LEAKED: First image samples shot with the Sigma FP-L show it has 60.2MP sensor!!!

One of our readers (THANKS!!!) spotted a folder with FP-L images on Sigma’s server. Here are the screenshots showing the EXIF and below one of the image samples (not full size).

It shows that indeed the new camera has this new 60.2 MP sensor I wrote about weeks ago.

SIGMA fp L use a special pixel type effective 60.75 megapixels sensor named IMX513BQR from sony-semiconductor to replace the unstable Foveon X3 sensor. in 30 megapixels output mode, pixel can be full sampled, which makes it the same image quality as the Foveon X3. in 120 megapixels mode, fp L output the maximum resolution in the world of full frame single shooting.

The newly CMOS sensor of sigma fp L has a CFA like the fujifilm’s Super CCD. Sigma get a customized full frame 61 megapixels no-LPF BSI sensor with zig-zag manner pixels and 45° rotated bayer color filter array, which pixel design based on sony-semi’s most popular 3.76um Exmor R series. This special pixel array was name as “Q67” or “ClearVid” in sony’s speech, was used in F65RS cine camera.
This 61 megapixels zig-zag pixel sensor can output 30 megapixels green channel image without any interpolation and color the picture like the Foveon X3 Quattro. So it can be the flat version of Foveon X3, but save the high ISO.
In additionally, this customized sensor use the same color filter as the PhaseONE IQ3 100MP Trichromatic. It has the best color reproduction even better than the old Foveon X3.

Just like Sony also Canon now patented its first lenses made for Full Frame curved sensor cameras

Sony had already patented this idea years ago (SAR article here). And Canon is now following: They just patented their first lens designs made for a hypothetical future Full Frame curved sensor system.

A curved sensor would allow for a more compact design as you would not have to add a lot of glass to correct for corner issues. No more corner sharpness issues! The trade off is that of course it’s way more expensive to make such curves shaped sensors. So I have no clue when this idea will make it into a real production camera.

CanonWatch listed the lens specs:

Embodiment 1

  • Focal length 51.50 mm
  • F number 1.24
  • Half angle of view 22.79
  • Image height 21.64 mm
  • Lens length 75.01 mm
  • BF 9.10 mm

Embodiment 2

  • Focal length 51.50 mm
  • F number 1.24
  • Half angle of view 22.79
  • Image height 21.64 mm
  • Lens length 74.56mm
  • BF 9.05 mm

Embodiment 3

  • Focal length 51.50 mm
  • F number 1.03
  • Half angle of view 22.79
  • Image height 21.64 mm
  • Lens length 76.30 mm
  • BF 9.00 mm

Embodiment 4

  • Focal length 35.00 mm
  • F number 1.45
  • Half angle of view 31.72
  • Image height 21.64 mm
  • Lens length 116.13 mm
  • BF 9.00 mm

Embodiment 5

  • Focal length 35.00 mm
  • F number 1.03
  • Half angle of view 31.72
  • Image height 21.64 mm
  • Lens length 116.35 mm
  • BF 9.00 mm

Embodiment 6

  • Focal length 35.00 mm
  • F number 1.20
  • Half angle of view 31.72
  • Image height 21.64 mm
  • Lens length 117.93 mm
  • BF 9.00 mm

Embodiment 7

  • Focal length 65.00 mm
  • F number 1.24
  • Half angle of view 18.41
  • Image height 21.64 mm
  • Lens length 93.12 mm
  • BF 10.19 mm

Embodiment 8

  • Focal length 82.50 mm
  • F number 1.24
  • Half angle of view 14.69
  • Image height 21.64 mm
  • Lens length 117.14 mm
  • BF 14.70 mm

Embodiment 9

  • Focal length 82.50 mm
  • F number 1.03
  • Half angle of view 14.69
  • Image height 21.64 mm
  • Lens length 118.58 mm
  • BF 14.33 mm

Embodiment 10

  • Focal length 97.10 mm
  • F number 1.25
  • Half angle of view 12.56
  • Image height 21.64 mm
  • Lens length 138.22 mm
  • BF 19.37 mm

Embodiment 11

  • Focal length 130.00 mm
  • F number 1.25
  • Half angle of view 9.45
  • Image height 21.64 mm
  • Lens length 177.93 mm
  • BF 39.31 mm

Embodiment 12

  • Focal length 31.95 mm
  • F number 1.24
  • Half angle of view 22.78
  • Image height 13.42 mm
  • Lens length 47.62 mm
  • BF 6.10 mm