these six lenses will extend the RF system to ten lenses by the end of 2019. With the three F2.8 zooms, 50 and 85mm F1.2s and the monstrous/rather cool 28-70mm F2, it means seven of the options have a distinctly high-end feel to them (and, we suspect, will have price tags to match).

This may leave EOS RP and many EOS R users a little short of choice (or push them towards adapting EF DSLR lenses), but makes very clear that Canon is gearing up for a pro-level RF camera sooner, rather than later.

Articles: Digital Photography Review (dpreview.com)

 
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Canon EOS RP shooting experience: better than the specs suggest

15 Feb
The EOS RP combines a large sensor, simple interface and excellent JPEG color, making it easy to shoot in even the most unexpected situation.
24-105mm F4L IS | F4.5 | 1/80sec | ISO 3200

I got a chance to shoot with the EOS RP just before its launch and my impression is that it’s a much better, and potentially more significant, camera than its specifications reveal.

If you’ve only seen the specs, it’d be easy to dismiss the RP out-of-hand. The sensor from the 6D Mark II isn’t going to go down as one of Canon’s better efforts: 1080 video and fairly limited dynamic range rather undermine the considerable appeal of Dual Pixel AF. Surely if it’s just that old chip, in the midst of a stripped-down version of the slightly underwhelming EOS R body, it’s not even worth taking seriously?

Canon EOS RP Key Specifications

  • 26.2MP Dual Pixel CMOS sensor
  • 4K/24p (from APS-C crop region)
  • 4 fps continuous shooting with continuous AF (5 without)
  • Pupil detection AF in continous/Servo AF mode
  • AF rated to -5EV
  • Digic 8 processor
  • 2.36M dot OLED viewfinder
  • Fully-articulated 1.04M dot touchscreen
  • Twin command dials

Having spent a little time shooting with it, I think that’s premature. It’s not going to win any awards for technical performance but I’m going to argue that the RP is more than the apparent sum of its parts. In a mirrorless format, the dependable performance of Dual Pixel AF plays a greater role than it does in the 6D II. The RP can also shoot 4K (albeit only from a crop). But there are three things that stood out to me about the RP: firstly, it has much of what the EOS R did well, but less of what it got wrong. Secondly, it gains the excellent beginner-friendly interface from the recent Rebel cameras. And finally, it’s really, really well priced.

History repeating?

Just over 15 years ago, Canon introduced the EOS Digital Rebel (EOS 300D to most of those outside North America): the first sub-$ 1000 DSLR. And, even at launch, the company predicted ‘[it] will be seen as the point in history when the SLR market shifted irrevocably to digital.’

An awful lot has changed since the 300D’s launch, including both the predicted switch to digital and a subsequent (and similarly irreversible) shift away from standalone cameras to smartphones. But, while no camera maker is talking about the ‘400-500% growth’ in, well, anything really, there is a market that most companies are expecting to grow: full frame.

The twin command dials on the top of the camera set it aside from the Rebel series of mass-market DSLRs, but there’s a hint of the same spirit in the interface and Canon’s pricing.

The EOS RP looks like Canon’s attempt to repeat the same trick. At $ 1300 body-only it is, by some $ 400, the cheapest ever full-frame camera at launch. And, perhaps tellingly, its MSRP is comparable with the Digital Rebel if you take inflation into account ($ 900 in 2003 dollars would now be within $ 75 of the RP’s launch price).

The EOS RP’s launch price is comparable to the original Digital Rebel’s, if you take inflation into account

Of course the downside is that there was a $ 100 kit zoom option for the Rebel, whereas the only options for the RP are to pay an extra $ 700 for an EF-mount 24-105mm F3.5-5.6 lens and adapter, or $ 1100 for the RF-mount 24-105mm F4L IS, which rather reduces its ‘full-frame for the masses’ appeal. (Though, in a rather unusual move, Canon USA is immediately offering discounts on some of those bundles).

In the hand

Despite looking pretty similar to the EOS R, as soon as you pick it up you notice how much smaller and lighter the RP is. It doesn’t have the heavy solidity of the R but still confers the familiar rugged plastic feel of a high-end Rebel, or even the EOS 77D. Better still, it retains the two command dials from the EOS R (one on the top of the camera, just behind the shutter button, the second on the rear shoulder). This immediately makes it a camera where it’s easy to play around with your main exposure parameters, taking it out of Rebel territory.

There’s an optional add-on riser for the EOS RP. Note also the ability to flip the screen in towards the body: making it easier to keep the screen safe if you’ve got the camera stuffed in a bag to keep with you.

There’s an optional add-on plate that adds a bit more depth to the camera if you find your little finger extending awkwardly off the bottom of the front grip. I didn’t find any advantage to it, personally, but I know that several other people at the launch event did. It comes in a choice of colors (the version with the red accents goes nicely with the red ring on the RF 24-105, I reckon), and it’s been designed so that you can still access the battery and SD card with it attached, thanks to a hatch the size of a car door.

Even with the optional grip extension, you can still access the battery and SD card. Note that the knurled nut that screws the extension into the tripod socket itself has a tripod socket, keeping everything on the optical axis.

The viewfinder spec is dropped a little, compared with the ‘R.’ The RP’s display offers the same 2.36M dots as the Sony a7 III, and it’s nice enough to shoot with even if it isn’t as detailed as its big brother. Like the EOS R, the rear screen (or a subdivision of it) can act as an AF touchpad, and that’s definitely the easiest way to set focus. And, unlike any of its immediate peers, the rear screen is fully articulated, flipping out to the side for waist-level, low angle or video shooting.

Other changes over the EOS R include the ability to use Pupil Detection AF and small point AF in continuous (Servo) autofocus mode. That might sound like a small thing but it means I could mostly just stick to Face + Tracking (+ eye) mode most of the time, rather than having to jump back and forth between area modes when I switched between single and continuous AF.

Eye AF Performance

One thing I suspect a lot of people will want to know is ‘how well does Eye AF work?’ Several brands now offer some form of eye detection AF, but it’s the implementation in the recent Sony models that has really impressed us. Once you’ve got used to the ability to just look at your subject, your framing and their expression, without having to give any thought to focus, it’s hard to go back to a camera that isn’t as easy to use.

The EOS RP’s eye detection might not be quite as uncannily good as the recent Sony implementation, but it was still able to find and retain my subject’s right eye in this shot, despite it being partially obscured.
EF 85mm f/1.4L IS USM | F4 | 1/125sec | ISO 640

My initial thoughts are mixed: the Canon implementation isn’t as responsive in finding a subject’s eye: it’s quick but hasn’t got the same uncanny ‘I hadn’t even realized they were looking towards the camera’ immediacy as the latest Sonys. Equally, the RP seems slightly more prone to temporarily losing eyes and either reverting to Face Detection or grabbing the person’s other eye. Overall the RP is good at finding eyes and focusing on them without any user intervention (or need to hold down a function button). It also lets you use the four-way controller to choose between the left and right eye (though only if it’s recognized both eyes).

I’ll need to check through all the images I shot to ensure that Eye AF has focused as well as I’d like, but from a usability point of view, it’s a valuable addition, particularly on a camera that’s intended to be accessible and user-friendly.

Ease-of-use

On the subject of ease-of-use, I’m pleased to see the EOS RP gain the ‘Feature Assistant’ simplified menus seen on cameras such as the Rebel T7i (again pointing to the idea of this being essentially a FF Rebel). These provide a results-orientated way of interacting with the camera so that, for instance, in Aperture Priority mode, it advises you how to get greater or shallower depth-of-field, rather than just showing the F-number. And, like on the Rebel, the camera guides you to use the dials and shows you what setting is being changed, so that you can learn what settings you’re changing, rather than getting stuck in ‘simple’ mode forever.

The EOS RP has a variant of the outcome-orientated ‘Feature Assist’ interface from the Rebel series [Rebel T7i example shown].

The RP takes this one step further by offering a results-focused interface for its in-camera Raw processing mode. So, rather than being confronted with a slew of icons with perhaps obscure names such as ‘Len aberr correction’ it gives you the option to make the image brighter or darker, or to make it warmer or cooler. Just as with ‘Feature Assistant’ the more complex options are still available, but you access them through the menu, rather than encountering them directly from Playback mode.

The camera’s AF tracking mode isn’t faultless, but it stayed focused on this flower’s stigma as I recomposed, making it easy to grab a shot with focus exactly where I wanted it.
24-105mm F4L IS | F4 | 1/320sec | ISO 100

This simple reprocessing mode, along with the pretty robust-feeling Bluetooth-mediated Wi-Fi system used across recent Canons, should make it about as easy as possible to shoot high quality images then transfer them to your phone. Canon has also made an iPad version of its Digital Photo Professional software, to allow processing of the camera’s CR3 Raws without ever having to go back to your computer.

Disappointing DR, joyous JPEGs

Having talked so much about ease-of-use, it’s pretty clear who Canon has built the RP for. The kinds of users who shoot Raw to provide the maximum processing flexibility aren’t likely to be impressed if there’s as much noise lurking in the deep shadows as there was on the 6D Mark II. But for anyone shooting JPEGs (or re-processing their Raws within the constraints of the camera’s JPEG engine) the RP will be able to produce really good images, with attractive color and the tonal quality and depth-of-field control that full-frame can bring.

And, even if dynamic range isn’t class-leading, the 6D Mark II’s low light performance is beyond reproach.

The EOS RP won’t be the first choice for committed videoheads but it shoots pleasant images and brings the low light capability, depth-of-field control and tonal quality that full frame can offer.
24-105mm F4L IS | F6.3 | 1/100sec | ISO 1600

The camera’s middling video capability (4K/24p from an APS-C-sized crop) is the other obvious shortcoming in the camera’s specifications. It’s a step up from the 6D Mark II, but still not much to crow about. But still, having spent most of my time focused on stills shooting, I wouldn’t want to jump to conclusions just yet. The slow, contrast detection autofocus in 4K mode isn’t very promising, though.

Battery life from the EOS M50-style LP-E17 isn’t likely to be anything special, either (I’d guessed around a 220 shot-per charge CIPA rating, based on half-a-day’s use: it’s actually 250). This means you’re likely to get a day’s casual shooting if you’re a committed photographer and rather longer if you’re just taking shots here and there, and photography isn’t your main focus. The camera charges pretty quickly over USB-C, so you can gain some flexibility by having some kind of power bank and appropriate cable with you if you’re going to be away from the mains for a while.

Is it enough?

Of course, despite the impressively low launch price, the RP isn’t without competition. Sony’s habit of keeping older models in its lineup, then continually dropping the price means you can currently get an a7 II for around $ 1000 and an original a7 with lens for the same money. But, for all the apparent technical limitations, I think a lot of people might choose the Canon’s more accessible shooting experience and attractive JPEGs over what now look like Sony’s works-in-progress models.


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Articles: Digital Photography Review (dpreview.com)

 
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Canon quietly released firmware update for the EOS R

13 Feb

It appears Canon has managed to sneak one past us here at DPReview with the quiet release of firmware version 1.1.0 for its Canon EOS R full-frame mirrorless camera on January 25th, 2019.

The first firmware update for its first full-frame Mirrorless Camera, firmware version 1.1.0 is a rather insignificant one with only a few bug fixes and minor tweaks and changes.

The only addition in firmware version 1.1.0 is the inclusion of silent shutter mode when using continuous shooting. Aside from that, the firmware simply corrects the following issues seen in version 1.0.0:

  • Corrects a phenomenon in which an error may occur if there is a large number of files in a specific format on the memory card.
  • Corrects a phenomenon in which an error may occur when silent shutter has been enabled.
  • Corrects a phenomenon in which horizontal linear noise may occur when using specific lenses together with certain recording image quality settings.
  • Corrects a phenomenon in which the information displayed in the viewfinder may become abnormal.

The firmware is available to download here. Once downloaded, the ZIP file includes the firmware file, as well as a folder with installation instructions in English, French, Japanese, Spanish and Chinese.

Articles: Digital Photography Review (dpreview.com)

 
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Canon CEO expects ILC market to shrink 50% by 2020 to just 5-6M units

29 Jan

Since 2010, the interchangeable lens camera (ILC) market has been decreasing at an alarming and steady rate. Now, it seems Canon is projecting this trend will not only continue on, but expects it to increase exponentially with claims the ILC market will be cut in half within the next two years.

In an interview with Nikkei [translated, paywall], Canon CEO Fujio Mitarai shared a few insights into where Canon sees both its future and the market going.

As summarized by CanonRumors, Mr. Fujio says its camera sales have decreased approximately 10% year over year since ILC sales hit their peak in 2010.

A not-quite-accurate Canon analogy for decreasing ILC sales.

Currently, the global market for interchangeable lens cameras is estimated at 10 million units per year, according to both Mr. Fujio and CIPA data [PDF, page 2], but Canon expects that number to drop down to and plateau at roughly 5-6 million prosumer and professional cameras by the end of 2020.

Mr. Fujio also noted mirrorless camera sales aren’t adding to its bottom line, but are instead eating into the sales of DSLRs. This may very well have played into the reason Canon opted to release only one mirrorless camera in 2018 and doesn’t appear to be in a rush to get many more out by the end of 2019. It may have also been a factor in both Canon and Nikon taking so long to get into the full-frame mirrorless market; if all the capital put towards research and development (R&D) is only going to cannibalize your money makers, there’s not much need to rush the new technology.

To combat the declining revenue from ILC sales, Mr. Fujio says Canon plans to shift its focus to corporate sales rather than consumer sales over the coming years. As a result, Canon will be putting more emphasis — read: R&D — on industrial, surveillance, and medical imaging going forward.

Articles: Digital Photography Review (dpreview.com)

 
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