Veydra LLC, maker of the Veydra Mini Prime manual-focus cinema lenses for Micro Four Thirds, Sony E-Mount and Fujifilm X-Mount cameras, is no more.
Veydra’s Ryan Avery recently announced the company’s demise on its Facebook page, bringing to an abrupt end the story of this doughty little lens maker, throwing into confusion affordable native geared cinema prime lens choices for independent moviemakers.
With its mission statement being “Veydra lenses are designed to be premium quality cinema lenses at the absolute minimum retail price”, Veydra gave thousands the opportunity of using cinema lenses instead of the more common stills-oriented non-cinema zoom and prime lenses we have come to rely upon despite their shortcomings for video use.
Veydra LLC has gone out of business due to the conclusion of ongoing litigation between the founders of the company.
I offer special thanks to everyone involved in the success of Veydra; first and foremost all Veydra Kickstarter backers and customers. Specific thanks to those who made it possible from the start; Phil Holland, Illya Friedman, Matthew Duclos, Joshua Brown, Alex Jacobs, and all the supporters too numerous to mention here.
It’s been a wonderful journey and I thank you all for your support and kindness.
Social media rumours have it that there was some conflict at Veydra about one partner licensing his lens designs out to another company, Meike, but another factor leading to Veydra’s end may have been the theft of US$200,000 worth of lenses from the company’s warehouse in 2017, after which the company seemed to drop off the radar.
There are cinema prime lens alternatives, however, with SLR Magic releasing an intriguing set of lenses for Super 16 and Super 35 digital cameras in M43, E-Mount and X-Mount.
Another option is Fujifilm’s impressive MKX cinema zoom lenses available in two focal length ranges and now in the same there mounts.
Should Fujifilm continue delivering on its promise to radically improve video functionality on its XF APS-C/Super 35 cameras, SLR Magic’s seven lens collection appears attractive with the lenses’ 18mm, 22.5mm, 27mm, 37.5mm, 52.5mm and 112.5mm equivalence in the 35mm sensor format.
So far Meike has only released three cinema prime lenses and not in all three mounts, in 12mm, 16mm and 25mm focal lengths, so time will tell whether the company is fully committed to supplying a full set of primes in three mounts.
A prime lens alternative? SLR Magic MicroPrime Cinema Lenses for Micro Four Thirds, Fujifilm X-Mount and Sony E-Mount.
Andrew Chan of SLR Magic with one of the company’s MicroPrime cinema lenses for X-mount and M43-mount cameras variously made by Blackmagic Design, Fujifilm, Olympus, Panasonic and others. SLR Magic also makes an excellent 1.3 to 10 stop variable neutral density filter solution perfectly suited to the MicroPrimes with their 82mm filter diameter as well as adapted to smaller filter diameter lenses via step-up rings.
A cinema zoom alternative? Fujifilm Cinema Zoom Lenses for Micro Four Thirds, Fujifilm X-Mount and Sony E-Mount.
Fujifilm X-T3 with Fujinon MKX18-55mm T2.9 cinema zoom lens, rigged for moviemaking.
Fujifilm X-T3 with Fujifilm VG-XT3 Vertical Battery Grip and Fujinon MKX 18-55mm T2.9 cinema zoom lens.
Fujifilm XH1 with Fujinon MKX 50-135mm T2.9 cinema zoom lens
Fujifilm XH1 with Fujinon MKX 18-55mm T2.9 cinema zoom lens
…So I’ve been shooting with full-frame cameras for 17 years now and here we are in 2019, when full-frame cameras are taking over the popularity contest and Sony in particular has been killing it in well earned reviews, why would I even consider switching to micro four-thirds – a sensor size that is tiny compared to a full-frame sensor? Why would I leave the Sony a7R3 with it’s 42MP (and just announced Sony a7R4 60MP camera) and switch to the Olympus OM-D E-M1X and it’s tiny 20MP sensor?…
The Micro Four Thirds sensor system co-founded by Olympus and Panasonic over a decade ago is particularly well-suited to documentary photography and moviemaking as well as to the wildlife photography practised by Matt Seuss.
Recent M43 cameras like the Olympus OM-D E-M1X and Panasonic’s DMC-G9 with their multi-exposure high-resolution modes have become attractive to landscape photographers needing to produce big, really big, prints and I look forward to high res evolving rapidly so it is more applicable to in-studio and on-location portraiture as well.
Meanwhile I applaud Mr Seuss’ choice to invest in Olympus’ excellent M.Zuiko Pro prime and zoom lenses for M43 cameras including those made by Olympus and Panasonic as well as Blackmagic Design on its Blackmagic Pocket Cinema Camera 4K.
Olympus’ M.Zuiko Pro lenses are excellent for stills and video, especially due to their manual clutch focus mechanism with hard stops at each end, a feature I wish to see on all lenses for cameras in all sensor formats from now on.
It has been good to see Panasonic finally get the memo on manual clutch focus with their first M43 attempt at including it as a key feature on the Panasonic Leica DG Vario-Summilux 10-25mm f/1.7 Aspheric zoom, a lens I have been hoping would eventually appear ever since I invested in the Micro Four Thirds system.
“Panasonic Leica 10-25mm 1.7 is the fastest zoom lens from Panasonic/Leica. How is it’s build quality, image quality (sharpness,vignetting,CA,flare,distortion..etc)? Could this be a great lens for videographers or vloggers? How does it compare to the Leica prime lenses and what are the pros and cons of this lens? We’ll talk about all of these in this review.”
Photo by Richard – Panasonic Leica 10-25mm f/1.7 Review – article – “When Panasonic told me about this lens, they told me this is a lens that can replace multiple prime lenses. I was skeptical because zoom lens rarely can match the quality of prime lens. But after testing this lens, I agree with them. If you are a pro photographer or videographer who is currently rely on multiple prime lenses within this focal length range, I think you should consider switching to this amazing lens. It would make your life a lot easier without sacrificing the image quality.”
“At a time when Olympus and Panasonic lens prices are going through the roof, Sigma offers these three f/1.4 ‘Contemporary’ lenses at sensible prices. Do they sacrifice sharpness, focus speed or build quality to price? Having owned, used and reviewed – many Sigma lenses over the years, I didn’t anticipate any nasty surprises and I didn’t find any. There were some nice surprises, though….”
Sigma 16mm f/1.4, 30mm f/1.4 and 56mm f/1.4 DC DN Contemporary prime lenses for E-mount and M43-mount cameras
Sigma 16mm f/1.4 DC DN Contemporary prime lens for Micro Four Thirds mount and Sony E-mount cameras.
Sigma 30mm f/1.4 DC DN Contemporary prime lens for Micro Four Thirds mount and Sony E-mount cameras.
Sigma 56mm f/1.4 DC DN Contemporary prime lens for Micro Four Thirds mount and Sony E-mount cameras.
Sigma 18-35mm F1.8 DC HSM | A APS-C zoom lens.
Former Fleet Street press photographer David Thorpe is one of the least-known yet most-respected YouTube reviewers with a speciality in Micro Four Thirds system cameras and lenses, though I suspect he will be bending that speciality soon with coming reviews of Panasonic’s Lumix S-Series S1 and S1R 35mm sensor format cameras and lenses.
I have no hands-on experience of Sigma lenses whether prime or zoom, though I was lucky enough to inspect Paul Leeming’s Sigma 18-35mm f/1.8 DC HSM Art zoom lens with Canon EF-mount that he has adapted for his Blackmagic Pocket Cinema Camera 4K and was impressed enough with its optics and construction that I am hoping to buy one of my own some time soon.
Clearly Sigma has something good going for it with its membership of the L-Mount alliance alongside Panasonic and Leica, and Mr Thorpe’s review of these three Sigma Contemporary collection prime lenses supports that impression.
With their 35mm sensor format equivalent focal lengths of 32mm, 60mm and 112mm, and fast, wide maximum apertures of f/1.4, and very reasonable pricing, these three lenses look well worth considering for use in stills photography.
I am now looking for some hard-core technical reviews of them for consideration as video lenses too.
My current impression of Sigma’s Contemporary lenses is that they are designed to work in connection with in-camera and image editing raw processing software for correction of any possible optical distortion, whereas Sigma’s Art lens collection that includes the 18-35mm f/1.8 zoom is reportedly designed to the finest of optical standards to obviate the need for correction in software.
That aside, I have been looking for a medium telephoto portrait lens for Micro Four Thirds for some time now, and Sigma’s 56mm f/1.4 DC DN C may well fill the bill.
I originally got into portrait photography with Nikon’s Micro-Nikkor 105mm f/4.0 lens and focal lengths closer to 105mm in the 35mm sensor format are my first choice for work in the genre, so the 112mm equivalent of the 56mm lens is not a bad approximation.
The Sigma 56mm offers the advantage of a wide aperture to blur distracting backgrounds if necessary.
Similarly, I discovered long ago that my preferred main focal length for immersive documentary and photojournalism work is 28mm in the 35mm sensor format, and Sigma’s 16mm f/1.4 DC DN C with its 32mm equivalent focal length is not too far from that.
I like to be able to use my lenses for cinematography and photography, and prefer lenses that perform well in both applications given raw processing can correct optical distortions in still images but non-linear editing software cannot do the same for video.
My favourite raw processing software for raw files shot on Panasonic cameras is DxO PhotoLab so I am hoping that DxO has added camera-and-lens profiles for all three of these Sigma lenses for recent and current Lumix cameras to its database.
Off to DxOMark and time to drop into some camera stores to touch, try and shoot some sample pix with these three lenses so I can crack some raw files open in DxO PhotoLab, DxO FilmPack and DxO ViewPoint.
“Moving to the smaller, lighter, less expensive Panasonic Lumix Micro Four Thirds cameras has made my photography travel life much more enjoyable. Gone are the days of carrying around 12 pound lenses. Getting the most from the smaller systems I’ve started following what I call the Micro Four Thirds Triad. This first video, of my two-part series, explains the cameras and lenses needed to follow the Micro Four Thirds Triad. Watch this video to find out how you can downsize and still get the most possible out of these smaller cameras that save you cash and physical pain. Part two will be released shortly that explains the last part of the triad which is software. Software that solves most problems we have with the smaller cameras so you can produce images that compete beautifully with the larger full frame systems….”
It is timely that wildlife photographer and Panasonic Lumix Ambassador Daniel J. Cox has released his two video about the Micro Four Thirds triad – cameras, lenses and raw image processing – when Panasonic’s Lumix S-Series 35mm sensor format cameras have been announced and are now showing up in touch-and-try events at camera stores around the world.
There is plenty of life left still in the M43 sensor format for photography and video, and many M43 users will doubtless be resisting the temptation to swap over to the larger 35mm sensor format, also misleadingly known as “full frame” and “full format”, and its consequently larger, heavier and costlier cameras and lenses.
I have yet to experience the pleasure of touching and trying Panasonic’s Lumix S1 and S1R cameras and lenses, and am looking forward to several touch-and-try events in Sydney CBD camera stores next week.
Right now I do have some years of experience using Panasonic’s excellent little M43 camera and lenses, as well as Olympus’ M.Zuiko Pro professional-quality lenses, for photography and video, and can attest to the high image quality that can obtained from the M43 sensor format.
When I first tried out M43 cameras and lenses, I was struck at how well-suited they are to documentary photography and photojournalism due to their small size and oftentimes innocuous appearance quite unlike that of the big and heavy DSLR cameras and three-zoom-lens kits of which my former magazine and newspaper colleagues still seem to be fond.
There is nothing wrong with larger cameras, as I amply proved every day during my editorial photography career when I would rely on 4″x5″ sheet film, 120 roll film and 35mm rangefinder cameras far more than I did on the regulation 35mm analog film SLRs of the day.
The Panasonic Lumix S1R with its almost-50 megapixels of resolution, for example, is an intriguing proposition for shooting portraits to be printed extra large for exhibiting in gallery shows.
But meanwhile Daniel J. Cox is sharing some good advice in these videos on how to produce image files large and detailed enough to print up to 24″ x 36″ for exhibition and sale to collectors.
I can attest to the quality and speed of using Mr Cox’s number one raw processing software choice, DxO PhotoLab, as well as the utility value of ON1, Inc.’s ON1 Resize 2018 software which is also available as a component of ON1 Photo Raw.
I note that he lists Phase One’s Capture One Pro as his second choice for raw image processing and image editing, and can attest that it makes a great choice when processing Fujifilm X-Trans image files which are, sadly, not supported by DxO PhotoLab.
I often carry a Panasonic M43 camera alongside a Fujifilm APS-C camera, most often my X-Pro2 along with my Lumix GX8, for their distinctly different ways of seeing and recording the world, and it can be difficult to tell which picture was shot with what camera when processing both in Capture One Pro, especially when applying film simulation styles from any of 1stylespro’s three collections – Portrait Styles, Film Styles or Film Styles Extended.
“I had the honour to interview Yosuke Yamane-san during the Asia Pacific regional Lumix S series launch event in Tasmania, Australia. In this interview, we talked about the development of Panasonic Lumix S1 & S1R, the L-Mount alliance, Lumix GH6, DFD Autofocus, and a few other things….”
“Panasonic are showing a working version of the new Leica 10-25mm f/1.7 Micro Four Thirds lens, at The Photography Show 2019, at the Birmingham NEC. We had a hands-on look at the new lens, which was first shown, in prototype form, at Photokina 2018. The lens gives the equivalent of 20mm to 50mm, and is lighter than it looks, considering the (large) size of the lens….”
When I went looking for the best lens for documentary photography and video after I decided to invest in Panasonic’s Lumix Micro Four Thirds camera range, I read about and tried out a number of options including adapted and native prime and zoom lenses.
The M.Zuiko Pro lens collection’s manual clutch focus mechanism that is activated by retracting the focus-by-wire control ring towards the camera body.
“Pulling focus with focus-by-wire sucks,” as they say in the video industry.
I rapidly obtained critically sharp focus for stills with the M.Zuiko Pro 12-40mm f/2.8 zoom more times than I did with the Panasonic lens’ focusing control ring or the camera’s autofocus functionality, and that capability outweighed the Lumix 12-35mm lens’ rather attractive optical image stabilization.
I still rely on my M.Zuiko Digital ED 12-40mm f/2.8 Pro zoom lens for mission-critical work after having tried out and invested in a number of Lumix prime and zoom lenses, and may well be adding more M.Zuiko Pro primes and zooms in future.
Then news leaked out of Panasonic’s Leica DG Vario-Summilux 10-25mm f/1.7 zoom lens being in development, full feature set then unknown as it still is, and things shifted somewhat.
This lens is the closest so far to the ideal zoom lens I had visualized when buying into the Micro Four Thirds system.
I had imagined a lens with a range encompassing every single focal length I rely upon when shooting documentary photographs and video, with the exception of the portrait and big close-up range of 75mm through 85mm and 90mm to 105mm.
Imagine that focal length range in a similarly fast and wide maximum aperture standard-to-telephoto companion zoom lens.
Questions persisted for some time as to whether the Leica DG Vario-Summilux 10-25mm f/1.7 would have optical image stabilization and whether it would come with manual clutch focus.
Many professional photographers and videographers have reportedly been asking Panasonic for the latter in new lenses for quite some time now, to no avail.
It is great to finally see a little more of the Leica DG Vario-Summilux 10-25mm f/1.7 in Joseph Waller’s photographs for ePHOTOzine of a pre-production version, but there is no mention nor evidence of a manual clutch focus mechanism in the article and its photographs.
I have asked a contact who is attending The Photography Show 2019 in Birmingham to see if she can get hold of the lens and confirm whether or not it actually has the crucial focusing functionality.
Watch this space!
Meanwhile I am wondering what Olympus has in store with its most recently updated lens roadmap, especially in regard to the “Wide Zoom” and “Standard Zoom” items, not to forget “Bright Prime Lens” and “Telephoto Zoom Lens” which appears twice.
Imagine all those lenses with the brilliant M.Zuiko Pro manual clutch focus mechanism.
Kiss goodbye to the frustrations of pulling focus via fly-by-wire.
My Birmingham contact is pretty sure that the Leica DG Vario-Summilux 10-25mm f/1.7’s aperture ring is declicked.
Now waiting for her to have hands on with the lens and confirm whether there is a manual clutch focus mechanism.
Well I think that is evidence enough that Panasonic’s Leica DG Vario-Summilux 10-25mm f/1.7 will have manual clutch focusing mechanism and thus accurate and repeatable focus pulling for video.
It will also have the ability to quickly and accurately set hyperfocal distance, a necessity when zone focusing for high-speed forms of documentary or photographing in the street, as well as landscape photography.
Hyperfocal distance can be calculated using online forms or mobile apps, and a number of options can be found online here.
Fully manual focus lenses such as the Leica M-Series rangefinder camera lenses illustrated up this page provide beautifully-etched scales allowing quick calculation of hyperfocal distance, a functionality I often yearn for when photographing in public with digital cameras and lenses.
Whet now remains is for a late pre-production Leica DG Vario-Summilux 10-25mm f/1.7 Aspheric zoom lens to find its way into the hands of professional cinematographers and photographers for extensive testing and reporting on its mechanical and optical quality.
This lens has the potential to replace a range of prime lenses in one’s daily gear kit, in my case the 35mm sensor equivalents of 21mm, 28mm, 35mm, 40mm and 50mm.
Neither Olympus nor Panasonic supply all those focal lengths as prime lenses, though I hope that situation will change in the near future.
The Leica DG Vario-Summilux 10-25mm f/1.7 Aspheric will not be a cheap lens given Panasonic’s ambitions in producing it, but whatever its price on release, it would be wise to compare it to what those five focal lengths might cost as f/1.7 prime lenses.
There are other potential benefits.
The Leica DG Vario-Summilux 10-25mm f/1.7 Aspheric’s filter diameter is 77mm, and I would recommend attaching a Breakthrough Photography 77mm to 82mm knurled brass step-up ring to it for attaching 82mm diameter fixed and variable neutral density filters when shooting video.
Whether the Leica DG Vario-Summilux 10-25mm f/1.7 Aspheric zoom lens is heavy or not, its size would benefit from attaching a vertical battery grip to your camera if it is a Panasonic.
I like most cameras to be equipped with vertical battery grips for added power when shooting video and ease of handholding in portrait photography.
The countdown to NAB 2019 is well advanced and it will be interesting to see if Panasonic shows off mockups of the coming Lumix DC-GH6 hybrid M43 camera.
I am hoping that Panasonic will combine the best of the Lumix DC-GH5 and GH5S in the GH6 while taking into account the challenges presented by the Blackmagic Pocket Cinema Camera 4K, Fujifilm’s X-T3 and X-H1 while bearing in mind the coming X-H2, as well as the 35mm sensor-equipped mirrorless cameras now released by Canon, Nikon, Leica and, indeed, Panasonic itself.
While the Super 35 format has its many attractions, the smaller and lighter cameras and lenses of Super 16 moviemaking still allow you to go places where the larger 35mm cameras and lenses can draw undue attention.
The photographs of the 10-25mm f/1.7 lens published by ePHOTOzine and Photography Blog appear to have been shot on mobile phones and optical exaggerations make it hard to accurately judge the lens’ size in relation to the camera or the hands holding them.
Nonetheless, I have no problem with the idea of carrying this one lens about almost permanently attached to any Panasonic M43 camera whether with battery grip or not, or a Blackmagic Pocket Cinema Camera Camera 4K for that matter, though I would be tempted to consider the Zhiyun-Tech Weebill Lab or Crane 3 Lab as appropriate if stabilization is a necessity when shooting with the BMPCC 4K.
Blackmagic RAW, a revolutionary next generation codec that combines the quality and benefits of RAW with the ease of use, speed and file sizes of traditional video formats. Blackmagic RAW is a more intelligent format that gives customers stunning images, incredible performance, cross platform support and a free developer SDK.
With Blackmagic Camera 6.2 update, customers using the Blackmagic Pocket Cinema Camera 4K now have the ability record images using Blackmagic RAW for the first time. This allows them to capture the highest possible quality images in smaller files, giving them much longer recording times with the media they already own. For example, customers can record over 2 hours of full cinematic quality Blackmagic RAW footage in 4K on a single 256GB SD UHS-II card. With Blackmagic RAW 12:1 you can even record 4K DCI images to an SD card, giving you stunning cinematic quality images on incredibly small, inexpensive cards. In addition, Blackmagic RAW gives customers an even faster, more fluid and higher quality editing and color correction workflow in DaVinci Resolve than ever before.
Once the camera has been updated, customers can choose between 3:1, 5:1, 8:1 and 12:1 constant bit-rate recording or between constant quality Q0 and Q5 recording. This lets them prioritize image quality or file size. The constant bit-rate encoding options give customers incredible images at predictable and consistent file sizes. Constant quality Q0 and Q5 use variable bitrate encoding so complex frames are encoded at higher data rates, preserving the maximum amount of detail and quality possible. Blackmagic Design Generation 4 Color Science is used for superior imaging that results in extremely accurate skin tones and gorgeous, lifelike colors. Blackmagic RAW images are encoded using a custom non-linear 12-bit space designed to provide the maximum amount of color data and dynamic range.
In addition, Blackmagic RAW features extensive metadata support, highly optimized GPU and CPU accelerated processing on the desktop and more.
Traditional RAW codecs have large file sizes and are processor intensive, making them hard to work with. Video file formats are faster, but suffer quality problems due to the use of 4:2:2 video filters that reduce color resolution. Blackmagic RAW solves these problems, giving customers the same quality, bit depth, dynamic range and controls as RAW, but with much better performance and smaller file sizes than most popular video codecs. Once files are brought into DaVinci Resolve, additional GPU and CPU acceleration make decoding of frames incredibly fast, so customers get extremely smooth performance for editing and grading.
When the Blackmagic RAW settings are changed in DaVinci Resolve, a .sidecar file can be generated or updated if one already exists. When opened in other software applications that support Blackmagic RAW, the .sidecar file, which contains the Blackmagic RAW settings made in DaVinci Resolve, will be automatically used to display the image. If the .sidecar file is removed then the file will be displayed using the embedded metadata instead. This innovative new workflow gives customers a non-destructive way to change Blackmagic RAW settings while working between different applications.
Blackmagic RAW is much more than a simple RAW container format. Its intelligent design actually understands the camera and the sensor. This means the image data, along with the unique characteristics of the image sensor, are encoded and saved into the Blackmagic RAW file, giving customers much better image quality, even at higher compression settings, as well as total control over features such as ISO, white balance, exposure, contrast, saturation and more.
In addition, Blackmagic RAW uses Blackmagic Design Generation 4 Color Science for superior imaging that results in reproducing extremely accurate skin tones and gorgeous, lifelike colors that rival those of cameras costing tens of thousands of dollars more. Images are encoded using a custom non-linear 12-bit space designed to provide the maximum amount of color data and dynamic range.
Blackmagic RAW also makes it easy for any software developer to access all this technology. The free developer SDK lets any third party software application add Blackmagic RAW support on Mac, Windows and Linux. The Blackmagic RAW developer SDK automatically handles the embedded sensor profile metadata, along with Blackmagic Design color science, for predictable and accurate image rendering that yields consistent color throughout the entire pipeline.
Blackmagic RAW features two types of file compression. Customers can choose either constant quality or constant bitrate encoding options, depending on the kind of work they are doing. This lets them prioritize image quality or file size. Constant quality uses variable bitrate encoding so complex frames are encoded at higher data rates to preserve detail and maintain the highest possible quality. Blackmagic RAW Q0 has minimum quantization and yields the highest quality, while Blackmagic RAW Q5 uses moderate quantization for more efficient encoding and a smaller file size. Blackmagic RAW 3:1, 5:1, 8:1 and 12:1 use constant bitrate encoding to give customers the best possible images with predictable and consistent file sizes. The ratios are based on the unprocessed file size of a single frame from the camera’s sensor, making it easy to understand the relative amount of compression being used.
The pristine camera native quality of Blackmagic RAW Q0 and 3:1 are perfect for effects heavy feature film and commercial work. Blackmagic RAW Q5 and 5:1 are extremely high quality making them great for episodic television and independent films. Blackmagic RAW 8:1 and 12:1 offer high quality and speed, making it suitable for productions that wouldn’t normally consider shooting RAW. Now, more customers than ever will be able to use high quality Blackmagic RAW images in an incredibly efficient way that was impossible before.
Featuring a fully scalable design and completely modern CPU and GPU acceleration, Blackmagic RAW is optimized for AVX, AVX2 and SSE4.1 enabled processors, multi-threaded, works across multiple CPU cores and is GPU accelerated with support for Apple Metal, CUDA and OpenCL. Frame decoding and image processing is extremely fast, making it super smooth for editing, color correction and visual effects in DaVinci Resolve. Another benefit of media being stored as single files, and not image sequences, is it makes media management easier and file copying much faster.
The free Blackmagic RAW Developer SDK is available on Mac OS, Windows and Linux. This SDK takes care of all the work for developers, so adding support for Blackmagic RAW to third party software applications is easy and fast. Developers get access to GPU and CPU accelerated algorithms for decoding files, along with unique information about the camera’s image sensor so their applications can accurately decode and display the files. The SDK features highly descriptive and flexible metadata options designed to support today’s modern workflows. Metadata is embedded directly in the .braw file or it can be stored in a .sidecar file. Metadata is important because it contains the Blackmagic RAW settings along with information for the slate, iris, focus, focal length, white balance and a lot more. The metadata in .sidecar files can be used on top of the embedded metadata without overwriting it. Blackmagic RAW also supports frame based metadata so customers can access values, such as focus distance, that often change on a frame by frame basis.
“Blackmagic RAW has been incredibly successful since we introduced it last fall on URSA Mini Pro,” said Grant Petty, Blackmagic Design CEO. “The new Blackmagic Camera 6.2 update is exciting because it makes this incredible new technology available to Blackmagic Pocket Cinema Camera 4K customers absolutely free! They get the visually lossless image quality of RAW with the speed of traditional video workflows!”
Blackmagic Design creates the world’s highest quality video editing products, digital film cameras, color correctors, video converters, video monitoring, routers, live production switchers, disk recorders, waveform monitors and real time film scanners for the feature film, post production and television broadcast industries. Blackmagic Design’s DeckLink capture cards launched a revolution in quality and affordability in post production, while the company’s Emmy™ award winning DaVinci color correction products have dominated the television and film industry since 1984. Blackmagic Design continues ground breaking innovations including 6G-SDI and 12G-SDI products and stereoscopic 3D and Ultra HD workflows. Founded by world leading post production editors and engineers, Blackmagic Design has offices in the USA, UK, Japan, Singapore and Australia. For more information, please go to http://www.blackmagicdesign.com
“My earliest memories of X100 was at a shopping mall. I was walking pass an electronic store and on display was a gorgeous camera. I actually stop and spend a little moment admiring how good looking it was. It was a Fujifilm camera. Wow. I have never own the original X100. I have used a X100s and owned a X100T and now a X100F.
The X100 series is always special to me. I love the design of it. Kudos to the designer; whom I have the privilege to meet on two occasion. Thank you Masazumi Imai; you have design a timeless looking camera that is loved by photographers all over the world….”
The X100 was the first camera that showed me I was going to love digital photography, after too many dodgy and disappointing premium compacts, bridge cameras and DSLRs.
I ordered one immediately and have loved it from the day it eventually arrived.