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Posts Tagged ‘Cameras’

This video of a bear chasing a biker is why POV cameras were invented

10 May
Hello Mr. Bear.

Action cameras have made documenting all of the extreme, dangerous and downright stupid things human beings subject themselves to an incredibly simple endeavor. But the truth is most folks’ videos end up looking more like this than like this, because sadly, our lives are just not as interesting as those of pro athletes.

But every now and then something happens during a seemingly run-of-the-mill action camera video that makes every mundane clip that preceded it suddenly feel worth the boredom. I give you, the bear chasing a mountain biker video:

The footage was shot by Dusan Vinžíkwho who was riding with a buddy at a mountain bike park in Slovakia, when suddenly a bear runs out on the trail – it seemingly follows the one rider for a bit before veering off back into the woods.

Of course, there’s a good chance the bear was not actually chasing the rider, and that its presence was purely coincidentally. But the fact remains: keep those action cameras running, because you might actually get something good.

Articles: Digital Photography Review (dpreview.com)

 
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‘That article was more like gossip’ Panasonic’s head of cameras talks downsizing, GH5 and the 8K era

08 May
 Yosuke Yamane: Division President, Imagine Network Business Division

Yosuke Yamane, the Director of Panasonic’s imaging business visited DPReview on a recent trip to the United States. He spoke to us about the GH5, the promise of 8K, reports of downsizing and why we haven’t seen on-sensor phase detection in one of the company’s cameras.

Initial response to the GH5

Given it’s the company’s latest product and that Yamane arrived after visiting the video-focused NAB Show in Las Vegas, we started off asking about the GH5.

Early response has been positive, he says, pointing out that it immediately topped the sales chart at one of the US’s largest dealers. ‘The sales were more than we’d originally planned for,’ he says: ‘It depends on the region: some regions sold three times more than we planned and others it was one-point-five times. We’re very satisfied with the result.’

‘Based on our survey, the first customers are mainly videographers,’ he says. But he expects this mix to change: ‘The GH5 provides the best still picture as well as the best moving picture quality ever in any Lumix, so we expect hybrid photographers and videographers to be 50:50.’

‘For video users, the specifications of the video are very important whereas the stills photographers tend to want to evaluate the image quality, based on pictures taken with the camera. In that sense, more and more photographers will come to the GH5. That’s what we expect.’

Who is buying the GH5?

We pressed Yamane on whether he thought the GH5 was selling beyond existing GH4 owners. ‘We don’t have any specific numbers,’ he says: ‘but my gut feeling is that many GH4 users are upgrading to the GH5, this is a decent portion of our first buyers. But, beside GH4 users, maybe it’ll be Canon EOS 5D III and IV users, or Alpha 7S Mark II users. Especially, my feeling was that EOS 5D Mark III users are very much interested in GH5.’

‘The majority of GH5 sales have been body only: that means lots of GH4 users are buying GH5. But also, at the introduction of the Sony a7S, it took share from the Canon EOS 5D Mark II because of the size. I think the same tendency is happening here: Canon EOS 5D Mark III customers are coming to the GH5 because of the compact size and the quality.’

‘The professional camcorder users coming to the GH5 because of the 4:2:2 10-bit video. 4:2:2 10-bit capable cameras are usually very expensive. It’s a feature mainly incorporated in cameras costing over $ 10,000 but we realized these functions for the GH5, so it can easily become part of their workflow at a very affordable price.’

Stumbling over Log?

On the topic of high-end video users buying the camera, we asked about the popularity of the paid upgrade to add V-Log. ‘We started selling V-Log as an upgrade with the GH4,’ explains Yamane: ‘We don’t know the exact attachment ratio but I know we sold more V-Log packages than we expected. When it comes to the GH5, because the stills side is improved, we don’t know if the attachment rate will be higher or not.’

Yamane was very open about the reasoning behind selling the V-Log feature as a paid upgrade: ‘If we incorporated it into the camera, we would have to charge a higher price for the GH5. As of now we believe it’s appropriate to offer V-Log as an option.’

‘It’s not a cost issue, it’s that Log is recognized as having a certain value in the market. If we want to add that value into this camera, we need to keep the value of Log video to the industry.’

Improvements to be made

With the GH5, Panasonic took the unusual decision to launch the camera with the promise of more features that would come after a few months. Yamane confirmed that the delay to introducing 4:2:2 All-Intra recording was simply because it wasn’t ready in time for the planned launch, though it’s noticeable that the V60 cards guaranteed to support its 400mbps write speed aren’t widely available yet. However, he confirms the engineering team is working on more than just delivering the promised features: there will be an update to improve movie autofocus.

‘Now we are brushing up the smoothness of DFD for video. We don’t know when we can announce it but there will be firmware.’

‘The most important part of video autofocus is not just speed but also the smoothness. We need to find a concession point for the smoothness of autofocus and the speed of autofocus. First we realized fast AF on the stills side using depth-from-defocus (DFD). Now we are brushing up the smoothness of the DFD for the video category. We are working on it right now. We still don’t know when we can announce it but there will be firmware.’

Why not adopt the phase detection approach used by many of its rivals, we asked. ‘On-sensor phase detection doesn’t work any darker than F8, [which can be a problem in video]. It’s not necessarily true that phase detection is better than DFD plus contrast detection.’

‘We think our DFD is going to be better than [the best of our rivals]. That’s our target.’

‘We are also aware of other brands’ excellent [phase detection-based] autofocus: we really respect the quality of their sensors and their technology. But if we wanted to do the same; to make our own sensors [using a comparable technology], we’d have to apply those sensors to all of our cameras. The development costs for this kind of sensor would be huge.’

‘Our DFD system is not dependent on a specific sensor, so from the viewpoint of expandability, we should probably go with DFD technology.’

‘But,’ he says: ‘we think our DFD is going to be better than [the best phase-based AF]. That’s our target and we want to realize that accurate autofocus.’

Engine of change

This bold claim is likely to stem from Yamane’s confidence in the GH5’s underlying hardware. This was the most difficult aspect to develop, he says. ‘Really at the core of the camera is its performance, which comes from the LSI’s development: the new processing engine. I truly believe this is the most special engine in the entire industry. This is not only for DSC but also for consumer and professional camcorders.’

He gave examples of all the things that are asked of the processor: ‘4:2:2 10-bit codec is 64x as much data as before. 4:2:0 8-bit at 60p. Also the DFD system’s speed, Dual IS stabilization, the best image quality for Lumix all need to be calculated in a very short time.’

The challenge extended beyond simply making a powerful processor, he says: the chip has to be efficient so that it allows good battery life and doesn’t generate excessive heat. ‘The heating issue was very tough to overcome. How to make the most efficient engine and how to dissipate heat was the most difficult part of the product development.’

Lenses for a hybrid camera

The Leica DG Vario-Elmarit 12-60mm / F2.8-4.0 ASPH. / POWER O.I.S. is the first in a range of F2.8-4.0 zooms for the Micro Four Thirds system

Moving on from the GH5, we expressed our surprise that the company would introduce a range of variable aperture zooms alongside such a capable video camera.

‘We are not just targeting GH5 customers,’ he explains: ‘we’re targeting all the other Micro Four Thirds cameras users. We’ve also taken other cameras’ sizing into account, and it also fits on the G85 and the GX85 and some other Micro Four Thirds cameras.’

‘The benefit of Micro Four Thirds style is that it can be smaller and lighter. If we made constant aperture F2.8 lenses, they’d be more expensive and bigger. Considering the benefit we can provide stills photographers we decided to go with F2.8-4 and give rather smaller lenses at reasonable prices.’

The lenses include stepless apertures, to minimize any impact on video while zooming, and, he suggests, for anyone concerned about changes in exposure while video shooting, there are workarounds: ‘Videographers can use them as a constant F4: I think we can also give videographers a solution in that way. I agree that in the future we need to offer lenses that best suit videographers but this camera is targeting hybrid users, both videographers and stills shooters, so we decided with this direction for the next three or four lenses.’

Ambitions and focus

It’s unusual for camera makers to talk much about the future, but during our discussion, Yamane set out some pretty bullish ambitions. ‘For Lumix, the United States is a very strategic market. Our target is to double the business volume by 2020.’

We asked him how this would be achieved.The current business in the United States is 30% mirrorless and 70% compact camera,’ he says: ‘though nearer to 50:50 if you count interchangeable lenses as well.’

‘For the future, to double the business, we’re going to focus on high end product: mirrorless cameras and high-end compacts. We expect a decent increase of the compact market to be sustainable.’

In addition to this, he says: ‘We’re also going to strengthen our product for the high-end video market.’

But, initially at least, this is going to be through cameras like the GH5: ‘firstly we’ll focus on the hybrid form factor. Also help photographers interested in making additional income from providing video. I think this camera will help this kind of photographer.’

In terms of compacts, we’ll focus on the ZS (TZ) series, such as the ZS100. Then the LX series, we’d like to strengthen. In this category the Sony RX100 series is very important, we have to directly compete with that. Our strength comes from ZS series. We’ll focus on that strength and FZ series long zoom.’

One camera he didn’t mention was the LX100, which we know to have an avid following. Should we expect a successor, we asked. ‘As I said, RX100 competes directly with LX10 but LX100 is one step higher. So as the customer expects LX200 we will also strengthen the successor of LX100. How will we answer to the passionate customers of the LX100? We will study how we’re going to answer these customers.’

Trickle-down of technology?

Yamane (center) was accompanied on his visit by Terry Takabayashi (left), General Manager, Merchandising Department and Kazuki Sugahara (right), Manager, Americas Section, Imaging Marketing Group.

One method for refreshing models might be through the trickle-down of technology, Yamane suggested: ‘After we introduced the GH4, which was the world’s first 4K mirrorless camera, this 4K technology has been applied in models like G7, G8 and LX100. For the development roadmap, the new technology will first appear in the flagship and then, looking at price and value for money, we will expand the range.’

‘we would like to expand the [GH5’s] technology to other models’

The rationale is pretty straightforward, he says: ‘R&D development of technology requires a lot of investment. So to amortize that investment we have to apply that technology to other models to expand the volume and realize a return on our investment. After we get a return on that investment we have to reinvest that return in new technology: we have to continue that kind of cycle to evolve our product.’

This means using the GH5 technology more widely, without under-selling it, he says: ‘With GH5 also we would like to expand the technology to other models, looking at striking a balance between offering good value for money and at the price zone at which a customer can expect that technology.’

All of this comes back to a phrase that recurred throughout our talk: the use of features such as 4K and 6K Photo modes to ‘create a new photo culture.’

Nikkei, restructuring and gossip

This all sounds very ambitious for a company reported to be considering scaling back its camera business. Yamane says customers shouldn’t worry too much about what the Nikkei, which published the story, said.

‘That article was more like gossip, saying the business may be moving towards the smaller side in the restructuring,’ he says, before explaining what’s happened.

‘Panasonic has four companies. The camera division used to be in the AVC Networks business but, as of the first of April, we moved Digital Camera and Camcorders to the Appliances company.’

‘I’m really proud of the engineering groups that made this camera available to the market’

Moving cameras and camcorders away from the pro video division and into the same company as refrigerators may seem odd, but Yamane explains the logic: ‘The Appliances business is much more consumer focused than the AVC group, which has a significant business-to-business component.’

‘The move will bring our marketing, manufacturing and R&D departments together in one place, so we gain better integration [by moving]. We’ll still co-ordinate across with the AVC business on advanced technologies but [the restructuring] means our R&D and marketing efforts are together.’

The coming of the 8K era

Along with its ambitious targets for US sales, Yamane says the company has ambitious targets for hardware, too. ‘Towards the year 2020, 4K will evolve to 8K. Panasonic has supported the Olympic Games for a long time and in 2020, when the games are in Tokyo, the era of 8K will start, [and] we will develop the hardware to develop the 8K picture.’

This doesn’t necessarily mean 8K video, though: ‘As far as for the customer category, we don’t know if we will be able to record all of the output from 8K video. So the question is how we utilize 8K information and create a new photographic culture’

‘In 2020, when the [Olympics] are in Tokyo, the era of 8K will start: we will develop the hardware to develop the 8K picture’

‘8K Photo will completely change the photo shooting style with 33MP resolution. Whether that’s a 4K crop from 8K or 2K cropping from 8K or it’s 33MP images on the stills side.’

But Yamane makes clear that he’s not just interested in the technology: he’s interested in its photographic benefits to users: ‘Based on the customer voice and the customer opinion, we will make the maximum effort to develop strong products to answer the needs of the customers.’

A team effort

Yamane is immediately clear about what’s going to enable the company to achieve these ambitions: when asked what he was most proud of, he was quick to give credit. ‘The engineers who make the product: my team. As the director of the imaging group I’m really proud of the engineering groups that made this camera available to the market. I am proud of every single feature and I respect the engineers who made each function. As long as those talented and reliable engineers are with me, I believe we can make even more innovative products.’

Articles: Digital Photography Review (dpreview.com)

 
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2017 Roundup: Interchangeable Lens Cameras $500-900

05 May

The $ 500-900 category (based roughly on US MSRP) features quite a few strong offerings, some of which should satisfy first-time camera buyers with easy-to-use interfaces and point-and-shoot style functionality. Others are aimed more at seasoned-enthusiasts, offering direct manual controls and high-end features.

At this price point, all of the cameras use either Four Thirds or larger APS-C-sized sensors and all can shoot Raw. And while a larger sensor can mean the potential for better image quality and more control over depth-of-field, the difference in size between APS-C and Four Thirds is not enormous. As such, small differences notwithstanding, the vast majority of cameras in this roundup have what we would consider to be very good image quality.

All of the cameras in this selection are reasonably small in size (compared to pricier ILCs), but the number and arrangement of control points, grip size, build quality and weight all vary quite a bit. As do the inclusion of features like like 4K video capture and in-body image stabilization.

Let’s take a look at the currently available interchangeable lens cameras that fall into the $ 500-900 price range (give or take).

  • Canon EOS M3
  • Canon EOS M6
  • Canon EOS Rebel T7i (EOS 800D)
  • Fujifilm X-E2S
  • Fujifilm X-T20
  • Nikon D5600
  • Olympus OM-D E-M10 II
  • Panasonic Lumix DMC-GX85
  • Panasonic Lumix DMC-GX850
  • Pentax K-70
  • Sony Alpha a6000

Articles: Digital Photography Review (dpreview.com)

 
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Look at this teetering stack of Panasonic cameras

05 May

We’re working on reviewing the Panasonic GX850 and while shooting some product shots got a bit carried away with the stacking. From top to bottom: the Panasonic GM1, Panasonic GM5, Panasonic GX850, Panasonic GX85 and Panasonic GX8.

Note: No Panasonic cameras were injured in the making of this photo.

Articles: Digital Photography Review (dpreview.com)

 
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2017 Roundups: Fixed Prime Lens Cameras

28 Apr

The fixed lens camera market may be a bit niche, but it’s here that you’ll find some of the best cameras you can buy. Sensors ranging from APS-C to full-frame are designed to match their lenses, which cover ranges from 28-75mm equiv., so image quality is top-notch.

This segment includes both pocketable models without viewfinders to ‘best worn over your shoulder’ cameras with unique or ultra-high-resolution EVFs. There’s a gigantic spread in pricing, as well. The Fujifilm X70 and Ricoh GR II can be had for under $ 700, while the Leica Q sells for around $ 4250.

For those who want to zoom with their feet, here are the fixed-lens cameras we think are worth a look:

  • Fujifilm X70
  • Fujifilm X100F
  • Leica Q (Typ 116)
  • Ricoh GR II
  • Sigma dp Quattro series
  • Sony Cyber-shot DSC-RX1R II

Articles: Digital Photography Review (dpreview.com)

 
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Google software engineer shows what’s possible with smartphone cameras in low light

27 Apr
Image: Florian Kainz/Google

On a full moon night last year, Google software engineer Florian Kainz took a photo of the Golden Gate bridge and the City of San Francisco in the background with professional camera equipment: a Canon EOS-1D X and a Zeiss Otus 28mm F1.4 ZE lens. 

When he showed the results to his colleagues at Google Gcam, a team that focuses on computational photography, they challenged him to re-take the same shot with a smartphone camera. Google’s HDR+ camera mode on the Google Nexus and Pixel phones is one of Gcam’s most interesting products. It allows for decent image quality at low light levels by shooting a burst of up to ten short exposures and averaging them them into a single image, reducing blur while capturing enough total light for a good exposure. 

However, Florian being an engineer, wanted to find out what smartphone camera can do when taken to the current limits of technology and wrote an Android camera app with manual control over exposure time, ISO and focus distance. When the shutter button is pressed the app waits a few seconds and then records up to 64 frames with the selected settings. The app saves DNG raw files which can then be downloaded for processing on a PC. 

He used the app to capture several night scenes, including an image of the night sky, with a Nexus 6P smartphone, which is capable of shutter speeds up to 2 seconds at high ISOs. On each occasion he shot an additional burst of black frames after covering the camera lens with opaque adhesive tape. Back at the office the frames were combined in Photoshop. Individual images were, as you would expect, very noisy, but computing the mean of all 32 frames cleaned up most of the grain, and subtracting the mean of the 32 black frames removed faint grid-like patterns caused by local variations in the sensor’s black level.

The results are very impressive indeed. At 9 to 10MP the images are smaller than the output of most current DSLRs but the photos are sharp across the frame, there is little noise and dynamic range is surprisingly good. Getting to those results took a lot of post-processing work but with smartphone processing becoming even more powerful it should only be a question of time before the sort of complex processing that Florian did manually in Photoshop can be done on the device. You can see all the image results in full resolution and read Florian’s detailed description of his capture and editing workflow on the Google Research Blog.

 Image: Florian Kainz/Google

Articles: Digital Photography Review (dpreview.com)

 
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2017 Roundup: Compact Enthusiast Zoom Cameras

24 Apr

The enthusiast compact market has exploded over the last couple of years, with several manufacturers offering a product with 1″-type sensors. Most of these cameras are small (and sometimes pocketable) and feature fast (but short) lenses. They also vary in terms of design, control points, video specs and whether they have an EVF, so you’ll have some decisions to make. In this roundup, we’ll try to help.

Here are the cameras that we’ll be covering in this article:

  • Canon PowerShot G1 X Mark II
  • Canon PowerShot G5 X
  • Canon PowerShot G7 X Mark II
  • Canon PowerShot G9 X Mark II
  • Panasonic Lumix DMC-LX10
  • Panasonic Lumix DMC-LX100
  • Panasonic Lumix DMC-ZS100/TZ100
  • Sony Cyber-shot RX100
  • Sony Cyber-shot RX100 II
  • Sony Cyber-shot RX100 III
  • Sony Cyber-shot RX100 IV
  • Sony Cyber-shot RX100 V

As mentioned above, the majority of offerings in this category utilize 1″-type sensor, however two cameras offer even larger sensors. The Canon PowerShot G1 X Mark II is built around the largest sensor of the bunch at 1.5″-type, while the Panasonic Lumix DMC-LX100 uses most of the area of a slightly smaller Four Thirds chip.

Sensor size tends to be a major indicator of potential – particularly low light – image quality. Also, cameras with larger sensors will generally allow for much more control over depth of field.

LensEquivalentApertures([“Equivalent focal length (mm)”,”Sony RX100″,”Canon G1 X II”,”Sony RX100 III”,”Panasonic LX100″,”Panasonic ZS100″,”Canon G7 X II”,”Panasonic LX10″,”Canon G9 X II”], [[24,null,””,3.84,”Canon G1 X II at 24mm: F3.8″,4.90909090909091,”Sony RX100 III at 24mm: F4.9″,3.7434,”Panasonic LX100 at 24mm: F3.7″,null,””,4.90909090909091,”Canon G7 X II at 24mm: F4.9″,3.8181818181818183,”Panasonic LX10 at 24mm: F3.8″,null,””],[25,null,””,4.224,”Canon G1 X II at 25mm: F4.2″,5.454545454545455,”Sony RX100 III at 25mm: F5.5″,3.9636,”Panasonic LX100 at 25mm: F4.0″,7.6363636363636367,”Panasonic ZS100 at 25mm: F7.6″,null,””,4.0909090909090917,”Panasonic LX10 at 25mm: F4.1″,null,””],[26,null,””,4.8,”Canon G1 X II at 26mm: F4.8″,6.0000000000000009,”Sony RX100 III at 26mm: F6.0″,4.1838,”Panasonic LX100 at 26mm: F4.2″,7.9090909090909092,”Panasonic ZS100 at 26mm: F7.9″,null,””,4.90909090909091,”Panasonic LX10 at 26mm: F4.9″,null,””],[27,null,””,5.3759999999999994,”Canon G1 X II at 27mm: F5.4″,null,””,4.404,”Panasonic LX100 at 27mm: F4.4″,8.1818181818181834,”Panasonic ZS100 at 27mm: F8.2″,null,””,5.454545454545455,”Panasonic LX10 at 27mm: F5.5″,null,””],[28,4.90909090909091,”Sony RX100 at 28mm: F4.9″,null,””,6.8181818181818183,”Sony RX100 III at 28mm: F6.8″,4.6242,”Panasonic LX100 at 28mm: F4.6″,null,””,null,””,6.0000000000000009,”Panasonic LX10 at 28mm: F6.0″,5.454545454545455,”Canon G9 X II at 28mm: F5.5″],[29,null,””,null,””,null,””,null,””,null,””,null,””,6.8181818181818183,”Panasonic LX10 at 29mm: F6.8″,null,””],[30,null,””,6.144,”Canon G1 X II at 30mm: F6.1″,null,””,4.8444,”Panasonic LX100 at 30mm: F4.8″,8.7272727272727284,”Panasonic ZS100 at 30mm: F8.7″,null,””,null,””,null,””],[31,null,””,null,””,null,””,null,””,null,””,null,””,7.6363636363636367,”Panasonic LX10 at 31mm: F7.6″,6.8181818181818183,”Canon G9 X II at 31mm: F6.8″],[32,null,””,null,””,7.6363636363636367,”Sony RX100 III at 32mm: F7.6″,null,””,9.0,”Panasonic ZS100 at 32mm: F9.0″,6.0000000000000009,”Canon G7 X II at 32mm: F6.0″,null,””,null,””],[33,null,””,null,””,null,””,null,””,null,””,null,””,null,””,7.6363636363636367,”Canon G9 X II at 33mm: F7.6″],[34,7.6363636363636367,”Sony RX100 at 34mm: F7.6″,null,””,null,””,5.0645999999999995,”Panasonic LX100 at 34mm: F5.1″,9.2727272727272734,”Panasonic ZS100 at 34mm: F9.3″,null,””,null,””,null,””],[36,null,””,null,””,null,””,null,””,9.5454545454545467,”Panasonic ZS100 at 36mm: F9.5″,null,””,null,””,null,””],[37,null,””,null,””,null,””,5.2848,”Panasonic LX100 at 37mm: F5.3″,null,””,null,””,null,””,8.7272727272727284,”Canon G9 X II at 37mm: F8.7″],[39,null,””,null,””,null,””,null,””,null,””,6.8181818181818183,”Canon G7 X II at 39mm: F6.8″,null,””,9.5454545454545467,”Canon G9 X II at 39mm: F9.5″],[40,null,””,6.72,”Canon G1 X II at 40mm: F6.7″,null,””,null,””,null,””,null,””,null,””,null,””],[41,null,””,null,””,null,””,5.505,”Panasonic LX100 at 41mm: F5.5″,null,””,null,””,null,””,null,””],[43,8.7272727272727284,”Sony RX100 at 43mm: F8.7″,null,””,null,””,null,””,null,””,null,””,null,””,null,””],[44,null,””,null,””,null,””,5.7252,”Panasonic LX100 at 44mm: F5.7″,null,””,null,””,null,””,null,””],[46,null,””,null,””,null,””,null,””,null,””,null,””,null,””,10.90909090909091,”Canon G9 X II at 46mm: F10.9″],[52,null,””,null,””,null,””,6.1655999999999995,”Panasonic LX100 at 52mm: F6.2″,null,””,null,””,null,””,null,””],[53,9.5454545454545467,”Sony RX100 at 53mm: F9.5″,null,””,null,””,null,””,null,””,null,””,null,””,12.272727272727273,”Canon G9 X II at 53mm: F12.3″],[54,null,””,null,””,null,””,null,””,null,””,7.6363636363636367,”Canon G7 X II at 54mm: F7.6″,null,””,null,””],[65,null,””,null,””,null,””,null,””,null,””,null,””,null,””,13.363636363636365,”Canon G9 X II at 65mm: F13.4″],[66,10.90909090909091,”Sony RX100 at 66mm: F10.9″,null,””,null,””,null,””,null,””,null,””,null,””,null,””],[70,null,””,null,””,7.6363636363636367,”Sony RX100 III at 70mm: F7.6″,null,””,null,””,null,””,null,””,null,””],[72,null,””,null,””,null,””,null,””,null,””,null,””,7.6363636363636367,”Panasonic LX10 at 72mm: F7.6″,null,””],[75,null,””,7.4879999999999995,”Canon G1 X II at 75mm: F7.5″,null,””,6.1655999999999995,”Panasonic LX100 at 75mm: F6.2″,null,””,null,””,null,””,null,””],[81,12.272727272727273,”Sony RX100 at 81mm: F12.3″,null,””,null,””,null,””,null,””,null,””,null,””,null,””],[84,null,””,null,””,null,””,null,””,null,””,null,””,null,””,13.363636363636365,”Canon G9 X II at 84mm: F13.4″],[94,13.363636363636365,”Sony RX100 at 94mm: F13.4″,null,””,null,””,null,””,null,””,null,””,null,””,null,””],[100,13.363636363636365,”Sony RX100 at 100mm: F13.4″,null,””,null,””,null,””,null,””,7.6363636363636367,”Canon G7 X II at 100mm: F7.6″,null,””,null,””],[120,null,””,7.4879999999999995,”Canon G1 X II at 120mm: F7.5″,null,””,null,””,null,””,null,””,null,””,null,””],[144,null,””,null,””,null,””,null,””,15.818181818181818,”Panasonic ZS100 at 144mm: F15.8″,null,””,null,””,null,””],[157,null,””,null,””,null,””,null,””,16.090909090909093,”Panasonic ZS100 at 157mm: F16.1″,null,””,null,””,null,””],[250,null,””,null,””,null,””,null,””,16.090909090909093,”Panasonic ZS100 at 250mm: F16.1″,null,””,null,””,null,””]])

To further help you pick the right camera in this class, we’ve also created the chart below, which breaks down the equivalent aperture for each camera, as you work your way through the zoom range. Our article here explains the concept of equivalence, but at a high level all you need to know is that the lower the line is on the graph below, the blurrier the backgrounds you’ll be able to get and typically, though not always, the better the overall low-light performance.

The camera that stays the ‘fastest’ longest is the Panasonic LX100, due both to its F1.7-2.8 lens and Four Thirds sensor (which it uses a crop of). A number of cameras sit in the middle, including the Canon G1 X II and G7 X II as well as the Sony RX100 I/II. The Panasonic ZS100 is the slowest of the bunch, but it also has the longest reach by a decent margin.

On the following pages, you’ll find what we liked and didn’t like about each camera, links to our test scenes for image quality comparisons, and real-world galleries to give you a sense of how each performs outside the lab. Given that there are five Sony RX100s in this comparison, you might find this article helpful in making a decision between those. 

Articles: Digital Photography Review (dpreview.com)

 
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Nikon Museum 100th Anniversary Special Exhibition showcases prototype cameras

12 Apr

The Nikon Museum has launched its second 100th Anniversary Special Exhibition called ‘Prototype Cameras — Developers’ Memories.’ This exhibit, which will be running from April 4th through July 1st, showcases about 40 of the maker’s prototype cameras spanning dates from the 1940s through the 1980s, including its notable Nikon Model I Prototype 1 unit.

This exhibition includes rare prototypes of cameras that never entered mass production, says Nikon, giving the general public a chance to check out cameras otherwise sealed away from public view. The museum is also offering special commentaries for the Nikon F3 prototype and the Nikon F prototype from 1975 and 1957, respectively. Those commentaries are by Nikon’s Imaging Product R&D Laboratory lab manager Tetsuro Goto.

The Nikon Museum is located in Shinagawa, Tokyo. Those unable to make the trip in person can check out photos of the museum and the prototype exhibition here.

Via: NikonRumors

Articles: Digital Photography Review (dpreview.com)

 
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Meyer-Optik announces move into high-end lenses for mirrorless cameras with Primagon 24

07 Apr

German lens manufacturer Meyer-Optik-Gorlitz has announced it is to produce a new premium 24mm lens that will come in mounts for all mirrorless camera systems. The Primagon 24 will feature a maximum aperture of F2.8 and will use seven elements including one aspheric. The company says that although the lens uses the Primagon name, it isn’t a recreation of a vintage model, but is a completely new design.

Meyer goes to some length to emphasize that the lens will be made in Germany from German-constructed parts and glass. It is said to be the first in a new series aimed at compact system users that will incorporate popular focal lengths and which aims at ‘best in class’ optical performance.

The information released by the company makes no mention of autofocus, so we should assume this will be another manual lens like the brand’s other optics. Meyer says it will allow 30 photographers the chance to buy the lens at half price before general production begins so they can give feedback to the lens designers so it can be improved or altered before it goes on general sale. We’d guess that those 30 will also receive a full-production model once they become available. To qualify for this opportunity, you need to already be a backer of the company’s Kickstarter campaign for the Trioplan 35+ lens, announced earlier.

The Primagon 24 is expected to be ready at the beginning of 2018, and will retail for approximately €4.999/$ 5,499 . For more information visit the Meyer-Optik-Gorlitz website.

Press release

Meyer-Optik Takes Quantum Leap with New High-End Primagon 24mm

Lens Maker Seeking Photographers to ‘Test’ Lens

With its latest Kickstarter campaign for the historic Trioplan 35+ successfully underway, Meyer-Optik is moving boldly into the world of high-end, high-performance photography with the newest addition to its lineup of hand-crafted lenses. Today, Meyer-Optik announced the new Primagon 24 mm f 2.8, which will have 7 individual lenses, including one aspheric lens. It will have an 84 degree angle of view and will impress with its image quality, compact size and weight of less than 9 ounces (about 250g). It will be available for practically all mirrorless cameras.

Even though the Primagon takes its name from a famous line of historic Meyer-Optik lenses, the new Primagon 24 is a totally new development. With this lens, the young Meyer-Optik brand strives for the highest image quality achievable, sticking to its guiding principles and guarantees that practically all mechanical and optical parts are made in Germany and the lenses will also be hand assembled as individual pieces of craftsmanship in Germany. With the help of world famous development engineers, the Meyer-Optik team has been working on the Primagon 24 for more than a year. The team is also working on several more lenses for this new series to cover the full range of the most needed and popular focal lengths. These lenses are all developed under the premise that they will provide the best in class high-performance tools for the ambitious photographer.

Even though photographers will have to wait until early 2018 to get a look at this lens, as one of the rewards for backing its Kickstarter for the Trioplan 35+, Meyer-Optik is allowing 30 photographers to receive the Primagon 24 for about half of its expected retail cost. The photographers will get a chance to use the lens months before it heads into serial production, allowing them to give Meyer-Optik feedback that the company could use to make final refinements. The “testing” promotion is a unique way to reward a select group of Kickstarter backers, while giving the company a chance to receive some feedback on how the lens performs in the “real world.”

“Even though the new lenses are already high performers, we want to listen and learn from the feedback of our users,” said Dr. Stefan Immes, founder of the revived Meyer-Optik brand.

“The opinion of the Kickstarter community and the direct feedback is very important to us. We are striving for technical perfection with this lens – but we will not make any compromises when it comes to the creative part of photography. Personality and character are the most important features of all our lenses. This starts right at the beginning of the development process and we are proud that some of the best engineers nationally and internationally are supporting our team in Goerlitz,” Immes said.

The new lens will be available at the beginning of 2018. It will be available for all mirrorless mounts. The suggested retail price will be 4.999,–€/5,499 US $ .

Articles: Digital Photography Review (dpreview.com)

 
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OPPO launches F3 Plus with dual selfie cameras

24 Mar

Chinese smartphone maker OPPO has launched its latest upper mid-range model, the F3 Plus, and while the new device unfortunately doesn’t come with OPPO’s recently displayed 5x zoom camera unit, it does offer an unusual imaging feature: a dual-front camera.

The front unit features a 16MP main camera with 1/3″ sensor and F2.0 aperture for standard selfies. It is accompanied by an 8MP module with 1/4″ sensor and a super-wide-angle lens with 120 degree angle of view for group selfies. Thanks to built-in facial recognition, the camera app can notify users to switch to the wide angle camera if there are more than three people in the frame.

The rear camera is more conventional but offers capable-looking specifications. A 16MP 1/2.8″ Sony IMX398 sensor is paired with a fast F1.7 aperture and optical image stabilization. Dual PDAF doubles the ‘focus pixels’ on the image sensor for up to 40% faster focus times in low light. 

In the processor department you’ll find Qualcomm’s Snapdragon 653 octa-core offering, backed by 4GB RAM and 64GB of internal storage. A dual-slot card tray can hold two Nano SIM cards or one Nano SIM card and a microSD card, expanding memory to up to 256GB. OPPO claims the beefy 4,000 mAh battery allows for a standby time of more than 284 hours. It also features the company’s own VOOC fast charging technology which can get you up to 2 hours of talk time with 5 minutes of charging.

At the front you’ll find a 6″ 1080p IPS LCD display that is covered by 2.5D Corning Gorilla Glass 5. The F3 Plus features a metal unibody and comes in black or gold. It will be available from April 1st in a number of Asian regions. No information on pricing or global availability has been released yet. 

Press Release:

{/PressRelease}

OPPO Launches F3 Plus, Kickstarting the ‘Group Selfie’ Trend with A First-ever 120° Wide-angle Front Camera

March 23, 2017 – OPPO unveiled today the F3 Plus, the latest model of its Selfie Expert series. The F3 Plus sports the brand’s first dual front selfie camera including a first-of-its-kind 120° wide-angle group selfie camera. Priced at XX, the F3 Plus will go on sale from April 1st in India, Vietnam, Indonesia, Philippines and Myanmar. 

OPPO’s F3 Plus’ dual front camera will answer urban dwellers’ pursuit of snapping perfect selfie photos with a 16-megapixel camera and group selfie photos with a 120° wide-angle camera. The rear camera is co-developed with Sony, equipped with a customized IMX398 sensor for serious photography. The F3 Plus is a high-end smartphone that is efficient, long-lasting, secure and beautiful, addressing today’s highly-demanding mobile-first world.

“OPPO is an industry leader in the Selfie Revolution with the recent ‘Selfie Expert’ F-series. Our brand has been growing rapidly across Southeast Asia and other regions around the world. We became the No.2 smartphone brand in India in 2016. The F3 Plus marks the beginning of a new ‘Group Selfie’ trend, and reinforce our position as the Selfie Expert,” said Sky Li, OPPO Vice President and Managing Director of International Mobile Business. 

“The F3 Plus was created for urban warriors, selfie photo aficionados and lifestyle mavens who want with the need to capturing flawless selfie photos, and our groundbreaking dual front camera smartphone will deliver the photos they seek. The F3 Plus is also packed with outstanding performance, premium design and amazing battery life,” Sky Li added. 

Remarkable Wide-Angle & Dual Front Selfie Camera Define the Next Expert-Class Photography

OPPO’s devotion to perfecting the selfie camera technology began at the very start of their business nine years ago, when no other manufacturer focused on the selfie snapping capturing trend. For example, in 2012, the N1 model pioneered the world’s first rotating camera. In 2016, the F1 Plus was the first-ever device to sport a 16 megapixel front camera. Taking one step further, the revolutionary dual selfie front camera will take the standards of camera hardware and selfie photography to new heights.

Set to be the next ultimate ‘Selfie Expert’, the F3 Plus features dual front selfie camera. The 16-megapixel front camera builds upon the technology offered by the previous ‘Selfie Expert’ F1s. At the core of this camera is a 1/3-inch sensor, which increases light exposure and clarity of images. The large f/2.0 aperture allows for great depth-of-field effects – clear foreground focus matched with the perfect amount of background blurriness.

In becoming the ‘Group Selfie’ secret weapon, the first-in-the-market, specialized 120-degree wide-angle 8-megapixel camera captures a much wider view, up to 105 percent more than a regular 80-degree lens. This allows even more people to enter the frame with minimized lens distortion, thanks to the 6P camera lens. The camera also features a ¼-inch sensor.

This group selfie camera is a reflection of OPPO’s ‘user-oriented’ philosophy. With the built-in Smart Facial Recognition, the F3 Plus will notify users to switch to ‘Group Selfie’ mode if there are more than three people in the frame. Users can snap their Group Selfie at ease, without compromising image stability when taking the selfie with one hand. 

The outstanding rear camera offers professional high-quality photography performance with fast focusing speed, noise reduction and advanced low-light performance. Powering the 16-megapixel rear camera is a brand-new 1/2.8-inch IMX398 sensor. This sensor is jointly developed by OPPO and Sony, which features Dual PDAF – dual phase detection autofocus technology. This new technology doubles the sensor’s pixel array area where the photodiodes are embedded, necessary for phase detection autofocus. This makes for 40 percent faster focusing speeds even in low light. Paired with the large f/1.7 aperture, the resulting images are clear and breathtaking.

There are other innovative technologies packed into the F3 Plus to help users capture picture-perfect, flawless selfies. OPPO’s pioneering beautification editing software, Beautify 4.0, will allow users to choose from various beautification modes, ensuring images presenting the favorable effects. 

A Flawless Smartphone Experience

The OPPO F3 Plus is fast, utilizing an octa-core processor backed by 4GB RAM and 64GB ROM. It also offers a dual-slot card tray that can hold two Nano 4G SIM cards or one Nano SIM card with a microSD card, expanding memory to up to 256GB. OPPO’s leading optimized ColorOS 3.0 system ensures superb speed with reduced energy consumption and flawless performance with built-in Privacy Protection feature and the Avast-based virus scanner. 

Extended daily usage is another of the device’s core features. The 4,000 mAh built-in battery gives the F3 Plus a standby time of more than 284 hours[1]. Through OPPO’s proprietary and industry leading rapid VOOC Flash Charge Solution, the battery will charge four times faster than standard batteries. can get up to 2 hours of talk time with just 5 minutes of charging. 

Privacy protection and security is also a top priority. F3 Plus’ Lightning-Fast Touch Access is undoubtedly one of the quickest in the market. The home-button fingerprint reader in the F3 Plus unlocks the phone in a mere 0.2s. The fingerprint reader is even more versatile with the fingerprint-activated calling and app launch functions. 

Users can enjoy the flexibility to multi-task and ‘work hard, snap hard’, all on one smartphone – seamlessly, securely, with a long battery life.

[1] This number is for reference only and may differ depending on individual user usage / conditions.

Stunning Design and Exquisite Craftsmanship

Created with OPPO’s belief in design excellence, the F3 Plus is constructed with a metal unibody and carefully crafted for a better sense of hand-gripping, resulting in a sleek and thin smartphone that is a wonder to hold. The 6-inch, 2.5D Corning Gorilla Glass 5 screen features a pre-applied protective screen coating, giving it an elegant, classy and premium look while retaining unmatched durability. 

The “Six-String” ultra-fine antenna is a design rethink by OPPO, removing the ubiquitous, thick pair of white antenna lines seen in previous smartphone models, and gives the back shell a stunning look. 

Amazing Colors & Competitive Pricing

The F3 Plus comes in Black and Gold. The suggested retail price is $ XXX. It will be made available first in India, Vietnam, Indonesia, Philippines and Myanmar. Launches in the Middle East and North Africa will follow. 

The F3 is also announced today, featuring the dual selfie front camera and 5.5-inch screen display. It is expected to be available in May 2017.

{/PressRelease}

Articles: Digital Photography Review (dpreview.com)

 
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