Congratulations, very interesting and detailed explanation of how the pixel shift works. Part of my work focuses on the reproduction of paintings with the highest possible resolution. For this I use an X-T4 with the 90mm f2.0 and a panoramic head, so that depending on the size of the painting I end up with images of between 40 and 180 MP. I have been very interested in changing this tedious system and acquiring an X-T5, but I have not managed to see any serious tests that convince me that I will really get enough resolution. I take it for granted that small details would improve in the fidelity of colour reproduction, but I'm not sure that the actual increase in resolution corresponds to the theoretical one. The tests I have seen use common subjects such as a clock or the circuitry of a hard disk, with no subtleties in colour nuances or brightness transitions. I don't know if you have done any tests that have allowed you to check the real gain provided by the pixel shift of the X-H2/X-T5? Thank you
Thank for that excellent explanation. I would like to ask what diagramming software were you using? I have not found anything nice yet for my Mac laptop. Is it something that comes with the Mac?
Is it possible one day soon that we might get the pixel shift technology software in the X-T4 via firmware? or is it all in the hardware in the X-Trans CMOS 5? That would be cool.
Good question. In HDR you change the exposure between shots without shifting the sensor to increase dynamic range. Pixel shift will affect color accuracy and reaolution
Do you have any question about Pixel Shift Technology? Do you enjoy this type of technical content?
I love how you explain it so clearly. I feel educated. I think that technology is a game changer.
Glad that you enjoyed the video
Thank you for the explanation 👌🏼👍🏼
Really well. Thanks for taking the time.
Thank you for watching
Excellent explanation. Thank yoiu.
Congratulations, very interesting and detailed explanation of how the pixel shift works. Part of my work focuses on the reproduction of paintings with the highest possible resolution. For this I use an X-T4 with the 90mm f2.0 and a panoramic head, so that depending on the size of the painting I end up with images of between 40 and 180 MP.
I have been very interested in changing this tedious system and acquiring an X-T5, but I have not managed to see any serious tests that convince me that I will really get enough resolution. I take it for granted that small details would improve in the fidelity of colour reproduction, but I'm not sure that the actual increase in resolution corresponds to the theoretical one.
The tests I have seen use common subjects such as a clock or the circuitry of a hard disk, with no subtleties in colour nuances or brightness transitions.
I don't know if you have done any tests that have allowed you to check the real gain provided by the pixel shift of the X-H2/X-T5?
Thank you
thanks for the very clear explanation, great Video.
Thank you for watching
Thank for that excellent explanation.
I would like to ask what diagramming software were you using? I have not found anything nice yet for my Mac laptop. Is it something that comes with the Mac?
Thanks for watching
I use draw.io, a web app for diagrams
Super great and informative video!! Well done!
Thank you! Glad that you enjoyed it!
Is it possible one day soon that we might get the pixel shift technology software in the X-T4 via firmware? or is it all in the hardware in the X-Trans CMOS 5? That would be cool.
It depends. If the XT4 is able to induce movement in its sensor and not only compensating maybe we will see it in the future
HDR and Pixel shift have any different?
Good question. In HDR you change the exposure between shots without shifting the sensor to increase dynamic range. Pixel shift will affect color accuracy and reaolution
@@ThierryGibralta thanks for your reply.
Girbralta Undone
Ahah Still a Loooong way to get to this guy’s level ^^
But hey thanks man 🙏