I wonder how I could make NV approach projector manufacturers for making a gaming-type DLP projector.
DLP is a pretty damn amazing technology for gaming in principle, and it has the potential (physically) to easily run at 120 Hz or more. And it wouldn't even be very expensive to build. But no one seems interested in creating that kind of projector for consumer use.
There are companies making gaming-focused projectors. I believe Optoma have some 120Hz native models (though their site was useless for information last I checked) and Acer have "Predator" branded projectors.
That said, I don't know that I'd want a DLP gaming display.
It's true that the micromirrors have
very fast switching times and they're immune to burn-in, but by their very nature, DLP are 1-bit displays (just like Plasma TVs).
Most DLP projectors are 1-bit sequential-color displays too, as 3-chip projectors are extremely expensive - and you don't want a 3-chip projector for gaming or use as a giant monitor due to convergence errors.
So you have a very noisy (dithered) image, and rainbow artifacts if you track fast motion with your eyes.
And worse, the higher the refresh rate, the lower the bit-depth of the image.
People rated Pioneer's 'Kuro' Plasmas very highly for their image quality - which I have always disagreed with - but as soon as you moved above 60Hz the image quality suffered even worse. 72/75Hz showed noticeable posterization and ugly tones near black, and 100Hz had
very poor image quality.
They ran at 1680Hz with a 60Hz output, meaning that they used 28 sub-fields per frame. At 100Hz, that drops to only 16 sub-fields, meaning that gradation was severely compromised - and that's assuming you didn't have any of the power saving modes enabled, which dropped those numbers even lower.
Same thing with DLP. There are customized DLP projectors made to run at 1440Hz for vision research work for example, but they're only 1-bit monochrome at this rate. If we extrapolate that out to working with color (1-bit at 480Hz) it would mean dropping below 8-bit at 120Hz.
And that's ignoring all the other issues with projection vs direct-view displays.
Of course the one thing that projection has going for it - and it cannot be understated - is the sheer size of the image.
I'm seriously considering a 77" OLED once there are 120Hz VRR models, but it's far more expensive and pales in comparison to my old ~10ft projector setup.
The thing with projection is that I know what it takes to get the absolute best image quality - and I've gone to extreme lengths before to completely black out the room and eliminate reflections - but I don't want to do that again, and I don't always want to be sitting in a dark room.
It's not even close. You need around 1,000hz before you eliminate motion blur completely without some form of flickering, and flickering sucks. We're probably two decades away from a perfect 2D display.
I'd rather have the option to have the displays flicker, at least until this is a solved problem.
With a CRT, I don't mind flickering at all, at any refresh rate. The motion handling makes up for it.
PWM-driven flicker on the other hand, I cannot tolerate at all.