Thats super cool! And about time we start seeing higher Hz ranges in displays .. .I mean We went from CRT's (talking about PC's) with uber-high frequency capabilities (theoretically enableing technologies like the 2-in-1 screen the guy mentioned above … yet the only problem was nothing ever hit big) to LCD's stuck at 60Hz. Much like going from Records to CD's and then DOWN to 128kb/s iTunes crap quality. You 'consumers' who dont REALLY know tech really do screw evolution up for the rest of us.
Cite your source.. Because from the words of the creators, the DMD Chip's individual mirror hinge structures show no signs of fatigue even after 1 Trillion actuation's.
Thats super cool! And about time we start seeing higher Hz ranges in displays .. .I mean We went from CRT's (talking about PC's) with uber-high frequency capabilities (theoretically enableing technologies like the 2-in-1 screen the guy mentioned above … yet the only problem was nothing ever hit big) to LCD's stuck at 60Hz. Much like going from Records to CD's and then DOWN to 128kb/s iTunes crap quality. You 'consumers' who dont REALLY know tech really do screw evolution up for the rest of us.
@lolipop4451 Plasmas are better than lcd's now as of 2010
@TRIPLESIXSICCNESS …. no more burn ins
Hmm, we don't see a lot of those these days 😉
Cite your source.. Because from the words of the creators, the DMD Chip's individual mirror hinge structures show no signs of fatigue even after 1 Trillion actuation's.