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Posts Tagged ‘Show’

UK’s ‘The Photography Show’ has been postponed due to COVID-19, is still on course for a 2020 show

10 Mar

The organizers behind The Photography Show and The Video Show, have announced the event is being postponed due to ongoing concerns regarding COVID-19 (the coronavirus). Originally set to take place from March 14 through March 17 at the National Exhibition Centre in Birmingham, England, the event will now take place at a later time in 2020, if all goes according to plan.

In the statement shared on The Photography Show website, organizers say they have ‘taken the extremely difficult decision to postpone The Photography Show & The Video Show until later in the year, when we will be able to deliver the show you deserve.’

The organizers note any current ticket-holders will be able to use their tickets for the future event, whenever the dates are established. In the event attendees aren’t able to attend at the future date, they will have the option to receive a refund, including any ‘Extras’ purchased alongside the main ticket.

According to The Photography Show website, over 300 brands and 32,000 visitors show up annually to see the latest products and attend over 270 talks, demos and galleries over the course of the four-day show. Canon, Epson, Fujifilm, Nikon, Panasonic, Rode, Sony, and Westcott are just a few of the featured exhibitors who are planning to attend the event. The organizers say they will ‘aim to keep the programme the same where possible, subject to speakers being available for the new dates [and] hope that the exhibitor list will remain much the same.’

You can visit The Photography Show’s website to view more details.

Articles: Digital Photography Review (dpreview.com)

 
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iFixit tears down a Galaxy S20 Ultra to show off the ridiculous camera array

05 Mar

Repair site iFixit has published its in-depth teardown of Samsung’s new flagship smartphone, the Galaxy S20 Ultra. In addition to the video above, iFixit also shared a detailed account of the autopsy, including close-up shots of the impressive camera array Samsung has packed inside this monster.

The motherboard assembly, which includes the camera array, is carefully removed from the Galaxy S20 Ultra unit.

As a quick refresher, the Galaxy S20 Ultra features a camera array consisting of three individual modules: a 12-megapixel F2.2 ultra-wide camera module, a 108-megapixel F1.8 wide-angle camera module and a 48-megapixel F3.5 telephoto camera module, the last of which offers up to 100x zoom through a combination of optical and digital zoom with a little AI and software trickery for good measure. On the front of the S20 Ultra is a ridiculous 40-megapixel front-facing camera as well.

The 108-megapixel sensor inside the Galaxy S20 Ultra (top) shown alongside the 12-megapixel primary sensor inside Apple’s iPhone 11 Pro.

First up on the docket was the 108-megapixel (9.5mm x 7.3mm) wide-angle camera, powered by Samsung’s ISOCELL Bright HM1 ‘Nonacell’ image sensor. As iFixit points out, this massive sensor features roughly double the surface area compared to the iPhone 11 Pro’s 12-megapixel primary sensor and uses Samsung’s Nonacell pixel-binning technology to bring the final image down to approximately 12-megapixels.The 12-megapixel F2.2 ultra-wide camera module was glossed over in the teardown, but given a nod in the video as it’s removed from the main camera assembly.

From there, iFixit took a closer look at the 48-megapixel F3.5 telephoto camera module, which is responsible for the 100x ‘Space Zoom’ advertised on the outside of the camera bump. Similar to other periscope-style zoom lenses seen in past smartphones, Samsung uses an array of zoom lenses behind an optically-stablized prism (which is used to redirect the light 90-degrees) to get up to 4x zoom capability. As noted above, the 100x ‘Space Zoom’ is achieved through a combination of sensor cropping, digital zoom and software.

The prism (top) redirects the light 90-degrees through the lenses housed within the assembly (black box, above where the tweezers are positioned), which slides back and forth within the guides to offer up to 4x optical zoom.

Other components onboard the Galaxy S20 Ultra include the 6.9-inch Quad HD+ Dynamic AMOLED Infinity-O Display (3200 x 1440 pixel, 511ppi, up to 120Hz refresh), a Snapdragon 865 processor, up to 16GB of LPDDR5 RAM and a 5,000mAh battery. As you might expect for a smartphone that manages to pack that much tech inside its frame, the device doesn’t score too well on iFixit’s repairability chart. When all was said and done, iFixit gave the Galaxy S20 Ultra a three out of ten.

You can find more images and read peruse through the entire teardown over on iFixit’s website.


Image credits: Photos via iFixit, used with permission

Articles: Digital Photography Review (dpreview.com)

 
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High-resolution telescope images show Sun’s surface in ‘unprecedented detail’

01 Feb
‘This image covers an area 8,200 x 8,200 km (5,000 x 5,000 miles, 11 x 11 arcseconds).’ — Credit: NSO/AURA/NSF

The Daniel K. Inouye Solar Telescope has produced high-resolution images that show the Sun in ‘unprecedented detail,’ according to an announcement from the National Science Foundation (NSF). The telescope is located close to the summit of Maui’s Haleakala volcano. Each of the ‘cell-like structures’ visible in the images and video are approximately as large as Texas, according to NSF.

Understanding the Sun is an important step toward improving space weather forecasts, which will help humanity anticipate potentially disruptive events. The Inouye Solar Telescope is a key tool that will shed light on a number of the Sun’s mysteries. According to the NSF, having hours of advanced notice about potential space weather events will give officials time to put satellites and important infrastructure like power grids into safe mode.

The Inouye Solar Telescope features a massive 4m (13ft) mirror and more than 11km (7 miles) of piping as part of the cooling system that protects the telescope and its optics. The NSF explains that Inouye feature’s adaptive optics designed with an off-axis mirror placement that compensates for the blur that would otherwise result from the Earth’s atmosphere.

Astrophysicist and cosmologist Katie Mack chimed in on the above video, sharing a fun little anecdote about how the forces at work on the sun can be seen here on Earth in everyday life:

Ultimately, the Inouye Solar Telescope has the largest aperture of any solar telescope in the world, according to director Thomas Rimmele. The first half-decade of the telescope’s operation is expected to produce more solar data than humanity has generated in the past few hundred years.

Articles: Digital Photography Review (dpreview.com)

 
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Canon’s annual results show a rough 2019, but tease ‘advanced’ mirrorless camera, lenses for 2020

31 Jan

Canon has published its 2019 fiscal year financial results and presentation. In the documents, Canon highlights how the company has done, shedding light on what we can expect in the coming year, both fiscally and on the development front.

On the financial front, Canon’s Imaging System division recorded net sales of 807.4B yen and a net operating profit of 48.2B yen a decrease of 16.8 percent and 62 percent, respectively, year-over-year. Canon anticipated a dramatic drop-off in both net sales and operating profit, due to ‘market contraction and the intensely competitive environment,’ but the final results are still slightly worse than expected at 14.6B yen and 2.6B yen lower than Canon’s projections as of last quarter.

Echoing CIPA data, Canon notes the interchangeable-lens camera market shrank 15 percent, with entry-level models being the most impacted due to the increasing capabilities and popularity of smartphones. Canon also recognized its own shortcomings, with a note in the presentation saying:

‘Although we have launched two full-frame mirrorless cameras as well as ten dedicated lenses, our lineup is still insufficient.’

Looking forward, Canon remains realistic, saying it ‘expect[s] camera revenue to decline due to the impact of continuing market contraction,’ but feels confident it will ‘put a stop to the decline in profitability, by further enhancing our mirrorless lineup with an advanced feature full-frame model and lenses, and by accelerating review of our business structure.’

Specifically, Canon makes it very clear that it’s working on more advanced mirrorless cameras, saying:

‘In order to recover from our late entry into the mirrorless camera market, we have plans to launch a model that incorporates a newly developed image sensor and image-processing engine that offer even more advanced features. We will work to raise our presence in the mirrorless camera category, leveraging large trade exhibitions around the world. Even amid increasing competition, we will expand sales of higher-end models driven by new products and aim for top market share even in the mirrorless camera market.’

Canon is projecting its net sales and operating profit for the 2020 fiscal year will be 787B yen and 53.7B yen, respectively, which would equate to a 2.5 percent decrease in net sales and an 11.5 percent increase in operating profit, year-over-year. In addition to offering more ‘advance feature full-frame’ mirrorless cameras and RF lenses, Canon’s projected increase in profitability will also likely be helped with fabrication costs now that it appears to have its mirrorless manufacturing facilities up and running.

Canon’s sentiments expressed in the presentation further lend credibility to the ongoing rumors about its forthcoming mirrorless cameras, but certainly fall short of telling the whole story, which we will only find out with time.

Articles: Digital Photography Review (dpreview.com)

 
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Leaked Pixel 4 photos show new and improved astrophotography, portrait and Night Sight modes

03 Oct

The Google Pixel 4 is just around the corner, expected to be announced at the Made by Google Event on October 15. We’ve already seen what the Pixel 4 will look like, thanks to both Google and third-party leakers, but today we’re getting more than a hardware leak. 9to5Google has obtained exclusive images that it claims Google will use to promote the new camera capabilities of its impending device.

9to5Google has kindly given us permission to share the full-resolution images directly from their source and only saved once with a watermark over them. The images, as you’ll see below, are a combination of images captured with the front-facing selfie camera and the rear-facing cameras (rumors point to there being a 12-megapixel main camera and a 16-megapixel telephoto camera). The images appear to include photos shot in multiple camera modes, including the improved Night Sight mode and a new star-shooting mode that’s been rumored for some time now.

First up are a few photos that appear to show off the portrait mode of the front-facing camera onboard the Pixel 4. Interestingly, these photos measure in at 4.5-megapixels, nearly half the resolution of the 8-megapixel onboard the Pixel 3, so we’re not sure whether these are simply resized or from a larger sensor that’s been supersampled, but whatever the case is, they look impressive. The faked bokeh looks both realistic and smooth, while the outline, even around hair, seems to be precise, with only a few notable exceptions (specifically the arm on the white jacket).

Next up are more portrait mode shots with what we presume to be the rear-facing camera on the Pixel 4. These shots measure in at 7-megapixels and were taken with the main camera (the Pixel 4 will feature multiple camera modules). Like the previous shots, the fake bokeh appears to be incredibly accurate, even on difficult subjects, such as a long-haired pet and flyaway hairs.

Moving along, we have three photos (two 9.2-megapixels and one 5.2-megapixels) that appear to be taken with Google’s Night Sight mode. Based on the EXIF data embedded in some of the images, the photos were taken with the main 27mm (35mm equivalent) F1.7 camera onboard the Pixel 4. The actual lighting scenario in the scene isn’t known, but the images appear both bright and vibrant with nice dynamic range, even in the images that have multiple light sources at different color temperatures.

Along the lines of Night Sight, it appears a pair of photos showing off the much-rumored night sky camera mode expected to be onboard the Pixel 4. Based on the EXIF data, these images (the header image of this article and the below image) were also captured with the main camera unit and the GPS data reveals the shots were captured at Pinnacles National Park in Central California along State Route 146. For being captured with a smartphone, the amount of detail captured in the night sky is absolutely incredible. It seems as though stars get lost around the silhouette of the trees in the frames, but the rest of the sky showcases countless stars in the Milky Way.

The remainder of the photos showcase a number of scenes, but it’s not clear what specific camera modes are being used to capture these images. As noted by 9to5Google, it’s been rumored there will be a ‘Motion Mode’ with the Pixel 4, but that’s not yet confirmed, even though a few action-style shots are seen in the following images.

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Plenty still remains to be seen, but with the Made by Google Event less than two weeks away, it won’t be long before we know just what the Pixel 4 is capable of. 9to5Google has also detailed a new ‘Dual Exposure’ mode that’s believed to be avaialble on the Pixel 4.

Articles: Digital Photography Review (dpreview.com)

 
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Apple used an unreleased 8K Canon cinema camera to show off its Mac Pro, Pro Display XDR

04 Jun

During the launch of Apple’s new hardware and software yesterday at the World Wide Developers Conference (WWDC) 2019 an unreleased 8K Canon video camera was used to capture high resolution footage to demonstrate the quality of the new Pro Display XDR. The video camera was mounted on a robotic arm and was feeding the Apple display with 4:4:4 ProRes 8K raw video via an Atomos Shogun, according to tech YouTuber Jonathan Morrison who live streamed from the event.

During his video the Apple rep refers to the camera on the robotic arm as an ‘unreleased 8K Canon camera’ and from the clips it is easy to see it is designed in the style of the company’s C series. Interestingly, it appears to be mounted with a Sigma 18-35mm T2 in the EF mount. The relevant portion of the video is at roughly the 10:55 mark in the video below:

Canon has featured 8K demonstration cameras and displays in the past at its Canon Expo events, but this is the first time it has allowed the technology to be shown outside of the ‘showcase’ environment, and in a body form that we would recognize.

Articles: Digital Photography Review (dpreview.com)

 
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CP+ 2019: Fujifilm interview – ‘We want to show photographers the future’

28 Mar
Makoto Oishi, Product Planning Manager at Fujifilm, holds a working prototype of the forthcoming GFX 100 medium format camera.

At the CP+ show earlier this month in Yokohama Japan, we sat down with senior executives from Fujifilm. During our conversation we covered everything from the upcoming GFX 100, to plans for APS-C and why the X100 still occupies such an important position in the company’s lineup.

Our interview was conducted with three senior executives in Fujifilm’s Electronic Imaging Products Division:

  • Toshi Iida, General Manager.
  • Makoto Oishi, Product Planning Manager.
  • Shin Udono, Senior Manager of the Sales and Marketing Group.

This interview has been edited for clarity and flow. For the sake of readability, responses have been combined.


In the long-run, how do you see full-frame and medium format coexisting?

They definitely will coexist. Especially after we introduced the GFX 50R, we’ve seen a wider audience become interested in medium format and the sales of the 50R look very promising. I think this is a good sign.

Do you have a target for market share of the full frame + market?

We don’t have a specific number, but roughly speaking full-frame accounts for about 1/3 of the market right now in terms of value. It’s growing slightly. Medium format used to be something like 1% but after we introduced GFX, the medium format market has doubled. This is a good start. So we don’t have any specific target numbers, but our mission is to increase the size of the medium format market.

After we introduced the 50S, we checked to see what kind of customers were buying it, and roughly 70% of the buyers were coming from other brands. Mainly DSLR users. These users still keep their existing systems, and the GFX is additional.

The original GFX 50S, a 50MP camera intended to compete with flagship high-resolution DSLRs and full-frame mirrorless cameras.

Do you have a sense of how many of your GFX customers are professionals?

According to our surveys, 20% are professional, and 80% are non-professional. If you look at the GFX 50R, more of those customers are non-professionals. Learning from our experience with the 50R, I think that the customer base is growing. People who shoot street-style photographs like the 50R, which takes them back to the days of our medium format film cameras. Of course the focus could be faster, but they can live with the current system.

Is it important to you that the proportion of professional users increases?

Yes, of course. Especially after the [announcement of] Capture One compatibility, we increased our professional user base, and of course the GFX 100 is coming.

What do you want the GFX 100 to achieve for Fujifilm?

We hope that it will be successful commercially, but more importantly we want to show [photographers] the future – the potential of medium format. I think that full-frame can probably reach 70-80MP, but we need to stay ahead, using the larger format. So it’s kind of a technology showcase, showing our [confidence in] the format. The other side is that it’s a good way of demonstrating the quality of our glass. Our GFX lenses were all originally designed for 100MP resolution.

A prototype GFX 100, showing the large, stabilized 100MP sensor.

Do you have an update on availability of the GFX 100?

It will be before the end of June – within the first half of this year.

When you’re developing lenses for GFX, what was more important – the experience gained from developing lenses for the X Series, or experience developing lenses for large formats?

I think really our experience from the X Series. They were designed to cope with modern sensors, and the need to control the light more precisely.

What kinds of photography do you think the GFX 100 will be used for?

Our immediate [target market] is commercial photographers, people who shoot fashion, landscapes, and so on but we really hope that general full-frame customers will start to look at GFX as a serious option for more general-purpose photography. With the GFX 100, with its phase-detection, back-side illuminated sensor and stabilization we’d like to see more customers adopt GFX.

X Series photographers are more general-purpose, and GFX customers are those who love the look of medium format

Do you see a difference between your X and GFX customers?

It is different – X Series photographers are more general-purpose, and GFX customers are those who love the look of medium format, and the quality. With the 50R we’re expecting to see the gap narrow, because the style of the camera is more suited to snapshooting.

The GFX 100 is one of the first cameras we’ve encountered that can shoot 16 bit Raw. When will photographers see the benefit of 16-bit over 14-bit?

Mostly at low ISO, in very deep shadow detail. The benefit is subtle, even though there is four times the amount of data. It’s tougher to edit. 14-bit will let you shoot faster, which is why we don’t think [16-bit] is appropriate for APS-C.

The X-T3 – the latest in a range of high-end Fujifilm APS-C cameras for enthusiasts.

What does Fujifilm need to do in order to lead in APS-C?

Fundamentally, we need to keep up the pace of development for new devices. New sensors, processors, and the lens lineup. That’s the fundamental strategy. And I think the X-T3 is a classic example. Better focusing, 4K 60p and so on.

We’re positioning APS-C against full-frame, and its faster, and more responsive because of the smaller sensor. So we’re really focusing on speed and of course image quality is [also] important. Versatility is the most important thing, and we’ll keep investing accordingly.

The X-T3 has a major firmware update coming, and Fujifilm has a long-standing policy of updating older models – do you think in the long run this policy has helped or harmed total sales?

We believe in maximizing the customers’ satisfaction, to create a long-term strategy that will make our brand trusted by our customers.

After launching the X-T2, a lot of X-Pro 2 owners started requesting 4K as well

Fujifilm has invested a lot in video, in quite a short period of time. How have your customers reacted?

Four or five years ago, movie functionality was almost ignored [within Fujifilm], but with the X-T2 we added 4K, and more than just resolution we’ve added new profiles, worked on the autofocus and everything else. It takes time, but definitely more and more customers are looking at Fujifilm as a serious video [manufacturer].

After launching the X-T2 with 4K video, a lot of customers who owned the X-Pro 2 started requesting 4K as well. We never thought that users of the X-Pro lineup would care about 4K video. We really hope that the GFX 100’s 4K movie will show people something new, as well.

Do you think there’s room in the X Series or GFX-series lineups for a dedicated video camera?

It’s possible. We don’t have any concrete plans but at some point in the future it might be a consideration.

Fujifilm’s MK lenses are made in X and E-mount versions, in order to appeal to as wide an audience of filmmakers as possible, while Fujifilm grows its native video options.

You have the MK line of cine lenses for X-mount, do you think there’s a growth opportunity there in the future?

Definitely, yes. Good video needs good video-oriented lenses, so it’s definitely a growth opportunity. The level of R&D investment is quite high, but we managed to make it make sense financially by having an E-mount option as well, alongside X-mount. That lets us reach a much broader base of customers.

How have the MK lenses performed in the market?

In line with our expectations. We didn’t anticipate huge sales numbers because although our [video’] customer base is growing, it’s still quite small.

Are the E mount MK lenses selling to small production companies, rental houses…?

Both, but at that price point a lot of end users are buying them directly [rather than renting].

Digital corrections have an impact on image quality

Let’s imagine two lenses, both of which give comparable image quality: one requires no help from software corrections, while the other does, and is smaller and less expensive as a result. Which is a better solution for the photographer?

That’s a very difficult question to answer. Our philosophy is to minimize digital correction, and maximize the optical quality of our lenses. The downside as you mentioned is cost and size. It’s a balance.

Analog correction and digital corrections are different. Digital corrections have an impact on image quality, for example resolution. Even chromatic aberration – you have to [manipulate] each channel, R G B, and it reduces total resolution. Whereas analog, optical correction isn’t really ‘correction’, it’s about the physics of light.

Are there some lenses where you do rely on software correction? And if so, when would you make that decision?

We start with optics, and our designers start from the position of [needing] zero digital correction. And then if the lens looks like it will be too big, or too heavy, maybe we start talking about software. It’s always a balance but we regard optical quality as the first priority.

The XF 8-16mm F2.8 is a powerful ultra-wide lens for APS-C which offers excellent image quality, albeit in a larger and less convenient form factor than some full-frame competitors.

When you introduced the X mount lineup originally you talked about prioritizing optical quality even if it came at the expense of autofocus speed. Has your thinking changed since then?

If you look at the first XF lenses, like the 35mm F1.4, they had beautiful optical quality but slow autofocus because the entire optical assembly had to move for focusing. That was the first generation.

If we redesigned that lens now, probably we would take a different approach, and get a better balance of optical quality and autofocus. This is because we have new actuators, and new optical technologies. Compared to the first generation of lenses, we have learned and developed technologies to make lenses smaller without compromising image quality.

In terms of technologies and production techniques, can you give us examples of how Fujifilm in 2019 is different to Fujifilm in the past?

In terms of production we’ve started to introduce some automated lines. We still depend predominantly on the work of our craftsmen but, for example, when we make resolution adjustments to lenses, we’ve introduced some automation. So instead of a human making manual adjustments to the barrel, it’s done by machine, which is more accurate.

When we started the X Series our focus was much more on stills

Has your material science developed over that time as well?

Yes. Both materials and coating technologies. Several years ago for example we started to introduce Nano GI coating, which we didn’t have in the first generation of lenses.

Another difference from five years ago is the requirement for movie shooting in lens design. When we started the X Series our focus was much more on stills, but our recent lenses have inner focus systems which are much more suitable for video shooting. We do care about those customers.

Do you see potential for Fujifilm to become a major player in the sports and wildlife photography market?

In the future, yes. At the moment our customer base within that segment is small, but the XF 200mm F2 opens the door to those kinds of customers. It will take time, but in the future we see that kind of customer [coming to Fujifilm].

In terms of camera design, what needs to change in order to cater to those customers?

We need to look at sensor and processor first, and performance, speed – we need to look at everything.

If we asked 100 different X100F customers for feedback we’d probably get 100 different answers

Do you have any thoughts on how you could evolve the X100 Series?

If we asked 100 different X100F customers for feedback we’d probably get 100 different answers. What are the top requests? Number one would probably be for better glass, since that lens is a 2010 design. We started at 12MP and now we’re at 24MP, so that’s probably the number one.

Second would be a split between people who really want a tilting screen, and people who really don’t want such a screen. Not much feedback about 4K, maybe weather-sealing is number four, but the most important thing is people don’t want us to change the style or the size. That’s a challenge.

The X100 is where everything began – is it still an important product line for you?

Of course, it’s a kind of symbolic line. That’s why we haven’t changed the naming convention. It’s a lot of pressure – we can’t make any mistakes! We’re already on the fourth generation and there’s a huge customer base that trusts Fujifilm so we need to work hard not to let them down.

The original 12MP X100, which started everything. First announced at Photokina back in 2010, the X100 is now on its fourth generation, and Fujifilm is careful not to update the line too rashly, given its importance to the brand.

We’ve seen some manufacturers open up their lens mounts. What is the logic behind keeping X-mount a ‘closed’ mount, and do you think that might change?

I don’t think we need to change our position. We’ve already created 31 lenses for all necessary focal lengths, so we don’t feel that we need to open up the mount to third parties.

If a third-party manufacturer decided to create X-mount compatible lenses by reverse-engineering, would that help or harm Fujifilm?

I think that from a customer’s point of view, more options are good.

What do you think the next big revolution in digital imaging will be?

From a sensor point of view, everyone is talking about global shutter. That is one thing, which will come at some point in the future. The other thing is more computational and Artificial Intelligence technologies making it into cameras. Probably those two things.

If those two technologies were available to you right now, what would they enable you to do?

The modular GFX! Just kidding. Global shutter would give us more freedom of design, no rolling shutter, things like that. It would expand the shooting possibilities. And AI and deep learning, that would let photographers just press the button and let the camera do everything, without worrying about controls, things like that. That’s the kind of camera that could be created.


Editor’s note: Barnaby Britton

Fujifilm’s Toshi Iida and his team are on a mission to change the world of photography, and they’re hoping that the upcoming 100MP medium format GFX camera will help shake things up. There aren’t too many photographers out there who really need 100MP and Fujifilm knows that, but an ultra high-resolution medium format camera with in-body stabilization and the ability to shoot 4K video is quite the party piece – or ‘technology showcase’, to use Mr Iida’s words.

That doesn’t mean that Fujifilm is just showing off with the GFX 100. There are a lot of things that have prevented photographers from making the jump to medium format before now: size, weight, slow performance and middling autofocus being four of the major ones. The GFX 100 promises to narrow – if not entirely erase – the performance gap, while at the same time extending the image quality gap between full-frame and medium format in a way that no other manufacturer has ever been able to.

The unique hybrid viewfinder of the original X100 isn’t unique any more, because Fujifilm has used it in five other cameras since then

Even if you have zero interest in a $ 10,000 medium-format camera, we’ve seen how Fujifilm uses experience gained from one product to inform the development of others, right from the beginning of the X series back in 2011. The unique hybrid viewfinder of the original X100, for example, isn’t unique any more, because Fujifilm has used it in five other cameras since then, including the X-Pro 1 and X-Pro 2. Likewise in-camera image stabilization, which was developed for the video-focused X-H1 – itself a testbed of sorts for the GFX 100.

While many of our questions at CP+ were focused on the GFX 100 and on Fujifilm’s large-format strategy in general, Mr Iida also had a lot of encouraging things to say for APS-C users. For starters, it seems like Fujifilm’s strategy of adding features to older flagship models via firmware isn’t going to change in the near future. The X-T3 is the most recent camera to get a major boost in functionality, and it’s reassuring to know that even after it’s eventually replaced, its development might not cease.

More than any other manufacturer out there, Fujifilm has really committed to APS-C

While it seems unlikely that the X Mount will become an open standard any time soon, It’s good to hear that Fujifilm won’t fight with third-party manufacturers who create new options for their customers via reverse-engineering. It’s worth noting though that one of the best disincentives to them doing so is Fujifilm’s own APS-C lens lineup, which is extensive, if not comprehensive. More than any other manufacturer out there, Fujifilm has really committed to APS-C, and it will be interesting to see how the lineup evolves as Mr Iida pushes his engineers to create more specialist optics like the XF 200mm F2 for sports and wildlife photographers, and the MK range for video shooters.

Meanwhile, at the other end of the customer spectrum, a lot of us are happy with the fixed lens, stills-focused philosophy of the X100 Series. It was interesting to hear from Mr Iida (and everyone in the room with him) that Fujifilm is very careful about how and when it updates the X100, which occupies a “symbolic” position in the catalogue. We don’t know yet what a next-generation X100 will look like, but judging by the customer feedback (and by Fujifilm’s track record of listening to and acting on that feedback) it’s a pretty safe bet that a new lens will be part of the package.

Articles: Digital Photography Review (dpreview.com)

 
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NBC’s Tonight Show filmed its latest episode entirely on the Galaxy S10+ smartphone

26 Mar

There have been iPad commercials shot with iPads and feature-length films made on smartphones, so why not add a late night television show to the list of jobs smartphones are taking over.

Tonight’s episode (March 25, 2019) of NBC’s Tonight Show will be shot entirely on a Galaxy S10+ smartphone and its wide-angle camera, a bold move to turn not just 30 seconds into a commercial, but the entire episode.

As you might expect, the show won’t be taking its normal format though. Rather than sitting at his desk throughout the evening, Fallon, his accompanying band, The Roots, and a few guests will be taking a tour around his favorite locations around New York City, from The Django jazz club to singing with Conor McGregor at a New York Irish pub, it’s very much an on-location shoot designed to showcase the photo and video capabilities of Samsung’s latest flagship smartphone.

In an interview with Variety, Samsung’s vice president of marketing, Patricio Paucar, unabashedly says the move was done to combat traditional advertising avenues:

‘We know consumer attention is being pulled in so many different directions today. It’s really hard to break through the noise and get people to engage in a way that best communicates the benefits of your products.’

In addition to the Tonight Show, Samsung will be showcasing a high volume of commercials for the S10+ across various networks and television shows, including NBC’s Today, Bravo’s Watch What Happens Live with Andy Cohen, Telemundo’s La Vox and E!’s Snapchat show The Rundown.

From the sample video above, the footage looks promising. It’d be interesting to see what’s going on behind the camera though and see what sort of rig the camera is arranged on.

Articles: Digital Photography Review (dpreview.com)

 
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Unreal Engine’s latest demo videos show just how photorealistic the digital world has become

23 Mar

At this year’s Game Developers Conference (GDC), Epic Games showed off a new pair of demo videos that show just how capable its Unreal Engine has become thanks to advanced ray tracing technologies.

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The first video, seen above, is titled Rebirth and showcases just how photorealistic scenes can be when developed with the gaming engine’s technology. The demo, designed by the studio Quixel, highlights how realistic the lighting technology inside Unreal Engine 4 has become.

The demo was created by just three artists who developed it all using a standard version of Unreal and real-world scans from Quixel’s Megascans Icelandic collection. The result is a stunning showcase of textures and details that rival reality, as seen in the gallery of screenshots above, captured from the 4K stream.

The second demo is a teaser for an upcoming movie titled Troll. Still in the works, the movie is a collaboration between Deep Forest Films and Goodbye Kansas Studios. The short glimpse we get of it once again highlights just how realistic the animated lighting is in the scene, with the face of a woman being dynamically illuminated by little fire fairies of sorts.

As for what this means in the world of photography, the possibilities are seemingly endless. Aside from the inevitable point in time when we can no longer tell a rendering from an actual image — if it’s not already here — the ability to replicate precise lighting situations could open up the door to new software and technology that could not only help to simulate lighting setups in the digital world before testing them out in the real world, but also open up the door to adding realistic lighting to scenes and portraits in post-production.

Keep in mind that unless you’re viewing the videos in Google Chrome on a 4K monitor, you won’t be able to see them in their 4K glory. Even in 1080 though, the videos look incredible.

Articles: Digital Photography Review (dpreview.com)

 
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Alleged 2019 iPhone renders show triple-camera arrangement

08 Jan

It’s still a long way to go until Apple’s usual iPhone launch month of September but it looks like iPhone photography fans will have a triple-camera setup to look forward to. A series of renders shared by @Onleaks in cooperation with digit.in shows alleged renders of a 2019 iPhone model with a Huawei Mate 20 Pro-style square camera setup, featuring three lenses.

Two of the lenses are vertically aligned, with the third lens offset to the right under the flash LED. It also looks like the phone’s rear panel is made from glass.

Onleaks notes the device is still in its EVT phase (Engineering Validation Test), so some design details are subject to change as we near the launch. We also don’t know what the function of the third camera will be, but with Huawei, LG and Samsung now all offering triple-camera smartphones with super-wide-angle and tele options, it’s likely Apple will want to go down the same route.

It’s still early in the year for new iPhone renders but @Onleaks has an excellent track record and is widely regarded a credible source, so there is a good chance one of the 2019 iPhones will look very similar to the renders. Given the latter are showing a triple-camera setup, were are likely looking at a top-end model here.

Articles: Digital Photography Review (dpreview.com)

 
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