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  • Profoto Connect and Air Remote TTL transmitters now compatible with Panasonic cameras

    Profoto has announced it’s collaborated with Panasonic to bring Profoto Connect and Profoto Air Remote TTL support to the manufacturer’s cameras. As Panasonic said in its own press release today, owners of the LUMIX S1R, S1, GH5, GH5S and G9 models can update their firmware in order to use the two Profoto wireless transmitters.

    The newly supported Profoto Air Remote TTL-O/P and Connect-O/P wireless transmitters can be attached to a supported Panasonic camera’s hot shoe for full TTL/HSS capability with the maker’s AirTTL flashes. This is one aspect of the overall Panasonic firmware updates, which also bring things like support for CFexpress Type B cards, better support with Sigma L-mount lenses and the MC-21 mount converter, and more.

    The Profoto Connect is available for $ 299 and the Profoto Air Remote TTL is available for $ 429. The Panasonic firmware updates, meanwhile, can be found on the company’s support website.

    Articles: Digital Photography Review (dpreview.com)

  • Xiaomi Mi Note 10 Pro with dual-tele and 108MP primary camera is official

    Last week Chinese manufacturer Xiaomi teased the penta-camera setup in its Mi Note 10 flagship device. Now the smartphone has been officially released and more detailed specifications have become available.

    As previously teased, the new device comes with five cameras on its back. The centerpiece is a large 1/1.33″ Quad-Bayer Samsung ISOCELL BRIGHT HMX sensor with 108MP nominal resolution that produces 27MP output files. It’s accompanied by not one but two tele-cameras for optimal performance along the zoom range. There are 2x 12MP tele and a 5x variant with 5MP sensor.

    At the other end of the zoom spectrum a 20MP ultra-wide camera with a 16mm equivalent field of view is deployed and there is also a 2MP dedicated macro camera that can get as close to the subject as 15mm. A 32MP front camera with F2 aperture is hidden in a waterdrop cutout in the display.

    On the software side of things the Mi Note 10 features a new version of Xiaomi’s Night mode that now stacks frames at Raw level rather then JPG for better results. Xiaomi also says this feature will be made available on the ultra-wide camera via a software update soon.

    Other specifications include a 6.47-inch AMOLED display with Full HD+ resolution, a Snapdragon 730G chipset, 6 GB RAM and a non-expandable 128GB internal storage. The large 5,260 mAh battery features 30W fast-charging support.

    In Europe the Xiaomi Mi Note 10 will set you back 549 Euros (approximately $ 608). There will also be a Pro version with 8GB of RAM, 256GB of storage and an 8-element lens on the primary camera (vs 7 elements on the non-Pro) which will cost €649 (approximately $ 718).

    The Mi Note 10 and Note 10 Pro are the international version of the China-only Xiaomi Mi CC9 Pro and CC9 Pro Premium Edition which were announced yesterday. The China-market versions don’t come with Google services but everything else should be the same.

    Articles: Digital Photography Review (dpreview.com)

  • VueScan application makes thousands of old scanners compatible with macOS Catalina

    Apple’s latest desktop operating system, macOS Catalina, dropped support for 32-bit applications. As a result, many older scanners lost native support for the operating system, forcing owners to upgrade to newer hardware or use a different computer that retained compatibility. Third-party scanning software VueScan offers a different solution, namely support for around 6,000 older scanner models.

    VueScan was upgraded this week to version 9.7. With it, Mac users can use their older 32-bit scanner with their Apple desktop or laptop even if they’re running macOS Catalina. The third-party software is made possible by reverse-engineering drivers for more than 6,000 older scanners from 42 manufacturers, including film scanner and flatbed models.

    Manufacturers include Ricoh, Canon, Fujitsu, Kodak, Nikon, Panasonic, Polaroid, Samsung, Mitsubishi, and Epson, among others; a full list of supported models can be found here. Overall, VueScan supports around 2,400 scanner models on Windows, 2,100 models on Mac, and 1,900 models on Linux.

    The software is available for $ 49.95 USD (Standard Edition) and $ 99.95 USD (Professional Edition), the latter of which includes support for film and slide scanning, among other things.

    Articles: Digital Photography Review (dpreview.com)

  • 11 Tips for Photographing Bears in Alaska

    The post 11 Tips for Photographing Bears in Alaska appeared first on Digital Photography School. It was authored by André Costantini.

    tips-for-photographing-bears-in-alaska

    Alaska is the only state in the country that’s home to three types of bears: the polar bear, the black bear, and the brown bear. It’s why photographers converge annually on the Last Frontier, hoping to document ursine activity in the bears’ natural habitats, in such locations as the Anan Wildlife Observatory, Katmai National Park, and Admiralty Island, home to one of the world’s highest density of brown bears. Read on for tips on photographing bears in Alaska while these magnificent creatures eat, play, and interact.

    photographing-bears-in-alaska

    1. Pack light

    To gain entry into sections of certain viewing areas that offer access to bear viewing, you’ll often have to take a seaplane. That means there may be weight restrictions, so limit your gear to one or two DSLRs or Mirrorless bodies with a couple of compact lenses. Add extra batteries, memory cards, any filters you like to use, and rain covers in case of inclement weather.

    2. Make sure at least one of those lenses is a versatile zoom

    You obviously want to stay a safe distance from the animals you’re photographing. The Tamron SP 150-600mm VC G2 lens is one such lens that offers such flexibility, with an extra-long reach. If you use that lens on a crop sensor camera, you’ll achieve even more effective magnification. Bird photographers often use a similar combination for that very reason.

    11 Tips for Photographing Bears in Alaska

    3. Plan your trip for optimal bear-watching opportunities

    The best times of the year for bear watching in Alaska are June through September. If you want the chance to photograph them catching salmon in the rivers, July and August are your best bets. That’s the peak of the salmon runs (when the salmon is sparse, bears will eat things like clams and grass instead).

    4. Head out early, stay out a little later

    Although you’ll likely be able to spot bears at any time of day, they tend to be out foraging for food early in the day and later in the evening. Those times of day also happen to coincide with the best natural lighting.

    That said, Alaska, during the summer months, enjoys nearly 24-hour daylight. Between May and July, for example, some areas never get completely dark, even between sunset and sunrise. So, don’t expect traditional lighting conditions.

    11 Tips for Photographing Bears in Alaska

    5. Respect the venue’s safety rules

    Every park or preserve that features bears has basic guidelines to protect both the bears and the visitors. You’ll likely be required to stay a certain number of feet away from the bears. This means if the bears approach you and block your path, you’ll be subject to what’s known as a “bear jam.” You’ll effectively be stuck there until the bears decide to move. That’s okay – that gives you plenty of time to take more pictures.

    11 Tips for Photographing Bears in Alaska

    6. Don’t feel you have to shoot in silence

    In fact, the opposite is the case. While you don’t want to make super-loud noises that startle the bears, you do want to make enough of it, so the bears know you’re there at all times. It can be more alarming for the bears if you’re trying to be stealthy and then suddenly emerge. Some people will wear a bell attached to their knapsack, or just talk very loudly.

    7. Get on the bears’ eye level

    There’s something more intimate about a portrait in which you feel like you’re looking eye-to-eye with your subject. Crouch or kneel on the ground or viewing platform to get as close to that angle of view as you can.

    If you’re out in a small boat, you’re practically at water level already, so if bears are frolicking nearby, you’re set.

    photographing-bears-in-alaska

    8. Get a handle on your focusing

    If the bears are on the move, shoot in AI Servo mode or AF-F (Nikon), Continuous Focus (Canon), Continuous AF (Sony), so that your focus continually adjusts as you’re tracking moving subjects.

    9. Capture the bears interacting with each other

    Part of what you want to accomplish when photographing wildlife is to tell their story. Highlighting a sow cuddling with her cubs or siblings tussling in the grass is a way to showcase their relationships and create emotive photos.

    11 Tips for Photographing Bears in Alaska

    10. Be patient

    Wildlife is unpredictable, and there’s no real way to tell when a real money shot, like a bear catching a salmon in the river, will emerge. But when bears are engaged in an activity, they’ll actually stay in the same place for a significant amount of time.

    So, if you stick around, hunker down, and just keep taking pictures. You’ll be more likely to produce a bunch of keepers.

    photographing-bears-in-alaska

    11. Prepare for the unexpected

    Even if you time your visit for when the bears are expected to be active and the salmon flowing, it’s Mother Nature – things don’t always work out as planned.

    The activity level is somewhat consistent, but it does vary from year to year. If you get there and the bears are a bust, it’s disappointing, but go to Plan B.

    Photograph the amazing Alaska Peninsula landscapes, or keep an eye out for the region’s diverse bird population. Look to the dozens of other mammals in the area, including red foxes, porcupines, beavers, and otters instead.

     

    I hope you find these 11 tips for photographing bears in Alaska tips helpful. If you have any other tips or bear photos you’d like to share, please do so in the comments section!

    Disclaimer: Tamron is a paid dPS partner.

     

    The post 11 Tips for Photographing Bears in Alaska appeared first on Digital Photography School. It was authored by André Costantini.


    Digital Photography School

  • Panasonic Lumix S Pro 16-35mm F4 debuts in January for $1500

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    Panasonic has announced the Lumix S Pro 16-35mm F4, a compact wide-angle zoom for its full-frame L-mount system. The lens will go on sale early next year for $ 1500.

    Optically, the 16-35mm F4 is made up of 12 elements in nine groups and includes one ED, one UHR and three aspherical elements. The 16-35 weighs 500g (17.6oz) with an overall length of about 100mm (3.9″), and offers dust and splash-resistance. Its minimum focus distance is 0.25m (9.8″), and the lens accepts 77mm filters.

    The Lumix S Pro 16-35mm F4 will arrive in January 2020 alongside the also-announced 70-200mm F2.8.

    Press release:

    Panasonic Launches Two New L-Mount Interchangeable Lenses for the LUMIX S Series Full-frame Digital Single Lens Mirrorless Camera

    Newark, NJ (November 6, 2019) – Panasonic is proud to introduce two new interchangeable lenses based on the L-Mount system for the LUMIX S Series Full-frame Digital Single Lens Mirrorless Cameras. Designed for professional use, the LUMIX S Series offers uncompromising photographic expression with its high-quality cameras and lenses.

    The LUMIX S PRO 70-200mm F2.8 O.I.S. (S-E70200) is a large-aperture telephoto zoom lens that boasts high descriptive performance across the entire zoom range. The LUMIX S PRO 16-35mm F4 (S-R1635) is a versatile wide zoom lens that provides high resolution images and a beautiful bokeh despite its compact, light-weight profile. Both high-performing LUMIX S PRO lenses achieve LEICA’s stringent standards.

    LUMIX S PRO/S Lens Lineup as of November 2019

    • LUMIX S PRO 50mm F1.4 (S-X50)
    • [NEW] LUMIX S PRO 16-35mm F4 (S-R1635)
    • LUMIX S PRO 24-70mm F2.8 (S-E2470)
    • LUMIX S 24-105mm F4 MACRO O.I.S. (S-R24105)
    • [NEW] LUMIX S PRO 70-200mm F2.8 O.I.S. (S-E70200)
    • LUMIX S PRO 70-200mm F4 O.I.S. (S-R70200)

    In addition to Panasonic’s existing portfolio of first-class lenses for the LUMIX S series family of cameras, the company is committed to designing and developing 11 or more lenses with the emphasis on the “LUMIX S PRO” class by March 2021. Currently, more than 46 interchangeable L-Mount lenses are available or will be available from Panasonic, Leica Camera AG and Sigma, opening up a virtually limitless spectrum of new creative possibilities.

    LUMIX S PRO 70-200mm F2.8 O.I.S. (S-E70200)

    Designed and developed for professional field shooting, the LUMIX S PRO 70-200mm F2.8 O.I.S. (S-E70200) uses 2 UED (Ultra Extra-low Dispersion) lenses, 3 ED (Extra-low Dispersion) lenses and optimum alignment comprising 22 elements in 17 groups, effectively suppressing both axial chromatic aberration and chromatic aberration of magnification. Astigmatism is also corrected with an aspherical lens, achieving high resolving performance. Adoption of a double focus system suppresses fluctuation of aberration even at close distances, which results in high descriptive performance from the center to the corners over the entire zoom range despite its large aperture.

    Covering from 70mm to 200mm, the use of a Teleconverter allows a maximum 280mm (1.4x, with DMW-STC14) and 400mm (2x, with DMW-STC20) super telephoto shooting*1, with maximum 480 fps focus control for high-speed, high-precision auto focus. The O.I.S. (Optical Image Stabilizer) in the lens complies with the camera’s Body I.S. and the 5-Axis Dual I.S. 2*2 makes it possible to use a 7-stop slower shutter speed*3. Adoption of a focus clutch mechanism enables instant AF/MF switching and accurate manual focusing.

    The constant F2.8 large aperture provides smooth defocus gradation from the focus peak to the neighboring area of the image to achieve a beautiful bokeh effect as well as a rich perspective. The LUMIX S PRO 70-200mm F2.8 O.I.S. also excels in video recording performance with a mechanism that suppresses focus breathing, which was a fatal problem in all interchangeable lenses designed for still image photography.

    The rugged, dust/splash-resistant*4 design withstands use under harsh conditions even at 10 degrees below zero for high mobility. The filter size is 82 mm, with an 11-blade circular aperture diaphragm.

    LUMIX S PRO 16-35mm F4 (S-R1635)

    The LUMIX S PRO 16-35mm F4 (S-R1635) is a versatile wide zoom lens boasts high descriptive performance in both photo shooting and video recording.

    Comprising 12 elements in 9 groups, the use of 3 aspherical lenses, an ED (Extra-low Dispersion) lens and a UHR (Ultra-High Refractive Index) lens and the optimum alignment achieves high MTF performance despite its compact size and light weight. It boasts stunningly high resolution toward the corners even at wide open as well as a beautiful bokeh, suppressing double line bokeh and vignetting.

    A double-magnet linear motor is integrated for the AF actuator, featuring high power despite its small size, achieving a maximum 480 fps high-speed sensor drive. This realizes fast, high-precision AF to ensure that photo opportunities are never missed. Like the 70-200mm F2.8 O.I.S. (S-E70200), the 16-35mm F4 (S-R1635) adopts a focus clutch mechanism, enabling instant AF/MF switching and accurate manual focusing, as well as excels in video recording performance thanks to a mechanism that suppresses focus breathing.

    It is also rugged dust/splash-resistant,*4 withstanding harsh conditions even at 10 degrees below zero for high mobility. The filter size is 77 mm, with a 9-blade circular aperture diaphragm.

    Both lenses will be at retail in January. The LUMIX S PRO 16-35mm F4 will available for $ 1,499 and the LUMIX S PRO 70-200mm F2.8 is $ 2,599.

    *1 Use of the tele converter reduces the effective aperture by one f/stop (DMW-STC14) or two f/stops DMW-STC20)
    *2 5-Axis Dual I.S. 2 can be used with the camera LUMIX S1R, S1 and S1H, as of November 6, 2019.
    *3 Based on the CIPA standard [Yaw/Pitch direction: focusing distance f=200mm, when
    LUMIX S1R/S1/S1H is used.]
    *4 Dust and Splash Resistant does not guarantee that damage will not occur if this lens is subjected to
    direct contact with dust and water.

    Panasonic Lumix S Pro 16-35mm F4 specifications

    Principal specifications
    Lens type Zoom lens
    Max Format size 35mm FF
    Focal length 16–35 mm
    Image stabilization No
    Lens mount Leica SL
    Aperture
    Maximum aperture F4
    Minimum aperture F22
    Aperture ring No
    Number of diaphragm blades 9
    Optics
    Elements 12
    Groups 9
    Special elements / coatings 1 ED + 1 UHR + 3 aspherical elements
    Focus
    Minimum focus 0.25 m (9.84)
    Maximum magnification 0.23×
    Autofocus Yes
    Motor type Linear Motor
    Full time manual Yes
    Focus method Internal
    Distance scale Yes
    Physical
    Weight 500 g (1.10 lb)
    Diameter 85 mm (3.35)
    Length 100 mm (3.94)
    Sealing Yes
    Colour Black
    Zoom method Rotary (extending)
    Power zoom No
    Zoom lock No
    Filter thread 77 mm
    Hood supplied Yes
    Tripod collar No

    Articles: Digital Photography Review (dpreview.com)

  • How to Achieve the Perfect White Balance in Lightroom

    The post How to Achieve the Perfect White Balance in Lightroom appeared first on Digital Photography School. It was authored by Simon Ringsmuth.

    perfect-white-balance-in-lightroom

    Achieving the perfect white balance in your pictures can seem like a futile gesture. Don Quixote tilting at windmills is as nothing compared to finding the harmony that exists somewhere between 2,000 and 10,000 Kelvin! Photographers have wasted away before it, entranced by what they have seen, or been driven mad by their desire to get their pictures looking pixel-perfect with the ideal white balance that seems ever just out of reach. Fret not! With a few tips on adjusting white balance in Lightroom, you’ll be turning out beautiful photos in no time.

    perfect-white-balance-in-lightroom

    Understanding white balance can be a little tricky, but basically, what you are doing is giving your camera or computer a reference point to calculate all the colors in an image. It’s similar to explaining the size of something like a box or a bowl. Unless you have precise measurements, you need to compare it to a common object, so people have a frame of reference.

    Image: White balance is like a banana: it’s a reference point.

    White balance is like a banana: it’s a reference point.

    Digital cameras use white balance as a way of knowing how all the colors in an image should appear. It’s true north on the color compass, so to speak, and helps inform the values for every other color in the image. By using white balance as the foundation for color calculation, your camera will then adjust what everything else is supposed to look like.

    Since colors change under different lighting conditions, white balance is often the key to getting your pictures to look just how you want them.

    Image: Temp: 5250K, +39 Tint

    Temp: 5250K, +39 Tint

    The image above has a crisp, bright appearance that seems fitting after a midsummer rain shower. This is mostly due to setting the white balance to mimic the tones of natural daylight.

    Image: Temp: 7274K, Tint +26

    Temp: 7274K, Tint +26

    A change in the Temperature and Tint resulted in an image that seems as though it was shot in the early morning, or perhaps in a warmer climate. This one feels more comforting, while the top photo might be more true-to-life.

    All cameras have an Auto white balance setting, which tries to interpret color based on an analysis of the perceived lighting conditions at the time a shot is taken. However, that doesn’t mean it’s the correct white balance. It’s just one particular value that your camera thinks might be appropriate given the algorithms it has been programmed with by the manufacturer.

    The nice thing about white balance is that, like almost everything artistic, it’s entirely subjective. You can make your white balance be whatever you want! It’s a tool to make your pictures look not how someone else thinks they are supposed to look, but how you want them to look. Realizing this helped me immensely over the years, and refocused my editing process altogether. No longer do I look for the correct white balance, but instead, I try to find an accurate white balance given how I want my pictures to appear.

    How to Achieve the Perfect White Balance in Lightroom

    Shoot in RAW

    You can use myriad tools to set your white balance at the time you shoot your pictures. Most cameras have presets like Sunny, Cloudy, Fluorescent, etc., to make sure your white balance is properly calibrated for your given shooting conditions.

    However, the option that gives you the most creative freedom isn’t any of these at all. It’s the Photo Quality setting, and the first step to achieving white balance nirvana is to shoot in RAW. This lets you fine-tune the white balance ex post facto so you can edit and tweak in Lightroom rather than worrying about getting it right when you click the shutter.

    perfect-white-balance-in-lightroom

    Adjust the sliders in Lightroom left or right to change the color temperature and tint. Click the eyedropper to select a neutral color for setting the white balance. Use the Select Menu in the top-right to access various white balance presets.

    Post-processing is where the real fun begins because when you shoot in RAW, you can edit your picture however you want. If you want your pictures to look warmer, you can adjust the white balance sliders accordingly. If you prefer a cooler look, you can do that too. The point is there is no correct value for white balance on any given picture – the end result is what matters. What that looks like can be entirely up to you.

    Setting white balance in Lightroom

    Changing white balance in Lightroom is fairly simple, but there are various options you can use to make the process easier and more customizable.

    I like to start with the Eyedropper Tool, which lets you specify white balance by clicking on an area of your photo that is almost white. You’ll get the best results if you click on a slightly gray area. As you hover the eyedropper around your picture, you will see a preview of the results in the top-left corner.

    Image: When selecting a target neutral color, look for a portion of your image that is slightly gray...

    When selecting a target neutral color, look for a portion of your image that is slightly gray and not pure white. This is just a starting point though and should not be thought of as the final word on white balance.

    Finally, you can specify your own white balance just by dragging the Temperature and Tint sliders left and right. You can streamline your editing process by copying and pasting the values into other pictures or use the sync feature to instantly apply them to an entire batch.

    Finally, the way to set white balance is by using the preset options in the drop-down menu. These options are just preset values for the Temperature and Tint sliders similar to the white balance in any digital camera.

    perfect-white-balance-in-lightroom

    Creative customization

    The mechanics of changing white balance are one thing, but the effect of changing white balance is another matter entirely. Say it with me: there is no such thing as correct white balance. Instead, your goal should be to create an accurate white balance – one that reflects your artistic intentions in terms of color, mood, and emotion.

    Consider the following picture as an example. I shot this file in RAW and this is the result using Auto White Balance.

    perfect-white-balance-in-lightroom

    Temp: 4650K, Tint: +30

    It looks fine, and there’s nothing wrong with the picture, but look what happens with a few clicks of the Temp and Tint sliders. I raised the Temperature and lowered the Tint, and the result is an entirely different image.

    Image: Temp: 6758K, Tint: -9

    Temp: 6758K, Tint: -9

    This version feels much warmer and more intimate than the original, almost like rain has fallen on a parched plant. To change the image again, we can adjust the sliders for different values.

    perfect-white-balance-in-lightroom

    Temp: 3448K, Tint: +38

    In the final version, the viewer is left wondering if those are drops of water or ice. The picture feels cold and distant and evokes an entirely different emotion than the second version.

    Which image is the right one?

    They all are, and for different reasons.

    The point is to know what effect white balance has on your pictures and understand how to change it to get your images to look how you want them to look.

    I use this technique all the time when shooting portraits. I used to fret and worry about finding the best white balance for each of my pictures when, in truth, I was putting the white balance cart before the emotional horse. Instead, I now ask myself what I want my clients to feel when they look at their pictures and then adjust white balance (along with other settings) accordingly.

    The image below has been processed using Auto white balance.

    Image: Temp: 6000K, Tint: +1

    Temp: 6000K, Tint: +1

    Much like the previous example with water drops on leaves, the results here aren’t bad. It’s a perfectly serviceable image that the client would probably be happy to have in their home. However, a few clicks on the white balance sliders can have a dramatic impact.

    Image: Temp: 8285, Tint: +5

    Temp: 8285, Tint: +5

    This picture has a warmer tone and feels more comfortable. One might argue that the top picture is more true-to-life, while another person could prefer the saturated tones of the lower. The options for adjusting white balance, as with anything in photography, are endless. However, the point is to create an image that is pleasing to you.

    Take a break

    You might look at any of the examples in this article and immediately prefer one particular white balance setting over another. This happens to me during much of my editing sessions, as well. I find myself drawn to one version of a picture while entirely disregarding another. I find, walking away from my computer to reset my eyes is the best option.

    After a brief respite from editing, I often find my initial editing preferences dashed to pieces. It helps me see my photos with a set of fresh eyes, especially after removing myself from technology even for just a few minutes. I often find that photos take on an entirely different appearance when coming back to them from a break. I will usually try new things with white balance that I didn’t think of initially.

    Image: Temp: 5500K, Tint: +11

    Temp: 5500K, Tint: +11

    In the photo above, I went back and forth from warm to cool and back again before settling on a middle-ground approach that I preferred. If I had gone with my original instinct, I don’t think I would have liked the final result. Shooting in RAW, as well as trying different white balance options and finally taking a break from editing altogether, helped me arrive at what I felt was the best result.

    How to Achieve the Perfect White Balance in Lightroom: Conclusion

    Ultimately, the subjective nature of something as fundamental as white balance can seem a little scary. If there is no correct value, how can you even know where to start? There’s nothing wrong with using Auto, but I encourage you to experiment and try new settings you might not have thought of.

    Just because your phone or your computer tells you that your picture should have a certain white balance doesn’t mean that’s the correct value. There is no correct value with creative editing! Tweaking and customizing the white balance is a great way to have creative control over your images to make them look the way you want.

    Do you experiment with your white balance in Lightroom? Share with us your thoughts in the comments!

    The post How to Achieve the Perfect White Balance in Lightroom appeared first on Digital Photography School. It was authored by Simon Ringsmuth.


    Digital Photography School

  • All-new Sigma 24-70mm F2.8 DG DN Art coming to E and L-mount

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    Sigma has announced the newly developed 24-70mm F2.8 DG DN ‘Art’ for Sony E and Panasonic/Leica/Sigma L-mounts. The new lens joins the previously-announced 14-24mm F2.8 DG DN Art as the second of Sigma’s DN, or ‘Digital Native’ zooms designed from the outset for full-frame mirrorless.

    The new 24-70mm has a total of 19 elements, including low dispersion, special low dispersion and aspherical glass. Sigma’s ‘Super Multi-Layer’ and ‘Nano Porous’ coatings have been applied to reduce flare and ghosting. Autofocus is driven by a stepping motor and the lens can focus as close as 18cm (7.1″).

    The new 24-70 is weather-sealed, features a brass bayonet mount and uses 82mm filters. The L-mount version weighs in at 835 grams (1.8 pounds), with the E-mount version coming in a few grams lighter.

    You can get your hands on the 24-70mm F2.8 DG DN Art lens in just a few weeks. Pricing has yet to be disclosed, but it will naturally be compared against Tamron’s popular 28-75mm F/2.8 Di III RXD, which retails for $ 850.

    Press release:

    Sigma Announces New 24-70mm F2.8 DG DN Art Zoom Lens for Full Frame Mirrorless Cameras; Available in Sony E-mount and L-mount

    Sigma Corporation today made the following announcement:

    Launch of the 24-70mm F2.8 DG DN Art Zoom lens for full frame mirrorless cameras, leveraging the top-level Art zoom performance, featuring:

    • Best-in-class optical performance
    • Compatibility with the latest full-frame mirrorless camera bodies
    • Flexibility for various uses and photographic environments

    Sigma 24-70mm F2.8 DG DN Art Lens

    This second newly-designed Art zoom lens from Sigma is a large-aperture standard zoom for full-frame mirrorless camera systems and is available in Sony E-mount and L-mount. The Sigma 24-70mm F2.8 offers best-in-class performance due to a sophisticated optical design that delivers high resolution throughout the entire zoom range. This new Art zoom lens from Sigma follows the debut of the lauded 14-24mm F2.8 DG DN Art zoom for mirrorless cameras.

    The Sigma 24-70mm F2.8 DG DN Art lens exerts superiority in mirrorless camera-dedicated designs, resulting in a reduced lens size and weight while achieving uniformity and high resolution from the center to the periphery throughout the zoom range. Compatibility with the latest mirrorless camera bodies and functions assists in various photographic environments and meets the high demands of both professional and advanced amateur photographers.

    Key features include:

    1. Best-in-class optical performance. The F2.8 Art flagship zoom lens series is developed to achieve superior optical performance. By employing three aspheric lenses, this zoom lens thoroughly subdues aberrations such as axial chromatic aberration or sagittal coma aberrations, which are difficult to correct in post-processing, tailors the resolution and achieves uniformity and superior optical performance from the center to the periphery throughout the zoom range. In addition to Super Multi-Layer Coating, Sigma’s proprietary Nano Porous Coating is employed to achieve high-contrast and clear image quality. This lens is designed to be less affected by strong incident light such as flare.
    2. Ensuring compatibility with the latest full-frame mirrorless camera bodies. The Sigma 24–70mm F2.8 DG DN ensures compatibility with various types of the latest full-frame mirrorless camera bodies for Sony E-mount and L-mount, (including the new Sigma fp camera), capable of exerting the best performance under any photographic circumstances.
    3. Flexibility for various uses and photographic environments. Featuring a dust and splash-proof body and zoom lock mechanism for preventing the lens barrel from extending unexpectedly, the 24-70mm F2.8 meets a wide range of needs for a variety of photographic environments. The maximum magnifications are 1:2.9 at the wide-angle end and 1:4.5 at the telephoto end, which provides a wider range of expression for close-up photography. The minimum focusing distance is 18 cm at the wide-angle end.

    Additional features:

    • Zoom lock switch
    • Lens hood with a lock
    • Mount with dust- and splash-proof structure
    • Compatible with the Lens Aberration Correction
    • Available Mount conversion service
    • Designed to minimize flare and ghosting
    • Evaluation with Sigma’s own MTF measuring system: A1
    • 11-blade rounded diaphragm
    • High-precision, rugged brass bayonet mount
    • “Made in Japan” craftsmanship

    The Sigma 24-70mm F2.8 DG DN Art will be available in L-mount and Sony E-mount in mid-November 2019 through authorized US dealers. Pricing will be announced at a later date.

    For full product details and technical specifications as well as press imagery, please refer to the official press release here.

    More details are available at: http://www.sigma-global.com/en/lenses/cas/concept.

    Sigma 24-70mm F2.8 DG DN Art specifications

    Principal specifications
    Lens type Zoom lens
    Max Format size 35mm FF
    Focal length 24–70 mm
    Image stabilization No
    Lens mount Leica SL, Sony FE
    Aperture
    Maximum aperture F2.8
    Minimum aperture F22
    Aperture ring No
    Number of diaphragm blades 11
    Optics
    Elements 19
    Groups 15
    Special elements / coatings 6 FLD + 2 SLD + aspherical elements, Super Multi-Layer and Nano Porous coatings
    Focus
    Minimum focus 0.18 m (7.09)
    Maximum magnification 0.34×
    Autofocus Yes
    Motor type Stepper motor
    Full time manual Yes
    Focus method Internal
    Distance scale No
    DoF scale No
    Physical
    Weight 835 g (1.84 lb)
    Diameter 88 mm (3.46)
    Length 123 mm (4.84)
    Materials Magnesium alloy
    Sealing Yes
    Colour Black
    Zoom method Rotary (extending)
    Power zoom No
    Zoom lock Yes
    Filter thread 82 mm
    Hood supplied Yes
    Tripod collar No
    Other
    Notes Weight and dimensions for L-mount version

    Articles: Digital Photography Review (dpreview.com)

  • Panasonic’s new Lumix S Pro 70-200mm F2.8 offers up to 7 stops of shake reduction

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    Panasonic has officially unveiled the Lumix S Pro 70-200mm F2.8 for its full-frame L-mount system, adding a fast-aperture, stabilized telephoto zoom to the native lens lineup. The lens will go on sale early next year for $ 2600.

    The 70-200mm F2.8 includes optical stabilization, which can be combined with in-camera ‘Dual IS 2’ system for a total of 7 stops of shake reduction. It’s dust and water-resistant, and offers a minimum focus distance of about 1m (3ft).

    The lens weighs 1570g (3.5lbs) and accepts 82mm filters. Optical construction comprises 22 total elements in 17 groups, including one aspherical, three Extra-low Dispersion and two Ultra Extra-Low Dispersion lenses to reduce chromatic aberration.

    The Panasonic Lumix S Pro 70-200mm F2.8 will arrive alongside the also-announced 16-35mm F4 in January at a price of $ 2600.

    Press release:

    Panasonic Launches Two New L-Mount Interchangeable Lenses for the LUMIX S Series Full-frame Digital Single Lens Mirrorless Camera

    Newark, NJ (November 6, 2019) – Panasonic is proud to introduce two new interchangeable lenses based on the L-Mount system for the LUMIX S Series Full-frame Digital Single Lens Mirrorless Cameras. Designed for professional use, the LUMIX S Series offers uncompromising photographic expression with its high-quality cameras and lenses.

    The LUMIX S PRO 70-200mm F2.8 O.I.S. (S-E70200) is a large-aperture telephoto zoom lens that boasts high descriptive performance across the entire zoom range. The LUMIX S PRO 16-35mm F4 (S-R1635) is a versatile wide zoom lens that provides high resolution images and a beautiful bokeh despite its compact, light-weight profile. Both high-performing LUMIX S PRO lenses achieve LEICA’s stringent standards.

    LUMIX S PRO/S Lens Lineup as of November 2019

    • LUMIX S PRO 50mm F1.4 (S-X50)
    • [NEW] LUMIX S PRO 16-35mm F4 (S-R1635)
    • LUMIX S PRO 24-70mm F2.8 (S-E2470)
    • LUMIX S 24-105mm F4 MACRO O.I.S. (S-R24105)
    • [NEW] LUMIX S PRO 70-200mm F2.8 O.I.S. (S-E70200)
    • LUMIX S PRO 70-200mm F4 O.I.S. (S-R70200)

    In addition to Panasonic’s existing portfolio of first-class lenses for the LUMIX S series family of cameras, the company is committed to designing and developing 11 or more lenses with the emphasis on the “LUMIX S PRO” class by March 2021. Currently, more than 46 interchangeable L-Mount lenses are available or will be available from Panasonic, Leica Camera AG and Sigma, opening up a virtually limitless spectrum of new creative possibilities.

    LUMIX S PRO 70-200mm F2.8 O.I.S. (S-E70200)

    Designed and developed for professional field shooting, the LUMIX S PRO 70-200mm F2.8 O.I.S. (S-E70200) uses 2 UED (Ultra Extra-low Dispersion) lenses, 3 ED (Extra-low Dispersion) lenses and optimum alignment comprising 22 elements in 17 groups, effectively suppressing both axial chromatic aberration and chromatic aberration of magnification. Astigmatism is also corrected with an aspherical lens, achieving high resolving performance. Adoption of a double focus system suppresses fluctuation of aberration even at close distances, which results in high descriptive performance from the center to the corners over the entire zoom range despite its large aperture.

    Covering from 70mm to 200mm, the use of a Teleconverter allows a maximum 280mm (1.4x, with DMW-STC14) and 400mm (2x, with DMW-STC20) super telephoto shooting*1, with maximum 480 fps focus control for high-speed, high-precision auto focus. The O.I.S. (Optical Image Stabilizer) in the lens complies with the camera’s Body I.S. and the 5-Axis Dual I.S. 2*2 makes it possible to use a 7-stop slower shutter speed*3. Adoption of a focus clutch mechanism enables instant AF/MF switching and accurate manual focusing.

    The constant F2.8 large aperture provides smooth defocus gradation from the focus peak to the neighboring area of the image to achieve a beautiful bokeh effect as well as a rich perspective. The LUMIX S PRO 70-200mm F2.8 O.I.S. also excels in video recording performance with a mechanism that suppresses focus breathing, which was a fatal problem in all interchangeable lenses designed for still image photography.

    The rugged, dust/splash-resistant*4 design withstands use under harsh conditions even at 10 degrees below zero for high mobility. The filter size is 82 mm, with an 11-blade circular aperture diaphragm.

    LUMIX S PRO 16-35mm F4 (S-R1635)

    The LUMIX S PRO 16-35mm F4 (S-R1635) is a versatile wide zoom lens boasts high descriptive performance in both photo shooting and video recording.

    Comprising 12 elements in 9 groups, the use of 3 aspherical lenses, an ED (Extra-low Dispersion) lens and a UHR (Ultra-High Refractive Index) lens and the optimum alignment achieves high MTF performance despite its compact size and light weight. It boasts stunningly high resolution toward the corners even at wide open as well as a beautiful bokeh, suppressing double line bokeh and vignetting.

    A double-magnet linear motor is integrated for the AF actuator, featuring high power despite its small size, achieving a maximum 480 fps high-speed sensor drive. This realizes fast, high-precision AF to ensure that photo opportunities are never missed. Like the 70-200mm F2.8 O.I.S. (S-E70200), the 16-35mm F4 (S-R1635) adopts a focus clutch mechanism, enabling instant AF/MF switching and accurate manual focusing, as well as excels in video recording performance thanks to a mechanism that suppresses focus breathing.

    It is also rugged dust/splash-resistant, *4 withstanding harsh conditions even at 10 degrees below zero for high mobility. The filter size is 77 mm, with a 9-blade circular aperture diaphragm.

    Both lenses will be at retail in January. The LUMIX S PRO 16-35mm F4 will available for $ 1,499 and the LUMIX S PRO 70-200mm F2.8 is $ 2,599.

    *1 Use of the tele converter reduces the effective aperture by one f/stop (DMW-STC14) or two f/stops DMW-STC20)
    *2 5-Axis Dual I.S. 2 can be used with the camera LUMIX S1R, S1 and S1H, as of November 6, 2019.
    *3 Based on the CIPA standard [Yaw/Pitch direction: focusing distance f=200mm, when
    LUMIX S1R/S1/S1H is used.]
    *4 Dust and Splash Resistant does not guarantee that damage will not occur if this lens is subjected to
    direct contact with dust and water.

    Panasonic Lumix S Pro 70-200mm F2.8 O.I.S. specifications

    Principal specifications
    Lens type Zoom lens
    Max Format size 35mm FF
    Focal length 70–200 mm
    Image stabilization Yes (up to 7 stops with Dual IS 2 compatible bodies)
    CIPA Image stabilization rating 7 stop(s)
    Lens mount Leica SL
    Aperture
    Maximum aperture F2.8
    Minimum aperture F22
    Aperture ring No
    Number of diaphragm blades 11
    Optics
    Elements 22
    Groups 17
    Special elements / coatings 1 aspherical + 3 ED + 3 UED elements
    Focus
    Minimum focus 0.95 m (37.4)
    Maximum magnification 0.21×
    Autofocus Yes
    Motor type Linear Motor
    Full time manual Yes
    Focus method Internal
    Distance scale Yes
    DoF scale No
    Focus distance limiter Yes
    Physical
    Weight 1570 g (3.46 lb)
    Diameter 94 mm (3.7)
    Length 209 mm (8.23)
    Materials Magnesium alloy
    Sealing Yes
    Colour Black
    Zoom method Rotary (extending)
    Power zoom No
    Zoom lock No
    Filter thread 82 mm
    Hood supplied Yes
    Tripod collar Yes

    Articles: Digital Photography Review (dpreview.com)

  • Canon unveils the EOS Ra, a full-frame mirrorless astrophotography camera

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    Canon very quietly today released a dedicated astrophotography version of its EOS R camera, the EOS Ra.

    Much like the Nikon D810a and Canon’s own 60Da, the EOS Ra has been modified to better capture celestial objects in the night sky, but aside from that remains unchanged from its more conventional counterpart. Specifically, Canon has modified the IR filter in front of the full-frame sensor, to allow the Ra to capture as much as four times the amount of hydrogen alpha rays (656nm wavelength) compared to the standard EOS R camera. This alteration will make it easier to capture the deep red infrared rays given off by objects in space.

    The EOS Ra also offers a 30x magnification option in the EVF and in Live View, a dramatic increase from the 10x magnification found in the standard EOS R. This increase should make it easier to focus on celestial bodies to get focus just right.

    Aside from those two alterations, the EOS Ra is effectively identical to the EOS R, complete with the 30MP sensor, 3.69M-dot OLED EVF, dot-matrix LED panel and magnesium-alloy body.

    The Canon EOS Ra is currently available to pre-order for $ 2,500. No estimated shipping timeframe has been given at this time.

    Update: As of 5pm PT, the EOS Ra product page on Adorama.com has been removed. We have asked Canon for clarification and will update this article accordingly.

    Articles: Digital Photography Review (dpreview.com)

  • Canon Announces 24P Video in 90D, EOS RP Via Firmware Update

    The post Canon Announces 24P Video in 90D, EOS RP Via Firmware Update appeared first on Digital Photography School. It was authored by Jaymes Dempsey.

     

    Canon Announces 24PWhen Canon debuted the EOS RP, photographers who also shoot video were intensely frustrated by one feature:

    The lack of 24p video recording when shooting HD.

    24p is especially important to videographers going for a cinematic look; 24p is a very common choice in movies, and the 24p look is now expected by moviegoers.

    While the Canon EOS RP did offer 24p when shooting 4K, Canon customers were still disappointed. For anyone who wished to shoot in the HD arena at 24p, the Canon EOS RP was off-limits.

    This trend continued with the Canon 90D, which also lacked 24p, though this time when shooting both 4K and full HD. And the Canon EOS M6 Mark II also missed the 24p feature.

    Fortunately, Canon seems to listen to its consumers. On October 8th, the photography giant announced that it would be bringing 24p recording to a series of DSLR and mirrorless cameras. It promised to start with the EOS RP and the Canon 90D, followed by the PowerShot G7 X Mark III, the G5 X Mark II, and the Canon EOS M6 Mark II.

    And just last week, Canon delivered. The company released its firmware version 1.4.0 for the Canon EOS RP and its firmware version 1.1.1 for the Canon 90D, allowing both cameras to shoot video at 24p. As the EOS RP already had 24p capabilities when doing 4K video, the firmware update simply expands this into the full HD territory. But the Canon 90D offered no 24p capabilities, and the firmware update has turned this around, giving the DSLR 24p shooting in both full HD recording and 4K recording.

    You can download this new firmware from the Canon website (completely free!).

    While the G7 X Mark III, G5 X Mark II, and EOS M6 Mark II haven’t yet received their firmware updates, you can be fairly confident that Canon will deliver. Canon has even offered a timeline, promising 24p for the G7 X Mark III and the G5 X Mark II before New Years, and the EOS M6 Mark II in 2020 (hopefully early on!).

    Now I’d like to ask you:

    What do you think of this firmware update? Does this make the Canon 90D or the Canon EOS RP more desirable? Share in the comments!

    The post Canon Announces 24P Video in 90D, EOS RP Via Firmware Update appeared first on Digital Photography School. It was authored by Jaymes Dempsey.


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