Driving oleds at 2000-10,000 hz

[Pyrolistical]

With oleds pixel response times being marketed at 0.1ms, that means we could achieve refresh rates of 2,000-10,000 hz, if it weren't for 2 peaky problems.

1. Display interface (ie. Display circuits/DisplayPort) is too slow
2. Graphics processor fill rate is too slow

We can eliminate both problems by directly driving pixels with a FPGA. One FPGA isn't fast enough, we use more than one to drive rows in parallel (back to SLI). We would need to synchronize the FPGAs at a higher rate than the refresh rate.

To achieve 4k 10-bit color at 10,000 hz, we would need to drive pixels at:
3840 width x 2160 height x 10,000 hz = 82.944 ghz
At 10 bits color, it would be pushing 3840 width x 2160 height x 3 color components x 10 bits per color x 10,000 hz = 2,488.32 gigabits per second

To bring everything down to a more reasonable 100 mhz 30 output pins FPGA, we would get a pixel rate of:
(30 pins / 10 bits per color / 3 color components) x 100 mhz = 1 million pixels
Then we could drive 1 million pixels / 2160 height = 463 rows per FPGA, or about 5 FPGAs for the whole display.

Of course this isn't a general purpose display and would only be suitable for demos that fit in a FPGA. But imagine the ufo test at 10,000 hz. Or maybe we could fit an entire game in a FPGA?

Did I math right?