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Review: The Panasonic FZ1000 II combines versatility and value

12 May

Introduction

All product photography by Dan Bracaglia

The Panasonic FZ1000 II is a 20-megapixel long-zoom bridge camera aimed at enthusiasts. With snappy performance and a bright, far-reaching 16x optical zoom lens, it offers a lot of versatility in a fairly compact, travel-friendly package. And for bonus points, it can also record 4K video.

Key specifications:

  • 20.1-megapixel, 1″-type BSI CMOS sensor
  • ISO range of 125-12,800, expandable to 80-25,600
  • Leica-branded 16x optical zoom lens, 25-400mm equivalent with a bright F2.8-4 maximum aperture
  • Five-axis image stabilization
  • 49-point autofocus with face/eye detection
  • Shoots continuously at 12 frames per second without autofocus, 7 fps with continuous AF, or 30 fps in ‘4K Photo’ mode
  • High-resolution OLED electronic viewfinder and tilt/swivel touchscreen LCD
  • Capable of UHD 4K/30p or Full HD 1080/60p video
  • Battery rated for 440 shots per charge on LCD or 290 shots thru viewfinder (CIPA)

The Panasonic FZ1000 II is available at an MSRP of $ 899.99 USD. Street prices at the time of writing are in the region of $ 800 USD.

Having 400mm of reach on tap gives you plenty of opportunities to capture the details as well as the overall picture. Out-of-camera JPEG.
ISO 200 | 1/125 sec | F4 | 400mm equiv.

What is it?

The FZ1000 II aims to provide a one-size-fits-all solution yielding tons of versatility and excellent image quality, but without the bulk and hassle of an interchangeable-lens camera and lenses. And without a bulky camera bag full of extra lenses, the idea is that you’ll be able to get the shot in almost any shooting situation.

As a good all-rounder, it’s a solid option for the family documentarian

From a generous 25mm-equivalent wide-angle all the way to 400mm-equivalent telephoto – and whether shooting distant subjects or macros from as close as one inch or 2.5cm (at the widest end of the lens) – the FZ1000 II’s bright F2.8-4 stabilized lens caters to all manner of subjects and shooting styles. And since it’s paired to a swift and relatively large 1″-type image sensor, you can expect good burst performance and good image quality, even in low light.

The Panasonic FZ1000 II’s combination of versatility and portability make it a great choice for travel, nature and casual sports photographers. As a good all-rounder, it’s also a solid option for the family photographer or documentarian. It has relatively few rivals, with the nearest of these being its predecessors and Sony’s popular RX10-series, although they differ in some important ways.

Panasonic’s updated JPEG engine churns out really nice colors and pretty good detail – plus, 400mm of reach guarantees you some subject separation (otherwise known as bokeh-liciousness) even on a 1″-type sensor. Out-of-camera JPEG.
ISO 160 | 1/60 sec | F4 | 400mm equiv.

Panasonic FZ1000 II compared

Panasonic FZ1000 II Sony RX10 IV Sony RX10 III Panasonic FZ2500 Panasonic
FZ1000
MSRP (at launch) $ 899 $ 1699 $ 1499 $ 1199 $ 899
Sensor 20MP 1″-type BSI- CMOS 20MP 1″-type stacked CMOS 20MP 1″-type stacked CMOS 20MP 1″-type BSI-CMOS 20MP 1″-type BSI-CMOS
Lens (35mm equivalent) 25-400mm F2.8-4 24-600mm F2.4-4 24-600mm F2.4-4 24-480mm F2.8-4.5 25-400mm F2.8-4
Built-in ND filter No No No Yes No
AF system Contrast detect Phase detect Contrast detect Contrast detect Contrast detect
LCD 3″ 1.24M-dot fully articulating 3″ 1.23M-dot tilting 3″ 1.23M-dot tilting 3″ 1.04M-dot fully articulating 3″ 921k-dot fully articulating
Touchscreen Yes Yes No Yes No
Burst rate (with AF) 7 fps 24 fps 5 fps 7 fps 7 fps
Video 4K/30p, cropped 4K/30p 4K/30p 4K/30p, cropped 4K/30p, cropped
Wi-Fi Yes, with NFC and Bluetooth Yes, with NFC and Bluetooth Yes, with NFC Yes Yes
Battery life (CIPA) 440 shots 400 shots 420 shots 350 shots 360 shots
Dimensions 136 x 97 x 132 mm 133 x 94 x 145mm 133 x 94 x 127mm 138 x 102 x 135 mm 137 x 99 x 131mm
Weight 808 g 1095 g 1051 g 915 g 831 g

Compared to its predecessor, the FZ1000 II is a largely similar camera with some worthwhile control and handling improvements, a more generous buffer and a much more attractive menu system.

The sister model Panasonic FZ2500, meanwhile, is a better choice for movie shooters with an even longer-zooming, albeit slower lens with separate focus and zoom rings and, crucially, a two-stop neutral density filter built in. The FZ2500 also gains log shooting, better quality HDMI-out features and the option for wider Cinema 4K capture for higher-end users. However, its lens underperformed in our testing. For $ 100 less, the FZ1000 II has noticeably better battery life, is a touch lighter and has Bluetooth connectivity for faster pairing to download images to your smart device.

LensEquivalentApertures([“Equivalent focal length (mm)”,”Canon G3 X”,”Panasonic FZ2500″,”Sony RX10 IV”,”Panasonic Lumix DC-FZ1000 II”], [[24,7.6363636363636367,”Canon G3 X at 24mm: F7.6″,7.6363636363636367,”Panasonic FZ2500 at 24mm: F7.6″,6.5454545454545459,”Sony RX10 IV at 24mm: F6.5″,null,””],[25,null,””,7.9090909090909092,”Panasonic FZ2500 at 25mm: F7.9″,6.8181818181818183,”Sony RX10 IV at 25mm: F6.8″,7.6363636363636367,”Panasonic Lumix DC-FZ1000 II at 25mm: F7.6″],[26,null,””,null,””,null,””,7.9090909090909092,”Panasonic Lumix DC-FZ1000 II at 26mm: F7.9″],[27,8.7272727272727284,”Canon G3 X at 27mm: F8.7″,null,””,null,””,null,””],[28,null,””,8.1818181818181834,”Panasonic FZ2500 at 28mm: F8.2″,7.6363636363636367,”Sony RX10 IV at 28mm: F7.6″,null,””],[30,null,””,8.454545454545455,”Panasonic FZ2500 at 30mm: F8.5″,null,””,8.1818181818181834,”Panasonic Lumix DC-FZ1000 II at 30mm: F8.2″],[32,null,””,8.7272727272727284,”Panasonic FZ2500 at 32mm: F8.7″,null,””,null,””],[34,null,””,null,””,null,””,8.454545454545455,”Panasonic Lumix DC-FZ1000 II at 34mm: F8.5″],[35,9.5454545454545467,”Canon G3 X at 35mm: F9.5″,9.0,”Panasonic FZ2500 at 35mm: F9.0″,8.7272727272727284,”Sony RX10 IV at 35mm: F8.7″,null,””],[39,null,””,9.2727272727272734,”Panasonic FZ2500 at 39mm: F9.3″,null,””,null,””],[41,null,””,null,””,null,””,8.7272727272727284,”Panasonic Lumix DC-FZ1000 II at 41mm: F8.7″],[43,null,””,9.5454545454545467,”Panasonic FZ2500 at 43mm: F9.5″,null,””,null,””],[47,10.90909090909091,”Canon G3 X at 47mm: F10.9″,null,””,null,””,9.0,”Panasonic Lumix DC-FZ1000 II at 47mm: F9.0″],[49,null,””,9.81818181818182,”Panasonic FZ2500 at 49mm: F9.8″,null,””,null,””],[51,null,””,null,””,null,””,9.2727272727272734,”Panasonic Lumix DC-FZ1000 II at 51mm: F9.3″],[56,null,””,10.090909090909092,”Panasonic FZ2500 at 56mm: F10.1″,9.5454545454545467,”Sony RX10 IV at 56mm: F9.5″,null,””],[58,null,””,null,””,null,””,9.5454545454545467,”Panasonic Lumix DC-FZ1000 II at 58mm: F9.5″],[60,12.272727272727273,”Canon G3 X at 60mm: F12.3″,null,””,null,””,null,””],[63,null,””,null,””,null,””,9.81818181818182,”Panasonic Lumix DC-FZ1000 II at 63mm: F9.8″],[69,null,””,10.363636363636363,”Panasonic FZ2500 at 69mm: F10.4″,null,””,null,””],[70,null,””,10.636363636363637,”Panasonic FZ2500 at 70mm: F10.6″,null,””,10.090909090909092,”Panasonic Lumix DC-FZ1000 II at 70mm: F10.1″],[79,null,””,10.90909090909091,”Panasonic FZ2500 at 79mm: F10.9″,null,””,null,””],[81,13.636363636363637,”Canon G3 X at 81mm: F13.6″,null,””,null,””,null,””],[84,null,””,null,””,null,””,10.363636363636363,”Panasonic Lumix DC-FZ1000 II at 84mm: F10.4″],[91,null,””,11.181818181818182,”Panasonic FZ2500 at 91mm: F11.2″,null,””,null,””],[100,null,””,null,””,10.90909090909091,”Sony RX10 IV at 100mm: F10.9″,null,””],[102,null,””,11.454545454545457,”Panasonic FZ2500 at 102mm: F11.5″,null,””,null,””],[105,null,””,null,””,null,””,10.636363636363637,”Panasonic Lumix DC-FZ1000 II at 105mm: F10.6″],[151,null,””,11.727272727272728,”Panasonic FZ2500 at 151mm: F11.7″,null,””,null,””],[163,15.272727272727273,”Canon G3 X at 163mm: F15.3″,null,””,null,””,null,””],[170,null,””,null,””,null,””,10.90909090909091,”Panasonic Lumix DC-FZ1000 II at 170mm: F10.9″],[208,null,””,12.000000000000002,”Panasonic FZ2500 at 208mm: F12.0″,null,””,null,””],[262,null,””,12.272727272727273,”Panasonic FZ2500 at 262mm: F12.3″,null,””,null,””],[400,null,””,null,””,null,””,10.90909090909091,”Panasonic Lumix DC-FZ1000 II at 400mm: F10.9″],[480,null,””,12.272727272727273,”Panasonic FZ2500 at 480mm: F12.3″,null,””,null,””],[600,15.272727272727273,”Canon G3 X at 600mm: F15.3″,null,””,10.90909090909091,”Sony RX10 IV at 600mm: F10.9″,null,””]], {“isMobile”:false})

Full-frame equivalent maximum apertures across respective zoom ranges for the FZ1000 II and its nearest peers. Smaller numbers are better.

As for Sony’s Cyber-shot RX10-series, both the RX10 III and RX10 IV are significantly more expensive than the Panasonic FZ1000 II but they have longer zooms which are brighter than the FZ1000 II at their wide ends. Optically, they’re superior overall with sharper results on the wide and telephoto ends and generally more consistent across-the-frame quality (dig deeper with our bridge camera lens shootout on page 2). They’re also smaller and offer better video quality with more video capture tools and features, too. Perhaps most significantly, the RX10 IV comes with on-sensor phase detection autofocus and far higher burst rates; the FZ1000 II’s autofocus is great for general use, but its performance and modest burst speeds aren’t a match for the Sony for sports and action.

If you’re after something more compact and can live without the bright maximum aperture, you may also want to consider the even more compact Panasonic ZS200 / TZ200, ZS100 / TZ100 or Sony RX100 VI or VII instead. Lastly, if you’re after the most zoom you can get, you might look at the likes of Nikon’s P950 or P1000, which give you insane reach but utilize smaller sensors, and therefore outright image quality won’t match what the FZ1000 II is capable of.

While the FZ1000 II’s lens isn’t quite a match sharpness-wise for Sony’s RX10 III and IV, it does get you a good amount of detail throughout the zoom range. Out-of-camera JPEG.
ISO 125 | 1/400 sec | F4 | 300mm equiv.

What’s new?

Although it sports a new, modestly-restyled body with several new or redesigned controls, the Panasonic FZ1000 II is largely the same camera as its predecessor in terms of its imaging pipeline. The sensor size and resolution are unchanged, and so too is the lens which sits afront that sensor, in all respects but one: its aperture iris can now stop down to F11 across the zoom range, where that in its predecessor was limited to F8.

Instead of being a brand new camera from the ground up, this is a honing of an already-impressive one. On the outside, Panasonic has added a new front control dial, as well as three new function buttons on the left of the lens, which replace the FZ1000’s lens ring and stabilization switches.

The bottommost button defaults to a new ‘zoom compose assist’ function which racks the zoom towards wide-angle while the button is pressed to help you relocate your subject, then zooms back in as soon as you let go. This is handy, but would be even more so if the lens zoomed a little faster, as it takes about 3.5 seconds to traverse the full range in both directions.

Around back, the viewfinder now has slightly higher magnification, and the tilt/swivel display is the same resolution as before but uses a new panel that should be brighter and more efficient. But neither change is significant enough that you’d notice without comparing both cameras side-by-side.

What you will notice, however, is that the LCD is now a touch-screen, and the menu system is both better organized and more modern looking. And modern niceties like Bluetooth connectivity and in-camera USB charging have been added to the spec sheet.

Out-of-camera JPEG.
ISO 125 | 1/60 sec | F8 | 400mm equiv.

The remaining changes are all on the software side. There are two new black and white photo styles we’ve seen on other recent Panasonic cameras – L.Monochrome and L.Monochrome D – and new focus and aperture bracketing functions as well.

Panasonic has also extended its ‘4K Photo’ modes, which grab or generate photos from short video clips. In-camera ‘post-focus’ lets you pick where you want the plane of focus to be after the photo has been taken, and focus-stacking will work in-camera to stack multiple planes of focus so that, particularly with macro work, all is in accurate focus. There are also 30-frame pre-burst functions, as well as auto marking and sequence composition functions, the basics of which we cover here.

The FZ1000 II’s JPEG engine deals pretty well with high-dynamic-range scenes, but processing the Raw files is your best bet to really maximize image quality. Out-of-camera JPEG.
ISO 125 | 1/80 sec | F3.8 | 25mm equiv.

What stands out about the camera?

I’ve been a big fan of large-sensor, long-zoom cameras ever since I reviewed the first in the category, the Sony Cyber-shot RX10, back in 2013. And when I followed that up with a review of the original FZ1000, I called it an ‘exceptionally fun camera to shoot with’, and said that while the then-flagship Sony RX10 had much to recommend it, including its superior lens and video quality and tools, I’d personally choose the Panasonic of the two if spending my own hard-earned cash.

After a long five-plus year wait, I’m thrilled to have finally gotten hands-on with the Panasonic FZ1000 II, and doubly so to report that it addresses a couple of key concerns I had with its predecessor. Raw buffer depth and battery life were both areas where I felt Panasonic needed to revisit its design, and it did just that.

Compared to its predecessor, the FZ1000 II doubles the burst depth when shooting in Raw format. And battery life has also improved, with a CIPA rating of 440 shots on a charge when using the rear screen, up from 360 shots on the FZ1000.

While the contrast of this image evokes a certain mood, you might be surprised at just how much detail lurks in the shadows if you process out the Raw file. Out-of-camera JPEG
ISO 125 | 1/80 sec | F3.8 | 59mm equiv.

Sadly, you’ll still pay a steep penalty if you favor the electronic viewfinder, as battery life plunges to just 290 frames, down just fractionally from the 300 frame life reported for the FZ1000. Basically, if you’re mainly using the rear screen, you should be able to get through two-ish days of photo-focused endeavors. If you prefer the viewfinder, it’s more around a day and a half. If you’re a keen photographer, we’d recommend keeping an extra battery close at hand.

That said, I’m thrilled to see USB charging added to the FZ1000 II. It makes a lot of sense that a camera aimed at helping you to travel light should free you from the standalone charger, so you can pack even lighter and share chargers you’re likely already carrying for other devices.

It’s a bit of a shame that the arrival of USB charging is accompanied by the removal of the standalone charger from the product bundle, though. If you want to charge a second battery while shooting, you’ll now need to budget an extra $ 30 for the Panasonic DE-A79B charger.

The FZ1000 II does a decent job of balancing noise reduction with detail retention, but you may want to tweak the noise reduction settings or shoot Raw for best results. Out-of-camera JPEG.
ISO 1600 | 1/60 sec | F3.3 | 51mm equiv.

In-hand, this is a very comfortable camera, even with my larger-than-average hands. It’s got a fair heft to it, about the same as an entry-level DSLR with kit lens attached, but it’s well-balanced and doesn’t feel unduly heavy, especially given the far-reaching, bright zoom lens.

The new front control dial is a welcome addition that makes exposure adjustments quicker. And the three new function buttons on the left of the lens, which replace the FZ1000’s lens ring and stabilization switches, give a positive click when pressed, and are very easy to locate by touch so long as you’re not wearing gloves. (But would be near-impossible to feel if you were.)

Really, my only complaint about the FZ1000 II’s controls is that you can’t zoom and autofocus at the same time. With fast-paced action like sports, I found this behavior sometimes cost me shots. Thankfully, in most other situations it’s not a concern.

Another thing I’d like to see changed is the location of the metal tripod mount, which sits well to one side of the lens’ optical axis. That’s not the best location for shooting tripod-mounted panoramas, and it’s also very close to the battery/storage compartment door, meaning that if you use a tripod plate you’ll likely need to remove it every time you change the battery or memory card.

Lastly, the FZ1000 II comes with no claims of weather-sealing whatsoever. For such a versatile travel camera that you’re likely to have with you in a variety of situations, it’d be a welcome feature. But beefed-up sealing would increase cost: the latest cameras in Sony’s RX10-series do offer claims (but no rating) of weather-sealing, and they are more expensive.

The FZ1000 II’s lens has an effective image stabilizer built-in, but no neutral density filter. Good thing you can now stop-down to F11 for daylight pans. Out-of-camera JPEG.
ISO 125 | 1/60 sec | F11 | 65mm equiv.

As for the on-screen user interface, I’m a huge fan of the FZ1000 II’s overhauled menu system. It’s much cleaner, more modern and less disorienting than the original FZ1000, and now now fits eight items per page, instead of six, and you can tap on any individual item on each screen to adjust it directly. There’s also a new My Menu feature where you can save your own favorites. Although its basic structure is broadly similar to before, it feels more like a night-and-day change from the old menu, and I love it!

I’m a big fan of the FZ1000 II’s output as well. Just as with its predecessor, I found white balance and metering to be accurate the majority of the time, and color was also a nice balance between accuracy and the punchier look consumers tend to favor. Out-of-the-box, JPEGs will look more detailed and have more pleasing color than the older model, though Raw performance is essentially unchanged. If you’re pushing the highest ISO values the camera is capable of, consider switching to Raw instead of just shooting JPEG – we’ll look at this in more depth with our studio scene on the following page.

JPEGs will look more detailed and have more pleasing color than the older model

For an in-depth look at the lens performance vs. its peers, jump to our lens shoot-out on page 2 here. Overall autofocus performance is more than adequate, with the FZ1000 II quick to lock focus accurately in all but the most difficult conditions, and not keeping me waiting as I rattled off burst of shots around my adopted home of Knoxville, Tennessee. The phase-detection autofocus system of Sony’s RX10 IV is far more effective for action, but I found the fast contrast-detection autofocus on the FZ1000 to be fast enough for most subjects.

The FZ1000 II uses Panasonic’s ‘Depth-from-Defocus’ contrast detection autofocus system. It’s very quick and very accurate, especially in single AF (AFS), and works well for a variety of subjects. Eye and face detect generally work well, but they have to be manually enabled separately from the camera’s subject tracking mode. Unfortunately, while you can expect a pretty good hit-rate in continuous AF (AFC), the image will wobble in and out of focus while doing so, and you might find this distracting.

Aperture comparison: F8 vs. F11
ISO 125 | 1/5 sec @ F8 (left) vs. 0.4 sec @ F11 (right) | 400mm equiv.

I’m also glad to see the minimum aperture has been extended across the board, if only because it expands your options somewhat. (The FZ1000 had an unusually abbreviated lower limit of just F8, which has been extended to F11 for the FZ1000 II.)

As you can see in my attached samples, the difference in depth of field when you stop down that little extra isn’t game-changing, though, and it comes at the expense of slight but noticeable softness across the entire image due to diffraction. (Diffraction limiting is already kicking in by around F4.5.)

Photo Styles: Standard (top) vs. L-Monochrome (bottom left) and L-Monochrome D (bottom right)
ISO 125 | 1/2,500 sec @ F2.8 | 400mm equiv.

I found some of the new creative options – especially focus bracketing, and the 4K Photo post focus / focus stacking features – to be a lot of fun. There are definitely some limits to bear in mind with the latter beyond its lower eight-megapixel resolution, however.

Firstly, you’re limited to fairly high shutter speeds when using 4K Photo, which means ample light is needed if the results aren’t to become too noisy. And secondly, more than a little subject or camera motion will easily cause rendering issues when images are stacked in-camera. I found that loading the 4K Photo video frames and stacking them in Photoshop can frequently fix these concerns, though, so it isn’t likely due to rolling shutter but is perhaps a limitation of the camera’s processing.

20.1-megapixel, standard full-resolution image
ISO 125 | 1/250 sec @ F4.0 | 400mm equiv.
4K Photo Post Focus: Focused on front flower (left) vs. rear flower (right)
ISO 1600 | 1/800 sec @ F4.0 | 355mm equiv.
4K Photo Focus Stacking: In-camera (left) vs. Adobe Photoshop CC v21.1.2
ISO 1600 | 1/800 sec @ F4.0 | 355mm equiv.

Conclusion

As I said at the outset of this review, I was already a big fan of the original Panasonic FZ1000. And that’s just as true of the FZ1000 II. I think it’s quite remarkable what Panasonic has managed to pack in, at less than half the price of the Sony Cyber-shot RX10 IV. Heck, even the four-year old RX10 III still costs a full $ 500 more than the FZ1000 II.

And in fairness to Sony, the FZ1000 II is definitely less camera in some respects, especially when it comes to high-speed burst capture, autofocus and movie recording capabilities. Its lens is also not as sharp or as consistent, albeit still great for most purposes. If you’re aiming to photograph action with any regularity, Sony’s RX10 IV is a better bet in spite of the extra cost due to its phase-detection AF system. If hardcore video is more your thing, you’ll definitely want to consider the FZ2500 or RX10 III / IV thanks to more advanced video features and better quality.

But if you aren’t a big video or peak-action shooter and want the most bang for the buck, the Panasonic FZ1000 II is absolutely worth a close look, just as its predecessor was some five years ago.

Shadows recovered in Adobe Camera Raw 12.2.1. See out-of-camera JPEG here.
ISO 1250 | 1/80 sec @ F3.8 | 74mm equiv.

Scoring

Panasonic Lumix DC-FZ1000 II
Category: Enthusiast Large Sensor Compact Camera
Build quality
Ergonomics & handling
Features
Metering & focus accuracy
Image quality (raw)
Image quality (jpeg)
Low light / high ISO performance
Viewfinder / screen rating
Optics
Performance
Movie / video mode
Connectivity
Value
PoorExcellent
Conclusion
The FZ1000 II is a great all-around bridge camera with a good zoom lens, capable 1"-type sensor and excellent ergonomics. We appreciate the level of control and customization available, and the image quality is solid. It's not the most capable camera in its class, but it's also far from the most expensive, and is well worth a look.

Good for
Those looking for an all-in-one solution for travel photography and casual video capture.

Not so good for
Those wanting to regularly shoot fast action and the highest-quality video.
83%
Overall score

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Articles: Digital Photography Review (dpreview.com)

 
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DPReview TV: New show premiere! Host Don Komarechka combines photography and simple science projects

21 Mar

We’re adding a new show to the DPReview TV lineup, and you may have seen the work of our new host before. Don Komarechka is a landscape and nature photographer, and he’s a master of using macro photography and simple science experiments to turn otherwise unseen worlds into stunning images.

In this series he’ll share some of these projects so you can recreate them at home if you’re feeling ambitious – or you can just sit back and enjoy watching a mad scientist at work. In this first episode he demonstrates the ins and outs of photographing frozen soap bubbles. Check it out – and be sure to subscribe to our YouTube channel to get new episodes of DPReview TV every week.

  • Introduction
  • Mixture Recipe
  • Wind
  • Staging
  • Bubble Placement
  • Focus Techniques
  • Experimenting with Light
  • Video
  • Conclusion
  • 3D Soap Bubbles

Articles: Digital Photography Review (dpreview.com)

 
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500px combines Terms of Service and Contributor Agreement, confusing some users

24 Dec

Photography community 500px recently updated its Terms of Service, adding its Contributor Agreement into the TOS to provide a single destination for both. As tends to be the case any time a social network or other service updates its TOS, some users have picked through the text and come away frightened. A recent analysis of the changes by PetaPixel, however, finds little to be concerned about.

500px released its updated Terms of Service earlier this month; users were alerted to the change when the service prompted them to read and agree to the latest TOS. A number of users posted concerns about various snippets on social media, questioning the terms and, in some cases, demanding the company make changes.

PetaPixel recently dug into the latest Terms of Service and compared it to 500px’s older archived TOS, finding that the language has remained essentially unchanged. Some users may be surprised by the changes because of the inclusion of the Contributor Agreement within the updated TOS. Those added terms only apply to users who choose to sell images through the platform, however.

Users always retain the option of deleting their 500px account. The latest Terms of Service explains that:

Upon termination (by 500px or you), 500px will remove your Visual Content from licensing within 180 days and will inform all distributors that the Visual Content should be removed during that time period, provided however that 500px (and our distributors) may retain digital copies of Visual Content for archival and record-keeping purposes. 500px will continue to make payments due to you after termination in accordance with these Terms.

Via: PetaPixel

Articles: Digital Photography Review (dpreview.com)

 
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Video: DIY Hasselblad XPan camera combines Hasselblad 500cm and anamorphic lens

10 Nov

Cinematographer Casey Cavanaugh of GxAce has published a video detailing the creation of his own Hasselblad XPan, a DIY camera he calls the GX-Pan. “I always wanted an XPan, the anamorphic dream,” Cavanaugh narrates in his video. “But it has always been out of my reach, so I built my own.”

The DIY GX-Pan features a custom machined adapter design to mount an anamorphic lens onto a Hasselblad 500cm camera. “What makes this better than an XPan, in my opinion, is that it gives a true anamorphic widescreen image,” Cavanaugh explains. Viewers are given both technical details and brief looks at the creation process.

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X-Pans are too damn expensive. So I built my own. Link to the video is up in the bio. #hasselbladxpan #xpan #anamorphiclens • • • • • • #anamorphic #anamorphiles #hasselblad #hasselblad500cm #fujiframez #fujixt3 #500cm #mediumformat #mediumformatfilm #cinematic #cinematography #cinebible #photocinematica #filmisnotdead @japancamerahunter @emulsivefilm @petapixel @phoblographer @35mmcblog @camerafilmphoto #panoramic #fujitx2 @hawkanamorphic @hasselblad @hasselbladfeatures @hasselbladculture

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Cavanaugh’s work can be found on his personal website, Flickr, and Instagram.

Articles: Digital Photography Review (dpreview.com)

 
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Composite timelapse combines Death Valley’s night sky with New York City’s streets

14 Apr

In honor of International Dark Sky Week 2018—which will run from April 15th to the 21st—timelapse filmmakers Gavin Heffernan and Harun Mehmedinovic decided to create an interesting composite. Using their ample post-processing skills and footage they’d captured across the country, they replaced the light-polluted skies over New York City with long-exposure footage captured in pristine locations like Death Valley and Grand Canyon National Parks.

The whole thing is part of the duo’s project Skyglow: an ongoing quest to raise awareness about and examine the dangers of light pollution. The project features a 192-page hardcover book and blu ray video series made up of footage and photos captured all over the United States, but it was also the impetus behind an inspiring series of Skyglow timelapses. The project began three years ago with another composite timelapse—in which they ‘darkened’ the skies over LA—so Heffernan and Mehmedinovic decided they would cross the country and do it again, this time in NYC, for Dark Sky Week 2018.

You can learn more about the Skyglow Project at this link, watch the new New York City composite timelapse above, and scroll through some stills from the project below.

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Articles: Digital Photography Review (dpreview.com)

 
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SonyPixelShift2DNG combines a7R III Pixel Shift shots into DNG files

10 Mar

One of the useful features baked into Sony’s latest flagship mirrorless full-frame camera—the Sony a7R III—is the Pixel Shift Multi Shot mode in which the camera captures four consecutive images, shifting the sensor one pixel for each.

This allows the camera to sample each point in the scene with each of its four color filters (R, G, B, G2). Those images are then combined in post to produce files with improved ‘crispness’, color resolution, noise and dynamic range. It’s essentially meant to overcome the limitations of the Bayer color filter array.

The process looks something like this:

We discussed Pixel Shift in detail here, but if you read our full Sony a7R III review then you know that one of our main complaints about this feature is Sony’s limited support for Pixel Shift files. Basically, you’re stuck using Sony Imaging Edge to process the files—a rather limited (and slow) Raw converter that’s probably not on anybody’s “favorite photo software” list.

Well… you were stuck. Enter LibRaw, LLC’s SonyPixelShift2DNG beta.

As the name implies, this piece of software combines the four ARW files captured by your Sony a7R III in Pixel Shift mode and spits out a DNG on the other side, allowing you to process the result in the Raw editor of your choice. What’s more, it’ll automatically detect the 4-image Pixel Shift sets, ignoring any non-Pixel Shift files (as long as you select ‘Analyze + Convert All’), generating single DNGs for each set. It’ll even name the DNG sensibly, indicating the original ARW files it was generated from.

Finally, Any Pixel Shift ‘quartets’ (Sony ARQ files) you’ve already created with Sony Imaging Edge can also be converted to DNG.

The software is still in Beta, but we gave it a test drive and found it fast, easy and nearly effortless. We threw an entire directory of Pixel Shift and non-Pixel Shift files at it and it worked flawlessly. This essentially eliminates any worries we had about compatibility or convenience when it comes to capturing and editing Sony a7R III Pixel Shift files. As far as we’re concerned, until and unless Sony releases something similar itself (and we wouldn’t hold our breath) this is a must have for Sony a7R III users who use the Pixel Shift function.

To learn more about the software or download it for yourself—there are versions for both Mac or Windows—head over to the FastRawViewer website. Don’t wait too long to try it though, the free beta version at that link expires on May 1st, 2018.

And check out LibRaw’s other excellent software while you’re at it: FastRawViewer allows you to quickly evaluate, sort and do more with your Raw files, and we use the RawDigger app to perform technical analyses of Raw files on a daily basis.

Articles: Digital Photography Review (dpreview.com)

 
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HTC U11+ combines U11 camera specs with large 6-inch display

03 Nov

HTC has launched the HTC U11+ which shares many characteristics with its smaller cousin U11. Both phones are powered by a Snapdragon 835 chipset and come with, depending on region, 4 or 6GB of RAM. They also share the same camera specifications that made the U11 one of the best camera phones in 2017.

On the back, you’ll find a 12MP sensor with large 1.4µm pixels that is combined with optical image stabilization and a fast F1.7 aperture. In video mode the U11+ can record 1080p footage at 120fps, and 4K clips with Hi-Res audio. At 8MP, the front camera pixel count has been reduced compared to the U11’s 16MP sensor. The front module also offers an 85-degree field-of-view, an F2.0 aperture and 1080p video recording.

The big difference between U11 and U11+ is the latter’s almost bezel-less LCD display with 18:9 format and a 1440×2880 pixel resolution. It means there are now no physical controls on the front and the fingerprint reader was moved to the back. The body is IP68-certified and comes in Ceramic Black, Amazing Silver and Translucent color options. There’s also a microSD card slot and the 3,930mAh battery offers support for Qualcomm Quick Charge 3.0.

In Europe, the HTC U11+ will be available for €800 (approximately $ 930). For now a launch in North America is not planned.

Articles: Digital Photography Review (dpreview.com)

 
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Honor 8 Pro combines big screen with dual-cam and large battery

06 Apr

Huawei’s sub-brand Honor has today released its latest flagship – the Honor 8 Pro, which plays on a very similar level as the main brand’s Mate 9 and P10 high-end models. The 8 Pro features the same Kirin 960 chipset as the Huawei handsets and combines it with a generous 6GB of RAM and 64GB of built-in storage that can be expanded via a microSD-slot. Despite a large 4,000 mAh battery the device is very slim and the front is covered by a 5.7″ Quad-HD display. 

With a dual 12MP-camera setup the camera specification is on paper identical to the standard Honor 8 but the new Kirin chipset’s more powerful Image Signal Processor should slightly improve image quality compared to its slightly older cousin. As on all Huawei dual-cam a monochrome and a RGB sensor are combined to optimize image detail, noise levels and dynamic range as well as produce a simulated shallow depth-of-field effect. Both lenses come with F2.2 apertures and the camera is capable of recording 4K video. There is no optical image stabilization, though. The front camera uses an 8MP module with F2.0 aperture. 

The Honor 8 Pro has, at least at this point, been officially announced for European markets only and will cost you £475/590 in the UK which makes it an interesting alternative for those who want high-end looks and specs at an affordable price point. It will go up for pre-order today on the Honor vMall store and will be available in regular stores from April 20.

Articles: Digital Photography Review (dpreview.com)

 
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NASA combines exposures on the fly to create high-speed 3D HDR video

09 Aug
Credit: NASA

NASA has successfully tested a camera that uses multiple frames of different exposures to create HDR video. The demo of a rocket test shows that the dynamic range provided is enough to capture plumes of exhaust fire and the surrounding area at the same time. The High Dynamic Range Stereo X, or HiDyRS-X, camera is capable of recording a collection of different exposures using very high frame rates which it then combines to create individual frames of HDR video – in 3D.

The idea is to be able to capture the extremely wide range of brightness values during a rocket test so that the rocket itself and the flames of the plume can be seen and studied simultaneously – not something that traditional capture methods can do.

NASA says that the trial, using the Space Launch System Qualification Motor 2 test, allowed its scientists to study elements and behaviors they had not been able to see before. As with many critical moments in photography things didn’t go completely smoothly for the photography team during the unrepeatable engine test. The camera’s automatic timer failed to start the recording so the team had to intervene manually, and then the vibrations of the rocket itself caused the camera’s power cable to fall out.

The HiDyRS-X camera was developed as a part of a scheme to allow young engineers to come up with concepts and lead projects to create new hardware to help with NASA’s space programs. The project won one of the Early Career Initiative grants in 2015 and was led by structural dynamist Howard Conyers from the Stennis Space Center in Hancock County, Mississippi.

For more information on the camera and the test visit the NASA website.

Articles: Digital Photography Review (dpreview.com)

 
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Samsung Galaxy Note 7 combines S7 camera with large display, S-Pen and iris scanner

03 Aug

In keeping with its established product innovation cycle, Korean manufacturer Samsung has today launched the latest model in its Note line of large format smartphones, the Galaxy Note 7. Judging by its specifications the new device looks like an impressive package but is in many ways more of a refinement of previous models rather than a radical overhaul.

The camera module, for example, comes with the same specification as the smaller Galaxy S7 and S7 edge devices. A 1/2.5″ 12MP sensor with 1.4-micron pixel size is combined with a fast F1.7 aperture, optical image stabilization and dual pixel on-sensor phase detection AF. The front camera has a 5MP sensor and F1.7 aperture.

Processing specifications are identical to the S7 as well. The US version of the device is powered by a Qualcomm Snapdragon 820 chipset while the international versions will come with Samsung’s own Exynos octa-core chip. All models come with 4GB of RAM and 64GB of internal storage that is expandable via a microSD-slot.

The Note 7’s characteristic 5.7″ dual-edge display offers Super AMOLED technology and a 2560 x 1440 Quad-HD resolution. It’s also the first display to feature Gorilla Glass 5 which should survive a drop from 1.6 meters height. As on the predecessor, the edges of the display are curved and offer Samsung’s unique Edge interface for quick access to contacts and apps. While some competitors have started to dispense with the headphone-jack the Samsung still offers this standard connector, next to a new USB Type-C port. All the components are powered by a 3,500mAh battery, which is a little smaller than the variant in the S7 Edge.

Notable new features include an iris scanner above the display that allows you to unlock the phone or access secured content. Samsung says that in the future the scanner will let you log into accounts or use Samsung Pay, but none of these functions are currently implemented. The design of the Note series’ characteristic S-Pen stylus has been slightly altered, too. It is now water-resistant and at 0.7mm comes with a thinner tip which should make for a more natural writing experience. 

Overall the Galaxy Note 7 looks like an appealing proposition for those users who like to work with larger screens and a stylus for photo editing. The camera module has already been tried and tested on the Galaxy S7 models and currently among the very best. 

Articles: Digital Photography Review (dpreview.com)

 
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