Tag: Capture

  • Ultra-compact Canon EOS Rebel SL3 offers eye-detect AF and cropped 4K capture

    $ (document).ready(function() { SampleGalleryV2({“containerId”:”embeddedSampleGallery_4686843819″,”galleryId”:”4686843819″,”isEmbeddedWidget”:true,”selectedImageIndex”:0,”isMobile”:false}) });

    Canon has introduced the EOS Rebel SL3, its smallest and lightest DSLR ever. It uses the same 24MP APS-C CMOS sensor as its SL2 predecessor but adds a DIGIC 8 processor, eye-detection when using Dual Pixel AF, improved battery life and 4K video capture with a substantial crop.

    The SL3 manages to shave a little of the SL2’s size and weight, making it a very trim 15.84oz / 450g. The camera’s most notable upgrade is its new DIGIC 8 processor, and it maintains the SL2’s fully articulated 3″ 1.04M-dot touchscreen, 5 fps burst shooting rate and Wi-Fi capability. The SL3 does boast significantly better battery life than its predecessor; a very healthy 1,070 shots per charge compared to the SL2’s 650-shot rating.

    The SL3 seemingly improves on the SL2’s 1080p video spec with 4K/24p recording, but this is unfortunately accompanied by a heavy crop like the one we saw on its M50 mirrorless sibling. Dual Pixel autofocus is also unavailable when shooting 4K video.

    The Canon EOS Rebel SL3 will be available at the end of this month in either black or white color options for $ 600 body-only or $ 750 with 18-55mm F4-5.6 IS STM lens included.

    LIGHT IN WEIGHT, HEAVY IN FEATURES: INTRODUCING THE EOS REBEL SL3 COMPACT DIGITAL SLR CAMERA

    Empowering Users with an Easy Way to Express Themselves, the New Camera Delivers Stunning Photos and 4K Videos in a Lightweight Body

    MELVILLE, N.Y., April 10, 2019 – Combining ease-of-use with high-image quality, Canon U.S.A., Inc., a leader in digital imaging solutions, today unveiled the EOS Rebel SL3 DSLR camera, the smallest and lightest product within the current EOS lineup. Weighing just 15.84 oz1, the EOS Rebel SL3 offers users a compact system delivering high-resolution images – complete with an APS-C imaging sensor, DIGIC 8 Image Processor and 3.0-inch vari-angle LCD touchscreen as well as 4K video, a first for the EOS Rebel lineup. Compatible with Canon’s full line of interchangeable EF and EF-S lenses, along with the ability to instantly send images to compatible smartphones through Auto Image Transfer via Wi-Fi® connectivity2, the EOS Rebel SL3 is the tool needed to empower aspiring photographers to capture gorgeous shots quickly and easily.

    “Since its inception, the EOS Rebel product line has aimed to provide imaging excellence for entry-level visual storytellers,” said Kazuto Ogawa, president and chief operating officer, Canon U.S.A., Inc. “Therefore, it was imperative that the next step in the EOS Rebel journey include innovative features such as 4K video and DIGIC 8 Image Processor to meet the needs of emerging photographers, while living up to the high-image quality and compact size EOS Rebel DSLRs are known for.”

    The EOS Rebel SL3 carries a powerful 24.1 Megapixel CMOS (APS-C) sensor, enabling users to snap photos and express themselves across a multitude of settings – whether it be a beautiful night scene, stunning family-vacation destination or a picturesque landscape. The camera is equipped with Canon’s DIGIC 8 processor – first introduced in the EOS M50 and later built into the revolutionary EOS R full-frame mirrorless system. DIGIC 8 helps improve autofocus performance and allows for the processing of 4K video and 4K time-lapse movies – helping budding videographers record scenes such as the colorful evening skyline in brilliant detail.

    The EOS Rebel SL3 features autofocus (AF) capabilities, delivering nine AF points across the optical viewfinder. This includes a new Spot AF which allows users to focus on a precise area within the subject. The EOS Rebel SL3 is the first DSLR in the Canon EOS line to feature Dual Pixel CMOS AF3 with Eye Detection AF in Live View shooting mode. With its optical viewfinder and Live View LCD monitor, photographers can enjoy two different ways of shooting and customize their experience based on the scene. The system is also the first Canon EOS SLR to incorporate a Smooth Skin setting, which can help render skin tones as well as Creative Assist – an interface by which users can check and seamlessly change shooting conditions in Live View4– such as white balance or brightness – in real time.

    Additional key features of the EOS Rebel SL3 camera include:

    • Feature Assistant that guides and offers tips for more effective shooting
    • Continuous shooting mode up to 5.0 fps
    • Digital Lens Optimizer that corrects optical shifting automatically, even without a computer5

    The EOS Rebel SL3 will be available toward the end of April for purchase in black and white color options for an estimated retail price of $ 599.99, for the body only and $ 749.99 for the body with a EF-S 18-55 f/4-5.6 IS STM lens*. For more information, please visit usa.canon.com.

    1 Includes battery and SD memory card (confirms with CIPA standards).1 Includes battery and SD memory card (confirms with CIPA standards).

    2 Compatible with select smartphone and tablet devices (Android™ version 5.0 or later and the following iOS® devices: iPhone 4s or later, iPad 3rd gen. or later, iPod Touch 5th gen. or later) equipped with Bluetooth® version 4.0 or later and the Camera Connect app.

    3 Based on results of AF speed tests in accordance with CIPA guidelines. Results may vary depending on shooting conditions and lens in use. Relies on internal measurement method. • Shutter speed: 1/500 or more• Lens used: EF 50 mm f/1.8 STM• Aperture: within three steps of maximum aperture• Using a fully charged battery pack LP-E17, at 23?C

    4 Available AF points may decrease when shooting with AF cropping or in movie mode, or depending on camera settings or lens attached.

    5 Up to three lenses can be registered at once within the camera.

    *Availability, prices and specifications are subject to change without notice. Actual prices are set by individual dealers and may vary.

    Canon EOS Rebel SL3 specifications

    Price
    MSRP $ 599 (body only), $ 749 (w/18-55mm F4-5.6 lens)
    Body type
    Body type Compact SLR
    Body material Composite
    Sensor
    Max resolution 6000 x 4000
    Image ratio w:h 1:1, 4:3, 3:2, 16:9
    Effective pixels 24 megapixels
    Sensor photo detectors 26 megapixels
    Sensor size APS-C (22.3 x 14.9 mm)
    Sensor type CMOS
    Processor DIGIC 8
    Color space sRGB, Adobe RGB
    Color filter array Primary color filter
    Image
    ISO Auto, 100-25600 (expands to 51200)
    Boosted ISO (maximum) 51200
    White balance presets 6
    Custom white balance Yes
    Image stabilization No
    Uncompressed format RAW
    JPEG quality levels Fine, normal
    File format
    • JPEG (Exif v2.3)
    • Raw (14-bit Canon CR2)
    • C-RAW (compressed)
    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
    Manual focus Yes
    Number of focus points 3975
    Lens mount Canon EF/EF-S
    Focal length multiplier 1.6×
    Screen / viewfinder
    Articulated LCD Fully articulated
    Screen size 3
    Screen dots 1,040,000
    Touch screen Yes
    Screen type TFT LCD
    Live view Yes
    Viewfinder type Optical (pentamirror)
    Viewfinder coverage 95%
    Viewfinder magnification 0.87× (0.54× 35mm equiv.)
    Photography features
    Minimum shutter speed 30 sec
    Maximum shutter speed 1/4000 sec
    Exposure modes
    • Program
    • Shutter priority
    • Aperture priority
    • Manual
    Scene modes
    • Portrait
    • Smooth skin
    • Group photo
    • Landscape
    • Sports
    • Kids
    • Close-up
    • Food
    • Candlelight
    • Night portrait
    • Handheld night scene
    • HDR backlight control
    Built-in flash Yes
    External flash Yes (via hot shoe)
    Flash X sync speed 1/200 sec
    Drive modes
    • Single
    • High-speed continuous
    • Silent single
    • Silent continuous
    • Self-timer
    • Continuous shooting after self-timer
    Continuous drive 5.0 fps
    Self-timer Yes (2 or 10 secs)
    Metering modes
    • Multi
    • Center-weighted
    • Spot
    • Partial
    Exposure compensation ±5 (at 1/3 EV, 1/2 EV steps)
    AE Bracketing ±3 (3 frames at 1/3 EV, 1/2 EV steps)
    Videography features
    Format MPEG-4, H.264
    Modes
    • 3840 x 2160 @ 25p / 120 Mbps, MP4, H.264, AAC
    • 3840 x 2160 @ 23.98p / 120 Mbps, MP4, H.264, AAC
    • 1920 x 1080 @ 60p / 60 Mbps, MP4, H.264, AAC
    • 1920 x 1080 @ 50p / 60 Mbps, MP4, H.264, AAC
    • 1920 x 1080 @ 30p / 30 Mbps, MP4, H.264, AAC
    • 1920 x 1080 @ 25p / 30 Mbps, MP4, H.264, AAC
    Microphone Stereo
    Speaker Mono
    Storage
    Storage types SD/SDHC/SDXC (UHS-I compatible)
    Connectivity
    USB USB 2.0 (480 Mbit/sec)
    HDMI Yes (Mini-HDMI)
    Microphone port Yes
    Headphone port No
    Wireless Built-In
    Wireless notes 802.11b/g/n + Bluetooth
    Remote control Yes (via wired or wireless remote or smartphone)
    Physical
    Environmentally sealed No
    Battery Battery Pack
    Battery description LP-E17 lithium-ion battery & charger
    Battery Life (CIPA) 1070
    Weight (inc. batteries) 449 g (0.99 lb / 15.84 oz)
    Dimensions 122 x 93 x 70 mm (4.8 x 3.66 x 2.76)
    Other features
    Orientation sensor Yes
    Timelapse recording Yes (videos only)
    GPS None

    Articles: Digital Photography Review (dpreview.com)

  • Afidus ATL-200 camera can capture time-lapses for up to 80 days on battery power

    A company called Afidus andbased out of Taiwan is demonstrating a relatively small cube-shaped camera called the ATL-200 at NAB 2019. Though it resembles an action camera, the ATL-200 is designed specifically to capture time-lapses; it can capture continuously for up to 30 days while on battery power.

    The ATL-200 camera can be powered with four AA batteries or with a 5V micro USB cable charger. When operating off batteries, the camera operates for 45 days at a 1-minute capturing interval or 80 days at a 5-minute capturing interval, assuming it runs for 8 hours per day.

    Operators have a number of capture options, including time-lapse intervals from 1 to 30 seconds, 1 to 10 minutes, and 1/4/24 hours, as well as a custom time option for using any interval duration. Continuous intervals can be set to 5, 10, and 15fps when recording at 1080p and 30fps at 720p.

    ATL-200 supports multiple capture modes, including motion detection, stop motion, time-lapse, time-lapse and motion hybrid, and step video. The camera’s integrated motion sensor can detect moving objects located up to 25ft / 7.6m away. In addition to the camera’s autofocusing capabilities, operators can manually set the focus and zoom using the ATL-200’s companion mobile app.

    Other features include a Sony Exmor Full HD 1080p sensor, IPX 64 weather-resistant construction, and a standard 1/4-20 tripod mount joined by four strap tabs. The camera is shipped with a 16GB SanDisk Ultra microSD card, but users can swap it out with other cards that have capacities up to 128GB. Time-lapses are saved in MP4 format. Below is a video highlighting the stand-out features of the time-lapse camera.

    Afidus lists the ATL-200 on its website, but it only appears to be available for sale through TimeLapseCameras.com at this time, as noted by Newsshooter. The camera is priced at $ 389 USD; the next camera batch is expected to start shipping in late April.

    Articles: Digital Photography Review (dpreview.com)

  • Ultra-compact Canon EOS Rebel SL3 offers eye-detect AF and disappointing 4K capture

    $ (document).ready(function() { SampleGalleryV2({“containerId”:”embeddedSampleGallery_4686843819″,”galleryId”:”4686843819″,”isEmbeddedWidget”:true,”selectedImageIndex”:0,”isMobile”:false}) });

    Canon has introduced the EOS Rebel SL3, its smallest and lightest DSLR ever. It uses the same 24MP APS-C CMOS sensor as its SL2 predecessor but adds a DIGIC 8 processor, eye-detection when using Dual Pixel AF, improved battery life and 4K video capture with a disappointingly huge crop.

    The SL3 manages to shave a little of the SL2’s size and weight, making it a very trim 15.84oz / 450g. The camera’s most notable upgrade is its new DIGIC 8 processor, and it maintains the SL2’s fully articulated 3″ 1.04M-dot touchscreen, 5 fps burst shooting rate and Wi-Fi capability. The SL3 does boast significantly better battery life than its predecessor; a very healthy 1,070 shots per charge compared to the SL2’s 650-shot rating.

    The SL3 seemingly improves on the SL2’s 1080p video spec with 4K/24p recording, but this is unfortunately accompanied by a heavy crop like the one we saw on its M50 mirrorless sibling. Dual Pixel autofocus is also unavailable when shooting 4K video.

    The Canon EOS Rebel SL3 will be available at the end of this month in either black or white color options for $ 600 body-only or $ 750 with 18-55mm F4-5.6 IS STM lens included.

    LIGHT IN WEIGHT, HEAVY IN FEATURES: INTRODUCING THE EOS REBEL SL3 COMPACT DIGITAL SLR CAMERA

    Empowering Users with an Easy Way to Express Themselves, the New Camera Delivers Stunning Photos and 4K Videos in a Lightweight Body

    MELVILLE, N.Y., April 10, 2019 – Combining ease-of-use with high-image quality, Canon U.S.A., Inc., a leader in digital imaging solutions, today unveiled the EOS Rebel SL3 DSLR camera, the smallest and lightest product within the current EOS lineup. Weighing just 15.84 oz1, the EOS Rebel SL3 offers users a compact system delivering high-resolution images – complete with an APS-C imaging sensor, DIGIC 8 Image Processor and 3.0-inch vari-angle LCD touchscreen as well as 4K video, a first for the EOS Rebel lineup. Compatible with Canon’s full line of interchangeable EF and EF-S lenses, along with the ability to instantly send images to compatible smartphones through Auto Image Transfer via Wi-Fi® connectivity2, the EOS Rebel SL3 is the tool needed to empower aspiring photographers to capture gorgeous shots quickly and easily.

    “Since its inception, the EOS Rebel product line has aimed to provide imaging excellence for entry-level visual storytellers,” said Kazuto Ogawa, president and chief operating officer, Canon U.S.A., Inc. “Therefore, it was imperative that the next step in the EOS Rebel journey include innovative features such as 4K video and DIGIC 8 Image Processor to meet the needs of emerging photographers, while living up to the high-image quality and compact size EOS Rebel DSLRs are known for.”

    The EOS Rebel SL3 carries a powerful 24.1 Megapixel CMOS (APS-C) sensor, enabling users to snap photos and express themselves across a multitude of settings – whether it be a beautiful night scene, stunning family-vacation destination or a picturesque landscape. The camera is equipped with Canon’s DIGIC 8 processor – first introduced in the EOS M50 and later built into the revolutionary EOS R full-frame mirrorless system. DIGIC 8 helps improve autofocus performance and allows for the processing of 4K video and 4K time-lapse movies – helping budding videographers record scenes such as the colorful evening skyline in brilliant detail.

    The EOS Rebel SL3 features autofocus (AF) capabilities, delivering nine AF points across the optical viewfinder. This includes a new Spot AF which allows users to focus on a precise area within the subject. The EOS Rebel SL3 is the first DSLR in the Canon EOS line to feature Dual Pixel CMOS AF3 with Eye Detection AF in Live View shooting mode. With its optical viewfinder and Live View LCD monitor, photographers can enjoy two different ways of shooting and customize their experience based on the scene. The system is also the first Canon EOS SLR to incorporate a Smooth Skin setting, which can help render skin tones as well as Creative Assist – an interface by which users can check and seamlessly change shooting conditions in Live View4– such as white balance or brightness – in real time.

    Additional key features of the EOS Rebel SL3 camera include:

    • Feature Assistant that guides and offers tips for more effective shooting
    • Continuous shooting mode up to 5.0 fps
    • Digital Lens Optimizer that corrects optical shifting automatically, even without a computer5

    The EOS Rebel SL3 will be available toward the end of April for purchase in black and white color options for an estimated retail price of $ 599.99, for the body only and $ 749.99 for the body with a EF-S 18-55 f/4-5.6 IS STM lens*. For more information, please visit usa.canon.com.

    1 Includes battery and SD memory card (confirms with CIPA standards).1 Includes battery and SD memory card (confirms with CIPA standards).

    2 Compatible with select smartphone and tablet devices (Android™ version 5.0 or later and the following iOS® devices: iPhone 4s or later, iPad 3rd gen. or later, iPod Touch 5th gen. or later) equipped with Bluetooth® version 4.0 or later and the Camera Connect app.

    3 Based on results of AF speed tests in accordance with CIPA guidelines. Results may vary depending on shooting conditions and lens in use. Relies on internal measurement method. • Shutter speed: 1/500 or more• Lens used: EF 50 mm f/1.8 STM• Aperture: within three steps of maximum aperture• Using a fully charged battery pack LP-E17, at 23?C

    4 Available AF points may decrease when shooting with AF cropping or in movie mode, or depending on camera settings or lens attached.

    5 Up to three lenses can be registered at once within the camera.

    *Availability, prices and specifications are subject to change without notice. Actual prices are set by individual dealers and may vary.

    Canon EOS Rebel SL3 specifications

    Price
    MSRP $ 599 (body only), $ 749 (w/18-55mm F4-5.6 lens)
    Body type
    Body type Compact SLR
    Body material Composite
    Sensor
    Max resolution 6000 x 4000
    Image ratio w:h 1:1, 4:3, 3:2, 16:9
    Effective pixels 24 megapixels
    Sensor photo detectors 26 megapixels
    Sensor size APS-C (22.3 x 14.9 mm)
    Sensor type CMOS
    Processor DIGIC 8
    Color space sRGB, Adobe RGB
    Color filter array Primary color filter
    Image
    ISO Auto, 100-25600 (expands to 51200)
    Boosted ISO (maximum) 51200
    White balance presets 6
    Custom white balance Yes
    Image stabilization No
    Uncompressed format RAW
    JPEG quality levels Fine, normal
    File format
    • JPEG (Exif v2.3)
    • Raw (14-bit Canon CR2)
    • C-RAW (compressed)
    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
    Manual focus Yes
    Number of focus points 3975
    Lens mount Canon EF/EF-S
    Focal length multiplier 1.6×
    Screen / viewfinder
    Articulated LCD Fully articulated
    Screen size 3
    Screen dots 1,040,000
    Touch screen Yes
    Screen type TFT LCD
    Live view Yes
    Viewfinder type Optical (pentamirror)
    Viewfinder coverage 95%
    Viewfinder magnification 0.87× (0.54× 35mm equiv.)
    Photography features
    Minimum shutter speed 30 sec
    Maximum shutter speed 1/4000 sec
    Exposure modes
    • Program
    • Shutter priority
    • Aperture priority
    • Manual
    Scene modes
    • Portrait
    • Smooth skin
    • Group photo
    • Landscape
    • Sports
    • Kids
    • Close-up
    • Food
    • Candlelight
    • Night portrait
    • Handheld night scene
    • HDR backlight control
    Built-in flash Yes
    External flash Yes (via hot shoe)
    Flash X sync speed 1/200 sec
    Drive modes
    • Single
    • High-speed continuous
    • Silent single
    • Silent continuous
    • Self-timer
    • Continuous shooting after self-timer
    Continuous drive 5.0 fps
    Self-timer Yes (2 or 10 secs)
    Metering modes
    • Multi
    • Center-weighted
    • Spot
    • Partial
    Exposure compensation ±5 (at 1/3 EV, 1/2 EV steps)
    AE Bracketing ±3 (3 frames at 1/3 EV, 1/2 EV steps)
    Videography features
    Format MPEG-4, H.264
    Modes
    • 3840 x 2160 @ 25p / 120 Mbps, MP4, H.264, AAC
    • 3840 x 2160 @ 23.98p / 120 Mbps, MP4, H.264, AAC
    • 1920 x 1080 @ 60p / 60 Mbps, MP4, H.264, AAC
    • 1920 x 1080 @ 50p / 60 Mbps, MP4, H.264, AAC
    • 1920 x 1080 @ 30p / 30 Mbps, MP4, H.264, AAC
    • 1920 x 1080 @ 25p / 30 Mbps, MP4, H.264, AAC
    Microphone Stereo
    Speaker Mono
    Storage
    Storage types SD/SDHC/SDXC (UHS-I compatible)
    Connectivity
    USB USB 2.0 (480 Mbit/sec)
    HDMI Yes (Mini-HDMI)
    Microphone port Yes
    Headphone port No
    Wireless Built-In
    Wireless notes 802.11b/g/n + Bluetooth
    Remote control Yes (via wired or wireless remote or smartphone)
    Physical
    Environmentally sealed No
    Battery Battery Pack
    Battery description LP-E17 lithium-ion battery & charger
    Battery Life (CIPA) 1070
    Weight (inc. batteries) 449 g (0.99 lb / 15.84 oz)
    Dimensions 122 x 93 x 70 mm (4.8 x 3.66 x 2.76)
    Other features
    Orientation sensor Yes
    Timelapse recording Yes (videos only)
    GPS None

    Articles: Digital Photography Review (dpreview.com)

  • CP+ 2019: Canon interview – ‘we want to capture as many customers as we can’

    Left to right: Naoya Kaneda, Go Tokura, Yoshiyuki Mizoguchi and Manabu Kato

    We were in Japan earlier this month for the annual CP+ show in Yokohama, where we sat down with senior executives from several camera and lens manufacturers, including Canon.

    • Go Tokura – Chief Executive, Image Communication Business Operations
    • Naoya Kaneda – Group Executive, Image Communication Business Operations [lenses]
    • Yoshiyuki Mizoguchi – Group Executive, Image Communication Business Operations [camera]
    • Manabu Kato– Deputy Senior General Manager, Utsunomiya Optical Products Plant

    This interview was conducted with multiple people via an interpreter. As such, it has been edited for clarity and flow, and responses have been combined.


    Looking at the EOS R system, can you explain why we’re seeing very high-end lenses but consumer-level camera bodies to start with?

    With the EOS R system the target was all about taking the optical capabilities to the next level and achieving the highest image quality, so from that end we wanted to really optimize what the lenses can do: that’s why we’ve started with so many L-series lenses.

    With the bodies, we were introducing a new system and expanding what we offer. We’re looking to capture as many customers as we can, that’s why we approached this segment of enthusiasts. And we wanted to make it affordable as well, because we wanted to capture as large an audience as possible.

    And because you can adapt our EF lenses, the breadth of options is appropriate for that segment, too.

    Should EOS RP customers expect more affordable lenses in future?

    Yes, you can expect that.

    How do you strike the balance between developing RF and EF in terms of resources?

    Because this is a different system, you might expect us to have different teams working on the EF and RF lenses, but that’s not the case. We actually have the same optical engineers, the same mechanical/manufacturing engineers working on both EF and RF. In other words; everyone involved is a dedicated expert, skilled in terms of developing interchangeable lenses.

    For the immediate future we will be focused on RF lens development

    Because we’ve launched RF just recently and we believe there are a lot of gaps to fill in that system, for the immediate future we will be focused on RF lens development.

    What’s the logic behind making a system that isn’t compatible with your existing EF-M mirrorless system?

    When we started to design the RF lenses we didn’t want to compromise on what we can do. We wanted to develop RF to its full potential, so we wanted the latest specifications, state-of-the art technology and design. In the process of developing a no-compromise system, it became apparent that this wouldn’t be compatible with EF-M.

    The cameras that use the EF-M lenses tend to be the smaller sizes which may be [oriented towards] a different customer, so we’re looking at what those customers want and we’ll develop according to that response.

    You haven’t considered an APS-C RF camera, then?

    I can’t tell you what the future plans are going to be, but it is the customer who directs us into our development, so if the customer requests that, it’s something we’ll try to respond to as best we can.

    Is there a trade-off to be made between offering the best image quality and being able to offer fast, quiet focus, that you get from using Nano USM?

    Nano USM is a technology we’ve very proud of having developed. The first time it was used, three or four years ago, was in an EF-S lens [the EF-S18-135mm f/3.5-5.6 IS USM] where it was all about raising the speed and also that it’s silent. That both catered to the needs of videography but also helped to raise the autofocus speed.

    Canon doesn’t give many details about its Nano USM technology. It appears to be based on pulsing blue waves of some sort

    To go with Nano USM you have to design with a lens with lightweight focus elements. It’s a new technology so we’re always looking for ways to adapt it to the different requirements of the cameras they’re used for. Because it can give silent, high speed AF we have a strain of development in place to expand the ways we can use Nano USM. So we’re looking into how we can adopt it in the different cameras that we have.

    For each of the lenses that we develop, we always think about what we want to provide. With the large lenses you see in front of you [the 50mm F1.2 and 28-70mm F2] that was all about really achieving the optical quality performance, that’s why we decided not to use the Nano USM. But we did use Nano USM in the 24-105mm F4: that is for video and stills. We thought it would be more appealing and would help provide the features required for such a lens.

    Almost all of the EOS R lenses announced so far are ‘L’ series. What does ‘L’ mean in 2019?

    For a lens to be called ‘L series,’ it has to have the latest technology that Canon can offer. In other words, it’s about making sure the performance is the latest and best we can provide at that time. Because they’re designed for use by the professionals and enthusiasts, we want to provide them with a better choice of lens. So whenever we introduce an L series that’s what we mean: we want to offer a better lens for such a segment.

    Canon has revealed plans for 15-35mm, 24-70mm and 70-200mm F2.8 L lenses for the RF mount

    And, of course it also has to be dust-proof, etc: the durability aspect of it. That also has to be in place, given the situations these photographers will be using them in.

    When you’re designing for mirrorless: what are main differences, compared with designing for DSLR?

    It’s difficult question to answer simply. With the move to mirrorless the aim is to optimize the space where the mirror box used to be – that was what we were looking at. This allows us to make the lenses smaller and also to raise the optical quality.

    What are you trying to achieve with the F2.8 trio?

    We’re making sure that the new system and lenses are able to contribute value to the product the professionals produce: which in this case is their photography.

    For them to be able to see that difference, to see the improvement is really what dictates how we design the lenses. It’s literally all about making sure we can offer that level of higher quality, higher value features for this professional segment.

    We’re making sure the new system and lenses are able to contribute value to the product the professionals produce

    The Nano USM question you had kind of relates to that. It’s all about making sure we have the better autofocus, the silent autofocus and also the 70-200mm to become smaller.

    Other advances can be see in the wide zoom: it used to be that it started at 16mm, but now it allows for 15mm. And also with the image stabilization feature as well. All of these are about making sure we can actually provide the better value for these professional users: it’s about providing this new value.

    With the three golden [lens] series that you’ve mentioned, the RF mount allows us to open up these possibilities for them.

    In terms of making the new 70-200mm smaller, how difficult was it to decide to move to an extending zoom design?

    We’ve not actually disclosed that it is going to extend or not, but we do have the extending mechanism in other lenses we make. So we do have the experience and know-how in-house: we have the capability to introduce such a feature in a new lens.

    Canon won’t confirm its RF 70-200mm F2.8L IS (left) is an extending design. But it is.

    To be clear, though: I have not said that it’s going to be an extending design. [Laughs]

    And the advantage of fast and silent AF: is that primarily for video shooting?

    With the silence of autofocus, yes we’re looking at the video. But we’re also working to improve the smoothness of the focus. All of this is in response to what people are looking for in terms of videography.

    The current RF cameras offer 4K but with compromises. How do you see video features evolving in RF lineup?

    We believe mirrorless cameras can be good for video shooting for the high end. They do their job well both for videography and still photography. Having said that, we always know there is a need for improvement in terms of specifications and the potential that we can provide for video photography.

    We are working … so we can provide for better videography

    For the EOS R and RP models, we’re aware of some of the dissatisfaction people have commented about our video features, and we are working to respond to this so we can provide for better videography, both in terms of the lens and the camera.

    What are priorities for sensor development? Speed, pixel count, dynamic range, video?

    Looking at our entire product lineup, yes, all of the points you mention are priorities for us. We need to evolve in all aspects of those things and that has to do with how we can upgrade our sensors.

    The sensors used in the EOS R and RP don’t offer the best dynamic range in their respective classes, and both offer cropped video with significant rolling shutter.

    In other words, we will be developing sensors so that we can maximize the potential that they can provide. But we always need to look at the camera it’s going into: to make sure that that sensor provides the best features or value characteristics that each camera’s concept requires.

    It might be speed that’s important in one camera, as opposed to pixel count in another. So the camera dictates what sort of sensor we develop. But we are developing sensors to cater and optimize for each of their features and performances.

    Are you ready for the Olympics in Tokyo next year?

    Our plans are on track.

    We have not disclosed any specification or details about the Olympic year model. But we’re making sure that by [the time of the Olympics] we are able to provide a product with the feature that’s most important, which is reliability of the camera. This is for professionals, for professional use as a tool. We need to provide a reliable camera, so that’s what we’re aiming for.

    Do you think we’ll see more mirrorless than DSLR at the Olympics?

    Even now I think a lot of competitors are all looking to design high-end mirrorless, so we will probably see more of this coming in.

    Having said that, I’m not so much interested in the distinctions between mirrorless and DSLR. At the end of the day for the professionals are looking for the ultimate result that they can get from their professional tools. They’re looking for the reliability once again, and also the operability, the usability, ease-of-use: these are very important for these professionals. In other words, it’s these factors that are most important, not whether it’s a DSLR or mirrorless camera. It’s not so much about saying it’s a contest between mirrorless or DSLR.

    In the long-term can you see Mirrorless replacing the DSLR?

    There is a trend towards mirrorless. They’re the cameras being developed and produced, so there might come a time where that might happen. And Canon is making sure we’re not behind with that trend.

    Canon has been working on a variety of novel camera concepts, four of which were on show at CP+.

    Last year you showed us some compact camera concepts, more evolved version of which are now on the show floor. How is the development going?

    I guess you’ve seen the four models. What we’re doing now is getting the customers response or the user response to see what sort of thing we can improve on. So we’re actually in that brushing-up stage, if you will. We would definitely want to get these cameras on the market soon, if we can.

    In the light of the changes in the market, what does Canon have to offer mainstream/casual users?

    Like the prototypes that you see, it has to work with smartphone as well. We believe there is something that can be done to co-exist with the smartphone.

    we believe there’s a new… casual capturing market

    So, in addition to the ILC and the compact camera market, we believe there’s a new genre of capturing: a new casual capturing market if I may say. I think there is potential for new developments to be had in that spectrum.


    Editor’s note: Richard Butler

    Perhaps the thing that surprised me most was Canon’s openness in this interview. Historically very few companies have been willing to even imply that their sensors or their video performance might need to improve, so the teams’ responses came as a refreshing surprise.

    Similarly, it was interesting to hear Canon’s executives make clear that they’re currently focused on RF lenses. It’s an understandable course of action, given the company’s need to make the system look comprehensive and appealing as quickly as possible, but it’s still striking to hear such complete focus stated on-the-record. The implication, of course is that EF lens introduction will slow down for a while.

    I didn’t think we’d ever hear Canon execs entertain the idea that sensor performance might need to improve.

    As you might expect, Canon was very keen to talk about how seriously it takes its pro-level offerings, even to the point of almost confirming that there’ll be an ‘Olympic Year’ pro camera in 2020. While we tend to focus on technological improvements, Canon is stressing the importance of reliability (something that we can’t really capture in reviews, since it can only really be confirmed with hindsight).

    I personally didn’t think we’d ever hear Canon executives even entertain the idea that mirrorless might one day replace DSLRs in the market (we’re so used to hearing ‘there’s a place for both’), nor allow even the slightest implication that the company’s sensor performance might need to improve.

    There was an acknowledgement potential trade-offs between image quality and optimal autofocus performance

    The intention of making a pro model isn’t much of a surprise, given the company’s focus on high-end, ‘L’ series RF lenses (eight of the ten lenses promised so far will wear the ‘L’ designation). But again, in amongst talk of ‘the latest technology’ and ‘the highest quality’ there was an acknowledgement potential trade-offs between image quality and optimal autofocus performance. If anything that just leaves us all the more keen to find out how the forthcoming Nano USM-powered F2.8 ‘L’ trinity will perform.

    At the other end of the market, Canon was the only company we spoke to at CP+ that publicly confirmed that it’s searching for a market beyond enthusiasts and professionals (the audiences at which most recent announcements have been aimed). Promises of trying to “capture as large an audience as possible” with the EOS RP aren’t fully backed-up by the RF lenses announced so far, but the continued development of the compact prototypes suggest we should take Canon at its word when it says it believes “a new casual capturing market” could yet exist, if they can create the right product.

    Articles: Digital Photography Review (dpreview.com)

  • Mastin Labs’ Kodak Everyday Original Styles Pack launches for Capture One

    Mastin Labs, the company behind a number of film emulation style packs and the Filmborn smartphone app, has launched its Kodak Everyday Original Styles Pack on Capture One. Until now, Mastin Labs’ film emulation was only available for Adobe programs; this is the first time Mastin Labs has made its emulation presets available for Capture One, the photo editing software from Phase One.

    The Kodak Everyday Original Styles Pack supports Capture One 11 and later. Customers get access to three styles in this pack: Kodak Ektar 100, Gold 200, and Tri-X 400. A number of tone profiles and custom white balance options join the styles, as well as 35mm and medium format grain settings. The company claims its style pack can recreate the ‘micro-contrast’ appearance of real film.

    Kirk Mastin, photographer and founder of Mastin Labs, introduced the new Capture One pack in an announcement video that provides customers with a quick look at the emulations. Capture One customers can purchase the Kodak Everyday Original from Mastin Labs now for $ 99.

    Articles: Digital Photography Review (dpreview.com)

  • Nikon updates Capture NX-D, ViewNX-i and Picture Control Utility to address various bugs

    Nikon has updated its Capture NX-D, ViewNX-i and Picture Control Utility 2 programs to address multiple bugs and add new features.

    Nikon Capture NX-D

    Nikon Capture NX-D version 1.5.2 is mainly about fixing various crashes and glitches that would occur when using the app. Below is a thorough rundown of the ten issues that have been fixed, according to the changelog:

    1. The application would crash under some conditions.
    2. If the Specify size option was selected in the batch processing dialog, some time would elapse before the Start button would be available.
    3. Changes to image length in the Convert Files dialog would sometimes not be matched by changes to width.
    4. All changes to NEF/NRW (RAW) pictures made with NEF/NRW + JPEG enabled would be lost when the files were saved in JPEG format.
    5. Batch processing and file conversion could not be resumed once paused.
    6. The application would sometimes fail to launch.
    7. Image artifacts (“noise”) would increase in pictures saved in other formats.
    8. Straighten now functions as intended.
    9. Files saved at an image quality of “99” would be larger than those saved at an image quality of “100”.
    10. Portions of NEF (RAW) images shot with the Z 6 would sometimes not display correctly after the pictures were saved using NEF processing.

    Nikon Capture NX-D version 1.5.2 can be downloaded for macOS and Windows computers on Nikon’s website.

    Nikon ViewNX-i

    Nikon ViewNX-i version 1.3.2 fixes two main issues found in version 1.3.1. The first is an issue that caused files saved at an image quality of 99 to be larger in size than images captured at an image quality of 100. The update also fixes a problem that caused files being saved using ‘Ctrl+S’ to lose or alter the XMP/IPTC information.

    Nikon ViewNX-i version 1.3.2 can be downloaded for macOS and Windows computers on Nikon’s website.

    Nikon Picture Control Utility

    Last up is Picture Control Utility version 2.4.2. This update fixes an issue that caused some NEF images shot with Nikon Z6 cameras to not be displayed properly after the images were saved.

    Picture Control Utility version 2.4.2 can be downloaded for macOS and Windows computers on Nikon’s website.

    Articles: Digital Photography Review (dpreview.com)

  • How to Edit and Retouch Images Using Capture One Pro

    The post How to Edit and Retouch Images Using Capture One Pro appeared first on Digital Photography School. It was authored by Carl Spring.

    Before and after split screen of edit

    Whilst we all flock to Photoshop for our retouching, Capture One now has a lot of great tools. But is it possible to do a full image edit including retouching? More so, if it is, should you do it and avoid Photoshop altogether?

    To find out, I closed Photoshop and settled myself down for a full edit using only Capture One Pro. Lets go through the process and see what I learnt.

    Annotate

    Capture One’s built-in annotation tools make it easy to plan your retouching for your images. A variety of colors can easily be added to the image should you wish. I really like this tool. It allows you to make simple notes on screen. While it may look like I am practicing my abstract expressionism, I am actually highlighting what I want to improve. In this case, the red is for retouching and yellow is for exposure issues. I love this tool! So far so good.

    The annotate tool is great for making notes before you start the edit.

    Colour balance

    When the image comes into Capture One, the first thing is to get a good neutral color balance. I always start by letting Capture One get me into the ballpark via the Auto tool in White Balance. While not perfect, it gives a good starting point.  I then tweak the color to taste. In most cases, it is only a small tweak from the auto white balance to get a starting point I am happy with.

    Exposure

    Continuing with the basics, next up is exposure. It always pays to get as close as you can in-camera, and this case required very little. For this image, I pushed up the exposure just under 0.5 stops and added a slight amount of contrast and saturation to my taste. All that was left was a slight highlight recovery to take away the worst of the hot spots. The worst highlights will be taken care of in the next step (and first layer) Luma masking.

    Layer One: Luma Mask

    New in Capture One 12 is Luma masking. I love this tool! It is such a great time saver for masking highlights. I use it here to mask out the highest highlights in the image and then use the High Dynamic Range sliders to pull back the highlights. Subtly is the key here. I only want to take the harshness out of the bright spots.

    An image showing the luma mask in Capture One Pro 12

    Possibly my favourite tool in Capture One 12. The Luma mask

    Layer two (and three and four): Blemish Retouching

    Trying to do any amount of blemish retouching in Capture One soon tells you that it wasn’t designed for this task. The system is clunky. You sample using the alt key (the same way as Photoshop); however, you cannot resample a different area on the same layer. Instead, you need to create a new layer and a new sample. I ended up using 3 layers merely to do basic spot removal (and this wasn’t even going as far as I would in Photoshop). Capture One isn’t effective for any serious blemish removal. I tried this process out on another image to see if it fared better, but it was worse. It got to the point where I just gave up. Yes, it works for simple items, but in the future, blemishes will be worked on in Photoshop only.

    Layer five: Skin smoothing

    The Skin Smoothing tool is a super-great way to improve skin with a simple mask and a couple of sliders. I use this tool all the time when editing wedding photography. It gives a great effect with such little effort.

    The first step is to create a mask using a new layer and the Brush tool. Make sure you leave out areas of detail, such as the eyes and lips. You can then refine the mask to get it more accurate. I tend to use a number between 100-150 for most situations. After this, I go back in with the brush and erase tools until I am happy with the mask. A little tip here is to change the mask color from the default of red when working with people. It just makes the mask stand out more against the skin.

    Next, the special sauce. A.K.A The Clarity tool. Just go to the clarity section, choose Natural as the clarity type and slide the numbers into the negatives. I generally find the sweet spot for this technique to be between -60 to -70. Much more than this and it can become a little fake. It comes down to the image you are working on. Simply adjust the sliders until you are happy with the result.

    This on its own has a massive difference on the image, but when you add in the Color Editor tool, it takes this to another level.

    Layer five continued: Skin Colour

    The ability to work with color so precisely is one of Capture One’s greatest strengths. Editing skin tone is a great way to make your model’s skin glow. You can find this tool located in the Color Editor section. To start, click the icon and sample a skin tone. Next, you work with the two sections of this tool, Amount and Uniformity. The amount sliders are to get a skin tone that you are happy with. You then move onto the uniformity sliders to even out the skin tone through the whole face. As with much retouching, it is easy to go over the top. My tip for this is to do the edit, then take a break for a couple of minutes and come back. You instantly see if the image is over done and you can dial back accordingly.

    We now have an even, soft skin tone through the image. This layer has made a huge difference to our image. It’s now time to finesse the details.

    Capture One screen grab showing mask and colour tools

    As you can see, the combination of the clarity slider and the Skin colour editor has really made a difference. The blue mask, maybe not so flattering.

    Layer six: Teeth

    The teeth need to be slightly whitened. This is as simple as a mask, followed by reducing the saturation. Again, don’t take it down to zero – it will look weird. Take it down just enough so that the teeth look naturally white. In this image, the sweet spot was -51. I then pushed the exposure just slightly to give a whiter smile. But again, as with all retouching, less is more.

    Layer seven: Eyes

    You sense a theme yet? I created another mask for the eyes. This time I added a very slight bump in exposure and some clarity to give them a subtle pop that was missing before.

    Layer eight: The top

    The red top the model wore in this shoot was just too bright. Using a combination of a mask and the color editor, I was able to easily reduce the red tone to something less overpowering.

    Capture One screen shots showing before and after the colour editor

    Toning down the red top means it is not quite as powerful in the image.

    Layers nine and ten: The Hair

    As the old saying goes; in for a penny, in for a pound. Having worked on the heal and clone layers for basic spot removal, this was going to be something that I was unsure would work. However, with a lot of trial and error, I produced something that was okay. Would I do it again? No. But, I did manage to improve the hair significantly from the previous state.

    I ended up using a clone layer for one side of the hair and a heal layer for the other. Again, editing like this shows the limitations of Capture One for high-end retouching. However, after some trial and error, it did an okay job.

    Layer eleven: Colour Grade

    I generally don’t color grade images heavily – if at all. I usually prefer a natural look. But for this tutorial, I added a color grade. To do this, you add a new fill layer and add your grading there. This also allows you to reduce the effect by opacity or simply turn it on or off quickly to give different looks.

    For this image, I decided to use Capture One’s excellent film grain emulations to add some soft grain. Next, I spent some time with the Color Balance tools pulling the shadows into the blues and highlights slightly into the orange. Finally, I used the levels to give a slightly faded look to the final color grade. That’s it. It’s done!

    Final photo after retouching

    The final edit.

    What did I learn?

    Well, it is possible to do a full retouch in Capture One. However, in reality, it is clunky and nowhere near as powerful as Photoshop.

    The worst part of this was the blemish removals. It was painful to use for more than a couple of blemishes in an image. Also when trying this on another image to remove an eyelash, it was impossible to get it to give a pleasing result.

    The standout of this edit is a process I use all the time: the Skin Smoothing and Skin Color combination. These two tools can quickly take care of many skin problems you may see. As a wedding photographer, this is a powerful tool. I can make a bride’s skin look glowing, quickly and easily without the need to round trip to Photoshop. To give you an example, check out this before and after using only this combination. You can achieve quick, simple and powerful results in just a couple of minutes.

    A comparison of before and after skin reoutching in Capture One

    Such a vast improvement only using two tools.

    Conclusion

    In general, the color tools in Capture One are amazing, and as well as working well on the skin, they were great for color grading the final image. My regular workflow for an image like this would be a trip to Photoshop for the skin, then back into Capture One for color grading.

    Overall, Capture One did give a good final result, but at the cost of time and with some frustration.

    Can Capture One Pro do a full edit with retouching? It can – kind of.

    Would I recommend it? No.

    It’s just not quite precise enough to be able to use regularly for this type of edit. That skin trick though is gold!

    Do you use Capture One for your retouching? What are your experiences?

     

    The post How to Edit and Retouch Images Using Capture One Pro appeared first on Digital Photography School. It was authored by Carl Spring.


    Digital Photography School

  • Full Moon and Eclipse Photography: Your Guide to Where They Are in 2019 and How to Capture Them Effectively

    The post Full Moon and Eclipse Photography: Your Guide to Where They Are in 2019 and How to Capture Them Effectively appeared first on Digital Photography School. It was authored by Caz Nowaczyk.

    Jongsun Lee

    Full moons and eclipses are a unique time to capture some interesting photographs.

    Full Moons

    Full moons usually happen once a month, with the occasional second full moon falling in the same month. This second full moon is called a Blue Moon.

    Solar and Lunar Eclipses

    A solar eclipse happens when the new moon passes between the earth and the sun, casting a shadow over the sun.

    A lunar eclipse occurs when the earth passes between the full moon and the sun, causing the moon to fall into earth’s shadow. Lunar Eclipses occur only at the full moon.

    To give you the opportunity to shoot the moon, below is a calendar of Full Moons and Eclipses for 2019, followed by some articles that will help you to capture the moon or eclipse effectively.

    Full Moon and Eclipse Calendar

    Full Moons

    New York, N.Y (US/Eastern)

    Date Time
    Jan 21 00:17
    Feb 19 10:53
    Mar 20 21:43
    Apr 19 07:12
    May 18 17:11
    Jun 17 04:31
    July 16 17:39
    Aug 15 08:31
    Sep 14 00:35
    Oct 13 17:10
    Nov 12 08:37
    Dec 12 00:14

    Eclipses

    Date Type
    July 2 Total Solar Eclipse
    July 16 Partial Lunar Eclipse
    Nov 11 Mercury Transit
    Dec 26 Annular Solar Eclipse

     

    Full Moons

    Sydney, Australia (AEST)

    Date Time
    Jan 21 00:17
    Feb 20 02:53
    Mar 21 12:42
    Apr 19 21:12
    May 19 07:11
    Jun 17 07:38
    July 17 17:38
    Aug 15 22:29
    Sep 14 14:32
    Oct 14 08:07
    Nov 13 00:34
    Dec 12 16:12

    Eclipses

    Date Type
    July 17 Partial Lunar Eclipse

     

    Full Moons

    London, England, UK

    Date Time
    Jan 21 05:16
    Feb 19 15:53
    Mar 21 01:42
    Apr 19 12:12
    May 18 22:11
    Jun 17 09:30
    July 16 22:38
    Aug 15 13:29
    Sep 14 05:32
    Oct 13 22:07
    Nov 12 13:34
    Dec 12 05:12

    Eclipses

    Date Type
    July 16-17 Partial Lunar Eclipse
    Nov 11 Mercury Transit

     

    How to Achieve Better Full Moon and Eclipse Photography

    20 Dos and Don’ts for Shooting the Moon

    Beyond Full Moon Photography

    Moon Photography: 6 Tips for Better Moon Photos

    How to Photograph a Solar Eclipse

    Tips for Photographing a Lunar Eclipse

    How to Photograph a Lunar Eclipse

     

     

    The post Full Moon and Eclipse Photography: Your Guide to Where They Are in 2019 and How to Capture Them Effectively appeared first on Digital Photography School. It was authored by Caz Nowaczyk.


    Digital Photography School

  • The Ricoh Theta Z1 is a $1K 360 camera with Raw capture, improved optics and more

    Ricoh Imaging has announced the launch of the Theta Z1, its latest flagship model of its 360-degree camera system. The Ricoh Theta Z1 can capture 23MP (6720 x 3360 pixels) still images and 4K/30p (3840×1920 pixels) 360-degree video on its two 1″-type backside-illuminated CMOS sensor with a maximum sensitivity of ISO 6400.

    Behind the sensor is a new image processing algorithm and improved image capture support. Specifically, Ricoh has added a new HDR Rendering mode, Interval Composite mode for recording star trails, and a multi-bracket mode for capturing the same scene with different settings. In addition to JPEG still image support, the Theta Z1 now supports Adobe DNG Raw capture for more post-processing flexibility.

    To compliment the 4K/30p video capture, Ricoh has added a 4-channel microphone that supports 360-degree spatial audio recording. The lens itself has also been updated to reduce ghosting, flaring and purple fringing. An improved aperture mechanism makes it possible to choose between F2.1, F3.5 and F5.6. The Theta Z1 also features 3-axis stabilization to keep stills and video smooth.

    The Ricoh Theta Z1 (the black camera) compared to Ricoh’s other 360-degree cameras. Note the much larger lens size and OLED screen.

    The camera itself features a familiar two-lens design with a single button on the front of the device and three additional buttons on the side: one for power, one for Wi-Fi pairing and one for selecting the camera mode. A 0.93-inch OLED screen is used to show various settings and navigate through the shooting modes.

    Ricoh has also added additional plug-in support thanks to the AndroidTM-based system, including a new ‘Time-Shift Shooting’ plug-in that makes it possible to remove the person capturing the image from the frame. As with past Theta devices, the Theta Z1 can post media directly to various social media platforms including Facebook, Twitter, Tumblr, YouTube and even Google Maps.

    The Ricoh Theta Z1 is listed on Ricoh’s online shop for $ 999.95, but the ‘pre-order’ button only takes you to a sign-up page where Ricoh says you will be notified via email when the Theta Z1 becomes available for purchase.

    Press release:

    RICOH THETA Z1 — a camera that can shoot 360-degree spherical images in a single shot

    Achieving 360-degree still image photo shooting in high-quality 23MP resolution

    TOKYO, February 25, 2019 ?RICOH Imaging Americas Corporation announced today the launch of the RICOH THETA Z1, the latest model from the family of cutting-edge 360-degree cameras. The RICOH THETA Z1 supports approximately 23-megapixels resolution (6720 x 3360 pixels) 360-degree still image photo shooting as a high-end model of the RICOH THETA camera series, which can shoot spherical images in a single shot, giving consumers the opportunity to adventure, discover and capture life in 360.

    Since RICOH launched the world’s first 360-degree consumer camera*1 in 2013, the company has stayed at the forefront of this emerging technology as it continues to evolve, and become an integral tool for the burgeoning industries of virtual reality (VR), social media, business, real estate + more. Exceptional imaging and sleek design come together to deliver unique, expected visuals; a seamless integration into any element of everyday life – business or pleasure.

    The RICOH THETA Z1 is the flagship model of this series, with RICOH deploying exceptional optical and image processing technologies, cultivated through years of high-performance camera development, to pursue its highest resolution and quality to date. The compact main body is equipped with a 1.0-inch back-illuminated CMOS image sensor, enabling approx. 23MP resolution 360-degree still images. It supports a diverse range of shooting modes, such as aperture priority, allowing users to take high-quality images regardless of the setting: outdoors, nighttime, indoors, tropical beaches or snowy mountain views – nothing is off limits. Moreover, it is possible to shoot considerably smooth and immersive 360-degree videos in 4K (3840×1920 pixels) and 30 frames per second (fps) thanks to powerful 3-axis rotational stabilization to compensate for rotational shake.

    The main body of the camera, with a 0.93-inch organic EL monitor and a Function (Fn) button, grants users access to a multitude of information at a glance, including number of possible shots, exposure settings, and more, thus greatly improving the operability of the camera itself. In addition to JPEG, RICOH THETA Z1 now supports Adobe® DNG format (RAW) so that users can enjoy professional image editing as with a general digital SLR camera. Basic performance improvements are most evident in the AndroidTM-based system, which now offers flexibility in number of expansions one can add to the Z1 through the installation of additional plug-ins. The overall functionality of the latest model from RICOH not only meets the high demands of serious photographers, offers an optimal performance for professionals and amateurs alike.

    Opportunities to use 360 images in innovative ways are increasing at a rapid pace. RICOH THETA is heavily utilized in business use cases around the world. Advanced services leveraging RICOH THETA V in real estate and construction are offered by Ricoh Tours, Zillow 3D Home, Matterport Capture, and HoloBuilder JobWalk, and future integrations with these partners services and the new RICOH THETA Z1 are planned.

    RICOH’S THETA Z1 will be available to preview up ahead of its official release at the RICOH Imaging booth during CP+ 2019, the world’s premier show for Camera and Photo Imaging held at PACIFICO Yokohama this February 28, 2019.

    *1 As a mass-produced consumer product capable of capturing the scene around, above and below the device in a fully spherical image (as of October, 2013, based on RICOH research).

    Articles: Digital Photography Review (dpreview.com)

  • Photo Finishing – Challenge Yourself to Reveal the Personality in Every Image You Capture

    The post Photo Finishing – Challenge Yourself to Reveal the Personality in Every Image You Capture appeared first on Digital Photography School. It was authored by Herb Paynter.

    Many folks think that photography takes place in the camera, but that’s not the whole truth. Photography is a two-part process that involves 1) capturing the light from a scene, and 2) shaping that captured light into a form that matches what your mind saw when you took the picture. The capture process does happen inside the camera, but the shaping part happens on your computer.

    The Capture, or Photo Process

    We give the camera credit for things that it doesn’t actually do. Don’t get me wrong, capturing all the light in a scene is a monumental undertaking. Keeping track of millions of points of light is a very critical and specialized responsibility. However, the camera is not so much an artistic tool as it is a capture device with a single purpose – to accurately record the light from the surfaces of objects in a scene. While that purpose can get complicated with lighting challenges, the camera is still just box with a round glass eye and a single function: to record light.

    When the light of a scene enters the camera lens, it gets dispersed over the surface of the camera’s image sensor, a postage-size electrical circuit containing millions of individual light receptors. Each receptor measures the strength of the light striking it in a metric called “lumens.” Each receptor on this sensor records its light value as a color pixel.

    The camera’s image processor reads the color and intensity of the light striking each photoreceptor and maps each image from those initial values, producing a reasonable facsimile of the original scene. When this bitmap of pixels gets viewed from a distance, the eye perceives the composite as a digital image.

    The real magic happens after the storing of light on the memory card. The image that first appears when you open the file is the image processor’s initial attempt at interpreting the data recorded by the camera’s image processor. Most times, the initial (JPEG) image interpretation of this data is an acceptable record of the original scene, though not always.

    Presets

    Your camera provides several pre-set programs that adjust the three settings in the camera that affect exposure: aperture, shutter speed, and ISO.

    Three main controls determine your exposure: the shutter speed, the aperture, and the ISO. The camera presets (A, S, and M) allow you to determine the depth of field and/or speed with which the camera captures the light.

    The A (aperture priority) mode allows you to set the size of the lens opening (f-stop) while the camera automatically sets the shutter speed. The S (shutter priority) mode lets you set the duration of the lens opening (shutter speed) while the camera adjusts the size of the lens opening. The letter P (program mode) allows you to determine the best mix of aperture and shutter speed while your camera retains the correct balance of light for the exposure. The letter M (manual mode) gives you complete control over all settings but requires to balance the overall exposure.

    Your camera’s variable ISO (International Standards Organization) setting adjusts the light sensitivity of the camera’s image sensor, allowing you to capture scenes in dim or bright light; the higher the number, the more sensitive the light receptors become, allowing you to capture images in lower levels of light.

    The Histogram

    Your camera provides a small graph that roughly indicates how well the camera is set to correctly capture the light in the current scene.

    This graph displays the range of light coming through the lens and approximates the current light distribution that captured under the current settings. By adjusting the three settings mentioned above, you can shift and somewhat distribute this range of light to best record the full range of light.

    Color balancing the light

    Every scene’s color cast is influenced by the temperature of the light illuminating that scene. When the scene is captured outside, the Sun’s position in the sky and the influence of cloud cover alters the color of the light. Your camera offers at least two ways to compensate for the differences in color temperature (Auto White Balance and Pre-set Color Balance).

    Auto White Balance

    The Auto White Balance (AWB) sensor in your camera seeks any prominent white or neutral subject in the scene and shifts the entire color balance of the scene in an effort to neutralize that element. But there is an assumption with AWB that you desire the current lighting to be perfectly neutral in color.

    Any clouds interfering with the sunlight will have a slight influence on the neutrality of 6500° (natural sunlight) lighting. AWB takes that slight shift out of the equation. Most of the time, this is a great idea. However, to record early morning or late afternoon (golden hour) lighting accurately, AWB will neutralize those warm colors and completely lose that “warm” mood.

    Pre-Set White Balance Settings

    Your camera offers several pre-sets to offset any known color casts caused by specific lighting situations. These settings appear in every digital camera “Settings” display and may appear in a slightly different order or wording. Daylight sets the camera to record scenes under typical mid-day outdoor lighting. Cloudy/Overcast shifts the colors toward orange to compensate for the bluish cast caused by light filtering through nominal cloud cover.

    Shade offers a stronger orange shift to compensate for completely overcast (stormy) skies. Flash provides a very similar color temperature lighting as Daylight and is intended to prepare the image sensor for artificial daylight or “Speed light” type flash devices.

    Tungsten/Incandescent shifts the colors toward the blue end of the color range to compensate for the warmer shift of incandescent lights. Fluorescent attempts to compensate for the greenish cast of gas-charged fluorescent lights.

    Kelvin/Custom permits the user to set a custom color balance setting, essentially teaching the camera what “neutral” gray color looks like. All of these pre-sets attempt to correct non-neutral lighting conditions.

    The Sculpting, or Finishing Process

    While the camera does capture the full range of reflected light in a scene, it has no way of knowing the best tonal curve to apply to each image. Many times the five tonal ranges (highlight, quarter, middle, three-quarter, and shadow) need to be reshaped to best interpret the light captured at the scene. This tonal contouring process is the magic of sculpting the light into a meaningful visual image.

    This little fella perched outside my front door and caught me off guard. I didn’t have time to fiddle with the controls to optimize the lighting situation. My first click got his attention and the second got this expression. Fortunately, I capture my images in both jpg and RAW formats simultaneously. Doing so allowed me to post-process the tones and display to you what I actually saw that morning.

    I use the term “sculpting” when talking about image editing because it best describes the rearranging of tones in a digital image. Only ideal lighting balance looks great when rendered as a “stock” JPEG camera image.

    This sculpting or finishing process amounts to the clarification of tones and colors in a digital image; making the image appear in final form the way the human mind perceived it in the original scene. While the color balancing aspect of this process is a bit more obvious, the tonal recovery is actually more critical to the final presentation.

    The digital camera cannot capture all of the dynamics of the visible spectrum on a sunny day, nor can it determine the best balance of those tones. The camera’s image sensor simply captures all the light possible and presents the data to the camera’s image processor to sort out. Under perfectly balanced lighting, this works out just fine, but occasionally detail hides in the shadows and gets lost in the highlights, requiring help from the photographer/editor to balance out the tones.

    This is where the individual tone-zones come into play, and the sliders available in RAW processing software (Camera Raw, Lightroom, On1 Camera Raw, Exposure X4) are invaluable. The internal contrast of every image (Whites, Highlights, Middle tones, Shadows, Blacks) can be pushed around and adjusted in a very non-linear manner (in no particular order) to reveal detail that otherwise remains hidden.

    Conclusion

    Photo finishing isn’t complete until both color and tones are correctly adjusted for maximum effect, matching the emotion of the original scene. Only then is your image ready for viewing. Challenge yourself to squeeze the detail and reveal the potential personality out of every image you capture. It’s well worth the extra effort.

    The post Photo Finishing – Challenge Yourself to Reveal the Personality in Every Image You Capture appeared first on Digital Photography School. It was authored by Herb Paynter.


    Digital Photography School