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The gear that changed my (photographic) life: the Nikon D3

22 Apr

This article was originally published in 2017 as part of our ‘Throwback Thursday’ series.

In 2007, after several years of lagging behind Canon in the enthusiast and professional DSLR market, Nikon was doing alright. Not spectacularly, but they were hanging in there. The D200 was a popular and capable enthusiast model, and the professional D2x was a significant advance on the muddled ‘h’ and ‘s’ releases of the past. But it was their biggest competitor that seemed to have all the momentum. While Canon had been using APS-H and full-frame sensors for years, none of Nikon’s DSLRs offered sensors bigger than APS-C, and Canon still ruled the roost in terms of autofocus1 and high ISO imaging capability.

But around that time, we had an inkling that Nikon had something big on the way. Not a company prone to grand gestures, Nikon invited the world’s press (and I do mean the world’s press) to Tokyo, in the sapping humidity of a Japanese heatwave for a top secret announcement…

The magnesium alloy-bodied D3 was as tough as anything that Canon ever brought to market, but offered a combination of speed, sensitivity and autofocus performance that the industry had never seen before.

Ten years ago, camera technology was advancing continuously, and quickly. For quite a long time, it seemed like every new generation of digital cameras was better than the last in ways that camera buyers (and reviewers) actually cared about. Obviously, each new cycle brought more megapixels, but equally as important were the ergonomic and performance improvements that made each new generation of cameras easier to use, and more effective than the last.

Buzz Aldrin, in London to mark the 40th anniversary of the Apollo 11 landing.

Nowhere were these advances more obvious than in the professional DSLR segment. Compare the original EOS-1D of 2001 to the EOS-1D Mark IV of 2010. They look similar, but in terms of usability and image quality they’re worlds apart.

Let’s take usability, to start with. If we look at just the screen interfaces alone, in less than a decade, LCDs got bigger, and much sharper. Live view became standard, and, camera menu systems evolved from messy lists that looked like Windows ME error messages to friendly tabs and mobile-inspired icons.

My personal D3S, nestled alongside a D810 and several lenses in a Pelican case. It’s still great, and I still use it.

The 4MP Canon EOS-1D is still capable of turning out decent-looking images for web and limited print use, and it can do so impressive quickly (8 fps ain’t bad for a sixteen year-old DSLR). But the EOS-1D Mark IV offered four times the pixel count, better image quality across the board, including a far superior high ISO imaging capability, a faster continuous shooting rate, and a much more sophisticated autofocus system – plus live view and movie mode.

High Barn, not far from where I grew up, in North Yorkshire. 12MP might not be much by 2017 standards, but it’s enough for a high quality 13-inch print.

All of this is by way of preamble. The point (finally! He gets to the point!) is that even by the fast-paced standards of the professional DSLR market in the mid 2000s, the Nikon D3 was a major technological achievement. Arguably, (and I admit it’s a big ‘arguably’) the EOS-1D Mark IV and its successors might not have been quite such advanced cameras without the technological game-upping that Canon had to do in the years following the launch of the D3.

Nikon D3 Sample Images (2008)

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As a working photographer and photography writer at the time, the D3 was (and remains, actually) the single most impactful product to be released during my career. Before Nikon’s presentation in Tokyo had even drawn to a close,2 our industry’s expectations of what a DSLR could do had been shifted.

Until the D3, you could either have a fast cropped sensor DSLR, or a slow full-frame one – not both. Until the D3, the maximum ISO sensitivity setting that you might be able to shoot at was either 1600 or 3200 (depending on the model), and even then, not particularly confidently. Until the D3 (and its sister model the D300) came along, if you wanted the best autofocus performance, there was no question – you bought Canon.

Melody Gardot, performing in London. The D3’s shutter sounds like someone just dropped a cribbage board onto a marble floor, but the D3S introduced a fairly discreet ‘Q’ mode.

I was happily shooting with a Canon EOS-1D Mark II when the D3 was released. For the kind of photography I was doing at the time, the Mark II was one of the best cameras on the market, and did the job perfectly well – or so I thought. I felt the same way about the 1D Mark II in 2007 as I did about my Nokia 3210. Solid, reliable, and elegant in its own way. A useful and streamlined tool.

At risk of overstating the point, the D3 was to my EOS-1D Mark II what the iPhone was to the Nokia 3210: a paradigm shift.3

Florence Welch, shot with the D3’s successor, the D3S. The D3S added some welcome tweaks over the D3, including in-camera sensor cleaning, and slightly improved high ISO image quality.

Using the D3, I could shoot quickly and without a crop factor for the first time. I could capture full-color images in light so low that my own eyes couldn’t fully discern what I was looking at (and the AF could usually keep up). I could shoot at ISO 6400, and marvel at the moderate film-like grain – a grain pattern that wasn’t distracting at all, and showed no banding. The D3’s autofocus system was at least a generation ahead of what I was used to in terms of tracking too, allowing me to reliably use AF-C, even with off-center AF points in poor light.

Nikon D3S Sample Images (2010)

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In practical terms, this meant that I could capture images of performers in light so marginal that none of the other photographers working alongside me were able to get a sharp exposure.

A couple of times during my first few months of shooting with the D3 (when I had the camera for review, but before it was shipping in significant numbers) I found myself alone in the photo pit at a small venue, still shooting in punishingly low light after the other photographers had given up and left.4

But it wasn’t just performance photographers that were amazed by the D3. Wildlife photographers, too, were raving about this amazing new camera that let them shoot in full color, in situations where previously they would have been limited to infrared. Like I said, it was a paradigm shift.

The D3S has accompanied me on a few shooting trips in 2017, including a protest against the Trump administration’s attempted travel ban, back in January.

So of course I bought one. I sold all my Canon gear, took a hit on the exchange, ate tinned food for a few months and picked up a D3 with a 24-70mm F2.8. I added more lenses over the following couple of years when I could afford to, and ultimately traded the D3 for a D3S. The D3S added in-camera sensor-cleaning (one of the D3’s few deficiencies), even better high ISO image quality and a basic HD video function. That was around the same time I started to write for DPReview, and about a year after that we moved to America and I mostly stopped shooting live music.

My life has changed a lot since then, but I still have my D3S and I still use it – mostly now as a second camera for event photography. And no, Dan Bracaglia – I’m not selling, so stop asking.

A still from a commercial shoot for a young singer-songwriter, Anna Sinfield, in 2008. She’s a producer, these days, for UK radio.

One last anecdote…

Not long after the D3’s launch, back in London, I spoke to a young Nikon engineer who had been heavily involved in the design of the new camera. He was visiting from Tokyo. He brought with him two sets of prints – one set from the then-current Canon EOS-1D Mark III, and an equivalent set from the D3. Pointing to the shots from the Canon, he said “in my opinion, these look like digital images”. Turning to the images from the D3 he said “but these look like photographs”.

That might sound like hyperbole, but the thing is – he was right.


1. Setting aside the much-reported and in my opinion overblown autofocus woes of the EOS-1D Mark III.

2. In addition to the cameras, the presentation was also memorable for a closing appeal from a very senior Nikon executive to the assembled US press. Please – he requested – please pronounce ‘Nikon’ correctly as ‘Nick-on’ not ‘Nye-con’ – a plea that was of course completely ignored by all concerned. That trip was also the first time I encountered a Geisha (it would not be the last).

3. If the D3 had come loaded with ‘Snake II’ it would have been perfect. Actually, given the amount of time professional photographers spend just waiting around, I’ve always wondered why simple arcade games weren’t pre-loaded on professional DSLRs.

4. The Pogues – I’m looking at you. Or rather, I was trying to…


If you have a piece of gear that you’d like to write about, we’d love to hear from you – and you might even get featured on the DPReview homepage. Leave us a short note in the comments and if you have a longer story to tell, send it to us, and we’ll take it from there.

Articles: Digital Photography Review (dpreview.com)

 
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Samyang’s new compact AF 75mm F1.8 FE lens has a neat little trick up its sleeve

22 Apr

Samyang (also branded as Rokinon and Bower in other markets), has released its new AF 75mm F1.8 FE lens for full-frame Sony camera systems.

Aside from the rather unusual focal length (I think we can all appreciate the decision not to add yet another 85mm FE lens to the market), the lens has another interesting feature. On the barrel of the lens, Samyang has included a ‘Custom’ switch that will turn the ring on the barrel from a focus ring (Mode 1) to an aperture ring (Mode 2). It’s not a dedicated aperture ring, but the ability to switch on-the-fly is a nice addition, especially for a lens from a budget manufacturer.

Onto the more standard specifications, the lens is constructed of ten elements in nine groups, including two high-refractive (HR) elements and three extra-low dispersion (ED) elements. It offers an aperture range between F1.8 and F22, has a minimum focusing distance of 69cm (27″), features a nine-blade aperture diaphragm and uses a 58mm front filter thread. The lens weighs just 230g (8oz) and measures in at 65mm in diameter (2.56in) and 69mm (2.72″) long, making it an incredibly compact and lightweight lens for its focal length.

Below are a few sample photos, provided by Samyang:

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Samyang hasn’t shared pricing or availability information yet, but we have contacted the manufacturer and will update the article accordingly when we receive a response.

Articles: Digital Photography Review (dpreview.com)

 
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Venus Optics releases Canon RF, Nikon Z mount version of its Laowa 100mm F2.8 2X APO Macro lens

22 Apr

Venus Optics has announced its Laowa 100mm F2.8 2X Ultra Macro APO Lens is now available for Canon RF and Nikon Z camera systems, joining versions for Canon EF, Nikon F and Sony FE mounts.

It’s been exactly two years since the lens was originally announced and in that time the Laowa 100mm F2.8 2X Ultra Macro APO has earned numerous accolades and positive reviews for being an impressive-yet-affordable macro lens that punches well above its price point.

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Aside from the additional mount options, the new models remain unchanged from their previously-announced counterparts. They’re constructed of twelve elements in ten groups, feature an F2.8 through F22 aperture range, offer 2x magnification and have 13-blade aperture diaphragms (same as the Sony FE version).

A size comparison from Venus Optics showing the Laowa 100mm F2.8 2X Ultra Macro APO lens (far-right) compared to similar macro lenses from Nikon, Canon and Sony.

The new models come in at the same size as the Sony FE model, weighing 650g (23oz) and measuring in at 72mm (2.8in) in diameter and 155mm (6.1in) long. Below is a gallery of sample images we captured with the original Canon EF version of the Laowa 100mm F2.8 2X APO Macro lens adapted to an EOS R:

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The Canon RF and Nikon Z mount models are also priced the same, retailing for $ 449 on Laowa’s website and authorized retailers. An optional tripod collar is available as an accessory for $ 30.

Articles: Digital Photography Review (dpreview.com)

 
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Epson announces new and improved 13″ SureColor P700, 17″ P900 photo printers

22 Apr

Epson has announced a pair of new SureColor photo printers, the SureColor P700 and the SureColor P900. These printers print up to 13″ and 17″ wide respectively and are replacing the SureColor P600 and P800 printers in Epson’s lineup.

The P700 and P900 introduce a variety of new features, some of which were introduced in the large format SureColor P7570 and P9570 printers Epson announced last October. Like these larger printers, the P700 and P900 include a new internal light for checking on your prints as they’re being made and a 4.3″ touch screen control panel. While the P700 and P900 do not have the 12 channel print head of their larger siblings, they do include a new 10 channel MicroPiezo AMC Print Head which features dedicated channels for Matte Black and Photo Black ink. This is a big deal for Epson printers as previous generations of printers required time-consuming (and ink-consuming) black ink switching when moving from glossy to matte photo paper.

Shown here is the ink set for the Epson SureColor P700 printer. These cartridges are 25mL each. The cartridges for the P900 are larger and are 50mL each. Image credit: Epson

The SureColor P700 and P900 printers include a new set of Epson UltraChrome PRO10 inks. Epson states that the new inks deliver up to a 6 percent wider color gamut than the P600 and P800 printers. Further, they include a new violet ink channel, which will improve the appearance of blues, violets and purples in your prints. Epson is known for their industry-leading print permanence, and the new ink set continues this trend, promising longevity up to 200 years for color prints and 400 years for black and white prints.

Speaking of black and white prints, the Epson P700 and P900 include a new Carbon Black printing mode, which increases the DMAX by up to 11 percent versus the SureColor P800. The special driver mode is optimized for glossy and metallic glossy media and produces what Epson calls a “rich, ‘wet’ looking black.” This mode uses the existing Light Gray ink channel and does not require a dedicated ink channel, such as Canon’s Chroma Optimizer.

Epson SureColor P900 printer. Image credit: Epson

Considering the printers themselves, let’s look at the new 4.3″ touchscreen user interface. This new control panel is user customizable, including in terms of color and the information displayed. The panel can also show a live preview of the image you are printing. Settings shown on the touchscreen panel include the internal light option, network settings, errors and warnings, print job status and remaining time, media type and loading options, ink levels and more. Regarding network settings, the SureColor P700 and P900 printers include new 2.4 and 5 GHz wireless functionality.

The SureColor P700 and P900 printers are also much more compact than their predecessors. They are up to 30 percent smaller than the printers they are replacing. In fact, the new SureColor P900, despite printing up to 17″ wide rather than 13″ wide, is the same size as the outgoing SureColor P600. Specifically, the P700 is 20″ wide and the P900 is 24″ wide. They have respective minimum depths of 20.8″ and 23.1″.

Epson SureColor P700 and P900 printer dimensions. Click to enlarge the image. Image credit: Epson

As mentioned, the SureColor P700 supports 13″ wide media. Core media up to 2″ is supported. The P700 includes an include rear roll media feed, allowing for roll printing up to 10 ft. long. When loading sheet media from the top, the P700 can hold between 10 and 30 sheets at a time. There is also no need for a second Fine Art tray anymore; you can load all accepted paper via the single top load tray. The printer can accept media up to 1.5mm thick.

The SureColor P900 accepts 17″ wide media and supports both 2″ and 3″ cored roll media via an optional enclosed roll media adapter. Like the P700, there is a single top lead sheet tray now, which can accept between 10 and 30 sheets of paper and papers up to 1.5mm thick. In the case of both the P700 and P900, there is no built-in cutter.

To summarize, the key features of the new Epson SureColor P700 and P900 printers are as follows:

  • UltraChrome PRO10 10-color ink technology with up to a 6 percent wider color gamut than the SureColor P600 and P800 printers.
  • New MicroPiezo AMC print head with dedicated channels for photo black and matte black. This means no more black ink switching when changing paper types.
  • Carbon Black Overcoat technology results in improved black density on glossy media.
  • Dramatically smaller physical size compared to the P600 and P800 printers.
  • New 4.3″ touchscreen control panel.
  • Improved media feeding options.

The Epson SureColor P700 and P900 printers are now available to order with shipment expected to begin in early May. The estimated MSRP for the new P700 and P900 printers are $ 799 and $ 1,195 respectively.

Articles: Digital Photography Review (dpreview.com)

 
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Samsung is aiming to develop 600MP image sensors

21 Apr

In the last couple of years or so we have seen the size of image sensors in high-end smartphones increase quite dramatically. At the same time pixel counts have skyrocketed, driven, at least in part, by the use of pixel-binning technology to capture images with lower noise levels and a wider dynamic range than would be possible with conventional sensor technology.

The sensor in the main camera of Samsung’s latest flagship smartphone, the Galaxy S20 Ultra, is a prime example for both these trends. At 1/1.33″ it’s one of the currently largest (only the 1/1.28″ chip in the Huawei P40 Pro is bigger) and a whopping 108MP resolution allows for pixel binning and all sorts of computational imaging wizardry to produce 12MP high-quality default output.

In terms of pixel binning this latest Samsung sensor taken thins even one step further than previous generations. Instead of four it combines 9 pixels into one for an effective pixel size of 2.4µm.

Now we’ve learned that the South Korean company has no intentions to stop there. In a blog post on the company website, Samsung’s Head of Sensor Business Team Yongin Park explains that it is the company’s goal to design and produce image sensors that go beyond the resolution of the human eye which is said to be around 500MP.

However, Yong is aware that numerous challenges have to be overcome to achieve this goal.

‘In order to fit millions of pixels in today’s smartphones that feature other cutting-edge specs like high screen-to-body ratios and slim designs, pixels inevitably have to shrink so that sensors can be as compact as possible.

On the flip side, smaller pixels can result in fuzzy or dull pictures, due to the smaller area that each pixel receives light information from. The impasse between the number of pixels a sensor has and pixels’ sizes has become a balancing act that requires solid technological prowess,’ he writes.

Launched in 2013, Samsung’s ISOCELL technology has been paramount in allowing for more and more pixels to be implemented on smartphone image sensors, by isolating pixels from each other and thus reducing light spill and reflections between them. first this was done using metal ‘barriers’. Later generations used an unspecified ‘innovative material’.

Tetracell technology came along in 2017 and used 2×2 pixel binning to increase the effective pixel size. It was superseded by the company’s Nonacell tech and its 3×3 pixel arrays earlier this year. At the same time Samsung engineers were also able to reduce pixel size to a minuscule 0.7?m. According to Park this was previously believed to be impossible.

So, what can we expect from Samsung’s sensor division in the medium and long term? Park says that the company is ‘aiming for 600MP for all’ but doesn’t provide much detail on how this could be achieved. These sensors would not necessarily be exclusive to use in smartphones, however, and could be implemented for a wide range of applications.

‘To date, the major applications for image sensors have been in the smartphones field, but this is expected to expand soon into other rapidly-emerging fields such as autonomous vehicles, IoT and drones,’ he explains.

In addition the company is looking at applications for its sensors that go beyond photography and videography. According to Park, sensors that are capable of detecting wavelengths outside of the range of human eyes are still rare, but could benefit in areas such as cancer diagnosis in medicine or quality control in agriculture.

Articles: Digital Photography Review (dpreview.com)

 
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Huawei caught using DSLR images to promote smartphone cameras (again)

21 Apr

Huawei has once again been caught using an image captured with a DSLR to promote its mobile cameras. This issue was discovered on Chinese social media website Weibo, where Huawei published a video that contained multiple images allegedly snapped using its smartphones. According to the South China Morning Post, some of the images were traced back to a 500px user.

The issue was first spotted by photographer Huapeng Zhao, who recognized some of the images and traced them back to a 500px user named Su Tie. Rather than having been captured with a Huawei smartphone as the company’s promotional video claimed, Su Tie’s 500px account indicates the images were captured with a Nikon D850.

In a post on the matter published on Weibo, Huawei said that a ‘negligent editor’ had ‘incorrectly marked that [the DSLR images] were taken with a Huawei smartphone.’ The company thanked Huapeng for spotting the issue and apologized to the community. An updated version of the video without the DSLR images has been posted on Weibo.

This is not, however, the first time Huawei has been caught passing DSLR content off as images captured with its mobile phones.

In early 2019, for example, Huawei used stock images of a volcano captured with a DSLR to promote the zoom lens capabilities of its P30 Pro smartphone. Before that in 2018, the company was caught using an image captured with a DSLR to promote its Nova 3 smartphone. Sadly, this practice isn’t limited to Huawei — Samsung has also been caught passing off DSLR images as mobile images.

In 2018, Samsung Malaysia was caught using an image captured with a DSLR on the website for its Galaxy A8 Star handset, failing to state on the page that the image was not captured using its mobile camera and software. Before that, Samsung Brazil was caught using selfies captured with a DSLR to promote its Galaxy A8 model.

At this point in time, it’s unclear whether Huawei had received permission from Su Tie to use the images in its promotional video. The discovery highlights the importance of taking manufacturer promotional images with a grain of salt, particularly ones that look too good to be true. Though mobile camera technology, including both hardware and software, have improved considerably over recent years, they’re still no match for expensive professional camera systems.

Articles: Digital Photography Review (dpreview.com)

 
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Canon EOS R: much improved for people and portraits

21 Apr

We’ve re-tested the Canon EOS R, using firmware v1.6 and updated the review. We’ve given particular focus to the Eye AF feature and have investigated both its performance and operation, which boost the camera’s score and makes it much easier to shoot portraits.

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8K and then some: what the Canon EOS R5’s video specs mean

21 Apr

Introduction

Canon kickstarted the idea of the stills/video hybrid ILC with the introduction of the EOS 5D Mark II in 2008. Since then it appears to have focused most of its video efforts on its Cinema EOS line of professional video cameras.

However, as part of its drip-feed of EOS R5 specs, Canon has spelled out a lot more about its video capabilities. And, from what’s been said, it looks like the biggest leap forward in video for Canon’s main EOS line since that launch 12 years ago.

We already knew that the EOS R5 was going to be able to shoot at 12 fps with its mechanical shutter and 20 in e-shutter mode and that it was going to shoot 8K, but the more detailed video specs are worth digesting…

8K video capture

The most eye-catching spec is one that Canon’s previously announced. The EOS R5 will become the first consumer ILC to offer 8K video capture. That’s a huge deal, in part because of what it tells us about the camera’s processing power.

8K is usually taken to mean a resolution of 7680 x 4320 pixels, which is exactly four times the size of UHD 4K (also meaning it’s the theoretical perfect capture resolution if you wish to correctly represent all the spatial frequencies that can be conveyed in a 4K image).

However, Canon has previous tended to prefer the wider 1.90:1 DCI format to the 16:9 of UHD for its high end cameras. Canon also says that it’s both the 8K and DCI 4K modes that use the full width of the sensor, which could imply the use of a 8192 x 4230 region. This would require a 44.7MP sensor, rather than the ~40MP chip needed for 16:9 8K.

Even though 8K displays aren’t exactly widespread, yet, there are plenty of reasons it can still be useful. Whether it’s to provide greater compositional flexibility in the edit, to provide better quality 4K footage, or to future-proof your project, 8K capability will have its uses.

8K Raw

And, as if 8K video weren’t impressive enough (as we say, it’s at least four times the data demand that still causes many cameras to get hot under the collar dealing with), Canon says the EOS R5 will capture Raw video data.

Internal Raw video capture is scarce enough in the 4K realm, being almost the sole preserve of the EOS-1D X Mark III, with just a handful of cameras having to hand-off much of the heavy lifting to Atomos’ external recorders. But Canon says the EOS R5 will handle 8K 30p in Raw: that’s thirty 32MP images per second.

Given the 1D X III shoots 5.5K Raw in 12-bit, we’d assume a similar setup here. Canon hasn’t specified the data rates yet. The R5’s 8K is a bit more than twice the number of pixels as the 1D X III’s video, so we’d expect its 8K/30p to be anywhere from a bit above the 2600 Mbps that the 1D X III uses to store 5.5K/60p to somewhere in the high 3000 Mbps range, if the compression ratio is closer to that of the 1D X III’s 5.5K/30p data rate.

Unlike the 1D X III, it’ll be able to output its maximum rate while maintaining Dual Pixel AF.

10-bit C-Log

For those of us without cooled server farms and infinite storage, the EOS R5 will be able to shoot C-Log footage. Like the 1D X Mark III, this is output as 10-bit 4:2:2 H.265 footage.

This is likely to be the Canon Log response that incorporates around 12 stops of dynamic range, giving a good degree of flexibility in when post-processing. LUTs for the Canon Log response are already widely available, for both SDR and HDR output, making it easy to incorporate the R5 into an existing workflow.

10-bit HDR PQ

Alternatively, the camera will output footage encoded using the PQ (perceptual quantizer) curve used in several of the most sophisticated HDR TV standards.

This provides a means of shooting footage directly for use on HDR displays. It’s interesting to see Canon plump for the PQ response, rather than the simpler and SDR-compatible HLG system adopted by Panasonic, Fujifilm and Sony.

4K/120

As if the promise of 8K video weren’t impressive enough, Canon says the EOS R5 will be able to shoot 4K footage from the full width of its sensor at up to 120p. While maintaining full Dual Pixel AF.

In an era when most of the handful of cameras that can shoot 4K/60 have to crop or sub-sample their sensors to do so, the idea of shooting 120p (119.94) is a big step forward.

It’s likely that both this and the 60p footage will be sub-sampled in some manner (if it could read and process that entire sensor region 120 times a second, it could presumably offer 8K/120, too!).

But played back as 24p, it can be used as 1/5th speed slow-mo, or 1/4th speed for 30p playback, which is a useful creative option in 4K workflows.

IBIS

Like the Nikon Z7, the EOS R5 will have in-body image stabilization.

Another key capability is the inclusion of in-body image stabilization. Canon has pretty well-established digital stabilization in many of its cameras but the EOS R5 will be the first instance of a Canon ILC with a moving sensor providing stabilization, too.

No details were given about whether the in-body system shares the stabilization duties when an IS lens is mounted (passing off pitch and yaw correction to the lens), or whether they both work in together, collaboratively.

This feature, combined with dual pixel AF and internal capture of even the highest-quality footage make the EOS R5 an effectively self-contained video package, able to turn its hand to a wide range of shooting styles and situations, including run-and-gun operation.

Potential limitations

There are a couple of details that are unknown, though. Many current cameras’ maximum recording times are limited by the heat build-up, especially when shot at their highest resolution modes. The EOS R5 promises to juggle tremendous amounts of data, which is likely to generate a lot of heat, so it’s not clear how long it will be able to run for, in its more technically impressive modes.

Also, although it’s a two-slot camera, Canon has opted for one of these to be UHS-II. At present, the fastest SD card standards only guarantee 90 MB/s write speeds (no matter what the peak speeds quoted on the card say). At ‘only’ 720 Mbps, it’s unlikely most of the R5’s highest video rates can be dependably written to the SD card slot, potentially making it a single card slot camera from a high-end video perspective.

Unless data can be channelled to an external SSD across USB-C, the capacity of your CFexpress card might another bottleneck that limits the camera’s shooting duration.

Battery life is the other potential limitation for a camera doing so much hard work. The mockups and computer renderings Canon has shown so far suggest there won’t be room for a battery much bigger than in existing models, so that’s another potential limit (though again, one that clever use of the USB socket might alleviate.

Summary

Canon’s latest spec disclosure was solely focused on video but we’d expect it to be as much a camera for stills shooters as it is a video tool. We look forward to seeing what all this processing power will mean for AF and stills shooting, too.

Canon has let its main EOS line fall significantly behind its rivals (the EOS 5D IV’s cropped video was off the pace when it was launched, so looked even more tired by the time it appeared in the EOS R, two years later), whereas the EOS R5 is not so much a case of catching up as establishing a significant lead.

Dale Baskin has looked into the implication of these video specs a bit more detail, but even if you’re not interested in video, the EOS R5 is a camera worth watching.

Articles: Digital Photography Review (dpreview.com)

 
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Canon EOS R5 video specs include 8K/30, 4K/120 with Raw, 10-bit H.265 and full AF

21 Apr

Canon has revealed the video specs of its forthcoming EOS R5 full-frame image stabilized mirrorless camera. They include including internal Raw capture of its 8K/30p footage and full-width 4K at up to 120p with 10-bit 4:2:2 recording and full AF in all modes.

The 8K is the most striking detail. This will be offers in a choice of internal Raw capture or 10-bit 4:2:2 H.265 modes. These gamma-encoded modes will have the option of Canon Log or HDR PQ output, depending on whether you plan to color grade or want to shoot directly for HDR display. Full Dual Pixel AF will be available, Canon says.

The 8K footage comes from the whole width of the sensor, as does its DCI 4K output, which could imply the use of the wider-screen 8192 x 4320 pixel version of 8K (a 1.90:1 ratio ration than 16:9).

4K specs extend up to internal 120p capture, with use of the full width for the DCI 4096 x 2160 shooting. Again there’s the option of 10-bit 4:2:2 H.265 capture in either C-Log or HDR PQ. 4K/60p footage can be recorded internally or output over HDMI.

The camera will have dual card slots: one for CFexpress cards and one UHS-II SD slot. We’d expect the camera’s highest quality modes to only work with the faster CFexpress slot.

Canon has not specified data rates or recording times for any of these modes. These, along with battery life, are likely to play a big role in dictating how flexible the camera is. Most current stills/video cameras struggle to deliver their highest resolutions and frame rates for extended periods due to heat build-up, so there may be limits to how long the R5 can maintain its impressive capabilities.

Press Release:

THE EXCITEMENT BUILDS: CANON ANNOUNCES ADDITIONAL IN-DEMAND SPECIFICATIONS OF THE EOS R5 FULL-FRAME MIRRORLESS CAMERA

MELVILLE, N.Y., April 20, 2020 – Canon U.S.A. Inc., a leader in digital imaging solutions, today is sharing additional specifications of the highly anticipated Canon EOS R5 full-frame mirrorless camera currently in development. The newly released information divulges further details on the 8K video recording capability, IBIS and more.

Newly Announced Details of The Canon EOS R5 Full-Frame Mirrorless Camera include:

  • 8K RAW internal video recording up to 29.97 fps
  • 8K internal video recording up to 29.97 fps in 4:2:2 10-bit Canon Log (H.265)/4:2:2 10-bit HDR PQ (H.265).
  • 4K internal video recording up to 119.88 fps in 4:2:2 10-bit Canon Log (H.265)/4:2:2 10-bit HDR PQ (H.265). 4K external recording is also available up to 59.94 fps.
  • No crop 8K and 4K video capture using the full-width of the sensor.*
  • Dual Pixel CMOS AF available in all 8K and 4K recording modes.
  • Canon Log available in 8K and 4K internal recording modes.
  • A Canon first, the EOS R5 will feature 5-axis In-Body Image Stabilization, which works in conjunction with Optical IS equipped with many of the RF and EF lenses.
  • Dual-card slots: 1x CFexpress and 1x SD UHS-II.

To learn more about the Canon EOS R5 Full-Frame Mirrorless Camera and the additional information announced, please visit, usa.canon.com/EOSR5

*When in 8K RAW, 8K/4K DCI modes.

Articles: Digital Photography Review (dpreview.com)

 
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Panasonic announces 5.9K ProRes Raw video for Lumix DC-S1H

21 Apr

Panasonic has announced firmware V2.0 for the Lumix S1H that, alongside the usual bug fixes, adds the ability to output 5.9K or 4K Raw video data that can be captured as ProRes Raw when connected to an Atomos Ninja V recorder.

Raw video provides editors with more post processing flexibility than Log-encoded footage, including Panasonic’s own V-Log, and provides similar capabilities to Raw photo editing, such as the ability to set a new white balance after footage is shot.

Apple recently released a version 1.0 beta of ProRes Raw for Windows that added support to Adobe apps running on the Windows platform, including Adobe Premiere Pro and After Effects. Availability on both Apple and Windows systems should make it easier for video shooters to adopt the codec.

Firmware V2.0 for the Panasonic S1H adds ProRes Raw video capture capability when paired with an Atomos Ninja V recorder.

The firmware, which doesn’t require a paid upgrade, adds 5.9K 16:9 capture from the full width of the sensor at up to 30p or 4K 17:9 capture from a Super 35 region at up to 60p. There’s also a 4:3 option for anamorphic Super 35 shooting. All modes are based on 12-bit output.

Unlike ProRes Raw capture on Nikon’s Z6, the Panasonic does not pixel skip to produce its Raw video data stream. Its viewfinder also continues to function when Raw data is being output, which is likely to be a benefit for anyone shooting hand-held footage.

A full suite of exposure support tools, including Wave Form Monitor, Vector Scope, Luminance Spot Meter, Zebra Pattern remains available.

Alongside Raw video options, a series of minor UI and handling improvements have been added, and a series of minor bugs fixed. The firmware will be available from May 25th.

Press Release:

Panasonic Releases Firmware Update Program for LUMIX S1H RAW Video Data Output over HDMI

Newark, NJ (April 20, 2020) – Panasonic has announced that the company will release the firmware update program for the LUMIX S1H Full-Frame mirrorless camera to enhance its performance and usability, as stated last September. Working together with Atomos, a global company that creates video equipment for professional film creators, the new firmware enables the output of maximum 5.9K/29.97p and 59.94p 4K* RAW video data over HDMI to save it as Apple ProRes RAW on the Atomos Ninja V 4K HDR monitor-recorder. In addition, it further complies with 3.5K Anamorphic 4:3. Panasonic commits to provide innovative solutions for professional film creation by enabling all S1H users to receive this firmware for free of charge.

The program will be available at LUMIX Global Customer Support website https://av.jpn.support.panasonic.com/support/global/cs/dsc/ on May 25, 2020.

* 4128×2176(17:9), announced as “C4K” at IBC2019. Corresponding to C4K (4096×2160) as defined by Digital Cinema Initiatives (DCI).

LUMIX S1H Firmware Version 2.0

1) RAW video data output over HDMI

  • [5.9K] / [4K] / [Anamorphic (4:3) 3.5K] 12-bit RAW video data can be output over HDMI. The Apple ProRes RAW can be recorded on Atomos Ninja V.
Area Resolution Frame Rate Aspect HDMI Output
Full-Frame 5.9K (5888×3312) 29.97p/25p/23.98p 16:9 12-bit
Super 35mm 4K (4128×2176) 59.94p/50p/29.97p/25p/23.98p 17:9 12-bit
Super 35mm Anamorphic 3.5K (3536×2656) 50p/29.97p/25p/23.98p 4:3 12-bit
  • V-Log or Rec.709 is selectable on Live View monitor during RAW output.
  • Shooting assist functions including WFM (Wave Form Monitor), Vector Scope, Luminance Spot Meter, Zebra Pattern can be used during RAW output.

2) Enhanced video functions / improved performance

  • Downconverted output over HDMI during [6K]/[5.9K]/[5.4K] video recording is available.
  • In Creative Video mode, it is possible to disable the operation of starting/stopping video recording by pressing a shutter button.
  • In Creative Video mode, it is possible to set [Rec Quality(My List)] from the control panel.
  • The value of noise reduction in [V-Log] in Photo Style has been expanded to [-1]. It suppresses afterimages previously occurred in some situations.
  • It is possible to prevent the enlarged view window of MF Assist to be output over HDMI.
  • There were cases where color banding appeared in 4:2:0/10-bit video recording in some situations. This bug has been minimized.
  • There were cases where the REC RUN time code did not count up when the video was not recorded on an SD Memory Card but was recorded on an external device over HDMI. This bug has been fixed.

3) Other added functions / improvements

  • It is possible to set [AF+MF] in AFC mode.
  • It is possible to assign functions to the lens’ Fn buttons when the Panasonic LUMIX S PRO 70-200mm F2.8 O.I.S. (S-E70200) is mounted.
  • It is possible to assign function to the Fn buttons of Sigma L-Mount interchangeable lenses.
  • When attaching a lens using the Sigma MC-21 mount converter and [Image Stabilizer] > [Lens] is set to ON , Body I.S.(Image Stabilizer) suppresses roll movement.
  • [Backlight Illumination Period] has been added to the menu of Status LCD. [ON1] prevents the LCD backlight to be turned off.
  • It is possible to select the card slot to save the JPEG images developed by in-camera RAW processing.
  • [0.5 SEC] has been added for an option of [Duration Time (photo)] in [Auto Review].
  • [Off (Disable Press and Hold)] can be assigned to the Fn button. It disables operation when the button is long-pressed.
  • Fn button can be used for checking aperture effect while the button is pressed.
  • To prevent improper operation, touch-control is disabled for [Delete All] operation in playback mode. Only cursor buttons can be used for [Delete All] operation.
  • There were rare cases where the camera froze during [Segmented File Recording] or during recording at 400 Mbps under a particular set of conditions including the type of SD Card used. This phenomenon has been improved.
  • Aperture and shutter speed can be controlled using front/rear dials when the rear monitor is set to OFF.
  • There were cases where F value control failed depending on the maximum F value when non-Panasonic L-Mount lens is mounted. This bug has been fixed.

Articles: Digital Photography Review (dpreview.com)

 
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