Category: Uncategorized

  • Apple has turned ‘bokeh’ into a verb (and taken a stance on how it’s pronounced)

    According to Merriam-Webster, bokeh is a noun that means ‘the blurred quality or effect seen in the out-of-focus portion of a photograph taken with a narrow depth of field.’ Apple, however, has different plans.

    In a recent video advertisement, Apple has turned the word bokeh into a verb, ‘bokeh’d.’ Not only has Apple turned bokeh into a verb, it’s also taken a stance on how the Japanese term is pronounced, a widely debated topic. Based on the video, Apple’s pronunciation of choice is ‘bok-uh,’ a departure from the Japanese pronunciation which sounds more along the lines of ‘bow-kayh.’

    The advert itself is humorous regardless of your pronunciation preference and, for better or worse, Apple’s ‘verbing’ of the word bokeh may very well become a universally accepted.

    Articles: Digital Photography Review (dpreview.com)

  • ‘Kissing sailor’ George Mendonsa featured in iconic 1945 photo dies at 95

    The kissing sailor featured in the iconic ‘V-J Day in Times Square’ photo, George Mendonsa, has died at the age of 95, according to his daughter. Mendonsa suffered a seizure at the Rhode Island assisted living facility where he resided and passed away two days before his 96th birthday.

    The photo, which was first published by Life Magazine in 1945, was captured by photographer Alfred Eisenstaedt at the end of World War II. Mendosa, a sailor in the U.S. Navy, had been on a date with Rita Petrie, his eventual wife of 70 years, when he heard news of Japan’s surrender in August 1945. Overcome with excitement, he grabbed a stranger and kissed her.

    The identities of the two people featured in the photo remained a mystery for decades, spurring multiple false claims from individuals who alleged they were the pictured subjects. The issue was laid to rest in 2012 when the U.S. Naval Institute Press published a book title ‘The Kissing Sailor’ by George Galdorisi and Lawrence Verria.

    A combination of expert analysis and facial recognition technology confirmed the image features Mendosa and Greta Friedman, the woman in the nurse’s uniform. According to Verria, Mendonsa had been struck by the sight of nurses treating injured sailors during the war. When news of the war’s end arrived, Mendonsa saw Friedman in her uniform and pulled her into a kiss.

    In a 2005 interview, Friedman explained the experience from her side, saying that she had been working that morning in a dental office when rumors of the war’s end began circulating. Later that day, Friedman walked to Times Square and saw a billboard confirming the news.

    And so suddenly I was grabbed by a sailor, and it wasn’t that much of a kiss, it was more of a jubilant act that he didn’t have to go back, I found out later, he was so happy that he did not have to go back to the Pacific where they already had been through the war. And the reason he grabbed someone dressed like a nurse was that he just felt very grateful to nurses who took care of the wounded.

    Photographer Eisenstaedt detailed the moment he captured the iconic photo in his book ‘Eisenstaedt on Eisenstaedt.’

    Articles: Digital Photography Review (dpreview.com)

  • Luminar update brings improved performance and new features

    Skylum Software has announced an update to its Luminar image editing software. Version 3.0.2 comes with new features as well as improvements in performance and stability.

    The latter includes faster import of images and folders to the catalog and faster launch times on the Windows platform as well as faster image moving between external and internal drives and better imports of native Luminar files for Apple Mac computers.

    On both platforms the software now offers a new ‘Locate Folder’ command, allowing users to find misplaced or moved folders on their system. There are also new dedicated toolbar buttons for Gallery and Single Image views.

    New features for Windows users include nested folders, offline file alerts and new shortcut keys for several functions. On a Mac you can now enjoy automated database backups, new preferences for cache, catalog and backup and Aurora HDR integration among other new functions.

    The new version also comes with an updated list of supported cameras to which the following models have been added:

    • Nikon: D3500, P1000, Z6, Z7
    • Panasonic: Lumix DC-LX100 II
    • Fujifilm: GFX 50R, X-T3
    • Sony: RX100VA, RX100VI, DSC-HX99, DSC-HX95
    • Leica: M10-D, M10-P, D-Lux 7

    A full list of supported cameras is available on the Luminar website. Luminar is available as a 30-day free trial. A full license will set you back $ 69 and allows you to install the software on five machines in your household. More information is available on skylum.com/.

    Articles: Digital Photography Review (dpreview.com)

  • The progenitors of GFX: A closer look at Fujifilm’s medium format concepts

    A closer look at Fujifilm’s medium format GFX concepts

    At Dubai’s recent Gulf Photo Plus event, Fujifilm gave us a good look at a couple of its forthcoming products, and also allowed us a peek back in time, into the design of existing GFX cameras.

    What you’re about to see is a collection of mockups of concept GFX designs, dating from before the launch of the GFX 50S and 50R. Some of these mockups appear very familiar, some less so. Click through to take a closer look.

    A closer look at Fujifilm’s medium format GFX concepts

    First up is the camera that got most of the X-Summit audience talking – the very earliest concept mockup for what became the original GFX 50S. As you can see, there are a lot of similarities to the camera that eventually shipped in 2017.

    A closer look at Fujifilm’s medium format GFX concepts

    Top-mounted dials, a central pentaprism-style EVF, lots of controls, a nice big sticky-outy grip…

    A closer look at Fujifilm’s medium format GFX concepts

    But in fact, the camera is fully modular. The EVF and grip are optional accessories to the core body of the camera, which consists of the mount, sensor and controls for the key exposure parameters.

    Fujifilm’s representatives confirmed that the ‘Omega’ concept was directly inspired by Hasselblad’s iconic 500-series square format film cameras. Note the distinctive annular shutter speed dial, positioned around the lens mount itself.

    A closer look at Fujifilm’s medium format GFX concepts

    As originally envisaged, the Omega had a direct control for aspect ratio, and unusual ‘roller’ style controls, rather than the final GFX’s more conventional dials.

    A closer look at Fujifilm’s medium format GFX concepts

    Here are the three main modules – a grip component, the main body of the camera, and a removable EVF. The spirit of the Omega lives on in the design of the GFX 50S’s viewfinder, which can be removed to make a slightly smaller, lighter camera.

    The main reason why this even more modular design never saw it to production is simple – the shutter mechanism for such a large sensor was simply too large for the concept. That doesn’t mean we’ll never see a modular GFX, but we might have to wait for global shutters to become a practical reality first.

    A closer look at Fujifilm’s medium format GFX concepts

    Next up is ‘Gamma’, a design which takes a lot of cues from contemporary XT-series APS-C format cameras.

    A closer look at Fujifilm’s medium format GFX concepts

    Essentially a scaled-up XT, the Gamma would have offered a larger sensor, in a body very familiar to Fujifilm’s existing APS-C shooters.

    A closer look at Fujifilm’s medium format GFX concepts

    It’s unclear why this design didn’t make it beyond the concept stage, but it’s possible that Fujifilm wanted to draw a cleaner line between the APS-C lineup and the (inevitably) more expensive GFX range. Also, notice that there’s no room for a top-plate display screen in this design.

    A closer look at Fujifilm’s medium format GFX concepts

    A second, unnamed XT-style concept removes the exposure compensation dial and combines shutter speed and ISO into a single (arguably still unnecessary) dial, reducing the amount of bulk on the right hand side of the body. Again, there’s no top-plate mounted status screen either.

    A closer look at Fujifilm’s medium format GFX concepts

    Of the two XT-style concepts, this is my personal favorite. The narrower body and simple control layout, with such a large grip is lovely to handle.

    A closer look at Fujifilm’s medium format GFX concepts

    Finally, a glimpse at what the eventual GFX 50R could have been. This is an early concept mockup for a rangefinder-style GFX, but minus the viewfinder. As such, the ‘SP-X’ actually resembles a cross between the X-Pro 2 and the X70 and XF10 compacts.

    A closer look at Fujifilm’s medium format GFX concepts

    From the rear, the angular SP-X looks fairly familiar – sub-dial ISO control notwithstanding – but with this concept, Fujifilm’s design team wanted to experiment with a rear screen that truly blended in to the back of the camera. You can’t really tell in this shot, but…

    A closer look at Fujifilm’s medium format GFX concepts

    …the screen is designed so that when the camera is held in a shooting position, it reversed against the camera.

    A closer look at Fujifilm’s medium format GFX concepts

    To use the screen, it must be folded out, which suits waist-level shooting and image review (but in this position, not much more than that). It’s not clear whether Fujifilm envisaged a more complex reversing hinge for the final design, but either way – this is definitely the most conceptual of the concepts. Still though, put put an EVF in there and I might be interested.

    What do you think? As always, let us know in the comments.

    Articles: Digital Photography Review (dpreview.com)

  • Panasonic announces new Lumix ZS80 (TZ95) compact, FZ1000 II superzoom camera

    Panasonic has announced it’s adding two new zoom cameras to its Lumix lineup: the Lumix ZS80 (TZ95 outside of North America) compact camera and the Lumix FZ1000 II superzoom camera.

    Lumix ZS80/TZ95

    First up is the Lumix Z80, the latest camera in Panasonic’s travel zoom series. At the heart of the ZS80 is a 20.3-megapixel 1/2.3-inch sensor. Beyond stills, the ZS80 can capture 4K/30p video. In front of the sensor is an optically stabilized 24mm (35mm equivalent) Leica lens with 30x optical zoom, giving it a maximum focal length of 720mm (35mm equivalent).

    The ZS80 can capture Raw photos and features a maximum burst rate of 10 frames per second (fps). On the rear of the camera is a three-inch 1040K-dot tilting touchscreen and a 2,330K-dot equivalent Live View Finder (LVF).

    Panasonic’s signature 4K Photo mode makes an appearance in the ZS80 and adds a new Auto Marking feature that makes it easy to pick out individual frames within a 4K video file.

    TheZS80 includes both Bluetooth and Wi-Fi for connecting to and transferring images to smartphones or tablets and tagging the GPS location information within images.

    Panasonic says theZS80 can capture approximately 380 shots per charge and in the event the battery does die, USB charging is possible.

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    The Panasonic Lumix ZS80/TZ95 will be available at the end of April 2019 in black and silver for $ 449 / £399 / €449.

    Lumix FZ1000

    The new Lumix FZ1000 II features a 1-inch 20.1-megapixel sensor behind a 16x optical zoom Leica lens with a 25-400mm (35mm equivalent) focal length range and F2.8-4.0 aperture range. The lens features Panasonic’s 5-axis hybrid Optical Image Stabilizer (O.I.S.+) with a Level Shot function that automatically detects horizontal lines within an image and keeps it level while shooting.

    In addition to stills at up to 12 fps, the FZ1000 II can capture 4K/30p video in the MP4 format at 100Mbps with the option for 120 fps recording at 1080p. Like the TZ95, the FZ1000 II features Panasonic’s 4K Photo mode with the new Auto Marking feature.

    The rear of the camera features an articulating three-inch 1.24M-dot touchscreen as well as an OLED 0.39-inch 2.36M-dot EVF.

    The FZ1000 II includes built-in Bluetooth and Wi-Fi for wireless connection to mobile devices. The rechargeable lithium-ion battery is rated for 440 shots per charge when working with the rear LCD and 290 shots when using the EVF (430 shots per charge when using the EVF in the ‘eco’ setting, which limited it to 30 fps).

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    The Panasonic Lumix FZ1000 II will be available at the end of March 2019 for $ 899 / £769 / €849.

    Articles: Digital Photography Review (dpreview.com)

  • EyeEm, Fotolog and other photo sites affected by security breach

    Turns out the 500px data breach we reported on last week wasn’t an isolated incident. According to The Register the data breach affected not only 500px but a total of 16 websites, including mobile image sharing platform EyeEm, Animoto, Artsy and Fotolog.

    Overall the details of 617 million online accounts were stolen and offered for sale on the dark web.

    EyeEm sent an email out to its user base, saying 22 million of its accounts had been compromised but no payment or payout data had been affected. The breach exposed users’ names, email addresses, and encrypted versions of passwords, however.

    The company also writes that it only recently become aware of the hack, despite the fact that it happened back on July 5th 2018. Upon discovery of the issue all passwords were disabled and emails went out to the EyeEm community.

    EyeEm also asks its users to not reuse old passwords, not use the same password on multiple websites, use multi-factor authentication whenever possible and use as password management tool. This is sensible advice, no matter if you’re affected by any of the hacks or not.

    Articles: Digital Photography Review (dpreview.com)

  • Camera Rescue aims to save 100,000 analog cameras for future generations

    Finland-based organization Camera Rescue has rescued 46,000 analog cameras and it plans to more than double that number by 2020. Cameraville recently interviewed the organization’s Juho Leppänen to discuss the mission, as well as the unique challenges they face.

    Camera Rescue launched in 2018 with the mission of preserving analog cameras for future generations. The organization finds used film photography gear and puts it through what it calls a ‘camera rescue process,’ which includes testing and, when necessary, repairing the devices. Rescued cameras are then sold through KameraStore.com.

    The organization’s core team member Juho Leppänen discussed Camera Rescue’s mission and work in a 10 minute video from Cameraville, including the technical issues the team has to overcome. A lack of technicians capable of repairing these cameras remains a problem, though the team is addressing that problem by training a new generation of repair technicians.

    “We took all the guys we could find that have the experience [and] they’ve been teaching newer guys,” Leppänen explained.

    Beyond the organization’s own work, Leppänen details technical issues facing the analog photography market. “If we want new cameras, we need a new mechanical shutter,” according to Leppänen, who also pointed toward aging scanning technology that must be updated.

    “Most of the scanners that are around are based on Windows XP,” which is no longer supported, Leppänen said. Though new scanners could be developed, cost remains an issue, with Leppänen explaining that it may cost €3 million just to produce the first batch of new scanning technologies.

    The analog photography industry also requires new automated film development machines and an overall low barrier, in terms of difficulty and cost, for new photographers to get started. “If we want new people to come to film,” Leppänen explained, “we need to make the first roll very easy, and to make the first roll easy, it needs to be cheap.”

    Additional videos about Camera Rescue, as well as the team’s history, can be found on Cameraville’s blog.

    Articles: Digital Photography Review (dpreview.com)

  • Sigma cine 28mm T.1.5 lens gets a price and shipping date

    Sigma has announced its new 28mm T1.5 cine lens for full frame sensor cameras will be available starting in the middle of March. The lens will cost $ 3499 but will also be offered with luminous markings, to make it easier to use in low light, for $ 4,499.

    The lens is latest of a set of 10 full-frame fixed-focal-length lenses, eight of which have a T1.5 maximum aperture. The lenses have 180° focus ring rotation, and are tested using the company’s 46-million-pixel Foveon sensor.

    As with the rest of Sigma’s cine series, the 28mm T1.5 FF will be available in PL, EF and E mounts. The company has also announced a new carry case for a set of five lenses that will cost $ 750. It is designed to hold the 14mm, 28mm, 40mm, 105mm and 135mm lenses, and will be available at the same time as this 28mm lens.

    For more information see the Sigma website.

    Press release:

    Sigma Ships Its 28mm T1.5 Full-Frame Cine Lens

    Sigma Corporation of America, a leading still photo and cinema lens, camera, flash and accessory manufacturer, today announced one of its newest additions to the cine prime lens lineup, Sigma 28mm T1.5 FF, will be available in mid March 2019 for $ 3,499.00 for the regular version and $ 4,499.00 for the fully luminous (FL) version.

    Sigma Cine 28mm T1.5 FF is a fast and sharp T1.5 cine lens compatible with full-frame camera sensors and optimized for ultra-high-resolution 6K-8K productions. Featuring a 180-degree focus rotation, this lens is available in EF, E and PL mounts with lens support foot and cap included.

    One of the key focal lengths to achieve a true cinematic look, the wide-angle perspective of a 28mm lens has long become an industry standard in shooting motion pictures. DPs and filmmakers of all genres will now have the opportunity to add this gem to their Sigma Cine lens collection to further enable their creative vision and enhance their workflow.
    In addition, Sigma is now offering a five-piece case that can hold the 14mm, 28mm, 40mm, 105mm and 135mm cine lenses to safely transport your gear. The new case is also available for purchase in mid March for $ 750.00.

    Prominent Characteristics of Sigma Cine Lenses

    • Individual inspection of every single lens with A1 proprietary Modulation Transfer Function (MTF) measuring system using 46-megapixel Foveon direct image sensors. Even previously undetectable high-frequency details are now within the scope of their quality control inspections.
    • Computer-based ray tracing has been used from the design stage onward to minimize flare and ghosting and enhance contrast in backlit conditions. Ghosting has also been checked at every prototype stage, with its causes identified, assessed and eliminated.
    • Color balance standardized across the line to make color correction a breeze.
    • Dust-proof and splash-proof construction, with each ring and mount sealed to prevent water and dust from entering.
    • The body is made 100% of metal to stand up to tough professional use over the long term.
    • Luminous paint for enhanced visibility
    • Laser engraving for enhanced durability
    • Mount Conversion Service allows users to convert their lenses to and from EF and E-mounts (charges apply). If the camera system changes, it is possible to simply convert the mount system to continue using the high-performance Sigma lenses.

    Articles: Digital Photography Review (dpreview.com)

  • Panasonic announces new Lumix TZ95, FZ1000 II cameras

    Panasonic has announced it’s adding two new zoom cameras to its Lumix lineup: the Lumix TZ95 compact camera and the Lumix FZ1000 II bridge camera.

    Lumix TZ95

    First up is the Lumix TZ95, the latest camera in Panasonic’s Travel Zoom (TZ) series. At the heart of the TZ95 is a 20.3-megapixel 1/2.3-inch sensor. Beyond stills, the TZ95 can capture 4K30p video. In front of the sensor is an optically stabilized 24mm (35mm equivalent) Leica lens with 30x optical zoom, giving it a maximum focal length of 720mm (35mm equivalent).

    The TZ95 can capture Raw photos and features a maximum burst rate of 10 frames per second (fps). On the rear of the camera is a three-inch 1040k-dot tilting touchscreen and a 2,330k-dot equivalent Live View Finder (LVF).

    Panasonic’s signature 4K Photo mode makes an appearance in the TZ95 and adds a new Auto Marking feature that makes it easy to pick out individual frames within a 4K video file.

    The TZ95 includes both Bluetooth and Wi-Fi for connecting to and transferring images to smartphones or tablets and tagging the GPS location information within images.

    Panasonic says the TZ95 can capture approximately 380 shots per charge and in the event the battery does die, USB charging is possible.

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    The Panasonic Lumix TZ95 will be available at the end of April 2019 in black and silver for £399.99 (UK) / €449.99 (Ireland).

    Lumix FZ1000

    The new Lumix FZ1000 II features a 1-inch 20.1-megapixel sensor behind a 16x optical zoom Leica lens with a 25-400mm (35mm equivalent) focal length range and F/2.8-4.0 aperture range. The lens features Panasonic’s 5-axis hybrid Optical Image Stabilizer (O.I.S.+) with a Level Shot function that automatically detects horizontal lines within an image and keeps it level while shooting.

    In addition to stills at up to 12fps, the FZ1000 II can capture 4K30p video in the MP4 format at 100Mb/s with the option for 120fps recording at 1080p. Like the TZ95, the FZ1000 II features Panasonic’s 4K Photo mode with the new Auto Marking feature.

    The rear of the camera features an articulating three-inch 1.24m-dot touchscreen as well as an OLED 0.39-inch 2.36m-dot EVF.

    The FZ1000 II includes built-in Bluetooth and Wi-Fi for wireless connection to mobile devices. The rechargeable lithium-ion battery is rated for 440 shots per charge when working with the rear LCD and 290 shots when using the EVF (430 shots per charge when using the EVF in the ‘eco’ setting, which limited it to 30fps).

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    The Panasonic Lumix FZ1000 II will be available at the end of March 2019 for £769.99 (UK) / €849.99 (Ireland) / $ 897.99 USD.

    Articles: Digital Photography Review (dpreview.com)

  • Open letter to Panasonic: Innovations in manual focus could make Lumix S a winner for cinematographers

    Jack Lam is a cinematographer based in Beijing and Hong Kong. His body of work includes TV commercials, seasonal TV drama series and theatrical feature films. His commercial clients include Cathay Pacific, Lenovo, Airbnb, Alibaba, and Mandarin Oriental Hotel Group. He also works with DJI as a design consultant for their cinema products.

    This guest editorial has been lightly edited for style and clarity.


    As a working cinematographer, I am super excited by Panasonic’s announcement of the Lumix S mirrorless camera system. The Panasonic GH5 is so well-designed, it has become a reliable workhorse for many video shooters. I have no doubt a full-frame version of it will be amazing, and everything I read about the S1/S1R confirms that.

    However, Lumix S has the potential to become much greater that what we see in this product launch. With this brand new camera system, Panasonic has a unique opportunity to create the perfect small camera system for professional cinematographers. But doing so requires Panasonic to address a long-standing problem that is overlooked by all other camera makers, as well as some rethinking of conventional ideas on camera design.

    This missing feature – one that can become a potential killer feature for Panasonic – is good manual focus control for video.

    “What’s the big deal with MF?” one may ask, “Don’t most cameras already have MF?” Well, when I say good manual focus control, I mean good enough for real working professionals – advanced documentarians and Hollywood cameramen alike.

    The new Lumix S series cameras present an excellent opportunity for Panasonic to redefine the interface between mirrorless cameras and cinematographers who need pro-level focus control.

    I want MF control that is simple, accurate, reliable, repeatable, predictable, measurable and ergonomically sound. It should also be wireless-capable and highly integrated as part of the camera (so that we can keep the camera small and don’t need to add six other accessories just to pull focus). Do you know of any small (DSLR/mirrorless) camera in the market that fulfills all of the above requirements? I have found none.

    My perspective

    My work varies widely in budget and crew size, ranging from run-and-gun documentaries, TV commercials to feature films for national theatrical releases. While the Arri Alexa is my go-to camera of choice for most of my work, I also use small form-factor mirrorless cameras when I see fit. I used to own every Panasonic GH model from the GH1 to the GH4, before I took a break from the m43 system for the full-frame Sony A7S.

    This missing feature – one that can become a potential killer feature for Panasonic – is good manual focus control for video.

    There are many instances where a smaller camera is the better camera for the job (for example, run-and-gun docs, sensitive locations, small gimbal, special car rigs, crash cams, etc.). Unfortunately, every time I shoot with a small camera I am faced with one big problem, a problem that haunts every video shooter but one that receives very little attentions in camera reviews: how do I pull focus? To be more specific, how do I pull focus effectively and professionally, as my director expects me to? How do I make sure I can nail the focus equally well in the first take, the second take, and each take thereafter?

    The problem with focus pulling in today’s cameras

    I am sure every DSLR video shooter shares this experience. Ever since the so-called DSLR video revolution, anyone looking to get into this game must build their own camera rig with all kinds of third-party components as if making a science project. Finding the right combination of lenses, lens adapters, focus gears rings, follow focus system, and the rig cage to hold everything together… All of these take a lot of time and energy to experiment and to troubleshoot, while we should really be focusing our time on our own artistic growth. The worst thing is, despite all the time and money we spend, the resulting rigs we built are never very good. They are unreliable, clumsy to use, and not very ergonomic.

    The need to piece together unstandardized third-party camera parts also introduce uncertainties to productions. While we can order an Arri Alexa kit from any rental house in the world and have a pretty good idea of what to expect, it is never the case with DSLR/mirrorless camera rentals. Running a multi-camera shoot usually means operating with camera rigs from multiple brands, and their parts are not always compatible with each other.

    All such desperate attempts in rig-building are primarily meant to provide a means of focus control. At the heart of this problem is the fact that camera manufacturers have failed to provide a good solution for focus pulling as part of their camera design.

    Would you call such a monster user friendly?

    Autofocus is not the answer for professionals

    With the incredible progress in autofocus technology, can AF help us achieve good focus pulling, or even replace MF altogether? The answer is a resounding NO. Autofocus IS NOT and WILL NEVER be a good solution for professional cinematographers.

    I have tried the AF in some of the latest cameras in the market. Dual pixel phase detection, facial recognition, AI subject tracking… I have to say the amount of technology is very impressive. AF works amazingly for stills, but for video I find it only useful under very limited conditions. Perhaps AF can be useful when I am following only ONE subject with a small gimbal without a focus puller’s help. Maybe I can give AF a try when I am shooting a sit-down interview on a slider. But when it comes to professional filmmaking, these said situations are just ‘kindergarten focus pulling’.

    With the incredible progress in autofocus technology, can AF help us achieve good focus pulling, or even replace MF altogether? The answer is a resounding NO. Autofocus IS NOT and WILL NEVER be a good solution for professional cinematographers.

    Real focus-pulling in a professional setting is much more complicated and much more nuanced. It often involves multiple actors and multiple marks. The camera may be panning from actor to actor, who may or may not be hitting their marks. We need to synchronize our focus shifts with dialogue beats, action beats, and emotion beats. Sometimes we need to predict the action and rack focus before the actor moves. Sometimes we don’t want to focus on the actor’s eyes. In fact, even the term ‘follow focus’ can be misleading because sometimes we intend to not follow anything at all to create a certain mood. Until the day arrives when a computer can understand dialogues, emotion, and esthetics, it is only foolish to think that AF can replace a focus puller.

    I would even argue that the reason why some video shooters would even consider trying AF is only because there is no good MF control available to them. If we have an easy way to control MF reliably, most of us wouldn’t even need to bother with AF at all.

    After all, why dumb down to artificial intelligence when we have the intelligence (and heart) of a real human being?

    Focus control for stills and video are two different animals

    The old saying goes, “To a man with a hammer, every problem looks like a nail.” When camera engineers started making still cameras that shoot video, the obvious solution for focus control was to use the existing AF system that works so well for stills and applied it to the video mode. Then the marketing department finished the job by calling it the new frontier of filmmaking.

    However, focus control for motion picture is a very different task than getting sharp focus in a still image in many ways. For stills, all we need is to place the focal plane at the right subject as quickly as possible. How the image looks during the focusing process does not matter. For video, there is an element of time, and every frame counts. During a focus pull, the soft frames are just as important as the sharp ones as a form of artistic expression. That means hunting for focus is not an acceptable strategy.

    For stills, all we need is to place the focal plane at the right subject as quickly as possible… For video, there is an element of time, and every frame counts.

    To put it simply, focusing for stills is a question of WHAT to focus on. Focusing for video involves the interpretation of WHAT, WHEN, and HOW FAST to focus, and that makes it a much more complex problem for a computer to solve because it requires the understanding of intention.

    Besides, focus pulls that look timely and confident often require one to know the focal distance of out-of-frame subjects ahead of time. Camera-based AF technology simply can’t do that.

    Touchscreen tapping IS NOT focus pulling

    There is an element of performing art in focus pulling. To a focus puller, the focus wheel is like piano keys are to a pianist. A focus puller’s distance scale is like a musician’s octave scale. A real focus puller thinks in terms of feet and inches, and prefers to have total control of focal distance. Then there is rhythm and timing in focus pulling, just like music.

    For the same reasons why a piano app on an iPad can never replace a real piano, touchscreen tapping can never truly replace the focus wheel. If you want to build a camera that is loved by real professionals, you must first understand and respect the way a professional works.

    If a professional musician can’t fit a grand piano in his tiny New York apartment, what would he get instead? The same goes for focus pulling with small cameras.

    Focus pulling truly is an art form (let the pros do it their way)

    If you still have any doubt in the above statement, this YouTube video by Fandor does a great job explaining the intricacy of focus pulling.

    Please note – many of the focus pulls featured in this video, while being very easy to perform manually, are simply not possible with AF.

    This YouTube video by Fandor does a great job explaining the intricacy of focus pulling. Many of the focus pulls featured in this video, while being very easy to perform manually, are simply not possible with AF.

    Small cameras deserve professional manual focus control too

    Skeptics may say, “if you care so much about the art of focus pulling, you should be using those big, expensive camera systems.”

    This is certainly not true. Even big Hollywood productions have a need for small cameras with good focus control. I once spoke with cinematographer Tom Stern, ASC, about his experience shooting the movie American Sniper (2014). He shared that one day they had an interior helicopter scene, and it took a very long time to set up their Alexa XT cameras inside the tiny space. Director Clint Eastwood figured they were running out of time and made the call to “let’s bring in that little camera”. They ended up shooting the whole scene with the Blackmagic Pocket Cinema Camera.

    In retrospect, Mr. Stern expressed disappointment with this camera for two reasons: 1) the image didn’t match well with the Alexa; 2) the pocket-sized camera wasn’t so small anymore after the cinema lens and the Preston follow focus system (and the required accessories to support it) were mounted.

    Sadly, four years after the movie was made, we still don’t have a small camera that fully answers Mr. Stern’s demands.

    Articles: Digital Photography Review (dpreview.com)