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Posts Tagged ‘full’

Wacom announces the Cintiq 16HD, a Full HD graphics tablet that displays 16.7 million colors

09 Jan

Wacom has announced its latest creation, the Cintiq 16HD, a mid-range pen tablet that takes inspiration from Wacom’s much larger (and more expensive) Cintiq Pro lineup and packages it in a more compact and affordable form factor.

The Cintiq 16HD falls right between Wacom’s Cintiq 13HD and Cintiq 22HD graphics tablet. Its display, as it name suggests, is a 15.6 inch 1920 x 1080 pixel touchscreen display with the ability to produce upwards of 16.7 million colors — 72% NTSC color coverage and 100% sRGB. The screen has a brightness rating of 210 cd/m², a 1000:1 contrast ratio and a 176-degree viewing angle.

The pen tablet features built-in legs that provide a natural tilt angle and a recessed connection so it lays flat when the three-in-one power port is plugged in.

Included with the Cintiq 16HD is the Wacom Pro Pen 2, which works with the tablet to offer 8192 levels of pen pressure sensitivity — four times that of its predecessor, the Cintiq Pro 16. The pen features two side buttons and lag-free tracking. It uses Electro Magnetic Resonance (EMR) technology, meaning no batteries are needed to keep the pen operating.

The Wacom Cintiq 16HD works with both macOS and Windows operating systems and is currently available for pre-order for $ 649.95. In addition to the graphics tablet and Wacom Pro Pen 2, it comes with a detachable pen holder, three replacement nibs, a nib removal tool, a 3-in-1 cable, and the required power cable and adapter.

Wacom offers a limited one-year warranty in Japan, Asia Pacific and China and a two-year limited warranty in the USA, Canada, Latin America, Europe, Middle East and Africa.

Articles: Digital Photography Review (dpreview.com)

 
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DPReview TV: Full frame mirrorless camera party

30 Dec

It’s time to ring in the New Year, and we invite you to join us at the Full Frame Mirrorless camera party, where we’ll meet old friends and maybe some new ones as well. Happy New Year from DPReview TV!

Articles: Digital Photography Review (dpreview.com)

 
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Full Frame VS Crop Sensor VS Micro Four Thirds: Camera Sensors Explained

05 Dec

The post Full Frame VS Crop Sensor VS Micro Four Thirds: Camera Sensors Explained appeared first on Digital Photography School. It was authored by Kunal Malhotra.

1 - Full Frame VS Crop Sensor VS Micro Four Thirds: Camera Sensors Explained

‘DSLR Camera, Full-Frame, Crop Sensor’- Just 3 terms which are prevalent in virtually every discussion involving photography. The two terms in use to classify sensor sizes of a DSLR camera are ‘Full-Frame’ and ‘Crop-Sensor.’ A Full-Frame camera contains a sensor size equivalent to a 35mm film format whereas a Crop-Sensor camera has a sensor size smaller than a full-frame sensor or a 35mm film format.

Micro-Four-Thirds (4/3) is a relatively new format (and term). First introduced around 2008, this sensor is slightly smaller and compact in nature. However, owing to a variety of factors, this format is now considered almost equal to, if not better than, the Crop Sensor format.

Apart from the physical size difference, there are several other points of difference between a full-frame sensor, a crop-sensor, and a micro-four-thirds sensor. Let’s take a look at a comparison between them under the following characteristics, to get an accurate understanding of their differences.

Crop Factor

As mentioned above, a full-frame camera has a 35mm sensor based on the old film-format concept. Whereas, a crop-sensor (also called APS-C) has a crop factor of 1.5x (Nikon) or 1.6x (Canon). Micro-Four-Thirds are even smaller sensors having a crop factor of 2x.

This crop factor also directly affects our field of view. Simply put, an APS-C sensor would show us a cropped (tighter) view of the same frame as compared to a full-frame sensor, and a Micro-Four-Thirds sensor would show an even tighter (more cropped) output of the same frame.

2 - Full Frame VS Crop Sensor VS Micro Four Thirds: Camera Sensors Explained

LEFT: Photo clicked using a Full-Frame camera. CENTER: Photo clicked using a Crop-Sensor camera. RIGHT: Photo clicked using a Micro-Four-Thirds camera.

Focal Length

The focal length obtained by different sensors is also directly associated with crop-factor. The focal length measurement of any given lens is based on the standard 35mm film format. Whenever we use any crop-sensor camera, its sensor crops out the edges of the frame, which effectively increases the focal length. However, this is not the case with any full-frame sensor, as there is no cropping involved with a full-frame field of view.

For example, in the Nikon eco-system, a crop-sensor camera such as the D5600 has a ‘multiplier factor’ of 1.5x. Thus, if I mount a 35mm f/1.8 lens on my Nikon D5600, it would multiply the focal length by 1.5x, thus effectively giving me a focal length output of around 52.5mm. If you mount the same lens on a full-frame Nikon body such as the D850, it gives an output of 35mm.

Similarly, if you mount a 35mm lens on a Micro-Four-Thirds sensor, which has a crop factor of 2x, it effectively doubles the focal length obtained to around 70mm.

3 - Full Frame VS Crop Sensor VS Micro Four Thirds: Camera Sensors Explained

LEFT: Photo clicked at 35mm on a Full-Frame camera. CENTER: Photo clicked at 35mm on a Crop-Sensor camera. RIGHT: Photo clicked at 35mm on a Micro-Four-Thirds camera.

Depth of Field

Similar to focal length, the aperture or f-stop measurement of a lens is based on the full-frame 35mm format. Similar to focal length, a ‘multiplier effect’ gets applied to the f-stop when using crop-sensors. As we know, the f-stop or aperture is the singular most important factor that affects the Depth of Field.

Thus, a Micro-Four-Thirds camera gives us less (shallow) Depth of Field at similar focal lengths when compared with a full-frame camera. For example, an image shot at f/1.8 on a Micro-Four-Thirds camera would give an output similar to an image shot at f/3.6 on a full-frame camera, and f/2.7 on a crop sensor camera. This is assuming that the effective focal length, and other shooting conditions, are the same.

Low Light Performance

Generally, full-frame cameras provide not only better low light & high ISO performance, but a better dynamic range. These factors combined eventually produces a much better image output than any crop-sensor camera can achieve.

Full-frame cameras are capable of capturing the most light and will almost always out-perform an APS-C or Micro-Four-Thirds camera body under low-light conditions. Micro-Four-Thirds sensors don’t perform well under low-light conditions where the ISO needs to be cranked up to say, above 2000.

For these reasons, despite full-frame camera kits being expensive, bulky and heavy to carry around, they are still industry-standard and the preferred cameras for virtually all professional photography work.

Conclusion

Thus, while full-frame DSLR’s remaining the industry standard even today, we cannot ignore the undeniable advantages of the Micro-Four-Thirds cameras. Micro-Four-Third cameras, such as the Olympus EP-5 & the Panasonic GH5, are affordable and easy to carry around. Thus, enabling a much larger group of people (who are hobbyists and enthusiasts but not professionals) to have access to DSLR-like shooting conditions at a fraction of the price.

Ultimately, factors such as your budget, use and other criteria define whether you choose either Full-Frame, Crop-Sensor, or Micro-Four-Thirds cameras.

Read more info on sensors here.

The post Full Frame VS Crop Sensor VS Micro Four Thirds: Camera Sensors Explained appeared first on Digital Photography School. It was authored by Kunal Malhotra.


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Sigma to take Foveon full frame and adopt L mount

26 Sep

Sigma has said it will create a full-frame Foveon camera and will adopt the Leica L mount for its system. Sigma will allow existing users to adapt or convert SA mount lenses to the L mount.

The full-frame L-mount Foveon will arrive in 2019, according to Sigma CEO Kazuto Yamaki. The company will produce its first native L-mount lenses in 2019, too.

He also said the company would not create any more cameras using its proprietary SA mount. However, existing SA-mount users will not be left out in the cold: the company will be able to convert some SA mount lenses to L mount. Those who want to retain SA compatibility will alternatively be able to use an SA-L mount adapter.

Sigma will also make a Canon EF to L mount adapter available, which will be interesting to Sigma, Leica and Panasonic users.

Foveon at full frame

The existing Sigma SD Quattro models required buyers to invest in a proprietary lens mount.

The move to full frame should offer further improvements to the image quality of the Foveon design, which interprets color by capturing light at three different depths in the sensor and then mathematically deriving which wavelengths are most likely to have reached each of these depths.

A larger chip won’t in itself reduce read noise or noise that stems from the color convolution: things that have hampered dynamic range and low light capability in previous Foveon chips. However, it should let the camera capture more light, which will reduce the impact of noise from other sources.

We were impressed with the performance in good light of the Sigma SD Quattro H, which used a larger-than-APS-C-sized APS-H sensor but were put off by the need to invest in proprietary lenses. The move to L mount, both as an end in itself and as a mount that allows DSLR lenses to be adapted to it, should ease these concerns.

Articles: Digital Photography Review (dpreview.com)

 
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What would you want from a full frame Canon or Nikon mirrorless camera?

26 Jul

Nikon has finally confirmed the age-old rumor that its going to make a full frame mirrorless camera. It’s widely assumed Canon plans to do the same. But what are the things they need to get right?

We’re way beyond the point where the ‘mirrorless or DSLR’ question simply depends on whether size or autofocus is more important to you. But what are the other aspects of camera design and behavior that need to be in place for a camera to work for your photography?

We’d love to hear what you think, so please pick what would be the three most important factors for you. These needn’t be the things that would make you switch, just the things that they’d need to deliver, to make it even worth considering.

Or, if we’ve missed anything, mention it in the comments.

Have your say

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What are the most important things you'd want from a Canon or Nikon mirrorless camera?
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High resolution sensor

High speed shooting

Good quality video

Sports-ready AF system

Easy-to-use AF system

Lifelike viewfinder

Responsive controls and menus

Configurable controls/interface

Pro video features such as waveforms / 10-bit capture

Small, affordable primes

Fast primes

Tele zooms

Full compatibility / full performance with existing lenses

Lightweight

Compact size

Substantial grip

Good battery life

16-bit Raw

Top plate settings display

Dual card slots

Effective weather sealing

In-body stabilization

Voting is easy – you pick your favorite products by dragging and dropping. You can pick up to three, and rank them in order of priority.

Articles: Digital Photography Review (dpreview.com)

 
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Adobe reportedly working on full Photoshop version for iPad

13 Jul

Software maker Adobe offers several Photoshop-branded apps for Apple’s iPad, for example Photoshop Express, Photoshop Lightroom, Photoshop Mix and Photoshop Fix. However, none of the mobile apps even come close to offering a the comprehensive feature set found in the Adobe Photoshop desktop application.

According to a report by Bloomberg, this appears to be about to change, though. Sources familiar with the matter have told the publication that Adobe will announce a full-fledged Photoshop version for the iPad at its annual conference in October and make it available sometime next year. That said, given the project is still in its early stages, deadlines could be moved.

The introduction of the iPad Pro and its popularity within the creative industry have likely changed Adobe’s mind and lead to the decision to rewrite its software for Apple’s underpowered tablet – compared to desktop computers anyway. When the app is available, Creative Cloud users will be able to seamlessly switch between the iPad and other devices they are using.

Would you use Photoshop on an iPad? Let is know in the comments.

Articles: Digital Photography Review (dpreview.com)

 
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Fujifilm EU accidentally leaks full specs of upcoming X-T100 camera

19 May
The leaked X-T100 is basically an X-A5 with an EVF, 3-way tilting touchscreen, and a deeper buffer.

Fujifilm EU accidentally leaked a complete specs page for an upcoming camera: the Fuji X-T100. The page was discovered by Nokishita and saved for posterity before it was removed, and though none of the sample images or photos of the camera survived, we basically got a rundown of what looks to be a Fuji X-A5 with a few extra features.

Nokishita is a reliable source of leaks, typically publishing accurate specs and even product images a few days to a week before a product is announced.

Taking a look at the full X-T100 specs (here), the leak seems legitimate to us here at DPReview. The camera shares most of its specs with the X-A5. The 24MP APS-C CMOS sensor (with a bayer array) is the same, as is the max video resolution (4K/15p max), the touchscreen resolution (3-inch 1.04M dot), and the continuous shooting speed max of 6fps.

Unlike the X-A5 shown above, the X-T100 touchscreen will reportedly tilt three ways.

Where the X-T100 distinguishes itself is with a deeper buffer (thanks to “newly equipped powerful memory”), 3-way adjustable touchscreen, and a built-in EVF.

The EVF will be the big selling point, but the deeper buffer—30 JPEG frames at 6fps or unlimited at 3fps for the X-T100, compared to only 10 frames at 6fps and 50 at 3fps for the X-A5—and adjustable touchscreen are definitely nice additions as well. Finally, while video resolution hasn’t been improved, maximum recording time has. 4K15p and 1080/60p can both be recorded up to “approximately 30 minutes.” For comparison, the X-A5 maxes out at 5 minutes of 4K15p and 14 minutes of 1080/60p.

Of course, it’s not all good news. The battery life has suffered a bit—dropping to 430 from the X-A5’s 450 while using the same NP-W126S battery pack—and the whole thing weighs almost 100g more than the X-A5. Trade-offs no doubt necessary in order to add that “powerful memory” and the EVF hardware.

According to Fuji Rumors, the X-T100 is scheduled for official announcement on Thursday May 24th. If that’s indeed the case, you can be sure we’ll bring you detailed announcement coverage next week. In the meantime, you can find the (translated) Nokishita leak here with links to the cached spec sheet and product page.

Articles: Digital Photography Review (dpreview.com)

 
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Meike announces full frame 85mm F1.8, its first autofocus lens

21 Apr

Chinese accessories brand Meike has announced it will introduce an autofocus 85mm F1.8 lens for Canon and Nikon full-frame DSLRs. In addition to adding another (very likely) affordable third party option to the mix, this will be the company’s first AF lens.

Details are a little thin on the ground, but early marketing materials suggest it will be a lightweight and compact lens with an all-metal body construction. The optical formula will use nine elements in six groups, and all elements will be multi-coated on both sides. Close focus will begin at 0.85m with a maximum magnification of 1:1.8. The lens will be 79.5mm long and will accept a 67mm filter.

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In addition to the Nikon and Canon full-frame mounts, Meike will release the MK-85mm F1.8 lens for Sony APS-C models as well. No price has been announced as of yet, and the company hasn’t said when we should expect the lens to go on sale.

For more information visit the Meike website.

Articles: Digital Photography Review (dpreview.com)

 
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Canon shows off full-frame sensor that shoots 100fps Full HD in ‘exceptionally low-light’

03 Apr

At CES 2018, Canon unveiled three specialized CMOS sensors: an ultra-high resolution 120MP APS-H sensor, a 5MP Global Shutter sensor, and a 19?m Full HD sensor capable of shooting 100fps Full HD in extremely low light. Each does something special—offering high resolution, global shutter, and high-sensitivity, respectively—and now, a few months later, Canon is showing off these sensors in a series of demo videos.

The first video featured the 120MXS sensor, which can shoot a mind-boggling 9.4fps at 120MP resolution. Now Canon USA has released the second video in the series, demoing its full-frame 19?m Full HD sensor made for shooting slow motion in extremely low light:

The 35MMFHDXS CMOS sensor, capable of shooting 100fps Full HD in ‘exceptionally low-light environments.’

The sensor is called the 35MMFHDXS, and in many ways it’s the polar opposite of the 120MXS. It only contains 2.2 effective megapixels, but each of those pixels is a whopping 19?m x 19?m in size, allowing them to capture a lot of light. This, combined with new pixel and readout circuitry that helps reduce noise, is what allows this full-frame sensor to capture Full HD at 100fps even when shooting in very little light.

You can see what this means in the video up top, or read Canon’s own description of the 19?m Full HD sensor below:

The 35MMFHDXS CMOS sensor delivers high-sensitivity, low-noise imaging performance, enabling the capture of Full HD video even in exceptionally low-light environments. The sensor’s pixels and readout circuitry employ new technologies that reduce noise, which tends to increase as pixel size increases. High sensitivity and increased well depth have been achieved through a larger pixel size of 19?m x 19?m (square) with proprietary device design technologies. The 35MMFHDXS CMOS sensor is available in RGB, RGB+IR or Monochrome.

Sample video screenshot. Credit: Canon

These new specialized CMOS sensors now have their own landing page on Canon’s website, where you can dig into the specs and read a full white paper on each of them.

As with the 120MXS, we probably won’t see this 35MMFHDXS sensor in standard, consumer-facing Canon cameras anytime soon; however, the technology Canon is developing to create these “advanced CMOS sensors with state-of-the-art technologies” will no doubt trickle down into the sensors the company will use in its DSLR and mirrorless cameras of tomorrow.

Check out the demo video above, and then head over to the Canon landing page to learn more.

Articles: Digital Photography Review (dpreview.com)

 
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Canon announces C700 FF cinema camera: now with full frame

28 Mar

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Canon has announced the newest member of its Cinema EOS camera family, the EOS C700 FF. As the name implies, it’s an updated version of Canon’s C700 cinema camera that includes a full frame sensor in place of a Super 35 sensor.

On most cameras we generally think of ‘full frame’ as representing a 24x36mm frame with a 3:2 aspect ratio, but the C700 FF defines this a bit differently. The Canon-developed sensor used in the camera has a native resolution of 5952 x 3140 pixels, providing a 17:9 cinema-friendly aspect ratio, and has an imaging area of 38.1×20.1mm in size.

While that’s a bit wider and shorter than a standard full frame sensor, it requires the same image circle size as a full frame DSLR,* meaning the C700 FF can use Canon’s entire line of EF-mount lenses at their standard focal lengths. For maximum flexibility, the C700 FF can be ordered with either EF or PL-mount.

Canon claims the new sensor exceeds 15 stops of dynamic range when shooting with either the Canon Log2 gamma curve or in Raw

With 5.9K resolution, the camera is able to record oversampled 4K video internally, which should provide superior results to a native 4K sensor. Users can choose between two codecs to capture footage internally: Canon’s own XF-AVC or Apple ProRes. Additionally, the C700 FF can record Raw video when using an optional Codex recorder mounted to the back of the camera, recording at up to 5.9K/60p in Raw.

In addition to impressive video resolution, Canon claims the new sensor exceeds 15 stops of dynamic range when shooting with either the Canon Log2 gamma curve or in Raw, which should make it an effective tool for producing HDR video content.

The EOS C700 FF has an estimated retail price of $ 33,000, and will be available in both EF and PL mount versions. It’s expected to be available in July. Existing C700 owners will have the option of upgrading their camera from a Super 35 sensor to the new full frame sensor, though upgrade pricing has not been announced.

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In addition to a new camera, Canon announced a couple other useful tools for filmmakers. The new CN-E20 mm T1.5 L F is a fully manual, 20mm cinema prime lens, filling a hole between Canon’s existing 14mm and 24mm cinema primes. The lens includes 300 degrees of focus rotation, minimized focus breathing, and an 11-blade diaphragm for high quality bokeh even when stopping down. It will be available in fall 2018. Pricing was not announced.

Canon also announced a couple professional 4K HDR reference displays: the 24-inch DP-V2421 and 17-inch DP-V1711. With features like 12G-SDI terminals supporting 4K 60p footage, support for Canon’s Log gamma curves, built-in waveform monitor, and built-in HDR metering, these displays should deliver impressive results – but it will cost you. The 24-inch model will sell for $ 39,000 and the 17-inch model for $ 18,000, and both will be available at the end of April.

* The image diagonal of a 3:2 ratio full frame camera is 43.2mm while the image diagonal of the C700 FF’s 17:9 sensor is 43mm.

Press release:

?INTRODUCING CANON’S FIRST FULL-FRAME CINEMA CAMERA, ?THE EOS C700 FF

MELVILLE, N.Y., March 28, 2018 – Canon U.S.A. Inc., a leader in digital imaging solutions, is excited to announce the EOS C700 FF, the Company’s first full-frame cinema camera. The beauty and majesty of full-frame digital cinema is now becoming a new creative reality. Since the introduction of the EOS 5D Mark II DSLR camera in 2008, Canon has been a part of the full-frame video movement, and the introduction of the C700 FF has reinforced Canon’s commitment to this market. At the heart of the camera is a novel Canon-developed CMOS image sensor having a total of 5952 (H) x 3140 (V) photosites with a digital cinema 17:9 aspect ratio, which gives it the same image circle size as the full frame EOS 5D camera series. This supports a wide range of shooting options.

Available in both PL and EF Mount, the EOS C700 FF provides users with the same outstanding performance, operation and modular design as the EOS C700 (released in December 2016). The camera is being shown publicly for the first time at the Canon booth (C4325) at the NAB Show 2018 in Las Vegas from April 9-12.

“Since the launch of Canon’s Cinema EOS line of products in November 2011, the goal was to one day develop a cinema camera worthy of being the ‘A’ camera on major Hollywood productions, and Canon met that goal with the introduction of the EOS C700,” said Yuichi Ishizuka, president and COO, Canon U.S.A., Inc. “After listening to our customers and closely monitoring market trends, Canon set forth a new goal: to launch a full-frame cinema camera. With this introduction, we are very excited to see the C700 FF in the hands of industry professionals as they shoot their latest projects.”

Existing owners of Canon’s original EOS C700 cinema camera will be pleased to know they can have their Super 35mm sensor upgraded to the new Full-Frame sensor for a fee*. Authorized Canon facilities such as Canon Burbank are ready to process C700 upgrades as well as lens mount swaps, and offer equipment drop off, on-site repairs and upgrades, as well as equipment testing and demonstration.

The Sensor

The newly developed sensor featured in the EOS C700 FF has an active image area of 38.1 x 20.1mm and supports readout at full size, as well as Super 35mm, Super 16mm and anamorphic modes. In addition to full-frame lenses, it can be used with conventional Super 35mm lenses to originate 4K / UHD standardized production formats and Super 16mm lenses (with an adapter) to originate 2K / HD production formats in crop modes. The sensor captures wide tonality exceeding 15 stops of dynamic range and a wide color gamut meeting ITU-R BT.2020 standards. This offers broad latitude when grading, providing outstanding effectiveness in HDR video production.

Recording

The EOS C700 FF embodies a choice of two high-performance codecs for on-board recording –Canon XF-AVC or Apple ProRes. Like other cameras in the 4K Cinema EOS family, the EOS C700 FF uses CFast cards to capture 4K / UHD or 2K / HD. A striking feature of the C700 FF is the Oversampling 4K Processing that processes a 5.9K image capture to produce 4K (DCI or UHD) having enhanced image sharpness, curtailed moire, and a lowered visibility of noise at the higher ISO settings. This is especially advantageous for on-board anamorphic image capture. Low-rate 2K/HD proxy data including metadata, can be recorded to SD cards, ideal for offline editing. The camera also allows high-frame-rate recording of up to 168fps in 2K crop and relay or simultaneous recording onto both CFast cards. In addition, the C700 FF can shoot at a Full HD high-frame-rate recording at a maximum of 168 fps. Additional formats are planned with future firmware updates.

To further complement the features of the EOS C700 FF, Canon has turned to its trusted partner Codex to provide a fully integrated (no cables) recording and workflow option. The combination of the optional Codex CDX-36150 recorder docked onto the back of the EOS C700 FF enables 5.9K 60 fps RAW recording, 4K RAW up to 72 fps (in 24p mode), 4K ProRes up to 60 fps and 2K ProRes up to 168 fps (in Super 16mm mode).

The C700 FF also supports the latest version (1.0) of the ACESproxy, the ACES (Academy Color Encoding System) color management transmission standard.

HDR

For users looking to create High Dynamic Range (HDR) imagery, the EOS C700 FF is an excellent solution, providing 15 stops of latitude (with Canon Log2 only), along with Canon’s proprietary Log Gammas (Canon Log3, Canon Log2 and Canon Log) and renowned color science. Canon Log2 is recommended when originating HDR imagery containing both highlight details and deep shadowed details. In comparison with Canon Log, Canon Log3 offers a wider dynamic range while retaining performance in darker regions.

Additionally, these cameras seamlessly integrate with Canon’s latest professional 4K UHD Reference Displays for on-set review and color management that conforms to SMPTE ST 2084 standards of HDR display.

The look of a cinematic production begins with the lens, and the EOS C700 FF offers both PL and EF lens mount options which are interchangeable at a Canon authorized service center. For full frame imaging, the EF lens mount version of the new EOS C700 FF is compatible with Canon’s family of seven Cinema Prime lenses, including the newly announced CN-E20mm T1.5 L F lens, as well as the diverse lineup of over 70 interchangeable EF lenses. The EF mount supports Canon’s Dual Pixel CMOS AF technology and Dual Pixel Focus Guide. The Focus Guide assists operators with a precision visual indicator in the viewfinder when pulling focus. Alternatively, for certain demanding shooting situations the reliable capabilities of Dual Pixel CMOS AF can be deployed. The EOS C700 FF PL mount version is also compatible with Cooke’s /i metadata communication technology.

The EOS C700 FF EF and EOS C700 FF PL are scheduled to be available in July 2018 for an estimated retail price of $ 33,000.00. For more information on the EOS C700 FF please visit, usa.canon.com/provideo.

Articles: Digital Photography Review (dpreview.com)

 
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