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Wacom’s new Cintiq Pro Engine turns your Wacom pen display into a full-blown PC

28 Feb

Back in July of 2017, Wacom announced that it would be releasing 24- and 32-inch versions of its popular Cintiq Pro pen display for creatives. But today’s debut of the 24-inch model isn’t the most interesting news out of Wacom; the interesting bit is the Cintiq Pro Engine: a plug-and-play PC module that turns your Cintiq Pro tablet into a full-blown Windows 10 workstation.

Or, in Wacom’s own words:

Designed for professional illustrators, designers, engineers and motion graphics users who require professional computing power and graphics performance, the modular Cintiq Pro Engine slots into the back of the Cintiq Pro 24, eliminating the space, cable clutter and compatibility issues that often result from using external computers and laptops.

The Cintiq Pro Engine is a PC module that quite simply slides into a slot on the back of the 24-inch (and eventually 32-inch) Cintiq Pro pen display. Once added, your Cintiq Pro is now a Windows 10 PC in one of two variations:

If go with the $ 2,500 Cintiq Pro Engine i5, you get:

A quad-core Intel Core i5HQ processor
NVIDIA Quadro P3200 graphics card with 6GB of dedicated GDDR5 RAM
16GB of RAM
A 256GB PCIe Gen3 SSD
WiFi and Bluetooth Connectivity

Or you can get the $ 3,300 Cintiq Pr Engine Xeon with:

An Intel XEON processor
The same NVIDIA Quadro P3200 graphics card with 6GB dedicated GDDR5 RAM
32GB of RAM
A 512GB PCIe Gen3 SSD
Wireless and Bluetooth connectivity

What’s more, the SSDs and RAM inside both versions are upgradable, so you can keep the PC modules current as demands increase. And since the Cintiq Pro Engine is plug-and-play, you can swap it between various Cintiq Pro 24- and 32-inch pen displays “while retaining the same computing environment.”

Both versions of the Cintiq Pro Engine will be available starting in March in Japan, the US, and ‘select countries’ in Europe. To learn more about the Cintiq Pro 24-inch and the Cintiq Pro Engine, visit the Wacom website.

Press Release

Wacom Cintiq Pro Engine and Cintiq Pro displays: The first modular all-in-one creative studio

Wacom Cintiq Pro Engine is a compact PC module that converts the Cintiq Pro into a powerful creative studio. Artists, Designers and Engineers can transform their Cintiq Pro into a powerful Windows 10 workstation with the power to run the demanding creative applications and workflows, including 3D, animation and virtual reality.

Tokyo, Japan – Feb. 27, 2018 – Today Wacom announced the Wacom Cintiq Pro Engine, a creative PC module available in two configurations that fully integrates into the Cintiq Pro 24-inch pen display (announced today in a separate release). Designed for professional illustrators, designers, engineers and motion graphics users who require professional computing power and graphics performance, the modular Cintiq Pro Engine slots into the back of the Cintiq Pro 24, eliminating the space, cable clutter and compatibility issues that often result from using external computers and laptops.

“It is our mission to help professionals create with the least amount of distraction and clutter and to give them the power to tackle the new spaces of creating content for AR, VR and MR. The Wacom Cintiq Pro Engine provides a beautiful, easy to use solution for creatives everywhere,” said Faik Karaoglu, Executive Vice President of the Creative Business Unit at Wacom.

Attaching the Cintiq Pro Engine to the Cintiq Pro 24 tranforms the Cintiq Pro 24 into a full Windows 10 creative studio that supports even the most demanding programs and applications used by creative professionals. The combination of the Wacom Cintiq Pro display, the powerful Wacom Cintiq Pro Engine creative PC module, and a flexible and rotatable new Wacom Ergo Stand is an innovative approach to providing an all-in-one specialized working environment for creatives. Adding the use of the Wacom Pro Pen 3D, professionals who rely on 3D animation or sculpting software, or CAD applications, will see an immediate benefit to their workflow.

Virtual Reality Support

In addition to the benefits around creative applications and workflows, Cintiq Pro Engine supports the increasingly important virtual reality (VR) workflow. Most Wacom products are already capable of supporting VR content creation, but to review and check the VR content, customers frequently need to move the content to another PC that has the graphics power to run VR content.

Powerful Graphics

The Wacom Cintiq Pro Engine is powered by the NVIDIA Quadro P3200. This graphics card is based on the NVIDIA Pascal GPU architecture, which provides the power demanded by today’s creative applications with dramatically faster graphics and computing power than on the CPU.

“Wacom designs products for the way artists and designers create. They’re intuitive, natural and fast and can be used anywhere,” says Bob Pette, vice president, Professional Visualization, NVIDIA. “Our new mobile Quadro P3200 packs a ton of graphics power into the new Cintiq and Cintiq Engine Pro, and we’re thrilled to have them showcased at our upcoming GPU Technology Conference.”

Flexibility Found Nowhere Else

The Wacom Cintiq Pro Engine memory and SSD are exchangeable and upgradable, ensuring system flexibility. Given the plug and play nature of the hardware, it’s easy to move between Cintiq 32” and 24” displays while retaining the same computing environment with the Cintiq Pro Engine. This flexibility is found nowhere else in the market and leads to a lower total cost of ownership (TCO) than any other solution.

Two Versions of Cintiq Pro Engine

Cintiq Pro Engine i5:

Operating System: Windows 10 Pro
Processor: Intel® Core i5HQ (Quad Core)
Graphics: NVIDIA® Quadro® P3200
Dedicated graphics memory: 6GB GDDR5
RAM: 16GB
Storage: 256GB SSD, PCIe Gen3
Wireless LAN: Wi-Fi IEEE 802.11 ac
Bluetooth: Bluetooth® 4.2
Security: fTPM(TPM2.0)
Input Voltage: 100 to 240 VAC, 50/60 Hz
Connectivity: Internal (communication between PC & Display) 1x USB-C, 1x Power
Connectivity: External (customer interfaces) 1x RJ45 (LAN), 2x USB-C, 1xmHDMI, 1xmDP, 2x DC-in
Price: $ 2,499

Cintiq Pro Engine Xeon:

Operating System: Windows 10 Pro for Workstation
Processor: Intel® XEON
Graphics: NVIDIA® Quadro® P3200
Dedicated graphics memory: 6GB GDDR5
RAM: 32GB
Storage: 512GB SSD, PCIe Gen3
Wireless LAN: Wi-Fi IEEE 802.11 ac
Bluetooth: Bluetooth® 4.2
Security: fTPM(TPM2.0)
Input Voltage: 100 to 240 VAC, 50/60 Hz
Output Voltage: 19.5V/11.8A (230W)
Connectivity: Internal (communication between PC & Display); 1x USB-C, 1x Power
Connectivity: External (customer interfaces); 1x RJ45 (LAN), 2x USB-C, 1xmHDMI, 1xmDP, 2x DC-in
Price: $ 3,299

Availability

There are two versions of Cintiq Pro Engine, available as of May 2018 in Japan, US and selected countries in Europe. For details visit our homepage at Wacom.com. For more information on compatibility, visit www.wacom.com/comp.

Articles: Digital Photography Review (dpreview.com)

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SanDisk reveals ‘world’s fastest’ UHS-I microSD memory card

28 Feb

At Mobile World Congress 2018, Western Digital introduced a new Extreme 400GB A2 microSDXC card that officially tips the scales as the world’s fastest UHS-I microSD memory card. According to the WD—which is launching the card under the SanDisk brand it acquired in 2016—the new Extreme 400GB microSDXC offers read speeds up to 160MB/s and write speeds up to 90MB/s, making it over 50% faster than current UHS-I Extreme microSD cards.

The new Extreme 400GB microSDXC card has UHS Speed Class 3 (U3) and Video Speed Class 30 (V30) ratings, making it ideal for uninterrupted 4K Ultra HD video recording, among other things, says Western Digital. As with other Extreme-branded SD cards, this new model is durable across multiple fronts, including being water-, dust-, x-ray-, temperature-, and shock-proof.

Western Digital currently lists the Extreme 400GB A2 microSDXC card on its SanDisk website without availability and price details; however, Tom’s Hardware reports that the card will cost $ 300 USD.

Press Release

Western Digital Transforms the Mobile Experience with New High-Performance Solutions Designed to Address Today’s and Tomorrow’s Consumer Demand for High-Quality Content

At MWC 2018, company releases world’s fastest UHS-I microSD card, and reveals future of flash memory cards with PCIe enabled SD card demonstration.

MOBILE WORLD CONGRESS, BARCELONA, Feb. 26, 2018 – As mobile content and applications grow increasingly sophisticated, Western Digital Corporation (NASDAQ: WDC) is transforming the mobile experience with new industry-leading mobile solutions designed to enable consumers to better capture, share and enjoy rich content on their devices. At Mobile World Congress, the company is releasing the world’s fastest UHS-I flash memory card, the 400GB¹ SanDisk Extreme® UHS-I microSDXC^TM card, and demonstrating the future of flash memory card technology with Peripheral Component Interconnect Express (PCIe)-enabled cards, designed to deliver the performance required for the next wave of data and content-intensive applications.

Whether it’s exploring a new world in an immersive virtual reality app, or capturing 4K footage on a smartphone or drone, consumers can count on Western Digital to deliver even more robust mobile flash memory technology that offers them a premium experience on their favorite device.

The company’s new 400GB SanDisk Extreme UHS-I microSD card is designed to help consumers move their high-quality content faster than ever. At 160MB/s*, the new card is more than 50 percent faster than current SanDisk Extreme UHS-I microSD cards. The card is able to reach this unprecedented speed by leveraging Western Digital proprietary technology. The card will also feature the A2 specification to help launch and load apps at blazing speeds.

“Consumers expect an increasingly better mobile experience, and with our 3D NAND technology, we are pushing the boundaries of innovation to enable them to create and enjoy more rich content on their devices. Our expertise in flash memory and microSD card electronics enables us to achieve unmatched performance. The breakthrough SanDisk microSD card is evidence of Western Digital’s commitment to delivering more advanced solutions that enable data to thrive,” said Jim Welsh, senior vice president and general manager, Client Solutions, Western Digital.

Western Digital is also showcasing a new platform to enable the future of flash memory cards with a demonstration of its PCIe-enabled SD card. In anticipation of the next generation of high-performance mobile computing requirements, implementing PCIe technology will deliver the ability to read data files faster than today’s platform. Through Western Digital’s broad portfolio, this technology can now be demonstrated to boost the performance of SD cards. These speeds are essential for high-resolution content applications such as super-slow-motion video, RAW continuous burst mode and 8K video capture and playback. PCIe has traditionally been reserved for use in high-performance data center systems, where the single-lane PCIe Gen 3.0 standard specifications denote capabilities of achieving speeds of up to 985MB/s.²

At Mobile World Congress, Fira Gran Via Exhibition Center in Barcelona, Spain, Hall 3, stand number 3K33, Western Digital is demonstrating the world’s fastest UHS-I microSD card and PCIe-enabled flash memory card technology, as well as its new Western Digital PC SN720 and PC SN520 SSDs designed for responsive, always-connected user experiences on converged mobility devices.

Enabling the possibilities of data, Western Digital offers the industry’s broadest portfolio of products and solutions to help people capture, preserve, access and transform their personal content. For more information, visit our websites: WD and SanDisk.

* Up to 160MB/s read speed; up to 90MB/s write speed. Based on internal testing; performance may be lower depending upon host device interface, usage conditions and other factors. MB=1,000,000 bytes.

¹ 1GB=1,000,000,000 bytes. Actual user storage less.

² Source: PCI-SIG specifications converted from listed 8GT/s bit rate. Results may vary based on host device, app type and other factors.

Articles: Digital Photography Review (dpreview.com)

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How to Make a Dramatic Portrait with Light Painting Using Items Found in Your Home

28 Feb

In this article, I’ll show you how to do a fun project you can do with friends and a little light painting. You can do this, using things you likely already have in the house.

It’s always fun to experiment with different and creative ways of using light in photographs. It’s also a lot of fun to take some risks and experiment with a technique that may or may not produce good results. The reality is you can learn from every photographic experience. It doesn’t matter if the results are perfect or not. Each time you pull out a camera you create something that adds to your knowledge base and helps you to grow as a photographer.

Learning lessons

In the case of a project I did recently with light painting and live models, several lessons were learned. The first was the importance of finding enthusiastic people to assist with my projects. The second was the importance of a reflector in adding light to a photograph.

Lastly, the third lesson involved pushing the limits of human abilities. I asked my friends to hold very still for these images, sometimes in some slightly awkward poses. How much was too much for my models?

How to Make Dramatic Light Painting Effects with Items Found in Your Home

This was our final image of the evening. It took a lot of trial and error to reach this point.

The light painting project

The whole concept for the photo project was inspired by the light painting of Eric Pare. He creates dramatic images in stunning locations with the help of dancer Kim Henry. Eric uses an easily created light tube and a strong flashlight. It’s winter here in Canada, and at -30c it’s not reasonable to ask a friend to pose outside in a landscape while wearing skimpy clothing.

So using his idea of long shutter speeds, it was time to craft a different project. The goal was to create dramatic images that you could easily reproduce within your home at a fairly low cost.

The following images were created in my kitchen using a large piece of black velvet (a black sheet will also work) draped across my portable backdrop stand, a reflector, an extension cord, and a string of Christmas lights. Of course, three friends were also recruited to assist with the project. They were more than willing to participate in the fun. In the end, there were a lot of laughs, and everyone was quite dedicated to the effort to get the images correct.

A terrible grainy image but my friend was having so much fun she needed to take a quick selfie.

The Setup

Setting up was very easy. A backdrop was attached to the narrow walls of my kitchen. Black velvet is a lovely fabric for absorbing light and creating true black in photographs. I love black velvet and I’ve used it to create some very dramatic still life images and portraits in the past.

Wait until the fabric is on sale or pick remnants. The only trick to black velvet is to use a lint brush to remove white fuzzy bits. These show up quite easily in images, and it’s a pain to clone out all those little white spots.

Here we set the lights and the background. The kitchen is pretty narrow so it was a challenge to set up the backdrop. In the end, part of the backdrop was taped to the wall.

A shot from above. My friend stood on the countertop to spin the lights. As you can see they were loosely draped over the fan.

The reflector was placed just below the model’s belly button and the light was directed up towards the face.

After setting up the backdrop using tape and the cross piece from my backdrop kit, we then hung the Christmas lights from the ceiling fan.

In the original plan, we intended to turn on the fan and let it spin. It’s a good thing we realized that the lights would tangle around the fan and cause an issue. So it then became the job of one person to spin the fan 340 degrees during the exposure manually.

The Camera Gear

We used a Canon 5D Mark III mounted on a tripod and the 2-second self-timer. That allowed the person manning the fan to begin spinning the lights.

This image is getting better. It’s still soft. My exposure time wasn’t quite correct yet here.

The Procedure

It was time to establish the proper exposure for the whole project. The trick here was to balance the exposure so that there was a long enough shutter speed (exposure time) to blur the lights but we also needed to keep the models in focus.

It’s awfully hard to stay still for even just a few seconds. In fact, it’s almost impossible. After several experiments and through trial and error the final exposure used was 0.8 of a second at f/3.2 with an ISO of 100. We also used a large reflector to bounce the light back up towards the models face.

This one is a little better. I ran it through a sharpening editor to help. It’s not perfect but I love the way the lights curved around their hair.

The whole experiment required us to use two people to create the photo and one or two people as models in each shot. The photographer triggered the camera timer as well as held the reflector, while the fan operator stood on the countertop and spun the fan at the proper moment.

This image didn’t turn out as planned. You can see how important timing and communication are to this kind of project.

The Keys to Success

The keys to a successful photograph were quite simply communication and timing. The lights had to be spun at exactly the right moment, and the photographer needed to communicate timing to everyone else.

It took a lot of tries to get the whole thing correct, but in the end, we were able to produce the desired images.

The creative person in me is able to ignore the slight ghosting from motion because I love how the lights spin above and below her eyes.

The goal was to create dramatic images with a neat light painting effect. I wanted to encircle the model with light, almost as if she were standing within a light tube. There were many failed attempts.

Sometimes our timing was off, and the lights did not spin around the model or got caught in her hair. Other times the lights moved too slowly and didn’t make it all the way through the image. Other times the issue was the lights themselves. Sometimes the lights spun right across the model’s eyes. I like a few of these images, but at the same time, some ran across the face in a way that was not attractive.

Have fun with it

The whole experiment was a lot of fun. It made for a great night out and some fun pics to post on social media. My friends were happy to post the pics to show their friends. As an artist and a professional photographer I also wanted to see if I could use the technique for other purposes.

Is it possible to use this technique to create some interesting fine art images or perhaps for some interesting portraits? The answer is yes! There’s a lot that can be done with this technique. It’s well worth experimenting with and seeing what kind of results can be created.

In this one, we achieved exactly what I was hoping to do. She is standing in a circle of lights.

The post How to Make a Dramatic Portrait with Light Painting Using Items Found in Your Home by Erin Fitzgibbon appeared first on Digital Photography School.

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Sigma introduces 70mm F2.8, first Art series macro

27 Feb

Gearing up for CP+ 2018, Sigma has announced two all-new lenses including the 70mm F2.8 DG Macro. It’s the first macro lens in the Art-series line, offering true 1:1 reproduction and a dust- and splash-proof design. Full-time manual focus is available even in autofocus shooting, and focus ring’s angle of rotation is tuned to the needs of macro shooting. Sigma gives no pricing or availability information for the 70mm F2.8 Macro.

SIGMA 70mm F2.8 DG MACRO

Stunning resolution and clarity for a breathtaking visual experience—a razor-sharp macro lens joins the Art line

1. Design prioritizing optical performance

2. Focus-by-wire system for comfortable and precise focusing

3. Compatible with Sony E-mount cameras with full-size sensors

4. Compatible with Canon Lens Aberration Correction

5. Compatible with SIGMA ELECTRONIC FLASH MACRO EM-140 DG (adapter required)

6. Compatible with SIGMA TELE CONVERTERS (Not available for Sony E-mount lens) Launch: TBD Accessory: Case, Hood (LH708-01) Available AF mounts: SIGMA, Canon, Sony E-mount Note: Appearance and specifications are subject to change without notice.

The long-awaited first macro lens in the Art line In recent years, macro lenses in the standard range have tended to employ inner focusing with the goal of maximizing autofocus speed. In contrast, the new SIGMA 70mm F2.8 DG MACRO | Art lens is designed to prioritize optical performance, fulfilling the demanding image quality requirements that define the Art line. In the standard to mid-telephoto range, it delivers stunning resolution and incredible clarity that greatly exceed expectations for a macro lens. The coreless DC motor further enhances image quality, while an optimized algorithm helps offer extremely smooth autofocus performance for a weightier, high-performance lens. Photography enthusiasts will recall a certain legendary, razor-sharp macro lens—the SIGMA MACRO 70mm F2.8 EX DG—and be glad to learn it is available in a new form, updated with outstanding Art line quality.

Key features
1. Design prioritizing optical performance In order to realize top-level performance at every shooting distance, the lens features an extending, floating, two-group focus mechanism. This configuration minimizes aberration to produce optimal results at any focus distance. To minimize axial chromatic aberration, the optical system incorporates two FLD glass elements, two SLD glass elements, and one element with a high rate of anomalous partial dispersion and a high index of refraction. In addition, two aspherical lens elements help increase resolution at close shooting distances. This optical system makes possible a razor-sharp in-focus area contrasted with a bokeh area free of color streaking.

2. Focus-by-wire system for comfortable and precise focusing The focus-by-wire system eliminates the direct mechanical connection between the focus ring and the focus drive system. Controlled by SIGMA’s latest algorithm, a newly developed coreless DC motor adjusts focus with optimal speed and low noise. Full-time manual focus is available even during autofocus, allowing the photographer to make minute focus adjustments simply by turning the focus ring. In addition, the focus ring’s large angle of rotation helps the photographer achieve the extremely precise focusing required for effective macro photography.

3. Compatible with full-frame Sony E-mount cameras The version of this lens compatible with Sony E-mount mirrorless cameras contains the same optical system as for SLRs. SIGMA MOUNT CONVERTER MC-11 is not required, as the lens performs the same functions as the converter, including in-camera image stabilization and in-camera lens aberration correction. In addition, the lens is compatible with Sony’s Continuous AF, which is not addressed by MOUNT CONVERTER MC-11. SIGMA plans to offer over time Sony E-mount versions of every full-frame prime lens currently available in the Art line, from 14mm to 135mm.

Note: This product is developed, manufactured and sold based on the specifications of E-mount which was disclosed by Sony Corporation under the license agreement with Sony Corporation.

4. Compatible with Canon Lens Aberration Correction The Canon mount lens is compatible with the Canon Lens Aberration Correction function.* Matching the optical characteristics of the lens, this function performs in-camera corrections of peripheral illumination, chromatic aberrations, distortion, and more, further enhancing image quality. *Function not available on all Canon cameras. Further, available corrections may vary by Canon camera model.

5. Compatible with ELECTRONIC FLASH MACRO EM-140 DG (adapter required) Exclusively for SIGMA 70mm F2.8 DG MACRO | Art, the 65mm MACRO FLASH ADAPTER makes the lens compatible with ELECTRONIC FLASH MACRO EM-140 DG (both accessories sold separately). Thanks to the 72mm filter thread, a 72mm MACRO FLASH ADAPTER can also be added so as to accommodate 72mm macro flash products and accessories, including macro flashes other than EM-140 DG as well as ring lights.

6. Compatible with SIGMA TELE CONVERTERS The lens is compatible with SIGMA TELE CONVERTERS (sold separately) designed for the company’s new lens lines. SIGMA TELE CONVERTER TC-1401 allows the lens to be used as a 98mm F4 mid-telephoto macro with autofocus functionality,* while SIGMA TELE CONVERTER TC-2001 allows the lens to be used as a 140mm F5.6 mid-telephoto macro with manual focus.
*Autofocus available at 0.5m to infinity.
*Not available for Sony E-mount lens

Other features

Mount with dust- and splash-proof design*
*SIGMA mount lens does not include sealing, since sealing is present on compatible SIGMA cameras.
Rounded diaphragm
Fast AF with full-time manual override*
* The operation of full-time MF may vary based on mount type.
Compatible with SIGMA MOUNT CONVERTER MC-11*
*SIGMA and Canon mount lenses
Available SIGMA USB DOCK makes customization and flexible adjustment possible*
*Not available for Sony E-mount lens
Available Mount Conversion Service
Brass bayonet mount
Evaluation with SIGMA’s own MTF measuring system: A1
“Made in Japan” with outstanding craftsmanship

For more information about the SIGMA GLOBAL VISION lineup of fine products, please visit the official SIGMA global website: SIGMA GLOBAL VISION: http://www.sigma-global.com

Specifications
All figures calculated for SIGMA

Articles: Digital Photography Review (dpreview.com)

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7 Tips for Creating Natural-Looking HDR Landscapes Using Aurora HDR

27 Feb

Aurora HDR is one of the best and easiest photo editing programs available for quickly creating HDR images. With that said, it has a wide range of tools and filters to help you achieve your HDR goals. To help you sort through them all, this article will highlight seven tips for creating natural-looking HDR landscapes in Aurora HDR 2018.

1. Keep HDR editing of sunsets and sunrises to a minimum

Everyone knows that sunrise and sunset provide optimal landscape photography opportunities. Golden hour bathes everything in a beautiful, often colorful natural light. As a result, it’s best to take a more subdued editing approach to keep the scene as natural looking as possible, especially when dealing with HDR. Otherwise, you risk over-processing your image.

7 Tips for Creating Natural-Looking HDR Landscapes Using Aurora HDR

Original starting image (the middle exposure of a 5-image bracketed set). Image courtesy dPS Managing Editor, Darlene Hildebrandt.

NOTE: On that note, many of the tips below will include editing tools and sliders that have been pushed to their extremes. This is meant as a demonstration to show what you could do by using these tools at their maximum, but it’s not suggesting you should do this.

2. Intelligently bump contrast and color with HDR Enhance

7 Tips for Creating Natural-Looking HDR Landscapes Using Aurora HDR

One of the first tools you should utilize is called HDR Enhance. Found in the HDR Basic panel, it’s a newer feature available in Aurora HDR 2018 and it serves as a replacement for the clarity slider. When activated, HDR Enhance brings out the details and textures in your image while minimizing any residual artifacts such as image noise that might be introduced in the process.

In the example below, the HDR Enhance slider has been pulled to the extreme for demonstration purposes. Notice how the contrast in the foreground and the distant rocks have increased significantly, and the color in the sky really pops.

HDR Enhance at 100.

7 Tips for Creating Natural-Looking HDR Landscapes Using Aurora HDR

But adding too much HDR Enhance is like adding too much clarity. The rocks and sand in the foreground have so much contrast and clarity that they look unreal, and the rocks and hills in the background now have a halo effect (generally considered undesirable).

To reduce these effects and thus make your landscape appear more realistic, tone down HDR Enhance significantly (or use the masking brush to apply or erase the effect wherever you choose). By having the slider at 36 as opposed to 100, there’s still a nice pop of details and color.

HDR Enhance scaled back to 36.

3. Bump up the contrast

To make your image appear less flat, bump up the contrast. Going to extremes results in lots of shadows, reducing details in any dark areas. It also saturates color in the sky and in the reflection on the water.

Contrast at 100.

By lessening contrast to about 20, shadows are still enhanced, but the details are better preserved. Note that the trees on the hill are still visible.

Contrast scaled back to 20.

4. Use Smart Tone to brighten up an image

7 Tips for Creating Natural-Looking HDR Landscapes Using Aurora HDR

Since increasing the contrast introduced more shadows to the image, brighten it up again by using the Smart Tone filter. Dragging the slider to the right brings more light to areas of the image that are dark, without dramatically affecting parts of your image that are already bright.

Below, you can see an extreme version of the Smart Tone slider in action. Notice how the shadowed areas are brightened, revealing lots of detail, particularly in the hill on the right. This is what you can do with Smart Tone, but it’s not necessarily what you should do since the image now appears very flat without any shadows or contrast, and the dreaded halo has appeared again.

Smart Tone at 100.

To appear more realistic, pull back Smart Tone to about 22. This gives a hint of detail to the trees in the right, similar to what a reflection on the water might cause. It also brightens that patch of sand to the right.

7 Tips for Creating Natural-Looking HDR Landscapes Using Aurora HDR

Smart Tone dialed back to 22.

5. Enhance Saturation, Vibrance, and Color Contrast

At this point, let’s turn our attention to the colors. Play with the Temperature slider in the HDR Basics panel to add some warmth to images like this sunset. Then scroll down to the Color panel and tweak the Saturation and the Vibrance sliders.

7 Tips for Creating Natural-Looking HDR Landscapes Using Aurora HDR

Depending on your image, you may need to bump these either up or down. Just avoid taking them to their extremes; generally, somewhere between 5-20 will be a good range. You can also bump up the Color Contrast slider, which controls the contrast between primary and secondary colors.

Saturation, Vibrance and Color Contrast boosted.

6. Use Image Radiance for an ethereal effect

7 Tips for Creating Natural-Looking HDR Landscapes Using Aurora HDR

Now we’re looking at a few finishing touches that you can add to your HDR landscape shots, and one option is Image Radiance. This adds a soft, dreamy glow to your photo, and it is best used on sunset or sunrise images. In this particular scenario, Image Radiance seems particularly important since it can contribute a soft, hazy effect typical of ocean shots.

Increase the Image Radiance slider to about 37. Doing this will introduce some shadows to your image, but that can easily be fixed with the Brightness and Shadows slider in the same panel. You can also adjust Vividness and Warmth here too if you see fit.

7 Tips for Creating Natural-Looking HDR Landscapes Using Aurora HDR

7. Add a subtle Vignette

7 Tips for Creating Natural-Looking HDR Landscapes Using Aurora HDR

The final edit that you might do to an HDR landscape image is to add a vignette. In the case of a sunrise or sunset, a vignette can be particularly helpful to add a subtle frame around the subject, drawing more attention to the focal part of the scene, the setting sun.

Within Aurora HDR, the Vignette panel is at the very bottom. You can control not only the size, amount, roundness, and feathering of the vignette, but also the inner brightness. As well you can adjust the placement of the vignette, meaning you can easily create a vignette that is not centered on the image – very handy if your subject is following the rule of thirds and is off-center.

When adding a vignette, note that the amount is a negative number for a dark (black) vignette and a positive number for a bright (white) one.

Final image with the vignette added.

Bonus tips

In addition, Aurora HDR also has tools for correcting Chromatic Aberration and Lens Distortion. It also comes loaded with several “Realistic HDR” presets that you can use to get started, and then just tweak the settings to your liking.

Over to you

There you have it, seven tips for processing landscape HDR photos in Skylum’s Aurora HDR. If you were inspired to create your own HDR landscapes, please share them in the comments below along with your post-processing tips and tricks.

Disclaimer: Skylum (formerly Macphun) is a dPS advertising partner.

The post 7 Tips for Creating Natural-Looking HDR Landscapes Using Aurora HDR by Suzi Pratt appeared first on Digital Photography School.

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Sony a7 III sample gallery

27 Feb

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Sony’s much-anticipated a7 III full-frame mirrorless camera is built around a 24MP BSI sensor, and includes many of the features and improvements found in the company’s a7R III and a9. We had a chance to shoot with the a7 III at Sony’s launch event last night in Las Vegas, and can share our initial impressions.

The samples in this gallery are preliminary JPEG images, though it’s worth noting that Sony’s JPEG engine is well-evolved. Raw support is not yet available, but we plan to add Raw images to the gallery as soon as that changes.

The Sony a7 III is certainly capable of delivering sharp, crisp images; however, we continue to notice issues with backlit scenes, wherein flare can introduce striping behind images due to the phase detect autofocus pixels (particularly obvious in our models’s face here and in the lights above and to the right of her face here). This might be a concern to those shooting portraits or concerts where backlighting may be integral to a composition.

We’ll share more impressions of the camera as we continue to shoot with it this week, but for now, click through to see our first samples.

See our Sony a7 III sample gallery

Articles: Digital Photography Review (dpreview.com)

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Sigma unveils 105mm F1.4 Art ‘bokeh master’

27 Feb

The Sigma 105mm F1.4 DG HSM is the longest F1.4 lens in the Art series to date, comprising 17 elements in 12 groups. It is, of course, dust- and splash-resistant, and includes an Arca-Swiss tripod collar. Sigma boasts that the 105mm delivers ‘unsurpassed F1.4 performance’ and ‘exceptional peripheral brightness.’ No pricing or availability is given at announcement.

SIGMA 105mm F1.4 DG HSM

Introducing the “bokeh master”—featuring incredible resolution and designed for full-frame sensors, this is the longest focal length of the Art line’s F1.4 lenses

1. Optical system delivering unsurpassed F1.4 performance

2. Exceptional peripheral brightness

3. Professional specifications

4. Ease-of-use specifications

5. Compatible with full-frame Sony E-mount cameras

6. Compatible with Canon Lens Aberration Correction Launch: TBD Accessory: Case, Cover Hood (LH1113-01), tripod socket (TS-111), protective cover (PT-21) Available AF mounts: SIGMA, Nikon, Canon, and Sony E-mount Note: Appearance and specifications are subject to change without notice.

Leading the way in F1.4 brightness
Since introducing its first SIGMA Global Vision F1.4 lens in 2012, the 35mm F1.4 DG HSM | Art, SIGMA has been adding wide-aperture F1.4 options to the lineup. Now, with the introduction of the new 105mm F1.4 DG HSM | Art, SIGMA offers a total of nine lenses with F1.4 brightness, including six for full-frame cameras and three for APS-C cameras. SIGMA has designed all of these lenses to offer minimal optical aberration and deliver incredible resolution and stunning contrast. Boasting the longest focal length of the F1.4 Art line lenses, the new lens combines outstanding resolution with a beautiful bokeh effect. Designed with great care to ensure that both the in-focus and out-of-focus areas of the photograph are equally satisfying to the eye, this lens is truly a “bokeh master.” The SIGMA 105mm F1.4 DG HSM | Art has earned its place as the flagship of the F1.4 Art line lenses, prioritizing image quality above all to fulfill the promise of the line, delivering truly amazing optical performance.

Key features

1. Optical system delivering unsurpassed F1.4 performance
In order to combine outstanding wide-aperture, mid-telephoto performance with F1.4 brightness at maximum aperture, this lens incorporates 17 optical elements in 12 groups—an uncommonly large number of elements for a prime lens. By including three FLD glass elements, two SLD glass elements, and one aspherical lens element, the optical system minimizes axial chromatic aberration to deliver extremely high resolution along with ample peripheral light volume. The area in focus is extremely sharp, while the area out of focus features a beautiful bokeh effect with highly natural colors, making this lens a powerful choice for portrait photography. The optical system also minimizes sagittal coma flare, making this lens excellent for capturing starry skies.

2. Exceptional peripheral brightness
The most effective method of ensuring ample light is to maximize the diameter of the first element of the optical system. With its large filter diameter of 105mm, the SIGMA 105mm F1.4 DG HSM | Art delivers a significantly greater volume of peripheral light than other lenses in its class. Minimizing vignetting while offering a beautiful bokeh effect, this lens is ideal for portrait photography.

3. Professional specifications
Like SIGMA’s Sports line lenses, the 105mm F1.4 DG HSM | Art features a highly effective dust- and splash-proof structure with special sealing at the mount connection*, manual focus ring, cover connection, and other areas, allowing photographers to work in all types of weather. In addition, the front of the lens is protected by a water- and oil-repellent coating that makes cleaning easy. The high-speed, high-accuracy autofocus helps photographers react in an instant to get those special shots.
*SIGMA mount lens does not include sealing, since sealing is present on compatible SIGMA cameras.

4. Ease-of-use specifications
Instead of conventional ABS plastic, the exclusive lens hood features CFRP (carbon fiber reinforced plastic), a light but strong material used in the interior and exterior fittings of aircraft, among many other applications. The removable Arca-Swiss tripod socket is compatible with Arca-Swiss platforms and clamps, and its exclusive protective cover makes the lens easier to carry and use when shooting hand-held.

5. Compatible with full-frame Sony E-mount cameras The Sony E-mount version of this lens is compatible with Sony mirrorless cameras and contains the same optical system as the versions for other mounts. SIGMA MOUNT CONVERTER MC-11 is not required, as the lens performs the same functions as the converter, including in-camera image stabilization and in-camera lens aberration correction. In addition, the lens is compatible with Sony’s Continuous AF, which is not available via MOUNT CONVERTER MC-11. SIGMA plans eventually to offer Sony E-mount versions of every full-frame prime lens currently available in the Art line, from 14mm to 135mm.
Note: This product is developed, manufactured and sold based on the specifications of E-mount which was disclosed by Sony Corporation under the license agreement with Sony Corporation.

6. Compatible with Canon Lens Aberration Correction
The Canon mount version of this lens is compatible with the Canon Lens Aberration Correction function.* Matching the optical characteristics of the lens, this function performs in-camera corrections of peripheral illumination, chromatic aberrations, distortion, and more, to further enhance image quality.
*Function not available on all Canon cameras. Available corrections may vary depending on the Canon camera model.

Other features

Rounded diaphragm
Fast AF with full-time manual override*
*The operation of full-time MF may vary based on mount type.
Compatible with SIGMA Mount Converter MC-11 Note: SIGMA and Canon mount lens
Available SIGMA USB DOCK makes customization and flexible adjustment possible* *Not available for Sony E-mount lens
Available Mount Conversion Service
Brass bayonet mount
Evaluation with SIGMA’s own MTF measuring system: A1
“Made in Japan” with outstanding craftsmanship

For more information about the SIGMA GLOBAL VISION lineup of fine products, please visit the official SIGMA global website: SIGMA GLOBAL VISION: http://www.sigma-global.com

Specifications All figures calculated for SIGMA

Articles: Digital Photography Review (dpreview.com)

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Sony launches a7 III: sub-$2000 24MP full frame mirrorless with a7R III’s advances

27 Feb

Sony has announced the a7 III, a sub-$ 2000 image-stabilized 24MP full frame mirrorless camera that incorporates many of the features and improvements brought in with the a7R III. Primary among these are the introduction of a BSI sensor, along with the larger capacity ‘Z’ battery, AF joystick and the EyeAF feature that impressed us so much on the 42MP model.

The company says the AF system is derived from the one in the a9 and performs twice as fast as the one on the a7 II. Its 693 AF points offer 93% frame coverage and are supported by 425 contrast-detection AF points.

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The a7 III gains the same ‘Front End LSI’ pre-processor that enabled many of the feature and speed improvements in the a7R III. This includes 10 frame per second shooting that can be combined with continuous AF and a buffer of up to 177 JPEG images.

24p 4K video capture is taken from a 6K region of the sensor, while 30p shooting comes from a roughly 5K region with a 1.2x crop. The camera offers both S-Log2 and S-Log3 gamma curves for shooting wide dynamic range scenes or Hybrid Log Gamma for playing back directly on high dynamic range displays without the need for post-processing.

Both internal video capture and HDMI output remain limited to 8-bit, which can limit the degree of processing flexibility for Log footage. Internal recording is up to 100 Mbps 8-bit 4:2:0, while HDMI out is 8-bit 4:2:2, meaning twice the color resolution. It can also shoot 1080/120p, which can be output either as normal-speed video or conformed down as slow-motion footage.

As with the a7R III, the a7 III inherits the same body shape and battery first introduced in the sports-orientated a9. This not only means a more comfortable hand grip but also the NP-FZ100 battery that gave a 2.2x increase in battery life on the high-res model. The Z-type battery allows the camera to offer 610 shots per charge (710 using the rear screen). This is a little more than double that of its predecessor an the most of any mirrorless camera yet.

The larger body also means the a7 III gains the AF joystick and button layout from the a7R III, including dedicated AF-On and Protect/Rate buttons. These, along with the revised menus, made the a7R III easier than ever to configure and work with, so should be a similarly big step forward for the basic a7 series. The a7 III also gains touchscreen control.

The a7 III uses the same 2.36m dot OLED viewfinder as its predecessor, giving a 1024 x 768 pixel view, rather than the higher-res version in the a7R III. However, updated optics mean the panel now provides a larger view with 0.78x magnification, up from 0.71x on the previous camera.

In keeping with recent Sony models, there is no support for the in-camera ‘Playmemories Camera Apps.’

The camera will be available from April at a cost of $ 1999, body-only or will be available in a kit with a 28-70mm lens.

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Press Release:

Sony Expands Full-frame Mirrorless Lineup with Introduction of New ?7 III Camera

Versatile New Model Combines all the Latest Imaging Technologies into a Compact Package

Newly Developed Full-frame 24.2MP[i] Back-Illuminated Exmor R™ CMOS Image Sensor with Evolved Image Processing
Wide ISO range of 100 – 51200 (expandable to ISO 50 – 204800 for still images) and 15-Stop[ii] Dynamic Range at low sensitivities
World Class AF system featuring 693 phase-detection AF points covering 93% of image area, 425 contrast AF points and fast and reliable Eye AF
Continuous Shooting at up to 10 fps[iii] with either Mechanical Shutter or Silent Shooting[iv] and full Auto Focus/Auto Exposure tracking
5-axis optical in-body image stabilization with a 5.0 step[v] shutter speed advantage
High Resolution 4K[vi] Movie Shooting with full pixel readout and no pixel binning across full-width of full-frame sensor
The longest rated battery life of any Mirrorless camera[vii] at 710 shots[viii] per charge
Upgraded operability and functionality including addition of joystick for adjusting focus points, Dual SD Card Slots, SuperSpeed USB (USB 3.1 Gen 1) USB Type-C™ Terminal and more

LAS VEGAS, Feb. 26, 2018 – Sony Electronics, a worldwide leader in digital imaging and the world’s largest image sensor manufacturer, has today introduced yet another impressive addition to their full-frame mirrorless camera lineup, the ?7 III (model ILCE-7M3).

Sony’s unmatched innovation within the image sensor space is at the forefront of the new ?7 III, as it features a brand new 24.2MPⁱ back-illuminated Exmor R CMOS image sensor with increased sensitivity, outstanding resolution and an impressive 15 stopsⁱⁱ of dynamic range at low sensitivities. By combining this sensor with a variety of impressive features including extreme AF coverage of 93%, fast shooting at up to 10 fpsⁱⁱⁱ with either mechanical shutter or silent shooting^iv, diverse 4K^vi video capabilities and more, Sony has created a new tool that gives all types of creators – from enthusiast to professional – the ability to capture content in new and different ways than they ever have before.

“We are continually pushing to deliver more for our customers – more versatility, more functionality and most importantly, more innovation,” said Neal Manowitz, Vice President of Digital Imaging for Sony Electronics. “With the new ?7 III, we’ve taken many of our newest and most advanced imaging technologies from the acclaimed ?9 and ?7R III models and paired them with an all-new 24.2 MP back-illuminated sensor to deliver the ultimate full-frame camera for enthusiasts, hobbyists and professionals alike. It’s a camera that punches far above its weight class in every capacity. Combined with our impressive selection of 26 native full-frame E-mount lenses, it provides a level of performance that is simply unmatched in the industry.”

Spectacular Full-frame Image Quality

The newly developed 24.2MPi back-illuminated Exmor R CMOS image sensor is paired with a front-end LSI that effectively doubles the readout speed of the image sensor, as well as an updated BIONZ X™ processing-engine that boosts processing speed by approximately 1.8 times compared to the ?7 II. These powerful components work together to allow the camera to shoot at faster speeds while also enabling its impressive ISO range of 100 – 51200 (expandable to ISO 50 – 204800 for still images) and an overall 1.5 stop^ix improvement in image quality. The camera also features a massive 15-stopⁱⁱ dynamic range at low sensitivity settings, ensuring outstanding overall performance at all settings and in all shooting conditions, with significant advancements in accurate color reproductions of skin tones and the vibrant colors of nature.

This new full-frame model can also output 14 bit RAW format[ix] even in silent and continuous shooting modes, and is equipped with a 5-axis optical image stabilization system that results in a 5.0 step^v shutter speed advantage.

Significant Advances in AF Speed and Performance

The innovative new ?7 III full-frame mirrorless camera features a level of AF performance that has been largely improved over the ?7 II, including the addition of 4D FOCUS™ capabilities. The new camera has 425 contrast AF points that work with a 693-point focal-plane phase-detection AF system inherited from the acclaimed ?9 model. This innovative AF system covers approximately 93% of the frame, ensuring reliable focusing and tracking for even the most difficult to capture subjects.

AF response and tracking has also been greatly improved in the new camera, with almost 2xⁱⁱ the focusing speed in low-light condition and 2xⁱⁱ the tracking speed compared to the previous model as a result of the faster image sensor readout. This allows complex and unpredictable motion to be captured with far greater precision and accuracy.

The acclaimed Eye AF feature is also available in the new camera, even in AF-C mode, which is extremely useful for situations where the subject is turning around, looking down or otherwise obstructed. It also works when the ?7 III is being used with Sony’s A-mount lenses with an optional LA-EA3 adaptor[x]. Additional improvements in focusing flexibility include the addition of a multi-selector or ‘joystick’ for moving focusing points quickly, the addition of touch focusing capability, AF availability in Focus Magnifier mode, an ‘AF On’ button and much more.

Speed to Capture Every Decisive Moment

The new ?7 III is equipped with an updated image processing system that allows it to shoot full resolution images at up to 10 fpsⁱⁱⁱ with continuous, accurate AF/AE tracking for up to 177 Standard JPEG images, 89 compressed RAW images or 40 uncompressed RAW images[xi]. This high speed mode is available with either a mechanical shutter or a completely silent shooting^iv, adding to the immense flexibility of the camera. The camera can also shoot continuously at up to 8 fpsⁱⁱⁱ in live view mode with minimal lag in the viewfinder or LCD screen.

For added convenience, while large groups of burst images are being written to the memory card, many of the cameras key functions are operable, including access to the ‘Fn’ (Function) and ‘Menu’ buttons, image playback and several other menus and parameters including image rating and other functions that facilitate on-location image sorting.

Additionally, if there is fluorescent or artificial lighting present in a shooting environment, users can activate the Anti-flicker[xii] function to allow the ?7 III to automatically detect frequency of the lighting and time the shutter to minimize its effect on images being captured. This minimizes any exposure or color anomalies that can sometimes occur at the top and bottom of images shot at high shutter speeds.

High Quality 4K Video

The new ?7 III is an outstanding video camera as well, offering 4K^vi (3840×2160 pixels) video recording across the full width of the full-frame image sensor. In video mode, the camera uses full pixel readout without pixel binning to collect about 2.4x[xiii] the amount of data required for 4K movies, and then oversamples it to produce high quality 4K footage with exceptional detail and depth.

An HLG (Hybrid Log-Gamma)[xiv] picture profile is available on the ?7 III as well, which supports an Instant HDR workflow, allowing HDR (HLG) compatible TV’s to playback beautiful, true-to-life 4K HDR imagery. Further, both S-Log2 and S-Log3 are available for increased color grading flexibility, as well as Zebra functionality, Gamma Display assist and proxy recording. The camera can also record Full HD at 120 fps at up to 100 Mbps^vi, allowing footage to be reviewed and eventually edited into 4x or 5x slow motion video files in Full HD resolution with AF tracking.

Upgraded Build, Design and Customization

Sony’s newest full-frame camera is equipped with a variety of enhanced capabilities that were first implemented in the ?9 and then again in the ?7R III. These include dual media slots, with support in one slot for UHS-II type SD memory cards. Users have a variety of options for storing their content in each of the cards, including separate JPEG / RAW recording, separate still image / movie recording, relay recording and more. Battery life has been greatly extended as well – with a CIPA measurement of up to 710 shots per charge^viii, it offers the world’s longest^vii battery life of any Mirrorless camera, as the new camera utilizes Sony’s Z series battery NP-FZ100 that have approximately 2.2 times the capacity of the W series battery NP-FW50 utilized in the ?7 II.

The new camera features “My Menu” functionality which allows up to 30 menu items to be registered for instant recall when needed. Users can also apply star ratings to their still images through the camera controls for easier image playback and review, and edit the first three characters of all still image files. Additionally, there is a total of 81 functions that are assignable to 11 custom buttons, and the camera is both dust and moisture resistant.[xv]

The ?7 III features high-resolution, high-contrast, fast-start XGA OLED Tru-Finder™ with approximately 2.3 million dots for extremely accurate, true-to-life detail reproduction. “Standard” or “High” display quality settings are also available for both the viewfinder and monitor as well. It also is capable of seamlessly transferring files to a smartphone, tablet, computer or FTP server via Wi-Fi®, while also offering a SuperSpeed USB (USB 3.1 Gen 1) USB Type-C™ Terminal for increased flexibility in power supply and faster image transfer speed during tethered shooting.

The ?7 III model also comes with Sony’s new software suite “Imaging Edge”, which extends the creative capabilities of the entire shooting process – from pre-processing to post-processing. “Imaging Edge” provides three PC applications called ‘Remote’, ‘Viewer’ and ‘Edit’, available for free download, which support live-view PC remote shooting and RAW development. In the latest Version 1.1, several improvements have been implemented including about 10%[xvi] faster data transfer speed for remote shooting from PC (PC tether shooting) and about 65%[xvii] improvement in the response speed for RAW image editing. For more information, please visit Imaging Edge support page. www.sony.net/disoft/d/.

The camera is also compatible with a wide variety of Sony E-mount accessories including the BC-QZ1 Battery Charger^xviii, VG-C3EM Vertical Grip.

Pricing and Availability

The Sony ?7 III Full-frame Interchangeable Lens Camera will ship this April for about $ 2000 US for the body and $ 2200 in a kit with the FE 28?70 mm F3.5?5.6 kit lens. In Canada, it will be sold for $ 2600 CA for the body and $ 2800 in a kit with the FE 28?70 mm F3.5?5.6 lens. The camera and kits will be sold at a variety of Sony authorized dealers throughout North America.

A variety of exclusive stories and exciting new content shot with the new ?7 III camera and other Sony ? products can be found at www.alphauniverse.com, a site built to educate and inspire all fans and customers of the Sony ? brand.

The new content will also be posted directly at the Sony Photo Gallery and the Sony Camera Channel on YouTube. Detailed information pages within Sony.com for the new products can be found at:

(US) – LINK
(CA) – LINK

[i] Approximate, effective
[ii] Sony test conditions
[iii] In continuous “Hi+” mode. Max. fps depends on camera settings.
[iv] Some distortion may occur with fast-moving subjects.
[v] CIPA standards. Pitch/yaw shake only. Planar T* FE 50mm F1.4 ZA lens. Long exposure NR off.
[vi] Class 10 or higher SDHC/SDXC card required for XAVC S movie recording, UHS speed class 3 or higher for 100 Mbps recording.
[vii] Among non-reflex interchangeable lens digital camera equipped with auto focus function as of February 2017, based on Sony research.
[viii] CIPA standards. When using the LCD monitor. 610 images when using the viewfinder.
[ix] Limited to 12 bits during compressed RAW continuous shooting, BULB exposure, or when Long Exposure NR is ON.
[x] With SSM or SAM lenses only. With the LA-EA3 mount adaptor. Eye AF not supported for movie recording. AF-C can only be used when the “Phase detection” AF system is selected, but focus is fixed at the first frame during continuous shooting in any mode other than “Continuous: Lo” (Hi+, Hi, Mid).
[xi] Continuous “Hi+” mode. UHS-II compatible SDXC memory card required. Sony test conditions.
[xii] Only 100 Hz and 120 Hz flicker is detected. Continuous shooting speed may decrease. Flicker-free shooting is not available during silent shooting, BULB exposure, or movie recording.
[xiii] 24p recording. Approx. 1.6x at 30p.
[xiv] Connect to an HDR (HLG) compatible Sony TV via a USB cable to view HDR (HLG) movies.?
[xv] Not guaranteed to be 100% dust and moisture proof.
[xvi] The transfer speed has been measured with multiple images using ?7R III, SuperSpeed USB (USB 3.1 Gen 1), and Uncompressed RAW ( L: 7952 x 5304)?JPEG Extra fine.
[xvii] Measured with: CPU Intel® Core™ i7-6700 Processor 3.40GHz, Memory 8GB, OS Windows® 7 Professional, and Uncompressed RAW (?7R III ?L: 7952 x 5304)
[xviii] Not supplied in box

Sony a7 III specifications

Price
MSRP	$ 2000
Body type
Body type	SLR-style mirrorless
Body material	Magnesium alloy
Sensor
Max resolution	6000 x 4000
Other resolutions	6000 x 3376, 3936 x 2624, 3936 x 2216, 3008 x 1688, 3008 x 2000
Image ratio w:h	3:2, 16:9
Effective pixels	24 megapixels
Sensor photo detectors	25 megapixels
Sensor size	Full frame (35.8 x 23.8 mm)
Sensor type	BSI-CMOS
Processor	Bionz X
Color space	sRGB, AdobeRGB
Color filter array	Primary color filter
Image
ISO	100-25600
Boosted ISO (minimum)	50
Boosted ISO (maximum)	204800
White balance presets	11
Custom white balance	Yes
Image stabilization	Sensor-shift
CIPA image stabilization rating	5 stop(s)
Uncompressed format	RAW
JPEG quality levels	Extra fine, fine, standard
File format	JPEG (DCF 2.0, EXIF 2.3) RAW (ARW 2.3)
Image parameters	Standard, Vivid, Neutral, Clear, Deep, Light, Portrait, Landscape, Sunset, Night Scene, Autumn Leaves, Black & White, Sepia, Style Box (1-6), (Contrast (-3 to +3 steps), Saturation (-3 to +3 steps), Sharpness (-3 to +3 steps))
Optics & Focus
Autofocus	Contrast Detect (sensor) Phase Detect Multi-area Center Selective single-point Tracking Single Continuous Touch Face Detection Live View
Autofocus assist lamp	Yes
Digital zoom	Yes (4)
Manual focus	Yes
Number of focus points	693
Lens mount	Sony E
Focal length multiplier	1×
Screen / viewfinder
Articulated LCD	Tilting
Screen size	3″
Screen dots	921,600
Touch screen	Yes
Live view	Yes
Viewfinder type	Electronic
Viewfinder coverage	100%
Viewfinder magnification	0.78×
Viewfinder resolution	2,359,296
Photography features
Minimum shutter speed	30 sec
Maximum shutter speed	1/8000 sec
Exposure modes	Auto Program Aperture priority Shutter priority Manual Scene Selection Slow & Quick Motion Movie
Scene modes	Portrait, Landscape, Macro, Sports Action, Sunset, Night Portrait, Night Scene
Built-in flash	No
External flash	Yes (via Multi Interface shoe)
Flash X sync speed	1/250 sec
Drive modes	Single, continuous, speed priority continuous, self-timer, bracketing (AE, white balance, DRO)
Continuous drive	10.0 fps
Self-timer	Yes (2 or 10 sec; continuous (3 or 5 exposures))
Metering modes	Multi Center-weighted Highlight-weighted Average Spot
Exposure compensation	±5 (at 1/3 EV, 1/2 EV steps)
AE Bracketing	±5 (3, 5 frames at 1/3 EV, 1/2 EV, 2/3 EV, 1 EV, 2 EV steps)
WB Bracketing	Yes
Videography features
Resolutions	3840 x 2160 (30p, 24p) 1920 x 1080 (120p, 60p, 60i, 24p), 1440 x 1080 (30p), 640 x 480 (30p)
Format	MPEG-4, AVCHD, XAVC S, H.264
Videography notes	Supports XAVC S codec (100Mbps), S-Log2 and S-Log3, and HLG
Modes	3840 x 2160 @ 30p / 100 Mbps, XAVC S, MP4, H.264, Linear PCM 3840 x 2160 @ 24p / 100 Mbps, XAVC S, MP4, H.264, Linear PCM 3840 x 2160 @ 30p / 60 Mbps, XAVC S, MP4, H.264, Linear PCM 3840 x 2160 @ 24p / 60 Mbps, XAVC S, MP4, H.264, Linear PCM 1920 x 1080 @ 120p / 100 Mbps, XAVC S, MP4, H.264, Linear PCM 1920 x 1080 @ 120p / 60 Mbps, XAVC S, MP4, H.264, Linear PCM 1920 x 1080 @ 60p / 50 Mbps, XAVC S, MP4, H.264, Linear PCM 1920 x 1080 @ 30p / 50 Mbps, XAVC S, MP4, H.264, Linear PCM 1920 x 1080 @ 24p / 50 Mbps, XAVC S, MP4, H.264, Linear PCM 1920 x 1080 @ 60p / 25 Mbps, XAVC S, MP4, H.264, Linear PCM 1920 x 1080 @ 30p / 16 Mbps, XAVC S, MP4, H.264, Linear PCM 1920 x 1080 @ 60i / 24 Mbps, AVCHD, MTS, H.264, Linear PCM 1920 x 1080 @ 60i / 17 Mbps, AVCHD, MTS, H.264, Linear PCM
Microphone	Stereo
Speaker	Mono
Storage
Storage types	SD/SDHC/SDXC, Memory Stick Duo/Pro Duo/Pro-HG Duo
Connectivity
USB	USB 3.1 Gen 1 (5 GBit/sec)
HDMI	Yes (micro-HDMI port with 4K still, uncompressed video output)
Microphone port	Yes
Headphone port	Yes
Wireless	Built-In
Wireless notes	with NFC and wireless control via PlayMemories Mobile app
Remote control	Yes (wired)
Physical
Environmentally sealed	Yes
Battery	Battery Pack
Battery description	NP-FZ100 lithium-ion battery and charger
Battery Life (CIPA)	610
Weight (inc. batteries)	650 g (1.43 lb / 22.93 oz)
Dimensions	127 x 96 x 74 mm (5 x 3.78 x 2.91″)
Other features
Orientation sensor	Yes
Timelapse recording	No
GPS	None

Articles: Digital Photography Review (dpreview.com)

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Hands-on with the Samsung Galaxy S9 and S9+

27 Feb

Hands-on with the Samsung Galaxy S9+

Samsung has announced its new flagship smartphones, the Galaxy S9 and S9+, at the Mobile World Congress in Barcelona. While changes on the surface are pretty subtle, under the hood the new models offer a range of interesting features and functions.

With its dual-camera setup, the S9+ looks like the more appealing S9 model to mobile photographers. We’ve had the chance to take a closer look at the device during the launch event. Here’s what you should know.

Subtle design changes

The S9 generation’s design language is very similar to its predecessors, and with its rounded edges the new models are comfortable to hold. However, Samsung has made some refinements to refresh the devices’ visual appeal and improve handling and operation.

Most importantly, the fingerprint sensor has been moved from next to the the camera lens to below the camera module, preventing any accidental touching and fingerprint-smearing of the latter.

In addition, the S9+’s 6.2-inch Super AMOLED display has been reinforced with thicker Corning Gorilla Glass 5, and both bezels and the screen itself come in a deeper black color to better conceal the iris sensor at the front and create a more minimalist look. Both S9 models are available in four colors: Midnight Black, Titanium Gray, Coral Blue, and Lilac Purple.

Dual-camera with tele-lens

While the S9 comes with a “traditional” single-lens camera, the S9+ is the first Samsung Galaxy S model to feature a dual-camera for improved zoom performance and a background-blurring portrait mode. Both cameras come with a 12MP pixel count and optical image stabilization.

The big news has to do with the wide angle lens on the main camera, which features a variable F1.5/F2.4 aperture and dual-pixel AF. The 2x tele-lens comes with a slower F2.4 aperture and has to make do without dual-pixel technology.

Super-slow motion video

Thanks to an integrated DRAM buffer in the imaging chip, the S9 models are capable of recording HD-resolution slow-motion footage at 960 frames per second for 0.2 seconds. When played back at 30 frames per second that translates into 6-second slow-motion clips.

Slow-motion clips can be saved as gif files and set as a background animation on the home screen. You can also “embed” up to 20 slow-motion segments into standard speed footage, creating much longer clips that only use the slow-motion effect at key moments.

Variable aperture

The aperture on the main camera automatically switches between a very fast F1.5 and a slower F2.4 value, depending on light conditions. In lower light, the large aperture is used in order to maximize light capture; in brighter conditions, the slightly slower F2.4 aperture can produce sharper images and a wider depth-of-field.

We suspect that, in very bright light, it is also used to underexpose individual frames that are then merged with brighter frames to generate HDR images through a computational imaging algorithm. This has not been confirmed by Samsung, however.

AR Emojis

The new AR Emoji function isn’t about serious photography, but can be fun to play with regardless. In AR Emoji mode, your face is turned into a cartoon-style emoji as soon as it is detected by the front camera’s face detection. Taking off any eyewear or headgear tends to help.

Your emoji can then be animated using facial expressions. Once you are happy with the result, you can save up to 18 personalized animated emojis and use them in the usual way in apps such as Whatsapp or Facebook Messenger. The good news is that they can be shared with users of any smartphone, not just Samsung Galaxy models.

Articles: Digital Photography Review (dpreview.com)

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The Canon EOS 4000D might be the cheapest DSLR ever launched

27 Feb

Canon Europe has launched the EOS 4000D, a still more cut-down version of the EOS 2000D/T7 announced earlier today. The entry-level model will launch for around £330/€380 body only, which would equate to somewhere around $ 385 without tax. That’s the lowest launch price of any DSLR we can remember.

Canon’s four-digit-D series cameras, from the 1000D (Rebel XS) onwards, have always hit aggressive price points in the market by recycling existing components and features—we called the original 1000D a “reheated” 400D/Rebel XT at the time. But the EOS 4000D takes this to a new level.

The 4000D shares its body and viewfinder with its more expensive sibling (and previous cameras of this series), but relies on a version of the 18MP sensor first introduced nine years ago in the EOS 7D, and the Digic 4+ processor that made its debut in Canon’s 2014 model-year compacts. The camera’s rear display is a 2.7-inch LCD that we last encountered in 2011’s EOS 1100D/Rebel T3.

Finally, some kits of the camera will include the unstabilized 18-55mm F3.5-5.6 III first announced in February of 2011, although we’re pretty sure the plastic lens mount is a first for a digital EOS.

That’s not to say that Canon has just launched a DSLR from five years ago’s parts bin. Although it loses the NFC feature of the 2000D, it does retain Wi-Fi connectivity. This feature, a more modern version of Canon’s Auto modes, and its much-loved JPEG engine means the EOS 4000D is likely to be a pretty credible super-budget DSLR.

Still, we’ve not seen such aggressive corner cutting unit cost optimization since Sony’s a3000 (which was seemingly made from upcycled yogurt containers), and can’t think of a DSLR that has ever launched at a lower price.

Is there one we’ve overlooked? And what do you make of the EOS 4000D? Let us know in the comments.

Note: While the Canon EOS 4000D has only been launched in Europe thus far, don’t rule out seeing a wall of them at your local BestBuy just as soon as Canon US has worked out which random letters to call it.

Step up to effortless DSLR storytelling with Canon’s new EOS 2000D and EOS 4000D cameras

London, UK, 26th February 2018 – Canon Europe today unveils the launch of the EOS 2000D and EOS 4000D, Canon’s latest entry-level DSLR cameras. With a wide range of practical and easy to use features, these new cameras cater to the storytelling needs of individuals taking their first steps into interchangeable lens photography and those wanting to create superbly detailed DSLR quality pictures and cinematic Full HD movies with ease.

The newest additions to Canon’s entry-level DSLR range, the EOS 2000D and EOS 4000D have been designed for people who seek out new experiences and want to share their adventures seamlessly to social media. The cameras’ powerful combination of APS-C sensor technology, DIGIC 4+ image processor, seamless Wi-Fi connectivity and straightforward in-camera feature guides enable stories to be captured and shared with highly detailed photos and Full HD movies.

With the EOS 2000D featuring a new 24.1 Megapixel APS-C sensor, and the EOS 4000D using an 18 Megapixel APS-C sensor, each camera allows for compelling storytelling with superb control over depth of field for beautifully blurred image backgrounds. Shooting rich, atmospheric photos during night-time adventures is also made possible with both models capable of low light shooting up to ISO 6400, expandable to ISO 12800.

The DIGIC 4+ image processor, used in both models, powers Canon’s Scene Intelligent Auto mode, enabling simple point and shoot photography with superb image results, as it automatically optimises every shot. The fast and responsive DIGIC 4+ image processor enables the Full HD video capabilities in both models, breathing cinematic life into captured memories.

In addition to a rear mounted LCD screen (7.5 cm on the EOS 2000D and 6.8 cm on the EOS 4000D), both cameras feature a centrally mounted optical viewfinder, providing a distinctly authentic photography experience and allowing stories to be told just as they were experienced with the naked eye. Decisive moments in unfolding stories can be captured with responsive and precise nine point auto focus and continuous shooting at 3.0 frames per second.

Both cameras are Wi-Fi enabled for seamless smartphone connectivity via the Canon Camera Connect app (iOS and Android), enabling adventurers to rapidly shoot and share their content on social media whilst on the move. New images can be conveniently backed up to Canon’s cloud storage service, irista, via a Wi-Fi connection, ensuring stories and memories shared are never lost.

These processes are made even easier for the EOS 2000D with the inclusion of Near Field Communication (NFC), which can establish a Wi-Fi connection to a smartphone by simply tapping the device on the camera (available on compatible Android devices).

Both models include simple in-camera feature guides, perfect for those looking to improve their storytelling potential as they upgrade from a smartphone. Both cameras include six image settings outside of basic auto modes and a variety of creative filters, enabling experimentation with manual control and the artistic freedom to tell dynamic and vibrant stories. Those embarking on their first DSLR adventure will also benefit from the Canon Photo Companion app, which provides the necessary tips on getting the best out of the cameras.

The EOS 2000D and EOS 4000D’s excellent battery life delivers approximately 500 pictures, or one hour 30 minutes and one hour 15 minutes of HD video respectively, allowing for peace of mind during extended outdoor adventures and the freedom to explore.

Both DSLR models are compatible with over 80 Canon EF and EF-S lenses and range of accessories, giving beginners the greatest choice of systems as they grow and develop their photography skills. The new cameras will be sold as a body only option or with a selection of lens kit options, including an 18-55mm f/3.5-5.6 IS II lens.

Canon’s latest entry-level DSLR cameras offer a fantastic gateway to the joys of interchangeable lens photography. The Canon EOS 2000D and Canon EOS 4000D provide an easy and reliable shooting experience that enable users to capture detailed images and sharp Full HD video. As people step-up from their smartphone and expand their creativity, Canon’s new DSLR cameras will intuitively capture superbly detailed professional-looking images, time after time.

The Canon EOS 2000D is available to pre-order from Canon’s online store from 26^th February 2018.

For more information, please visit: Canon EOS 2000D and Canon EOS 4000D

Articles: Digital Photography Review (dpreview.com)

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