Early Black Friday: Discounts On Skylum Luminar NEO and Luminar AI

black friday

So folks, sorry but me too has to start molesting you fine people with the annual Black Friday galore. Let me start with some cool photo editing software.

Skylum activated early BF discounts on their Luminar AI software, and on the upcoming Luminar NEO. Click here to access these deals. I use Luminar AI and I can’t be happier with it. Really great for lazy people who wants results in short time.

They all want our money and most online sellers already started some kind of Black Friday discounts. Check them out below. Hand-picked deals are listed here.

Deal pages:

Refurbished lenses and DSLRs at Canon Store (best deals might be found here)

Rumor: Canon Working On APS-C Camera With 8K Video?

canon rumors canon news eos r7 mark ii canon eos rv

We got a new rumor and it comes from an unknown source. Not sure how reliable it is. Take it with a big grain of salt for the time being.

We got tipped that Canon might be working on a camera with APS-C sensor capable of 8K video. Nothing was told if this camera is a DSLR or a mirrorless camera. Might this refer to the fabled EOS R camera with APS-C sensor? It doesn’t sound likely it might be a model in the EOS xxD lineup. Does this lineup even have a future? Don’t think 8K will come to any entry-level Canon camera, but I might be wrong.

What is your opinion about this rumorrumor?

Canon Patent: 28-70mm f/2.8 And 28-60mm f/4 Lenses For RF Mount

canon patent

And yet another Canon patent application for lenses for the RF mount (EOS R).

Canon patent application 2021-179550A (Japan, spotted by Hi Lows Note) discusses optical formulas for a 28-70mm f/2.8 and a 28-60mm f/4 lens, both for full frame mirrorless cameras (hence for the RF mount on the EOS R).

Embodiment 1

  • Zoom ratio: 2.35
  • Focal length (mm): 28.84 39.89 67.90
  • F number: 2.91 2.91 2.91
  • Half angle of view (degree): 32.65 28.06 17.67
  • Image height (mm): 21.64 21.64 21.64
  • Lens length (mm): 149.46 133.18 115.94
  • Back focus (mm): 13.48 19.38 27.78

Embodiment 2

  • Zoom ratio: 2.35
  • Focal length (mm): 28.84 39.96 67.90
  • F number: 2.91 2.91 2.91
  • Half angle of view (degree): 32.68 27.27 17.67
  • Image height (mm): 18.50 20.60 21.64
  • Lens length (mm): 152.91 136.27 115.98
  • Back focus (mm): 13.50 19.41 26.94


Embodiment 3

  • Zoom ratio: 2.08
  • Focal length (mm): 28.84 33.20 60.00
  • F number: 4.12 4.12 4.12
  • Half angle of view (degree): 32.68 31.82 19.83
  • Image height (mm): 18.50 20.60 21.64
  • Lens length (mm): 141.33 130.27 104.61
  • Back focus (mm): 19.70 21.65 35.51

Embodiment 4

  • Zoom ratio: 2.35
  • Focal length (mm): 28.84 37.16 67.90
  • F number: 2.91 2.91 2.91
  • Half angle of view (degree): 32.68 29.00 17.67
  • Image height (mm): 18.50 20.60 21.64
  • Lens length (mm): 121.04 110.42 101.92
  • Back focus (mm): 9.97 13.25 25.53

Embodiment 5

  • Zoom ratio: 2.35
  • Focal length (mm): 28.84 39.87 67.90
  • F number: 2.91 2.91 2.91
  • Half angle of view (degree): 32.65 28.07 17.67
  • Image height (mm): 21.64 21.64 21.64
  • Lens length (mm): 146.19 132.32 116.42
  • Back focus (mm): 14.84 20.01 28.77

Canon Patent To Recognize Vertical Mode Through Eye Sensor

canon patent

Not sure I get how this Canon patent application might be useful. But who am I to tell? Patent application to recognize vertical use mode through the eye sensor.

Canon patent application 2021-180437 (Japan, spotted by asobinet.com) discusses methods to recognize the vertical use mode through data delivered by the eye sensor in addition to the gyro sensor, to avoid false detection. If I got it right, this should work to change the orientation in live view. From the patent literature:

PROBLEM TO BE SOLVED: To provide an image pickup device having excellent operability, which can perform suitable control when a user looks into an electronic viewfinder and takes a picture.

Conventionally, there are known image pickup devices that detect the position of a user’s face and perform various functions based on the detected position of the face. For example, in Patent Document 1, the position information of a face element is detected from a face image taken by an in-camera, the vertical direction of the face image is determined, and the display direction of the image information in the display unit is determined according to the vertical direction of the face image. A portable terminal device to be controlled has been proposed.

However, in the prior art disclosed in Patent Document 1, in a camera provided with an electronic viewfinder, when a user looks into the electronic viewfinder and takes a picture, a face image cannot be acquired and the face cannot be acquired.The vertical direction of the image cannot be determined.

Therefore, when the direction in which the user holds the camera or the direction of the user’s face with respect to the camera is changed, the image information is displayed in the display unit in a display direction different from the direction desired by the user. Operability is reduced. Further, other controls such as control according to a voice input for instructing a direction cannot be suitably performed, and control is performed in a direction different from the direction intended by the user, resulting in poor operability.

Therefore, an object of the present invention is to provide an image pickup device having excellent operability, which can perform suitable control when a user looks into an electronic viewfinder and takes a picture.

The image pickup apparatus of the present invention includes an electronic viewfinder that displays an captured image, a detection means that detects the posture of the image pickup device, and an acquisition means that acquires information on the eyes of a user who sees the electronic viewfinder. Based on the information acquired by the acquisition means, the determination means for determining the orientation of the user’s face with respect to the image pickup device, the detection result of the detection means, and the determination result of the determination means. It is characterized by having a control means for changing the control of the image pickup apparatus.

More Canon patent applications are listed here. Some particularly interesting patent applications we think might get into production are these:

Canon EOS RP Price Now Down To $899

canon eos rp best mirrorless

The Canon EOS RP has got a $100 instant rebate almost everywhere and is now sold at $899 for the body only.

At a glance:

  • 26.2MP Full-Frame CMOS Sensor
  • DIGIC 8 Image Processor
  • UHD 4K and Full HD 1080 Video
  • 2.36m-Dot OLED Electronic Viewfinder
  • 3″ 1.04m-Dot Vari-Angle Touchscreen LCD
  • Dual Pixel CMOS AF, 4779 AF Points
  • ISO 100-40000, Up to 5 fps Shooting
  • Wi-Fi and Bluetooth Connectivity

You can check the world wide EOS RP prices through the links below. It’s $899 in the US.

Canon EOS RP: [shoplist 54789]

More Canon EOS RP review stuff is listed here.

Click here to open the rest of the article

Canon Patent: Zoom Lens That Shrinks When Zooming To Telephoto

canon patent

A new Canon patent application. A lens that becomes shorter when you zoom to the telephoto end. Usually it is the opposite.

asobinet.com spotted this Canon patent application. The lens seems to have f2.8/f4 and covers the standard focal length. Interesting lens but I don’t think it will ever go into production.

INDUSTRIAL APPLICABILITY: A zoom lens and an image pickup device having the same.

PROBLEM TO BE SOLVED: To provide a zoom lens having a large aperture ratio and a small size but having high optical performance, and an image pickup apparatus having the same.

In recent years, with the increasing functionality of image pickup devices, there is a demand for a compact and lightweight zoom lens having a large aperture ratio. As a zoom lens that satisfies this requirement, a negative lead type zoom lens in which a lens group having a negative refractive power is arranged on the most object side is known.

An object of the present invention is to provide a zoom lens having a large aperture ratio and a small size but having high optical performance, and an image pickup apparatus having the same.

Example 1

  • Focal length: 28.84-67.90
  • F value: 2.91
  • Half angle of view: 32.65-17.67
  • Image height: 21.64
  • Overall length: 149.46-115.94
  • Back focus: 13.48-27.78

Example 3

  • Focal length: 28.84-60.00
  • F value: 4.12
  • Half angle of view: 32.68-19.83
  • Image height: 18.50-21.64
  • Overall length: 141.33-104.61
  • Back focus: 19.70-35.51

More Canon patent applications are listed here. Some particularly interesting patent applications we think might get into production are these: