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Samsung and Uni-Pixel team up for better, cheaper TMOS displays
Uni-Pixel has developed a new display technology that could succeed LCD and LED displays, and if all goes according to plan we might see something come to market as soon as next year. Opcuity uses one layer of MEMS film in in a TMOS (multiplexed optical shutter) device for results that are said to be ten times brighter and sixty percent cheaper to manufacture than LCDs (which use five layers). Since TMOS displays are very similar to LCDs, existing manufacturing lines can be used -- lowering start-up costs and rescuing older assembly lines in the process. According to the company's CFO, the manufacturing process "subtracts from existing LCD lines--you just need to remove some equipment that is no longer needed." Samsung and Uni-Pixel have teamed up to produce 4-inch displays using the technology, but who knows? Maybe Microsoft Research's interactive office will become a reality sooner than you think.[Via OLED-Info]
Samsung hedges its bets with UniPixel's TMOS display technology
Here's a new one to add to the display technology lexicon -- TMOS, which stands for "time multiplexed optical shutter," is being developed by UniPixel in its Opcuity products. The technology is interesting enough to get Samsung to get in on, and the promise to provide better image quality over LCD and OLED displays while being up to 60-percent cheaper to manufacture than LCDs makes it easy to see why. We haven't even seen a prototype of this technology, but we're able to piece together that the display centers around UniPixel's Opcuity "Active Layer Film," basically an array of micro-electrical mechanical systems (MEMS) shutters that sit in front of the illumination source that will strobe between red, green and blue to produce color; basically, it's a bit of DLP (MEMS and persistence of vision) combined with LCD technology (flat backlight with a shutter). Sounds great, but like we said, it's still in the labs. Not to be naysayers, but one challenge will be keeping the MEMS shutters functional in larger displays -- a 50-inch display has pixels about 0.5-mm in size, and MEMS really do rely on the "micro" part of their name to work.[Thanks, Vanbrothers]Read - Samsung and UniPixel press releaseRead - UniPixel technology
