Best and Worst gear of the year by TheCameraStoreTV

TheCameraStoreTV selected the Best and Worse camera and lenses of the year. And maybe a bit surprising two Micro Four Thirds camera are under the three worse cameras of the year: The new Olympus PEN-F and the new YI M1.

Not sure you will agree with this…but watch the video to learn whats the reasoning behind their choice!

New E-M1II test roundup…

Olympus OMD E-M1 II stabilisation test with 300mm F4 PRO lens

Q quick roundup of the latest E-M1II tests:

a comparison of dynamic range between E-M1 and E-M1mk2, based on RAW, ISO 200, converted in Adobe LightRoom (SLRclub).
Alaska 2016 Photography Travel log with the E-M1II by Photorec on Youtube.
E-M1II – der C-AF (Pen And Tell).
Olympus OM-D E-M1 Mark II – Prueba de campo (DSLRmagazine).
Toby:Filmed almost completely with the EM-1 Mark II https://t.co/WJ8HrxqiQN

Olympus E-M1II preorders:
In USA at BHphoto, Amazon, GetOlympus and Adorama.
In Europe at ParkCameras. WexUK. Digitech.ch.

A smart idea from Ming Thein: Create sensors with irregular shaped pixels

qp_fuji_fig2

I still shoot film (with the Mamiya 7) and I always wondered if it would be possible to get that “natural” and “irregular” film look on digital cameras. Ming Thein has an idea about that:

Here we come to the crux of the matter: I think the limitation of digital lies in the geometry and shape of the photosites, not the number or density. If we had irregular pixels (which could be a repeating pattern over a much larger area) the sensors would be able to better match the irregular nature of the subject (which in turn forms an irregular input signal). The pixels could be each the same area to avoid gain problems, and they could be fairly large in order to maintain good noise, color and dynamic range characteristics. Fuji tried to change the sensor with diagonal arrays and small-large arrays, but they were still fundamentally too regular – resulting in even worse strange artefacts because we were now trying to output an image with an underlying 45 degree structure onto a 90 degree orthogonal output medium. The files printed well, however, because of the dithering process during print explained previously.

If that would really work I hope Panasonic-Olympus will do such a sensor one day!