jman5000
- 29
- 2
Okay so modern displays seem to not be able to reach super high refresh rates for the clarity it affords. Do you think this is due to a limitation in how fast the logic can refresh the screen or could it be done if the manufacturers felt so inclined?
I feel like this is probably a dumb question that stems from me not knowing how electrical stuff works, but If it is a logic issue, as absurd as this sounds, would it be possible to use a micro crt that does the logic of painting the pixels sequentially and make some sort of analog system to convert the logic to the oled to light up the screen in the exact same way? So instead of painting a phosphor it is painting up against a grid of sensors that represent a pixel on an oled?
I watched a video on analog computers and how they can be used to do specific calculations at insane speeds for specific tasks. That's kind of what I was thinking with this since I'd want the larger display to mimic the actions of the smaller one.
I feel like this is probably a dumb question that stems from me not knowing how electrical stuff works, but If it is a logic issue, as absurd as this sounds, would it be possible to use a micro crt that does the logic of painting the pixels sequentially and make some sort of analog system to convert the logic to the oled to light up the screen in the exact same way? So instead of painting a phosphor it is painting up against a grid of sensors that represent a pixel on an oled?
I watched a video on analog computers and how they can be used to do specific calculations at insane speeds for specific tasks. That's kind of what I was thinking with this since I'd want the larger display to mimic the actions of the smaller one.
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