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Liquavista launches ColorBright display technology sans coolness
When Liquavista announced its electrowetting segment-driven display technology way back when, we thought it sounded like just about the best thing ever. We definitely wanted PMP, cellphone, and watch displays with rapid response time, exceptional contrast, and a high volume of color. Fast forward two years: word is this stuff is finally ready to hit the market and designers can now order custom-made equipment for their devices. There's an animation on Liquavista's website that promises some radically hip stuff, and we're looking forward to that, but so far we feel a bit let down by these images of mostly-static watches whose main claim to fame is colors. Get crackin', designers: we want to see those sunlight-viewable video displays and hip-hoppin' PMP visualizers in the non-cartoon world ASAP.[Via core77]Read - Press releaseRead - Official website with demo animation
Toppan reveals 5.5-inch active matrix OLED
Having already wowed us twice with its wall-sized e-newspaper and RFID shielding material, Japan's Toppan Printing Company has once again managed to impress with a large OLED display that could find its way into all of those portable devices that we love. At 5.5-inches and 400 x 234 pixels, the screen revealed at San Francisco's Society for Information Display 2006 is one of the larger models of its type, and what's more, sports active matrix technology to improve upon the passive matrix OLEDs of the past. Brighter, sharper displays realized through Toppan's manufacturing process will begin showing up on portable DVD players and the like sometime next year.[Via Akihabara News]
Samsung's 3.5-inch Hybrid Touch Screen Panel LCD
Some behind-the-"screens" work just completed by Samsung will soon enable many of the portable devices you enjoy to offer thinner and lighter touch panel displays. The Korean electronics giant has announced a new LCD technology called hTSP (Hybrid Touch Screen Panel) that will allow manufacturers to incorporate touch screen functionality directly into the TFT fabrication process, whereas most current touch-sensitive applications require a separate, sensor-laden printed circuit board (PCB) attached to the top of the display. So far the company is able to create LCDs as big as 3.5 inches using the new method, meaning that you can expect to see hTSP-sporting smartphones, PMPs, and nav devices on store shelves in the near future.
Movie downloading kiosks may be coming soon
In what could turn into a preemptive strike against the further decline of DVD sales in the face of competition from digital downloads as well as Blu-ray and HD-DVD discs, major retailers may soon be installing kiosks in their stores that give customers access to on-demand, feature-length films on DVD or their portable devices. According to Reuters, the major movie studios are reportedly in talks with retail heavyweights like Wal-mart to theoretically offer their complete archives for downloading to in-store terminals with high-speed connections, where they would either be burned onto DVD or transferred to unspecified devices, a la that proposed DVD Station service we saw awhile back (which seemingly never materialized). While the prospect of having immediate access to almost every movie ever made is admittedly appealing, we're not really sure that we want to drive all the way over to Best Buy just to stand around waiting uncomfortably with our fellow patrons as we all clutch our iPods, nervously tap our feet, and wish we'd all just stayed at home and settled for whatever was on Moviebeam.[Via Slashdot]
Sanyo Epson's "Photo Fine Vistarich" enables extreme-viewing-angle LCDs
Researchers at Japan's Sanyo Epson Imaging Devices Corporation have just developed a series of small LCDs that, unlike most traditional displays, are almost perfectly viewable even at extreme 90-degree angles. Available in sizes ranging from 2.4-inches to 10.1-inches, the displays will be employed in any number of portable devices, from cellphones to PDAs to PMPs, although the best use we can think of is to put them on cameras, which should make it a lot easier to see what you're shooting when you need to take pictures over a crowd. As for the use of this so-called "Photo Fine Vistarich" technology in devices that we're viewing personal/secure information on, well, we're not necessarily sure we want to make it easier for everyone on the subway to peep our Treo screen. Sanyo Epson says production of these displays will begin this fall, which mean we should probably see corresponding products on the market before the end of the year.
Philips spins off Liquavista to develop thin Electrowetting displays
A bunch of venture capitalists have been poking around Philips' R&D labs lately, and it seems that they like what they see. New Venture Partners has joined with the Dutch electronics giant to spin off several companies based on technology first developed by Philips Research, with the first collaboration, Liquavista, being announced today. Based on a thin-display technology called Electrowetting, Liquavista will attempt to integrate its products into DAPs, cellphones, watches, and other portable devices where high brightness and rapid refresh rates are valued (which is like, all of them). Electrowetting supposedly provides better brightness and response time than competing reflective display technologies while using essentially the same manufacturing techniques, and according to a handy comparison chart on MobileRead, is just about the best thing ever. Skeptics will be able to peep the displays for themselves in early June, however, when Liquavista will present some prototypes at the Society for Information Display's 2006 exhibition in San Francisco. [Warning: PDF link][Via MobileRead]
