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Posts Tagged ‘System’

You can now control the RØDE Wireless Go II system with your Android, iOS device

15 Oct

RØDE has made its Wireless Go II dual-channel microphone system even more capable and portable with a pair of updates. The first update is a new RØDE Central mobile app that makes it possible to fully customize and configure the wireless microphone system via a mobile device, while the second is new compatibility with the RØDE Connect desktop app, which enables you to use the system with podcasting or streaming software.

Until now, the RØDE Wireless Go II system required a desktop computer to change various settings, including recording mode, adjusting the gain settings and other granular controls. Now, all of these features, as well as firmware updates, will be possible with Android and iOS apps thanks to the new RØDE Central Mobile app.

The one notable function missing in the mobile app is the ability to transfer recordings directly to your mobile device from the microphones. It’s unclear if this functionality will be added at a later date, but as it stands, recordings will still need to be offloaded via the onboard USB-C port.

In order to connect with the mobile app, RØDE Wireless Go II systems will need to be updated one final time with the desktop app to enable wireless connectivity.

The next update is one to RØDE’s Connect desktop app, which makes it possible to record podcasts and stream audio directly from your computer. With this latest update, you can now use the Wireless Go II system to get professional-grade audio wirelessly during interviews, livestreams, podcasts and more.

Each transmitter can be assigned to its own channel for easier independent control and other RØDE microphones can be used in conjunction with the Wireless Go II system if additional audio is required.

The RØDE Connect update should be available for anyone who already has the app installed. If you don’t already have it installed, it can be downloaded for free on RØDE’s website.

Articles: Digital Photography Review (dpreview.com)

 
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Video: Hasselblad shows how it produces, tests its X System medium format cameras

21 Jul

Hasselblad has released the third video in its ongoing ‘Hasselblad Home’ series, showcasing how the Swedish company produces and tests its X System medium format cameras inside its Gothenburg headquarters.

Throguhout the four-minute video, Hasselblad shows the five-step production and testing process it uses to ensure all X System cameras are properly constructed and programmed to get the best image quality possible. The first step in the process is a cosmetic check to ensure the camera body itself is undamaged from the manufacturing process. If it clears the cosmetic check, that camera is assigned a serial number, which will follow it until it reaches the hands of the customer.

With the serial number assigned, it’s onto installing the software of the camera and completing more assembly of the main camera unit. Hasselblad says it tests each sensor independently — by capturing over 700 test shots — and uses that data to create a calibration profile that is then installed on the camera that specific sensor unit is installed in. The camera will apply that specific calibration profile to each image before data is saved to the recording media.

From there, it’s onto the digital unit test, wherein Hasselblad workers adjust focus, remove dust and apply other quality control measures before moving onto the final photo quality test. Using both studio scenes and color charts, Hasselblad tests the image quality of each camera using both automated and manual verification to ensure no anomalies are seen in the resulting photographs.

The video is yet another unique look into a process usually hidden within the factory walls. Regardless of whether or not you own — or have even shot with — a Hasselblad, it’s hard not to respect the level of precision and attention to detail that goes into each camera unit before it’s packaged up and shipped off.

Articles: Digital Photography Review (dpreview.com)

 
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Evolving my camera system for a once-in-a-lifetime trip to the Galapagos

04 Jul
My last bucket list trip, taken right before joining DPReview in 2013, was a cruise around the bottom of South America, with several days spent in Antarctica, pictured here. Photos taken with the Canon EOS 7D.

Fourteen months ago I was supposed to be cruising around the Galapagos Islands onboard the National Geographic Endeavour II, seeing barren landscapes and animals you won’t find anywhere else (blue-footed boobies!). It was a trip high on my bucket list, and one that I’d been saving up for nearly two years; cruises to the Galapagos don’t come cheap.

But months before my scheduled departure, the first major outbreak of covid-19 in the U.S. tore through a nursing home five minutes from my house, killing nearly 40 people. Everyone knows what happened next.

I’m planning on buying my gear, rather than borrowing it from the cabinet in the DPReview office

Obviously, the trip was cancelled, but the nice folks at Lindblad Expeditions let me reschedule for 2021 (and why not, since they already had my money). As time went by I started to lose confidence about travel in 2021, so a few months later I pushed the trip back to 2022, just to be safe.

But I’m not writing this article to share my travel woes. With the trip looking like it will actually happen next year, I’ve returned to planning what gear to bring. Unlike the first time I performed this exercise, I’m planning on buying my gear, rather than borrowing it from the cabinet in the DPReview office.

And why am I doing this now, rather than closer to the trip? Simply put: the value of my current gear is only going to go down between now and then.

This iceberg was much, much, much larger than our ship – and that’s just on the surface.

My current gear

The EOS 5D Mark III with the 24-104mm F4L kit lens

For many years I’ve been the proud owner of a Canon EOS 5D Mark III. Even though I rarely use it due to all the new toys in the office, it still has a special place in my heart. It takes great photos, the ergonomics are close to perfect, it can take a beating and the optical viewfinder is large and bright.

As for lenses, I own Canon’s 70-200 F4L IS USM (the first one), 17-40mm F4L USM and the 24-105mm F4L that came in the box with the camera. While I could always buy more lenses, those three covered the bases, and well.

Camera requirements

The most important factor in my search for a new camera system is price. I’m looking for the value option, not the best camera on the market.

As for my camera system wishes, here are the main features I’m looking for on my 5D III replacement (the 5D already offers some of these things):

  • I want a more capable sensor; the 5D’s resolution is fine, but the dynamic range is behind the times.
  • I want a tilting or articulating screen so I don’t have to lay on the volcanic rock found on most of the islands.
  • I want 4K video. Of all places to take high quality video, the Galapagos is it.
  • I want in-body image stabilization. My hands have a mild tremor and I don’t want tmiss a shot.
  • I want something rugged enough to get wet or bashed into… something.
  • I want dual card slots; not taking any chances since this is likely a one-time trip
  • The display and EVF must pass the “polarized sunglasses test”. I need to be able to see what I’m looking at (in both landscape and portrait orientations) when shooting outdoors.

Some may be surprised that didn’t include amazing autofocus on the list. While I want something to focus quickly and accurately, having top-notch subject tracking isn’t a deal-breaker, since most of my subjects won’t be running around. (I’m also one of those focus and recompose people: probably the only one left in the DPReview office. That said, the switch to mirrorless may convert me to continuous autofocus with subject tracking.)

Next, I have a rough list of the kinds of lenses I’d like in my backpack, which happen to be very similar to what I already own. I would rent a longer super-tele lens, since I don’t need one in my personal collection. Here’s what I’m looking to buy:

  • Ultra-wide (16-35mm equiv.)
  • Standard (24-105mm equiv.)
  • Tele-zoom (70-200mm equiv.)

Ideally, these lenses would be in the F4 equivalent range, since I don’t need the very best, and my bank account is not overflowing with cash.

What’s my gear worth?

My Canon gear, all boxed up and ready to sell.

Not wanting to deal with craigslist, I went to KEH’s website to look into prices for my Canon gear (and don’t forget to check with your local camera store, who sometimes buy used equipment for trade or credit). Here’s what they were willing to offer on June 23, 2021:

Product KEH condition KEH trade-in estimate
EOS 5D Mark III body Excellent $ 809
EF 70-200 F4L IS USM Excellent $ 520
EF 24-105mm F4L IS USM Excellent $ 683
EF 17-40mm F4L USM Excellent+ $ 365
Grand total $ 2377

So I have almost $ 2400 to spend, but I still want to keep my cost as low as possible. What are my options?

Option 1: Get an EOS R6 and adapt my DSLR lenses

If I had an unlimited budget, I’d sell the whole 5D III kit and get myself an EOS R6 and a few RF lenses (14-35mm F2.8, 24-105mm F4, 70-200mm F4), which adds up to $ 6900. Unfortunately, I don’t.

The EOS R6 with an adapted EF 70-200 F4 L

I love the R6 because, being a Canon camera, it’s familiar to long-time owner of that brand. Image quality is great, it has really good in-body stabilization, a fully articulating screen, high-res viewfinder and 4K/60p video. And yes, its autofocus is really good too.

Downsides? Some rolling shutter in video, the small risk of overheating in video and so-so battery life (though I’m planning on bringing a small fleet of batteries, just to be safe.

In this scenario I would keep all three of my lenses and buy the R6 and Canon’s basic EF-to-RF adapter. That would add up to $ 2600 and, after taking the $ 809 I’d get for trading in my 5D III, I’d still owe almost $ 1800. Let’s try something else.

Option 2: Sell it all and start over

A more realistic plan may be to dump all of my current gear and start from scratch with a new system. There are an overwhelming amount of camera and lens options, though my camera requirements help narrow down the field a bit.

Cameras

After much soul-searching, here are the cameras on my short list, based on the requirements I mentioned earlier.

Camera Pros Cons Cost (body)*
Canon EOS R6 Build, familiar controls, EVF, video, LCD type, great IBIS Price, rolling shutter, small risk of overheating in video, battery life $ 2500
Fujifilm X-T4

Design and controls, IBIS, JPEG quality, video, LCD type, battery life

Price, buffer size, too many dials $ 1700
Nikon Z5 Price, design, image quality, IBIS, EVF, battery life Slow burst, cropped 4K w/rolling shutter, no 70-200 F4, single card slot $ 1000
Olympus E-M1 III Build/durability, IBIS, fast burst, ‘live’ features, LCD type. battery life Price, low res EVF, smaller sensor, menus, future of company $ 1600
Panasonic G9 Price, build quality, IBIS, EVF, LCD type, fast burst, 4K/60p video, compact lenses Unusual USB port, “fluttery” autofocus, smaller sensor, battery life $ 1000

* All prices from B&H Photo

If I was just buying a body, the $ 2377 I’m getting for my 5D III kit makes all of these products very accessible. But I’m not.

Lenses

Now, for the other big purchase: lenses. As mentioned earlier, I’m looking for an ultra-wide, a standard zoom and a tele-zoom lens. Here’s where things get a little messy.

Camera Lenses Equiv. coverage Cost (lenses)*
Canon EOS R6 14-35mm F4
24-105mm F4
70-200 F4
14-35mm F4
24-105mm F4
70-200 F4
$ 4400
Fujifilm X-T4 10-24mm F4
16-80mm F4
50-140mm F2.8
15-36mm F5.6
24-120mm F5.6
105-450mm F4.2
$ 3400
Nikon Z5 14-30mm F4
24-200mm F4-6.3
14-30mm F4
24-200 F4-6.3
$ 1900
Olympus E-M1 III 7-14mm F2.8
12-40mm F2.8
40-150mm F2.8
14-28mm F5.6
24-80mm F5.6
80-300mm F5.6
$ 3550
Panasonic G9 8-18mm F2.8-4
12-60mm F2.8-4
35-100mm F2.8
16-36mm F5.6-8
24-120mm F5.6-8
70-200mm F5.6
$ 2600

* Some of these lenses are available bundled with the camera body, which may save me some money. I’m not including those discounts above. All prices from B&H.

The Nikon kit comes out as the bargain but, as noted earlier, my kit only includes two lenses. While there is a 24-105 on the official roadmap, there’s no announcement date yet. Also, a 70-200 F4 isn’t even on the map – at least not yet. Sure, I could buy the FTZ adapter and use Nikon’s DSLR lenses, but I’d rather not. So, for now, I have to settle for the 24-200 F4-6.3 VR (along with the 14-30mm F4) to tide me over.

Nikon is yet to produce a 24-105mm F4 for Z-mount, leaving the 24-200mm F4-6.3 VR as the only alternative.

Right as I was wrapping up this article, Canon introduced its RF 14-35mm F4L IS USM lens, which fits my requirements. At $ 1700 it’s very expensive, but Canon offers all three types of lenses on my list.

The $ 2300 RF 15-35mm F2.8 is Canon’s only ultra-wide zoom that I could buy right now, though the 14-35mm F4 is arriving soon.

The only weather-resistant approximately 70-200mm equiv. that Fujifilm offers is its 50-140mm F2.8, which costs more than I’d like, but the 75-210mm equiv. range is nice and it’s still relatively fast. Since it’s still $ 700 less than the Nikon 70-200 F2.8, I’ll splurge and add the Fujifilm 50-140mm to my shopping list.

Being an F2.8 lens. it’s not surprise that the X-T4 with the 50-140mm is on the large side.

All of the lenses for Micro Four Thirds are have smaller equivalent apertures than the full-frame models, but they’re also more compact and generally lighter, which is one of the biggest selling points of the m4/3 system. Olympus makes some great lenses – and I like the idea of having a 80-300 equiv. – but they’re expensive, and that’s before I factor in the $ 1600 camera.

The Olympus E-M1 Mark III is remarkably compact with its 40-150mm F2.8 Pro lens attached

Two out of the three Panasonic’s have variable apertures, so they’re not as fast as the fixed aperture Olympus F2.8 lenses, but they hit my desired focal lengths.

So what’s it all going to cost?

I’ve gone through my two options – adapt my existing lenses, or just start all over – now let’s see how much all of these options will cost. Remember that KEH has valued my 5D III body at $ 809 and adding my lenses brings the total to $ 2377. This time I’m taking promotions into effect, since that’s how I’d actually buy the equipment.

Option Cost* KEH trade-in credit Out of pocket cost
Canon EOS R6 + adapted current lenses $ 2500 $ 809 $ 1691
Canon EOS R6 + 3 lenses $ 6900 $ 2377 $ 4523
Fujifilm X-T4 + 3 lenses $ 4800 $ 2377 $ 2423
Nikon Z5 + 2 lenses* $ 2800 $ 2377 $ 423
Olympus E-M1 III + 3 lenses $ 5150 $ 2377 $ 2773
Panasonic G9 + 3 lenses $ 3400 $ 2377 $ 1023

* Cost includes camera + lens kits, which may decrease price. All prices from B&H.

The Nikon Z5 appears to be the big bargain here, but remember, I’d be getting one less lens, and and the 24-200mm lens gets slow quickly (it crosses F5.6 at 50mm and F6.3 at 105mm). The EOS R6 with three new lenses is expensive for obvious reasons, and both Fujifilm’s and Olympus’s higher-end cameras and lenses tend to be on the pricey side.

The final choice

On June 25th, I visited B&H’s website and ordered a Panasonic Lumix DC-G9, plus the 8-18mm F2.8-4, 12-60mm F2.8-4 and 35-100mm F2.8 lenses. Is the G9 the camera of my dreams? Nope. Rather, it’s the best one for my needs, in terms of both its lens collection and value. I’m still not sure if my trip will happen next year, but when it eventually happens, I’m confident that I made the right choice.

During my shopping process I considered what features I wanted, what cameras to consider, and how much it was going to cost. Price-wise, the two best values were the Nikon Z5 and the Panasonic DC-G9 (with the Z5 being about $ 700 more), so they were my finalists.

Ultimately, it was the system that sold me

The factor that drove my decision-making was not image quality, which was the first thing on my ‘must have’ list. I already know how that would turn out (the Nikon easily wins), and I didn’t even look at our studio scene comparison until after I’d ordered my new gear. Given the kind of shooting that I’ll do on the trip (and in life), it’ll be mostly outdoors, so the smaller m4/3 sensor performs well enough for me.

Ultimately, it was the system that sold me. The Micro Four Thirds system offers the lenses I want for my trip, and dozens more than I could buy or rent should the need arise. The lenses are smaller and lighter than those for APS-C or full-frame, which will make them easier to transport in the limited amount of space I’ll have.

Nikon makes some fantastic lenses for the Z system, but its collection of midrange full-frame options just isn’t there yet. I expect that to change, but I’m buying now and not later.


Homepage thumbnail photo of the Blue-footed Booby: PDolby via iStock

Articles: Digital Photography Review (dpreview.com)

 
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New York Times unveils prototype system aimed at inspiring confidence in photojournalism

10 May

Misinformation is a big issue online, especially with how quickly false stories are shared. The New York Times R&D team has worked with the Content Authenticity Initiative (CAI) on a prototype system ‘exploring tools to give readers transparency into the source and veracity of news visuals.’ If a picture is worth a thousand words, the picture must be verifiably truthful to its viewers.

As CAI points out, it used to be a given that a ‘photograph never lies.’ However, that hasn’t been true for a long time. It’s easy for an image to be manipulated and tell a story far from the truth. It’s hard to tell fact from fiction, and a fake or doctored image can make the rounds so quickly that you see it many times on your feed before you ever see the original image. That is if you ever see the real image at all. A study by Adobe found that there’s a lack of trust in images and that people are concerned about seeing doctored content. The study also found that photographers are concerned with image theft and plagiarism.

The NYT R&T team shows their ‘secure sourcing’ prototype visualization.

For photographers, it’s not just about the honesty of an image, it’s about credit. Someone can screengrab a photographer’s image and spread it around the web before the photographer ever has the opportunity to demand the financial compensation they deserve. After the image has been seen all over the internet, the value of their work has already been irreparably damaged. Santiago Lyon, Head of Advocacy & Education at CAI, writes, ‘Regardless of source, images are plucked out of the traditional and social media streams, quickly screen-grabbed, sometimes altered, posted and reposted extensively online, usually without payment or acknowledgment and often lacking the original contextual information that might help us identify the source, frame our interpretation. and add to our understanding.’

Scott Lowenstein of NYT R&D says, ‘The more people are able to understand the true origin of their media, the less room there is for ‘fake news’ and other deceitful information. Allowing everyone to provide and access media origins will protect against manipulated, deceptive, or out-of-context online media.’

Along with Adobe and Twitter, The New York Times Co. is a founding member of the CAI. The CAI and its partners ‘are working to develop an open industry standard that will allow for more confidence in the authenticity of photographs (and then video and other file types). We are creating a community of trust, to help viewers know if they can believe what they see.’ To this end, the new prototype outlines a ‘secure sourcing’ workflow, which will preserve metadata with secure signatures at each step as an image is captured, edited in Adobe Photoshop, and published. As an image is published, links to an original image will be attached and signed by a social media platform.

Photograph by Niko Koppel for the NYT R&D project, integrated with CAI Content Credentials.

Lyon writes, ‘This important work demonstrates how a well-respected news outlet like the NYT is experimenting with CAI technology, giving us a hint of what’s possible at scale. This aligns with our goal of displaying a CAI logo next to images published in traditional or social media that gives the consumer more information about the provenance of the imagery, such as where and when it was first created and how it might have been altered or edited.’

Lyon continues, ‘This will bolster trust in content among both consumers and capture partners (such as Qualcomm and Truepic), editing partners (in this case, our colleagues at Adobe Photoshop), and publishers, such as the New York Times and others.’

Eventually, the hope is that CAI logos can be placed next to images on traditional publishing and social media platforms, inspiring confidence in the provenance of images and explaining how an image was edited before being published. Ideally, viewers would be able to click on the CAI logo and find out about the image creator and see all the edits that have been made.

For the initiative and the NYT R&D prototype to work, widespread adoption is necessary. The overall distrust in the news and images will require considerable work to improve. Reliable, secure, and accessible records of image creation and edits will go a long way toward inspiring confidence in images.

Articles: Digital Photography Review (dpreview.com)

 
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Yongnuo has patented a modular camera system aiming to best smartphone cameras

01 Dec

Chinese manufacturer Yongnuo appears to be working on a modular mirrorless camera. Per Lighting Rumours, Yongnuo has filed a patent for a device combining a ‘mobile terminal’ and an external lens assembly.

The mobile terminal appears to be similar to a smartphone in its shape and form factor. The device has a large display and a central, exposed image sensor. There aren’t specifics about the sensor, but it’s worth considering that Yongnuo joined the Micro Four Thirds (MFT) System Standard in February of this year. Further, the company’s Android-powered mirrorless camera, the YN450, includes a 16MP 4/3 image sensor.

On the left you can see a mobile terminal and to the right is the external lens apparatus. The patent outlines how the terminal, which includes a large display and an image sensor, attaches to the external lens element.

The external lens assembly appears to incorporate a lens mount although it’s unclear what kind of lens mount, a grip and a locking mechanism. Lighting Rumours speculates that you may be able to use the mobile terminal as a standalone phone device, provided that Yongnuo supplies a cap to cover the exposed image sensor when it is not attached to the external lens assembly. Further, the patent illustration shows a retractable zoom lens but mentions possible prime lenses and lenses with image stabilization.

Originally filed by Shenzen Yongnuo Photographic Equipment Co., Ltd. in April and published last month, the patent also outlines why a modular device would be advantageous. It argues that the lenses built into smartphones lack the performance and versatility users demand, which has given rise to external lens solutions. However, Yongnuo claims that these external lens solutions come up short. The patent claims that external lenses can be impractical, flimsy, and not offer high-quality performance. In order to deal with these issues, Yongnuo’s new system, including the external lens assembly and mobile terminal, are more convenient to use, fit together precisely, and offer superior performance.

Of course, companies file patents regularly and many patents never result in a commercially viable product. That may be the case here as well, but it’s certainly an interesting patent. It’s clear what such a product may offer over a traditional smartphone camera design, but it’s not necessarily obvious what such a product offers users relative to a standalone compact camera.

In terms of new products, in case you missed it, Yongnuo announced a new full-frame autofocus lens for Sony mirrorless cameras in late October. You can learn more about the new lens and Yongnuo’s other products, such as flashes, triggers and more, by visiting Yongnuo USA.

If you’re interested in another modular camera concept, you can refer to a modular Fujifilm GFX concept Fujifilm showed off last year. It’s quite a different take on a modular camera than what Yongnuo’s patent shows.

(Via Lighting Rumours)

Articles: Digital Photography Review (dpreview.com)

 
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Chroma Cameras’ 679 camera system turns medium format modular

20 Nov

Chroma Cameras has unveiled a modular medium format camera for shooting 120 film. The new 679 camera system allows customers to custom build a camera for their specific needs.

Speaking to Kosmo Foto, Chroma Cameras founder Steve Lloyd says, ‘The Chroma 679 is a brand new, modular, medium format camera system. Like my other Chroma cameras, it’s been designed around the idea of flexibility and ‘uniqueness’, along with being an affordable, and enjoyable, way to combine existing lenses and film holders.’

The Chroma 679 system comprises four standard components. All 679 cameras use a laser cut acrylic front plate with integrated metal helicoid. The next item is a custom threaded lens board constructed using anodized aluminum. This screws into the front of the 679 helicoid to create a secure mount. There are two styles of lens board available, a standard Copal and a 0.4mm brass pinhole.

Image credit: Chroma Cameras

The third component is the mid-body. This is the primary body section of a constructed 679 camera. It creates a spacer to mount the lens the correct distance from the film for obtaining infinity focus and it includes a pair of cold shoes. You can use cold shoes for accessories such as a light meter or a viewfinder. The mid-body is also the mounting point for optional accessories such as a tripod mount or full grip. The mid-body is available in any depth from 10mm up to 120mm. If you need help determining which mid-body depth you require, refer to this page.

Chroma Cameras 679 system mid-body component. Image credit: Chroma Cameras

The final component is the film back. There are four mounts available: Kiev88, Mamiya Press, Mamiya RB Pro S and Hasselblad V Series (early version only, which allows manual winding of film without a Hasselblad body). There is also an available plain ground glass film back.

These standard components connect using a physical interlock and four ‘very strong neodymium rare-earth magnets’ in each section. Additional accessories can also be attached using integrated mounting points on each side of the mid-body. Photographers can purchase an additional cold shoe plate and a basic tripod mount to add to their 679 camera system. Further, there’s an available full grip with an integrated tripod thread, internal storage for a roll of 120 film, and a passthrough mount for a cable release. The grip is available in black and wooden printed materials for either left- or right-handed photographers.

679 camera system with Kiev88 film back and optional full grip (wood). Image credit: Chroma Cameras

Lloyd says that ‘Whilst it’s not the first modular medium format camera system, [the 679 system] is the first system that allows the photographer to combine large format lenses with rollfilm backs from three different manufacturers in the same camera! At the same time, the lens board used for the 679 system are the same as those used on the SnapShot, allowing the photographer to seamlessly move lenses between both systems.’ Lloyd continues to say that the 679 system is lighter than ‘even the lightest large format systems’.

The 679 system and its components can be ordered here. The front plate costs £45, the lens board is £25 (pinhole is £30), the mid-body component is £40, and the film back is £40. A ground-glass back is also available for £30. Optional components range in price from £15 to £45. The most expensive add-on is the full grip with a wood finish.

Lloyd says, ‘I designed the 679 system for photographers who want to shoot a range of formats, without having to carry large heavy systems.’ It looks to be a well-designed product and it fills a unique niche. You can check out additional Chroma Cameras at the following links: Snapshot Handheld Multi-Format System and Carbon Adventurer – Ultrawide Field Camera.

Articles: Digital Photography Review (dpreview.com)

 
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NiSi Filter System Review (For Fujifilm X100 Cameras)

06 Nov

The post NiSi Filter System Review (For Fujifilm X100 Cameras) appeared first on Digital Photography School. It was authored by Matt Murray.

The Fujifilm X100 camera line has consistently appeared in lists of the best compact cameras over the last decade. This is not surprising; the series boasts a sharp 23mm f/2 Fujinon lens, great ergonomics, and a ton of cool features.

The series started with the original X100 in 2010, but is now in its fifth iteration with the launch of the Fujifilm X100V in February 2020.

The Fujifilm X100F camera
One of the best compact camera options of the last decade: the Fujifilm X100 series.

As a “take everywhere” camera, the X100 line has many advantages. But perhaps one of the drawbacks is that there isn’t a lot you can add to it to increase its versatility.

Or is there?

In this article, I take a look at the NiSi filter system for Fujifilm X100-series cameras.

So if you’re ready for a thorough NiSi filter system review, let’s get started.

Fujifilm X100-series accessories

Until recently, the only thing you could add to an X100-series camera that truly added to its versatility was one of Fujifilm’s teleconverters.

The fixed 23mm lens has a 35mm full-frame equivalent field of view. Adding the TCL-X100 teleconverter, this changes to a 50mm equivalent, whereas the WCL-X100 widens your field of view to 28mm.

Although the optical quality is excellent, the teleconverters are relatively heavy and quite pricey. If only there was something lighter and cheaper yet with excellent optical quality that would add to the X100 camera experience…

Enter the NiSi filter system for X100-series cameras.

NiSi filter system review (with the system displayed)
The Fujifilm X100F shown alongside the NiSi filter system.

NiSi filters

As a long-time user of the X100 series, I was excited to see NiSi recently launch a filter system for this camera lineup.

NiSi has a great reputation among landscape and cityscape photographers, because their filters are made from high-definition optical glass and offer true-to-life color reproduction.

Cleveland Point by Matt Murray NiSi filter system review example
The waves were gently lapping against this old jetty, but with the NiSi ND8 filter attached to my Fujifilm X100F, a 5-second exposure was enough to smooth the ripples out.

I’ve been using the NiSi 100mm system for the last few years with my Fujifilm X-T3 and Fujifilm X-T2. And I have been impressed with the results.

So, as a long-time user of the X100 series, I couldn’t wait to try out this new NiSi filter system.

NiSi filter system for Fujifilm X100-series cameras

For this NiSi filter system review, I tested the filters designed for Fujifilm X100-series cameras on my Fujifilm X100F.

Here’s what’s included in the kit:

  • NiSi 3-stop medium-edge graduated filter
  • NiSi HD polarizer filter
  • NiSi ND8 3-stop neutral density filter
  • NiSi Natural Night filter
  • NiSi X100 filter holder
  • Filter carrying case

There is also a slightly cheaper starter kit that contains only two filters: the medium-edge graduated ND filter and the polarizer. I’m not sure why you would opt for the starter kit when, for a small additional cost, you can get two extra, very useful filters.

NiSi filter system review
The NiSi filter system for the X100 series.

First impressions

My first impression of the kit was very positive: the quality and design of both the packaging and the filters is impressive.

The filters come in a light gray filter case, which has a tough shell and looks to be hard-wearing. Inside, each filter is wrapped individually in tissue paper. The filter case has several divider tabs inside, one for each filter as well as the filter holder.

NiSi filter system
The filters come wrapped in tissue paper.

My next thought was to marvel at how tiny the kit was, so much smaller than my 100mm NiSi filters. Of course, when you think about how big the lens is on the X100, it makes perfect sense for the set to be so small.

The filter set is as light as a feather and very compact. If weight matters to you, you’ll barely notice this new bit of kit in your bag.

Build quality

The build quality of the kit is excellent. The filter holder is constructed with aluminum alloy (the same material used in the popular NiSi V6 100mm filter kit). The filters themselves are made of high quality, precision-annealed optical glass, which is a point of difference as some other companies use resin.

NiSi filter system case

Installation and usability

Getting your X100-series camera ready to use the filters is super easy.

First, unscrew the front ring on your camera’s lens. If you’ve never used a lens hood or teleconverter on your X100-series camera before, you may even be surprised to know there is a ring that comes off the front of the camera.

When this ring is taken off, it reveals a thread mount. The next step is to screw the NiSi filter holder onto the lens. Now you’re all ready to go!

Brisbane at night by Matt Murray
For this image of Brisbane at night, I stacked the NiSi ND8 filter along with the NiSi Natural Night filter.

Using the filters

Once the filter holder is in place, take a filter out of the pouch and slide it carefully into the filter slot closest to the lens.

Note that the holder has two slots so you can add another filter to the holder if you wish.

Quite often, I found myself using filters in combination; for example, at dusk I was using the 3-stop ND filter to get longer exposure times for ferry trails on the Brisbane River, along with the Natural Night filter to correct the color of the light. In very bright conditions, I often used the graduated ND filter along with the polarizer filter.

NiSi filter system
My X100F with two Nisi filters attached, mounted on my rather large Manfrotto tripod.

The filter holder rotates 360 degrees, which is very handy for when you need to use the graduated ND filter in either horizontal or vertical orientation. Of course, for the other three filters, the orientation doesn’t matter.

NiSi 3-stop medium-edge graduated ND filter

The NiSi 3-stop medium-edge graduated ND filter is a fantastic piece of kit to have in your camera bag.

As with all graduated neutral density filters, it helps to darken specific areas of an image such as bright skies. But as a graduated filter, it allows normal exposure in other parts of the image.

The filter is quite long in comparison to the length of the filter holder, allowing you to move the filter up and down in the holder to control its exact placement.

NiSi filter system
An early morning scene with a bright, overexposed sky.
NiSi filter system
For this image, I positioned the dark part of the graduated ND filter at the top of the image to darken the bright sky.

NiSi HD Polarizer

The NiSi HD Polarizer reduces reflections and glare by filtering out light that has become polarized due to reflection from non-metallic surfaces.

This comes in handy when you want to remove glare on the water or reflections when shooting through glass. The filter provides good color and saturation in scenes.

I enjoyed using the polarizer, though the effect is less noticeable compared to the other filters.

NiSi filter system
Early morning in Queensland; no polarizing filter.
NiSi filter system
The same scene with the NiSi Polarizing filter. The effect is subtle, but to me the colors look slightly better and less washed out.

ND8 filter

The NiSi ND8 filter is a neutral density filter that gives a 3-stop exposure reduction. This allows you to photograph with slower shutter speeds or wider apertures than would usually be possible.

A neutral density filter is perfect for being able to show movement in your images. For example, you can use the NiSi ND8 to shoot traffic trails or flowing water.

This filter is probably the most fun and most dramatic filter to use in the kit. It’s fantastic to create long exposures using this filter; you can then see the effect it has on moving elements in your photos.

NiSi filter system review ND8 example
Here’s an extreme example of the ND8 filter in use. The longer exposure time makes the sea looks perfectly smooth!

Natural Night filter

The NiSi Natural Night filter is the perfect companion for night photography. When shooting cityscapes, many factors affect the color of the light; these include mercury vapor, sodium, and low-CRI streetlights. The glow from these light sources prevents your camera from seeing the sky properly and can negatively affect your images.

The NiSi Natural Night filter blocks out the most common wavelengths of light pollution, leaving you with a more natural-looking night image.

Here’s an image taken without the NiSi Natural Night filter:

Story Bridge and Howard Smith wharves in Brisbane at night
Story Bridge and Howard Smith Wharves in Brisbane without the NiSi Natural Night filter.

And here’s the same composition, captured once the NiSi Natural Night filter had been added:

Story Bridge and Howard Smith Wharves at night (using the NiSi Natural Light filter)
What a difference! Story Bridge and Howard Smith Wharves in Brisbane with the NiSi Natural Night filter.

NiSi filter system review: Conclusion

I’ve really enjoyed using the NiSi filter system for the Fujifilm X100 lineup.

The filters are a fantastic addition for anyone shooting with this series of cameras. They add another layer of versatility without compromising the compact nature of your setup.

Until recently, the only way to add to the versatility of the king of compact cameras was by purchasing a pricey (and heavy) teleconverter. But with this kit, you have multiple creative options to use depending on the conditions.

Boasting excellent build quality, the professional kit contains four useful filters. They are small, light, and come beautifully packaged in their own tough case.

The professional filter set is also fantastic value for money, widely available for around $ 65 USD. The starter kit, with two fewer filters, is available for around $ 49 USD.

In fact, I can’t recommend this filter set highly enough.

So now that you’ve finished this NiSi filter system review, the question is not, “Why would you buy the system?”

It’s rather: “Why wouldn’t you buy it?”

You can grab the NiSi filter system here.

The post NiSi Filter System Review (For Fujifilm X100 Cameras) appeared first on Digital Photography School. It was authored by Matt Murray.


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Hasselblad’s new XH Converter 0.8 reduces focal length, increases aperture of HC/HCD lenses on X system cameras

03 Nov

Hasselblad has announced the XH Converter 0.8, a new Speedbooster-style adapter that makes it possible to use H system lenses on Hasselblad’s mirrorless X system while reducing the focal length by 0.8x and increasing the maximum aperture of the adapted lenses by two-thirds of a stop.

The XH Converter 0.8 works similarly to other focal length reduction adapters, such as Metabones’ popular Speedbooster line of adapters. Thanks to the extra flange distance going from a mirrored body to a mirrorless body, Hasselblad is able to pack not only the adapter components inside the unit, but also five optical elements in three groups. This differentiates the XH Converter 0.8 from Hasselblad’s previously-released XH Lens Adapter, which simply keeps the focal length and apertures the same across the board with adapted lenses.

Hasselblad has created a thorough chart showing what effective aperture and focal length compatible H system lenses would be when using them with this adapter on a Hasselblad X system camera:

Hasselblad has also shared a collection of sample images captured by photographer Tom Oldham on a 907X 50C using the XH Converter 0.8 with various lenses:

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As tends to be the case with many adapters, not all lenses can use all of the features. The XH Converter 0.8 requires all HC/HCD lenses with firmware version 18.0.0 or later to be updated to firmware version 19.1.0 if you want autofocus compatibility, with the exception of the HC 120 and HC 120 II, which are limited to manual focus mode.

Likewise, any HC/HCD lenses that weren’t updated to firmware version 18.0.0 can’t be updated to firmware version 19.1.0 due to hardware limitations and will therefore be limited to manual focus. Hasselblad does not that since HCD lenses ‘were originally designed for a smaller format than HC lenses […] some reduction of performance in extreme corners can occur.’

Firmware version 19.1.0 for various lenses can be downloaded on Hasselblad’s website.

Hasselblad cameras must also be updated to the latest firmware, The X1D 50C must be updated to firmware version 1.25.0 or later, while the X1D II 50C, 907X 50C and 907X Special Edition models require firmware version 1.4.0 or later to work with the adapter.

The XH Converter 0.8 is made in Sweden and is available today for $ 950 on Hasselblad’s online store.

Press release:

HASSELBLAD LAUNCHES XH CONVERTER 0,8 UNLOCKING A WHOLE NEW SET OF LENSES

The XH Converter 0,8 brings new opportunities to Hasselblad photographers with the ability to unlock a whole new set of H System lens capabilities. The XH Converter 0,8, used on HC/HCD lenses attached to an X System or 907X camera, reduces the focal length of the lens by a factor of 0,8x, which delivers a wider field of view and improves the maximum aperture of the lens by two-thirds of a stop. Additionally, the XH Converter 0,8 improves lens performance in terms of contrast and apparent sharpness across the entire frame.

An impressive combination for maximizing aperture is achieved when attaching the XH Converter 0,8 to the HC f/2,2 100mm lens, transforming the aperture and focal length to f/1,8 and 80mm, respectively. This creates an extremely large aperture that proves even faster than the XCD f/1,9 80mm lens, which until now has been the highest aperture lens option for X and 907X camera systems. An example of reducing focal length with the XH Converter 0,8 is when combined with the HCD f/4,8 24mm lens, it creates an aperture of f/3,8 with a 19mm focal length. This results in an even wider lens option than the existing XCD 21 lens, the widest lens in the X System.

The XH Converter 0,8 joins a range of Hasselblad adapters and converters, including the XH Lens Adapter which allows the usage of all 12 H System lenses as they are on X and 907X camera systems. The addition of the XH Converter 0,8 to the existing accessories lineup now provides these systems with enhanced functionality for H Lenses. In addition, H System users who decide to branch into the X or 907X systems gain more versatility from their current HC/HCD Lens options.

All H System lenses with firmware 18.0.0 or later must be updated to the newest version 19.1.0 to work with the XH Converter 0,8 and to get auto focus (HC 120 and HC 120 II can only be used in manual focus mode). Other H System lenses (except HC 120 and HC 120 II) with firmware older than 18.0.0 will work but only in manual focus mode. Please note that only HC/HCD lenses with firmware 18.0.0 or later can be updated to 19.1.0. Lenses with older firmware have older hardware and therefore cannot be updated. Additionally, the X1D-50c must be updated with firmware 1.25.0 or later and the X1D II 50C, 907X 50C and 907X Special Edition cameras must all be updated with firmware 1.4.0 or later.

The XH Converter 0,8 is available now for purchase with a MSRP of €959 / £859 including VAT and $ 944 excluding sales tax. See more at www.hasselblad.com/x-system-accessories/xh-converter-0-8/.

Download H System Lens Firmware Update 19.1.0 here.

Articles: Digital Photography Review (dpreview.com)

 
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Canon purchases new supercomputer system to further its ‘no-prototype’ product development ambitions

29 Sep

Fujitsu Limited announced last week that Canon Inc. has ordered a new supercomputer. The purchase signals that Canon is progressing with its plans to develop products without the need for prototypes, thereby reducing development costs and increasing development efficiency.

The system Canon ordered includes a Fujitsu Supercomputer PRIMEHPC FX1000 unit. Canon has previously used Fujitsu PRIMEHPC FX10 and PRIMEHPC FX100 supercomputer systems. The new FX1000 unit includes class-leading technology from Fugaku, the world’s fastest supercomputer. Fugaku, a petascale supercomputer, was jointly developed by RIKEN and Fujitsu starting in 2014. Fugaku is scheduled to begin operation next year. When tested in June, it became the fastest supercomputer in the world. Fugaku has an expected theoretical computational performance of 648.8 teraflops.

Fujitsu Limited also announced that upon its completion, the supercomputer headed to Canon will play a critical role in Canon’s ‘no-prototype’ product development plans. The supercomputer will allow for ‘enhanced capabilities and scope of applicability of analysis in Canon’s product development process.’ Fujitsu and Canon anticipate the supercomputer to begin operations during the first half of 2021.

Sample image of a simulation created using an existing supercomputer. This is a simulation of a Canon inkjet printer being dropped while in its packaging. With the new FX1000, Canon will be able to perform much more complicated simulations of impacts and much more. Image credit: Canon.

Canon’s ‘no-prototype’ initiative applies to the development of numerous products, including cameras. Canon is utilizing 3D CAD data in ‘analytical simulations to evaluate multiple facets of proposed products, including functionality, as well as ease of manufacturing.’ The PRIMEHPC FX1000 system, which includes 192 nodes, will allow Canon to produce larger scale analyses and simulations, including simulations with over 100 million total elements. The new system will also Canon to produce analyses of simulated airflow and electromagnetic waves.

In its coverage of this announcement, PetaPixel speculates that Canon is working hard to catch up to the fast and furious development cycle of Sony and its mirrorless cameras and that a new supercomputer can speed up Canon’s development cycles.

Fujitsu PRIMEHPC supercomputer have numerous applications, including aiding in establishing a product development and manufacturing cycle that isn’t reliant upon prototypes. Image credit: Fujitsu

It stands to reason that if Canon can quickly simulate many iterations of a product it is developing rather than need to construct real-world prototypes, the revision process will be quicker. Further, leveraging a class-leading supercomputer may allow for deep analyses of products that may have otherwise taken Canon far too long or been outright impossible.

Ultimately, how the FX1000 supercomputer system will impact Canon’s product development cycles remains to be seen. The system should be operational in the first half of 2021, but of course, the development cycle of something like a new camera is quite lengthy.

Articles: Digital Photography Review (dpreview.com)

 
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Canon Australia announces the PIXMA PRO-200 professional photo printer with an 8-ink system

04 Sep

Canon Australia has announced the release of the PIXMA PRO-200, Canon’s latest professional desktop photo printer.

Although the PRO-200 is the successor of the PIXMA PRO-100, it takes its design cues from Canon’s more advanced imagePROGRAF lineup, and looks indistinguishable from the imagePROGRAF PRO-300, aside from a few small details.

The new A3+ printer features a new eight-color dye ink system, an increase in two cartridges from the PRO-100 and one fewer catridges than the imagePROGRAF PRO-300. Canon says a standard high-quality A3+ (11”x14”) bordered color print can be completed in 90 seconds and the printer now features better media capabilities, with ‘the ability for professional photographers to print on a range of photo paper surfaces and finishes up to 0.6mm thickness in addition to producing panorama size prints and gallery wrap support functions.’

The maximum print resolution is 4800 (horizontal) by 2400 (vertical) dpi and printing is done via 6,144 total nozzles (768 per ink color).

The PRO-200 offers three connection methods: Wi-Fi, ethernet and USB, and has a three-inch LCD display on the front to view settings, ink capacities and navigate through the menu. It measures in at 639mm (25.2”) by 379mm (15”) by 200mm (7.9”) and weighs approximately 14.1kg (32lbs).

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No mention of pricing or availability has been made at this time, but you can peruse the product page on Canon Australia’s website. We’ve contacted Canon for additional details and will update the article accordingly if we receive a response.

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