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Interview – Fujifilm: “We are not just a camera company, we are an imaging company”

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Interview – Fujifilm: “We are not just a camera company, we are an imaging company”
Staff of Fujifilm’s Optical Device & Electronic Imaging Products Division, pictured (clockwise from top left): Jun Watanabe, Product Planning Manager, Makoto Oishi, Product Planning Manager, Masato ‘Mark’ Yamamoto, General Manager and Shinichiro ‘Shin’ Udono, Senior Manager.

As the global COVID-19 pandemic continues to make international travel impossible (or at least inadvisable) we’re beginning 2021 with a series of interviews conducted remotely. This week, we sat down (virtually) with senior executives of Fujifilm, to learn more about the development of the new GFX 100S, plans for future lenses and what kind of a company they want Fujifilm to be.


What customer did you have in mind for the GFX 100S?

[Makoto Oishi] The [original] GFX 100 is our flagship camera for professional photographers, because it has the integrated battery grip and twin batteries, and accessories like the tilting EVF. But we wanted the GFX 100S to appeal to a wider range of users. So not only professionals, but also advanced amateurs, who are used to 35mm and full-frame SLRs.

The GFX 100S is your second medium format camera with IBIS. How were you able to reduce the size and weight of that mechanism?

[Shinichiro Udono] When we started planning the original GFX 100, we decided from the beginning that it would have that form factor, with the vertical grip. So we had room [inside the camera], and we decided that durability would be a priority. With the 100S, from the beginning we decided that it should be almost the same size as a full-frame camera. That was our target, so then we redesigned all of the internal components – not just the IBIS unit – and we optimized the internal layout of those components

[M.O.] The layout of the internal components is very important. So for example in the GFX 100S we could put the battery in the grip. That’s a critical point in the design. The width of the shutter was [also] a key component, to keep the camera small. And also the new [smaller] battery. In the two years since we developed the original GFX 100, of course new technologies have been developed, but the differences aren’t actually that big.

Aside from the components and the internal layout, are there any construction or build quality differences between the GFX 100 and the new GFX 100S?

[M.O.] Both cameras meet and surpass our quality assurance standards, of course, but the GFX 100 was designed for ultimate ruggedness. The GFX 100 has an inner chassis, for example, for strength. So it’s better able to withstand external shock.

Why did you decide not to offer a vertical grip option for the GFX 100S?

[M.O.] Because we have the GFX 100 [already].

The new GFX 100S offers a lot of the same functionality as the flagship GFX 100S, but without that model’s extreme ruggedness (or vertical controls).

What was the most important, or most consistent feedback you received from owners of the original GFX 100?

[M.O.] All of them loved the image quality, and thought the resolution was amazing. And the new sensor gave better performance, for example for face detection. But a lot of users wanted a smaller, lighter body, and a lower price. Those were the main demands, so we developed the GFX 100S for a wider base of customers, especially DSLR users who needed easier operation. That’s why we included a mode dial on the GFX 100S.

Will IBIS become standard in future across the GFX range?

[M.O.] That will depend on body size and design [constraints] of course, but yes, especially for 100MP imaging, I think IBIS is required in order to maintain image quality.

Where are the gaps in the GF lens lineup, and what are your priorities for expanding the lineup in future?

[M.O.] Our GF lenses currently cover from 23mm to 350mm (the GF 250mm with a 1.4X TC) which is a good focal length range. But we’re continuing to develop some of the ‘missing’ focal lengths, and lenses with unique features.

[S.U.] We’ve received a lot of requests for wider prime lenses, and also tilt/shift lenses. And a wide [angle] zoom lens. Those are typical kinds of requests we’re getting from our GF customers.

[M.O.] Many of our GF users like to shoot landscapes, and they like to use wider focal lengths. We also have a lot of architecture photographers, and they’re requesting tilt/shift lenses. We’re studying [these requests].

Which of those types of lenses is your biggest priority?

[M.O.] We [still] have to discuss that!

Shinichiro ‘Shin’ Udono, Senior Manager of Fujifilm’s Optical Device & Electronic Imaging Products Division.

What are your priorities for new lenses in the APS-C X-series line?

[S.U.] In terms of focal lengths, we’re missing super telephoto. The maximum focal length now is 400mm. So we’re missing 500mm, 600mm [etc.]. And because we started the system almost ten years ago, the first generation lenses have slow autofocus, and don’t have weather-resistance. We need to refresh those designs.

The X100V was released almost exactly a year ago – how has it performed in the market?

[M.O.] I think you want a GFX 100V! [Editor’s note: I definitely do]. Sales of the X100V are almost at the same volume as the previous model, even despite the situation with COVID-19. We think that there’s been an increase in demand for lifestyle-type shooting, from people staying at home.

What kind of response have you had from X-T4 customers?

[Jun Watanabe] Generally speaking, the X-T4 has been a success in the market, not only in terms of image quality but also new features like in-body stabilization, the new battery and the more powerful shutter. The video performance has also been well accepted as a good balance between performance and price. We’ve also made good progress with autofocus performance, face and eye detection, and tracking. But some sports photographers have requested greater autofocus performance.

How are you planning to improve autofocus performance?

[J.W.] We will keep on improving performance, and some improvements will come through firmware, and some through hardware. Face and eye detection works well, even when people are wearing glasses, and masks. But we have to improve things like tracking in distance.

[S.U.] The speed of the autofocus mechanisms is acceptable, but we recognize that some details are missing in the AF algorithm, in tracking. When you’re tracking a subject and something comes between the camera and subject, sometimes you might lose focus. So we have to improve the algorithm, and we’re working on that. Also some of our lenses are ten years old, and they slow down autofocus.

Sometimes it’s a matter of photographer preference. Some people love a system that moves very quickly onto a new subject, but some photographers prefer a system that sticks to the original subject. We really need to have more discussions with photographers, and offer them some options. If possible we’ll make improvements via firmware.

The multipurpose X-T4 offers a well-developed set of video features, but executives have hinted that there may be room in Fujifilm’s lineup in future for a dedicated video model.

The X-T4 is quite a powerful video camera, but a lot of the people buying it will probably be mostly shooting stills. Is it possible to satisfy both needs in one product, or is there an opportunity for a dedicated video camera in the X-series range?

[S.U.] The X-T4 reaches a high level of image quality already for video shooting. But thinking of video shooters versus stills photographers, the form factor requirements are different. The X-T4 is designed more for stills shooting. For example the screen. Videographers really like fully-articulating LCD screens, but some stills photographers don’t. If we really wanted to chase videographers, we’d need to think about a different form factor.

We’re always studying [solutions like this] but we have to think about things like market size, the number of users, things like that. But we have received such requests from videographers who are currently using the X-T4.

[J.W.] The X-T4 is one possible answer [though], because of things like the totally independent stills and movie menus, and the articulating LCD.

Now that sensor technology has developed so much, is Fujifilm interested in developing computational imaging features in future cameras?

[S.U.] That is not an easy question to answer! In terms of technology, if the sensor speed and processing speed are both very fast, then you can do a lot of things. We’re always thinking about the next generation, even four or five years ahead. So in future, probably, those kinds of features will be technically possible. But how to integrate that kind of technology into our camera system is a harder question. We really have to think about what our customers want, and what will benefit them.

We are very interested though, and we’re always researching. Our Photo Imaging Division creates Instax cameras, and maybe [computational photography] technology could be applied to a more consumer-level system [like that].

As pixel counts get higher, is there still a benefit to X-Trans?

[M.O.] Even with higher resolutions, X-Trans still works better. Thanks to this technology, our cameras don’t have moiré or false color. It’s very effective. But it does depend on the kind of sensor. For example our medium format 100MP sensor resolves 99% of subjects, so there’s no moiré or false color, so no need for X-Trans. That’s why GFX doesn’t have X-Trans but our X-series, with 26MP, still needs it.

Masato ‘Mark’ Yamamoto, a 35-year veteran of Fujifilm, holds the position of General Manager of the company’s Optical Device & Electronic Imaging Products Division.

How has the COVID-19 pandemic affected your product planning and general strategy?

[Masato Yamamoto] In general, the business impact caused by COVID was fairly temporary. Last year, at the beginning of the pandemic, obviously we didn’t know what was going to happen, but the impact was less than we expected. However, at the same time, the pandemic created a shift in customer behavior. We saw less demand for products under $1,000, but greater demand for our high-end and GFX cameras.

This trend has accelerated [during the pandemic]. So we’ve applied ourselves to monitoring these trends and listening to feedback from our customers, and we’re confident that our strategy is working. We’re focused on the high end, and we’ll continue listening to those customers.

Did you have to make any changes to your planning or strategy?

[M.Y.] Not really, but with people being at home, for example, we have seen demands for better movie [features]. Online communication is becoming more popular, so we have to consider these kinds of demands in addition to our existing strategy. Maybe we will make some tweaks, some [small] changes of direction, but we’re confident that we can continue with our existing strategy in the future.

What is the biggest challenge facing Fujifilm as a camera manufacturer in 2021?

[M.Y.] Well, not only in 2021! Development is always very challenging. We’ve discussed image stabilization technology, but also design, making our interfaces more easy to use. Developing things like that and making breakthroughs, and innovating, it’s always challenging. But at the same time it’s an opportunity to change the world.

Our biggest point of differentiation is color reproduction, thanks to our film simulations. So on the marketing side, one of the biggest challenges is how to let customers know about how Fujifilm’s image quality is different to our competitors. And also explaining the benefits of [larger formats] to them. But with the GFX 100S, by providing a compact camera with good features, and easy to use design at a lower price-point, we think it’ll open a door to a lot of customers. We’ve already had a lot of pre-orders. It’s a good sign. People are appreciating the benefits of this larger format, and it’s really opening up the market for many users. Full-frame is not the only format.

The X100V was launched at the very beginning of the COVID-19 pandemic, but according to Fujifilm executives has sold well – partly thanks to an increase of interest in home-based ‘lifestyle’ photography by photographers unable to travel.

In the long term, do you want your GFX and GF camera and lens system to be competitive with full-frame products, on price?

[M.Y.] We’re always thinking about how to give customers more opportunities to experience our products. So price is one of the factors, but not the only one. There’s also features, size, ease of use. All of those things together give us new opportunities to meet new customers.

[S.U.] Price is very, very important, but it’s not the top priority in the GFX system. Of course we recognize that if we matched our prices to full-frame, probably the demand for our products would be greater. But to achieve high quality we need things like a more accurate IBIS unit, bigger shutter and bigger sensors. These things all cost more [than they would for full-frame]. So in order to maintain quality in our GFX line, the price needs to be probably a little higher than full-frame, but in order to stimulate demand in the market, we do try to minimize that gap. That’s our strategy.

Yamamoto-san, you’ve been in your new role at Fujifilm for relatively little time – how are you hoping to imprint your vision on the camera division?

[M.Y.] The camera division is a very important part of Fujifilm. Photography and imaging is our core business, and it’s where the power of our brand comes from. We think a lot about how to expand the world of photography to everybody. We are committed to continuing this work, and making sure that our camera business continues to flourish and be successful. This is our responsibility.

Imaging is a very powerful medium, and I’m proud to know that our cameras and our imaging systems have been used to immortalize some of the most powerful moments in history. We want to continue to make digital cameras and imaging systems that inspire photographers to create images that tell and share many stories. We are not just a camera company, we are an imaging company. My vision is to help to pull all of those efforts, and put all of those assets together to enable us to show our value to all kinds of users from professionals to amateurs.

And there are opportunities. For example people who have started taking photographs on their smartphones, and are shooting in every moment, they understand the value and the power of photographs and sharing moments. We need to make more effort to share our products and our solutions [with those people].

How do you intend to attract those kinds of new customers?

[M.Y.] We have many things. We’ve always provided attractive products in our X-series, like our recent X-S10. It’s very compact, very powerful and easy to use, and for people who started shooting with a smartphone, it’s small, easy to use, and it’s a very good step-up product. We also have the Instax system, which has been a big hit, we reached annual sales of 10 million cameras in 2018, so that’s a big base of potential Fujifilm fans who might buy our X-series cameras. Our overall promotional strategy is to reach everyone – including those younger customers.


Editor’s note: Barnaby Britton

This was my first conversation with Mr. Yamamoto, a 30+ year veteran of Fujifilm, who has only been in his current position for a few months. He joins a well-established team of engineers and executives, and has taken over the management of two (arguably three, if the X100-series is to be considered separately) equally well-established product lines. The company’s latest medium-format camera, the GFX 100S, puts large-sensor imaging within reach of many enthusiasts, at an MSRP comparable to that of pro DSLRs. On paper, the GFX 100S is a more compelling product in many ways even than the flagship GFX 100, but it is interesting to hear from Mr. Oishi exactly where the internal differences lie. In short: If you want the ultimate in durability, save up for a GFX 100. For everything else, the GFX 100S will likely be a better option (unless you need a vertical grip!)

Fujifilm’s identity as a modern digital camera manufacturer was formed roughly a decade ago with the original X100. Since then, the company has launched two mirrorless interchangeable lens mounts, and developed a range of lenses for both APS-C and medium-format. Mr. Yamamoto clearly sees Fujifilm holistically as an ‘imaging’ company rather than just a camera maker, and of course he’s right that no other company in the industry has the same depth of experience in imaging, going right back to the days when Fujifilm was one of the leading names in film. This isn’t just the standard senior executive’s expression of pride in his company’s legacy: Fujifilm’s color science (most obviously manifested in its film simulation profiles) is a major selling point of the company’s products in today’s market.

Fujifilm has been developing digital cameras since the 80s, but the X mount isn’t even yet in its teens. It’s almost comic, therefore, to hear Fujifilm executives referring to any of its current line of XF products as ‘old’. However, the fact that – as Mr Udono admits – first-generation XF lenses are now holding back the autofocus performance of its current flagship cameras, demonstrates how far Fujifilm has come in that time.

There is still room for improvement, though. Alongside the strong hint that updated version of those original XF primes are coming was a clear commitment from Fujifilm executives to improve autofocus performance in the flagship X-T4 via firmware, with hardware improvements being considered in the future. Mr. Udono also hinted at longer lenses coming for XF in future, which in combination with improvements to AF might help consolidate the company’s reputation with sports and action photographers.

As for videographers, reading between the lines of responses to our questions in this interview, it seems as if a dedicated video camera using the XF mount is at least being considered, alongside the multipurpose X-T4. It’s interesting to consider exactly what a camera of this type might look like, since as Mr. Udono says, the form factor requirements may be different.

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Sony adds FE 16-25mm F2.8 G compact fast wide-angle to lineup

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Sony adds FE 16-25mm F2.8 G compact fast wide-angle to lineup


Image: Sony

Sony has announced the FE 16-25mm F2.8 G, a fast, compact wide-angle zoom designed as a twin to the recent FE 24-50mm F2.8 lens.

The 16-25mm is roughly the same dimensions as the 24-50mm and offers essentially the same features. This makes it a little longer but narrower than the existing 16-35mm F4.

The design is made up of 16 elements in 13 groups, including three extra-low dispersion elements to rein in chromatic aberration and four aspherical elements (one of which is an ED aspheric), helping to keep the lens compact. The optical performance is better than the original 16-35mm GM, and not far behind the newer GM II, the company says.

It uses twin linear motors to drive its internal focus design and doesn’t require the additional power of Sony’s XD linear motors, the company tells us. It is fully compatible with the a9 III’s 120fps modes.

Image: Sony

The 16-25mm can focus as close as 0.17m (6.7″) at the 16mm or 0.22m (8.7″) at the 25mm end in manual focus mode. These figures increase to 0.18 and 0.24m in autofocus mode, decreasing the 0.23x maximum magnification to 0.2x.

Like the 24-50mm, it has an aperture ring with a switch to enable or disable the clicks between positions. Other than this, there’s an MF/AF switch and a customizable focus hold button on the side.

Focus breathing is fairly minimal, according to the demonstration we were shown, and this can essentially be eliminated when used with a camera that supports Sony’s focus breathing compensation function. The lens is also compatible with the company’s ‘Dynamic’ IS feature that relies on extensive communication of gyro data between the lens and camera.

The Sony FE 16-25mm F2.8 G will be available from May 10th at a manufacturer’s recommended price of around $1199.

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Press Release:

Sony Electronics Announces a Compact Wide-Angle FE 16-25mm F2.8 G Zoom Lens

SAN DIEGO. April 16, 2024 – Sony Electronics is pleased to announce the FE 16-25mm F2.8 G (SEL1625G), a large-aperture wide-angle zoom lens compatible with Sony’s α™ (Alpha™) E-mount cameras. This latest addition delivers sharp imagery from 16 mm through 25 mm while maintaining a maximum aperture of F2.8 over the entire zoom range. The FE 16-25mm F2.8 G is the smallest and lightest constant F2.8 zoom lens that Sony has produced to date. The compact design is a signature feature of Sony’s G lens series and makes it a highly portable lens option.

The FE 16-25mm F2.8 G’s wide-angle lens offers photographers and videographers an expanded range of creative expression, allowing them to capture a variety of subjects including landscapes, architecture, portraits, and selfie-shooting. This new addition follows the FE 24-50mm F2.8 G standard zoom lens announced February 2024, both offering many of the same characteristics including filter diameter, aperture, and compact size and weight.

“The FE 16-25mm F2.8 G was designed to offer creators a wide-angle lens option that perfectly balances large-aperture, compact form factor, and high-image quality. This is the 73rd addition to our E-mount lens line-up, and just another step in our commitment to providing photographers and videographers with the perfect lens solutions for their specific needs,” says Yang Cheng, Vice President, Imaging Solutions, Sony Electronics Inc. “The FE 16-25mm F2.8 G is a fantastic lens with high-resolution performance, beautiful bokeh, and high precision autofocus. It is a perfect companion to the Alpha 7C R and Alpha 7C II compact full-frame camera bodies, and together they offer an unbeatable lightweight set-up.”

Key Features of FE 16-25mm F2.8 G

The FE 16-25mm F2.8 G features an impressively compact and lightweight design with a width of 74.8mm (about 2.94 in), length of 91.4mm (about 3.58 in), filter diameter of φ67 mm, and weight of approximately 409g.

This lens incorporates advanced optical technology to deliver exceptional image quality across the entire frame. By incorporating three Extra-Low Dispersion (ED) elements and four aspherical lenses (including one ED aspherical lens), the lens design effectively minimizes various optical aberrations, including chromatic aberration.

The FE 16-25mm F2.8 G combines an 11-blade circular aperture and the optimization of spherical aberration to produce the signature smooth bokeh known to the G lens series. Moreover, it offers functional close-up shooting capabilities with a minimum shooting distance of 0.18m and a maximum magnification of 0.20x when using autofocus (AF)i.

The lens is equipped with two linear motors that enable exceptional autofocus performance, delivering high-speed, high-precision, and quiet focusing capabilities, even when capturing fast-moving subjects. These linear motors ensure swift and accurate focusing, allowing photographers and videographers to maintain sharpness and clarity in their images and videos, even in challenging shooting situations. Furthermore, it supports high-speed continuous shooting with AF/AE tracking of up to 120 frames per second, a feature capable of being used when paired with the Alpha 9 III full-frame mirrorless cameraii.

The FE 16-25mm F2.8 G excels in video performance, ensuring smooth and precise focusing even when shooting high-frame-rate videos such as 4K120p or FHD240piii. The lens is equipped with linear response manual focus (MF), allowing videographers to make precise focus adjustments with ease. Additionally, it supports in-body Active Mode Image Stabilizationiv and Focus Breathing to optimize video capture.

The lens is equipped with practical and user-friendly functionality including a customizable focus hold button, aperture ring, aperture click ON/OFF switch, and a focus mode switch. The FE 16-25mm F2.8 G’s design is dust and moisture resistantv, and includes a fluorine coating to further prevent dirt from sticking to the front surface of the lens.

Pricing and Availability

The FE 16-25mm F2.8 G will be available for pre-sale April 17, 2024, and purchase May 10, 2024. It will retail for approximately $1,199.99 USD and $1,599.99 CAN, at a variety of Sony’s authorized dealers throughout North America.

i Maximum magnification is 0.2x (AF)/0.23x (MF) with a minimum focus distance of 0.18 m (0.59ft) (AF) / 0.17 m (0.56ft) (MF) at the 16 mm end of the range and 0.24 m (AF) (0.79ft) / 0.22 m (0.73ft) (MF) at the 25 mm end of the range for superb wide-angle close-up performance.
ii Sony test conditions. Maximum continuous frame rate may be lower in some shooting conditions. Continuous shooting speed may vary depending on the lens used in AF-C focus modes. Visit Sony’s support web page for lens compatibility information.
iii Depends on the camera used.
iv Compatible models only.
v Not guaranteed to be 100% dust and moisture proof.

Sony FE 16-25mm F2.8 G specifications

Principal specifications
Lens type Zoom lens
Max Format size 35mm FF
Focal length 16–25 mm
Image stabilization No
Lens mount Sony E, Sony FE
Aperture
Maximum aperture F2.8
Minimum aperture F22
Aperture ring No
Number of diaphragm blades 11
Aperture notes Rounded blades
Optics
Elements 16
Groups 13
Special elements / coatings 3 ED lenses, 1 ED Asph, 3 Asph
Focus
Minimum focus 0.17 m (6.69)
Maximum magnification 0.23×
Autofocus Yes
Motor type Linear Motor
Full time manual Unknown
Focus method Internal
Distance scale No
DoF scale No
Physical
Weight 409 g (0.90 lb)
Diameter 75 mm (2.95)
Length 91 mm (3.58)
Zoom method Rotary (extending)
Power zoom No
Zoom lock No
Filter thread 67 mm
Hood supplied Yes
Tripod collar No



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Blackmagic Design announces URSA Cine 12K, teases 17K version

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Blackmagic Design announces URSA Cine 12K, teases 17K version


Image: Blackmagic Design

Blackmagic Design has unveiled its latest URSA Cine camera, a 12K camera with support for interchangeable Arri PL, Arri LPL, Canon EF and Hasselblad lens mounts. It features a large sensor, propriety memory and a slew of industry-standard connections.

At the heart of the URSA Cine 12K is a RGBW 36x24mm 12K sensor, which Blackmagic Design says can support resolutions from 4K to 12K. It also claims the sensor can capture 16 stops of dynamic range, the most ever for a Blackmagic Design camera. It can shoot open gate 12K from its full 3:2 region at up to 80p or from a 16:9 full-width region at up to 100p.

The Ursa Cine 12K uses the same RGBW pixel layout as the existing, smaller-sensor URSA Mini Pro 12K. This devotes half of its resolution to capturing luminance (detail) data and then divides the remaining pixels equally between red, green and blue. The array is specifically designed so that it can be sub-sampled to deliver 8K or 4K footage from 12K capture, without the need for cropping.

The other significant change is how the camera stores data. The camera comes with a propriety ‘high-speed memory module,’ a decision Blackmagic Design says they made to “eliminate all the problems of media cards” to ensure a more reliable and faster data pipeline. It comes with an 8TB module and can capture 4 hours of Blackmagic RAW in 12K or 20 hours in 4K. An additional 8TB modules will cost $1695, and a 16TB version is also being worked on. An optional ‘Blackmagic Media Module CF’ unit can also be used to add dual CFexpress slots.

Image: Blackmagic Design

To transfer footage from the module, there are docks for direct download, or you can utilize the camera’s 10G ethernet port, Wi-Fi with SRT (Secure Reliable Transport) streaming, or the industry-standard Lemo and Fischer connections. Using the latter options, Blackmagic Design says the transfer rates are near real-time, which should aid remote viewing and logging of footage.

On the capture front, the camera uses 12K Blackmagic RAW and captures Full HD H.264 proxies simultaneously allowing faster cloud sync and post-production workflows. Various settings are supported, ranging from 12K/80p open gate to 8K/224p (2.4:1) and 4K/240p. In addition to its 3:2 open gate mode, it can shoot 16:9, 17:9, 2.4:1 and 6:5 anamorphic. There’s also support for Super35 9K in the same aspect ratios, providing compatibility with older cinema lenses.

Not mentioned in the press release but teased in a video demo, Blackmagic shared it is working on a URSA Cine 17K. The new camera won’t be available until the end of 2024, and pricing has yet to be determined. The 17K version will use a 50.8×23.3mm sensor (essentially a wider version of the sensor in the 12K model), which makes it close in size to 65mm 5-perf film (23mm). The larger sensor rules out the use of the Canon EF mount, so the camera will likely use Arri PL and Hasselblad mounts.

All current URSA Cine 12K features will be carried over into the 17K version, except for built-in 2/4/6 stop ND filters. Blackmagic says the 17K sensor is too large for the ND filters to fit.

Pricing and availability

The Blackmagic URSA Cine 12K is now available for $14,995. Accessories, such as a viewfinder, lens mounts, grips and rails, can be added as add-ons to customize your build. Blackmagic says initial shipments will be limited to “high-end customers.”

Press Release

Blackmagic Design Announces New Blackmagic URSA Cine 12K

Las Vegas, Nevada, April 12, 2024 — Blackmagic Design today announced Blackmagic URSA Cine 12K, a revolutionary new digital film camera that introduces new advanced technologies with total integration into the post production workflow. This new model includes a new large format RGBW 36 x 24mm sensor with larger photo-sites for 16 stops of dynamic range, interchangeable PL, LPL and EF lens mounts, and industry standard Lemo and Fischer connections. Blackmagic URSA Cine 12K comes with 8TB of high performance storage built in and also includes high speed networking for media upload and syncing to Blackmagic Cloud. Blackmagic URSA Cine 12K is available immediately from Blackmagic Design resellers worldwide from US$14,995.

The Blackmagic URSA Cine 12K will be demonstrated on the Blackmagic Design NAB 2024 booth #SL5005.

URSA Cine features a revolutionary new sensor designed for incredible quality images at all resolutions from 4K to a massive 12K. The larger sensor builds on the technology of URSA Mini Pro 12K with larger photo-sites leading to an astounding 16 stops of dynamic range. The unique RGBW architecture provides equal amounts of red, green and blue pixels. This means it is optimized to deliver incredibly rich colors at all resolutions and provide the ultimate in image quality and flexibility.

URSA Cine is designed to meet the demands of any high end production. The evenly weighted camera body is built with a robust magnesium alloy chassis and lightweight carbon fiber polycarbonate composite skin to help customers move quickly on set. Standard Lemo and Fischer connectors let customers control the camera remotely while providing power for lens motors and other accessories. Customers also get 12G‑SDI out, 10G Ethernet, USB-C, XLR audio and more.

The full sensor area gives customers a stunning 3:2 open gate image which lets customers reframe their shots in post production. Or customers can use the large sensor area to shoot anamorphic and deliver in a range of aspect ratios with 1.3, 1.5, 1.6, 1.66, 1.8 and 2x de-squeeze factors. Plus, customers can shoot in 4K, 8K or 12K using the entire sensor without cropping, retaining the full field of view of their lenses. There are even 9K Super 35 4-perf, 3-perf and 2-perf modes for full compatibility with classic cinema lenses.

Different projects require different lenses which is why URSA Cine features an interchangeable lens mount. Customers can quickly switch between PL, LPL, EF and Hasselblad mounts. Plus, each mount has contact pins to read lens metadata for monitoring and for use in post production.

URSA Cine lets crews work faster on set with multiple monitoring options. The fold out monitor has a large 5″ HDR touchscreen on one side and an external color status LCD on the other. On the right side of the camera, there’s a dedicated assist station with a second 5″ HDR touchscreen which allows crew to work around the camera without needing external monitors. There’s even a dedicated focus puller’s mode to help customers get perfect focus.

The wide range of industry standard connections on URSA Cine make it perfect for high end cinema production. The 7 pin Lemo and 3 pin Fischer connectors at the front provide record start/stop and 24V power so are ideal for on board accessories such as focus motors. Camera power is provided by a standard 24V 8 pin Lemo connection, plus there’s an additional 2 pin Lemo 12V connection at the rear for lower voltage accessories.

Blackmagic RAW files store camera metadata, lens data, white balance, digital slate information and custom LUTs to ensure consistency of image on set and through post production. URSA Cine records to the included Blackmagic Media Module 8TB, allowing customers to capture over 4 hours of Blackmagic RAW in 12K or a massive 20 hours in 4K.

URSA Cine includes a high performance, optical low pass filter that is precisely matched to the sensor. The OLPF also incorporates updated IR filtering that improves far red color response which, when combined with Blackmagic RAW processing for the URSA Cine, preserves color and critical image detail for new levels of image fidelity.

URSA Cine is the first digital film camera with ultra fast high capability Cloud Store technology built in. Blackmagic Media Module is fast, rugged and includes a massive 8TB of storage. The high speed storage lets customers record at the highest resolutions and frame rates for hours and access their files directly over high speed 10G Ethernet. Or customers can use the media customers already own with the optional Blackmagic Media Module CF, which has dual CFexpress slots.

Blackmagic Media Dock accelerates post production workflow by making it faster and simpler to start editing and color correction. Mount up to three Blackmagic Media Modules for high speed access to media from multiple URSA Cine cameras all at the same time. The four high speed 10G Ethernet ports allow up to four separate edit workstations to connect directly and it is extremely fast, even when a lot of users are connected at the same time.

URSA Cine supports creating a small H.264 proxy file in addition to the camera original media when recording. This means the small proxy file can upload to Blackmagic Cloud in seconds so their media is available back at the studio in real time. The ability to transfer media directly into the DaVinci Resolve media bin as editors are working is revolutionary and has never before been possible.

Now customers can live stream from film sets. URSA Cine features a built hardware streaming engine that supports RTMP and SRT streaming to major platforms or directly to clients. Simply connect to the internet via Ethernet, high speed wifi or even connect a 4G or 5G phone for mobile data.

URSA Cine supports the optional Blackmagic URSA Cine EVF to make outdoors and handheld shooting accurate and easy. Customers get an integrated high quality 1920 x 1080 color OLED display with built in proximity sensor, 4 element glass diopter for incredible accuracy with a wide focus adjustment. A built in digital focus chart ensures customers get perfect viewfinder focus setup.

URSA Cine includes an 8-pin Lemo power connector at the back of the camera that works with 24V and 12V power supplies. That means it’s easy to use the camera with existing power supplies, batteries and accessories. URSA Cine comes with a massive 250W power supply and B Mount battery plate so customers can use a wide range of high voltage batteries from manufacturers such as IDX, Blueshape, Core SWX, BEBOB and more.

URSA Cine comes with everything customers need to get started on set. Every camera comes in a rugged Pelican case with custom foam cutouts that precisely and securely fit the camera and its accessories. The PL lens mount comes preinstalled on the camera body, plus customers get an interchangeable locking EF mount for a strong and secure attachment when using heavier cine lenses. Customers even get a massive 8TB Media Module preinstalled, formatted and ready to record. Customers also get a top handle, antennas for high speed wifi, baseplate, 24V power supply and high voltage B mount battery plate for quick set up.

“We wanted to build our dream high end camera that had everything we had ever wanted,” said Grant Petty, Blackmagic Design CEO, “Blackmagic URSA Cine is the realization of that dream with a completely new generation of image sensor, a body with industry standard features and connections, and seamless integration into high end workflows. There’s been no expense spared in designing this camera and we think it will truly revolutionize all stages of production from capture to post!”

Blackmagic URSA Cine 12K Features

  • Cinematic large format sensor with a massive 16 stops of dynamic range.
  • Lightweight, robust camera body with industry standard connections.
  • PL and locking EF mounts included with optional LPL mount available.
  • Blackmagic RAW for real time 12K editing.
  • Generation 5 Color Science with new film curve.
  • High performance OLPF for reduced moire and aliasing.
  • Build in ND filters for shooting in varying conditions.
  • Shoot up to 80 fps in 12K, 144 fps at 8K and 240 fps at 4K.
  • High performance Blackmagic Media Module 8TB for recording included.
  • Recording media compatible with the Blackmagic Media Dock.
  • High speed wifi, 10G Ethernet or mobile data for network connections.
  • Built-in RTMP and SRT live streaming.
  • Optional Blackmagic URSA Cine EVF.
  • Includes DaVinci Resolve Studio for post production.

Availability and Price

Blackmagic URSA Cine 12K is available now from US$14,995, excluding local duties and taxes, from Blackmagic Design resellers worldwide.



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Full-frame Foveon sensor “still at design stage” says Sigma CEO, “but I’m still passionate”

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Full-frame Foveon sensor “still at design stage” says Sigma CEO, “but I’m still passionate”


Sigma owner and CEO Kazuto Yamaki, who spoke to us at the CP+ conference in Yokohama, early this spring.

Photo: Richard Butler

Unfortunately, we have not made any significant progress since last year,” says Sigma owner and CEO Kazuto Yamaki, when asked about the planned full-frame Foveon camera. But he still believes in the project and discussed what such a camera could still offer.

“We made a prototype sensor but found some design errors,” he says: “It worked but there are some issues, so we re-wrote the schematics and submitted them to the manufacturer and are waiting for the next generation of prototypes.” This isn’t quite a return to ‘square one,’ but it means there’s still a long road ahead.

“We are still in the design phase for the image sensor,” he acknowledges: “When it comes to the sensor, the manufacturing process is very important: we need to develop a new manufacturing process for the new sensor. But as far as that’s concerned, we’re still doing the research. So it may require additional time to complete the development of the new sensor.

“It may require additional time to complete the development of the new sensor”

The Foveon design, which Sigma now owns, collects charge at three different depths in the silicon of each pixel, with longer wavelengths of light able to penetrate further into the chip. This means full-color data can be derived at each pixel location rather than having to reconstruct the color information based on neighboring pixels, as happens with conventional ‘Bayer‘ sensors. Yamaki says the company’s thinking about the benefits of Foveon have changed.

“When we launched the SD9 and SD10 cameras featuring the first-generation Foveon sensor, we believed the biggest advantage was its resolution, because you can capture contrast data at every location. Thus we believed resolution was the key.” he says: “Today there are so many very high pixel-count image sensors: 60MP so, resolution-wise there’s not so much difference.”

But, despite the advances made elsewhere, Yamaki says there’s still a benefit to the Foveon design “I’ve used a lot of Foveon sensor cameras, I’ve taken a bunch of pictures, and when I look back at those pictures, I find a noticeable difference,” he says. And, he says, this appeal may stem from what might otherwise be seen as a disadvantage of the design.

“I’ve taken a bunch of pictures… when I look back at those pictures, I see the difference”

“It could be color because the Foveon sensor has lots of cross-talk between R, B and G,” he suggests: “In contrast, Bayer sensors only capture R, B and G, so if you look at the spectral response a Bayer sensor has a very sharp response for each color, but when it comes to Foveon there’s lots of crosstalk and we amplify the images. There’s lots of cross-talk, meaning there’s lots of gradation between the colors R, B and G. When combined with very high resolution and lots of gradation in color, it creates a remarkably realistic, special look of quality that is challenging to describe.”

The complexity of separating the color information that the sensor has captured is part of what makes noise such a challenge for the Foveon design, and this is likely to limit the market, Yamaki concedes:

“We are trying to make our cameras with the Foveon X3 sensor more user-friendly, but still, compared to the Bayer sensor cameras, it won’t be easy to use. We’re trying to improve the performance, but low-light performance can’t be as good as Bayer sensor. We will do our best to make a more easy-to-use camera, but still, a camera with Foveon sensor technology may not be the camera for everybody.”

“A camera with Foveon sensor technology may not be the camera for everybody”

But this doesn’t dissuade him. “Even if we successfully develop a new X3 sensor, we may not be able to sell tons of cameras. But I believe it will still mean a lot,” he says: “despite significant technology advancements there hasn’t been much progress in image quality in recent years. There’s a lot of progress in terms of burst rate or video functionality, but when you talk just about image quality, about resolution, tonality or dynamic range, there hasn’t been so much progress.”

“If we release the Foveon X3 sensor today and people see the quality, it means a lot for the industry, that’s the reason I’m still passionate about the project.”


This article was based on an interview conducted by Dale Baskin and Richard Butler at the CP+ show in Yokohama, Japan.



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