Save Big On Capture One Pro 22 – $179 (reg. $299, for few days only)

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Only for today and tomorrow you can save $120 on Capture One Pro 22 at B&H Photo.

At a glance:

  • Image Processing and Raw File Conversion
  • New: Panorama Stitching / HDR Merging
  • New: Wireless Tethering / Auto Rotate
  • Basic Color Editor, Scrolling Tools
  • Layered Workflow and Annotations
  • Luminosity, Gradient, and Radial Masks
  • Catalogs and Sessions, DNG File Support
  • Third-Party Plug-In Support
  • Over 500 Cameras & Raw Files Supported
  • Mac and Windows Compatible

Get Capture One Pro 22 on sale at $179 (download version). Compare at $299. Expires April 11, 2022.

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Capture One Pro 22 description:

Capture One Pro 22 is an advanced and comprehensive photo workflow tool suiting a variety of applications from photo editing to tethering to asset management and organization needs. Version 22 adds four key new features, while the previous version saw updates to core editing tools, including a Basic Color Editor, for a more streamlined and faster editing workflow. A dedicated High Dynamic Range function helps to achieve improved shadow and highlight response, while enhanced Noise Reduction affords cleaner, clearer results for working with imagery shot at high ISO values. Faster editing is possible with a scrollable interface along with a “switch to next” function for quicker culling and sorting of files. Capture One supports DNG files, features keyboard shortcuts, and lets you copy both layers and masks between files.

Capture One offers a vast set of editing and production features, including the ability to work with either Catalogs or Sessions types of organization, configurable and sortable keywords, compatibility with more than 500 individual cameras and raw file types, and rich metadata editing capabilities. For fine-tuned editing, a range of curves and color tools can be used in both global and local methods. You can also work with full raw color data. When saving files for the web, a refined re-scaling engine works to maintain the original file’s sharpness and clarity at smaller resized resolutions. Additionally, benefitting photographers working among a team or with other editors, both Catalogs and Sessions can also be exported as convenient EIP files for simplified sharing of imagery.

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Industry News: Fujifilm Files Patent For Active Sensor Cooling System For Cameras With IBIS

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Interesting patent application by Fujifilm: active sensor cooling for cameras with IBIS (In Body Image Stabilisation).

Fujifilm patent application 2022-55674 (Japan) discusses methods and technology to actively cool down an imaging sensor with IBIS.

PROBLEM TO BE SOLVED: To provide an imaging device and an imaging method including an imaging unit.

Conventionally, in an image pickup apparatus provided with a camera shake correction mechanism, a technique for cooling an image pickup element has been proposed.

In recent years, an image pickup device may be used to shoot a high-quality moving image for a long time. The image pickup device is preferably used in an appropriate temperature range. Shooting high-quality moving images consumes a lot of power, and the heat generated from the image pickup device itself exceeds the appropriate temperature range. In high-quality video shooting for a long time, the image pickup device activates a protection function such as forcibly terminating the shooting when the temperature exceeds an appropriate temperature range for the protection of the device itself and the safety of the photographer. Therefore, it may not be possible to secure a sufficient shooting time when shooting a high-quality moving image. Further, in the case of repeated shooting, if there is no time interval in which the temperature of the image pickup device, which has risen during the previous use, falls to an appropriate range, it is not possible to secure a sufficient shooting time. Further, in an image pickup device with a camera shake correction function, since the heat-generating image pickup element is always floating at the time of shooting, it is structurally difficult to dissipate the heat generated from the image pickup element.

The image pickup unit 100 includes three heat pipes 180A to 180C. The heat pipes 180A to 180C are heat transporters that transport heat. The ends of the heat pipes 180A to 180C are installed on the sheet metal 108C of the cooling device 108. Further, the other end of the heat pipes 180A to 180C is installed in the heat sink 110. As a result, the heat generated by the cooling device 108 is transported by the heat pipes 180A to 180C, and can be cooled by the forced cooling mechanism 46 at the transportation destination.

As described above, the heat generated from the cooling device 108 can be transported by using the heat pipes 180A to 180C, and the cooling can be performed by the forced cooling mechanism 46 at the transportation destination. As a result, it is not always necessary to equip the sheet metal 108C of the cooling device 108 with the forced cooling device, and the space inside the image pickup device main body 2 of the image pickup device 10 can be effectively used.

The Fujifilm patent application was spotted by Asobinet. Canon patents are listed here.

Canon RF 14-35mm F/4L IS Review (a beauty delivering lovely results)

Canon RF 14-35mm f/4L IS review
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Here is a Canon RF 14-35mm F/4L IS review. A rather enthusiastic review, we might add.

At a glance:

  • RF-Mount Lens/Full-Frame Format
  • Aperture Range: f/4 to f/22
  • Three UD Elements
  • Three Aspherical Elements
  • Air-Sphere and Fluorine Coatings
  • Nano USM AF System
  • Optical Image Stabilizer
  • Customizable Control Ring
  • Rounded 9-Blade Diaphragm

ePhotozine posted their full Canon RF 14-35mm F/4L IS review. They gave the lens a 5/5 rating and an “editor’s choice” mention. From their conclusion:

Some lenses just gel and just get on with the job, performing flawlessly and smoothly and not getting in the way of image-making. This is such a lens; what a beauty it is and what lovely results it delivers.

The extra 1mm compared to the existing 15-35mm lens should not be underestimated, as such a difference is much more significant in an ultra-wide than, say, the difference between a 100mm and 105mm lens would be. The loss of 1 stop of speed does mean a lighter, more compact lens that also costs significantly less. This makes a good choice for travel photography.

In summary, a superb offering from Canon and without doubt an ‘Editor’s Choice’.

Read the review at ePhotozine

Canon RF 14-35mm F/4L IS: [shoplist 66574]

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Industry News: Nikon Announced The NIKKOR Z 800mm f/6.3 VR S Telephoto Lens

NIKKOR Z 800mm
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Nikon released a new telephoto prime lens for their Z system, the NIKKOR Z 800mm f/6.3 VR S.

At a glance:

  • Z-Mount Lens/FX Format
  • Aperture Range: f/6.3 to f/32
  • PF Element, 50% Weight Reduction
  • SR and ED Elements
  • Nano Crystal Coat
  • Multi-Focus Stepping Motor AF System
  • Vibration Reduction Image Stabilization
  • Customizable Fn and Memory Set Buttons
  • Weather-Sealed Design, Fluorine Coating
  • Rotating Tripod Collar

Preorders are live at $6,496.95: B&H Photo | Adorama

Nikon press release:

Nikon releases the NIKKOR Z 800mm f/6.3 VR S, a super-telephoto prime lens for the Nikon Z mount system

Realizing dynamic shooting of distant subjects such as wild birds and other wildlife handheld or with a monopod

TOKYO – Nikon Corporation (Nikon) is pleased to announce the release of the NIKKOR Z 800mm f/6.3 VR S, a super-telephoto prime lens that is compatible with full-frame/FX-format mirrorless cameras for which the Nikon Z mount system has been adopted. The development of this lens was announced on December 14, 2021.

The NIKKOR Z 800mm f/6.3 VR S, featuring the longest focal length of 800 mm among NIKKOR Z lenses, employs a PF (Phase Fresnel) lens for the first time in the NIKKOR Z lineup, realizing approx. 48% reduction in weight and approx. 16% in length compared to the AF-S NIKKOR 800mm f/5.6E FL ED VR. It not only facilitates shooting handheld or with a monopod, but also allows users to capture images of wild birds and other wildlife in mountain areas, reducing the burden during long hours of picture-taking and transportation.

The NIKKOR Z 800mm f/6.3 VR S belongs to the S-Line* lens series that pursues the ultimate in optical performance. In addition to the PF lens element, ED glass and SR lens elements are employed to compensate chromatic aberration for minimized color bleeding, allowing accurate depiction of even the finest feathers of distant wild birds. The adoption of Nano Crystal Coat, as well as the optimized shape and location of the PF lens element also contribute to reducing ghost, achieving clearer images. Furthermore, with the lens’ center of gravity positioned closer to the body side, the NIKKOR Z 800mm f/6.3 VR S is optimal for shooting moving subjects such as airplanes, because users are less aware of the weight of the lens even if it is swung around during panning. High operability and superior rendering performance support reliable use of this lens by many users ranging from advanced amateurs to professional photographers.

Nikon will continue to pursue a new dimension in optical performance while meeting users’ needs, contributing to the development of imaging culture, with the hope of expanding possibilities for imaging expression.

Primary features

  • Focal length can be extended to 1,120 mm with the Z TELECONVERTER TC-1.4x, and 1,600 mm with the Z TELECONVERTER TC-2.0x while maintaining outstanding resolution*1.
  • Focal length can be extended up to 1,200mm-equivalant without a teleconverter by setting the camera’s image area to [DX (24×16)] format.
  • The optical VR function that provides a superior compensation effect equivalent to shooting at a shutter speed 5.0 stops*2 faster is incorporated. When paired with the Z 9, the effect of 5.5 stops*2 is achieved with Synchro VR activation.
  • The employment of an STM ensures high-speed and accurate AF with quiet operational sounds.
  • Superior dust- and drip-resistant performance*3, outstanding reliability with robustness and weather resistance, and anti-fouling performance with the adoption of fluorine coat.
  • Anti-slip rubber coating is applied to a larger area of the lens body, ensuring more comfortable holding.
  • Four L-Fn2 buttons and one L-Fn button to which a wide variety of functions can be assigned are adopted to suit users’ preferences.
  • The supplied lens hood featuring an improved lock mechanism enables attachment and removal with one hand even on a large-diameter lens.
  • Employs the Memory Recall function*4 that instantly recalls focus positions that have been stored in advance, via pressing an assigned button.
  • A design considering video recording including a focus-breathing compensation function which effectively reduces shifting of the angle of view when focusing, and stable exposure.

Canon Patent: 60-600mm f/4.5-8, 70-700mm f/4.7-8 And 80-800mm f/5.2-9 For RF Mount

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A new Canon patent application for RF mount super telephoto lenses.

Canon patent application 2022-53697 (Japan) discusses optical formulas for three super telephoto lenses, all for the RF mount:

  • 60-600mm f/4.5-8
  • 70-700mm f/4.7-8
  • 80-800mm f/5.2-9

PROBLEM TO BE SOLVED: To provide a zoom lens capable of supporting a high-magnification telephoto zoom and having good optical performance in the entire zoom range, an image pickup device having the same, and an image pickup system.

In recent years, there has been a demand for a telephoto lens having a long focal length or a zoom lens capable of shooting up to a telephoto lens, which is different from a smartphone camera. In recent years, so-called mirrorless cameras without a quick return mirror have been proposed, but since the main body of the mirrorless camera is thin, compact and lightweight, a compact and lightweight interchangeable lens suitable for the mirrorless camera is required.

Example 1

  • Focal length: 61.50-585.00
  • F value: 4.46-8.16
  • Half angle of view: 19.38-2.12
  • Image height: 258.90-346.50
  • Overall length: 258.90-346.50
  • Back focus: 30.00-90.50

Example 2

  • Focal length: 70.00-682.00
  • F value: 4.76-8..16
  • Half angle of view: 17.18-1.82
  • Image height:
  • Overall length: 271.00-361.00
  • Back focus: 31.22-97.50

Example 3

  • Focal length: 81.60-784.00
  • F value: 5.23-9.18
  • Half angle of view: 14.85-1.58
  • Image height: 21.64
  • Overall length: 274.33-371.01
  • Back focus: 32.48-105.97

The Canon patent was spotted by Asobinet. More Canon patent applications are listed here. Some particularly interesting patent applications we think might get into production are these: