Nanosys
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3M, Nanosys ready to bring quantum dot film to LCD makers
3M and Nanosys have just announced that they'll start shipping qualification samples of their Quantum Dot Enhancement Film (QDEF) to manufacturers to bring a 50 percent wider color gamut and lower power consumption to LCD displays. Consisting of trillions of quantum dots tuned to create precise color hues, such films can be swapped in to replace existing backlighting tech, meaning manufacturers will need no special equipment to adopt it. The companies say they'll have samples for manufacturer design cycles starting "late second quarter this year" -- but if you can't wait that long, you'll be able to actually buy similar tech from Sony, likely very soon.
3M and Nanosys team-up to roll out quantum dot-enhanced LCDs
Nanosys' eye-popping QDEF (Quantum Dot Enhancement Film) might be inching closer to a display near you. A new partnership with 3M aims to get the color-loving tech commercialized and into mainstream products. The film uses quantum dots to create an LCD with a wider color gamut -- apparently translating to up to 50 percent more color. The quantum dots are packed onto this film in their trillions (yes, trillions) which is then fitted within the backlight. As the new layer would replace the existing one within LCDs, Nanosys' solution aims to avoid the need for new equipment or processes. However, we're still waiting for high-color QDEF to become that "ecosystem changer" we were promised.
Nanosys QDEF screen technology ships in Q4, slips into iPad at SID 2011 (video)
We dropped by Nanosys' nook at SID 2011, and not only was it showing off its new Quantum Dot Enhancement Film, but had hacked the tech into an off-the-shelf iPad. A company representative presented the modified slate as an example of how quickly QDEF's high color gamut magic could be integrated into existing devices, offering "OLED color depth without OLED power consumption and OLED price." Sure enough, we were told to expect to see QDEF in a "mobile device," probably an Android tablet, sometime in Q4; when pushed for details, our rep could only tell us that the device would come from a Korean firm. (LG or Samsung, take your pick.) Integrating QDEF into new devices may be a snap, but company representatives told us the film could add as much as 100 microns to a screen's thickness, suggesting that smartphone manufactures aren't too keen on the idea of a thicker display. Still, Nanosys has high hopes for the new film and told us that it expects high-color QDEF to become an "ecosystem changer," as industry-altering as HDTV. The firm even suggested "wide color gamut" apps could be in our near future -- we love our color depth here at Engadget, but somehow it's hard to see Angry Birds: High Color (its suggestion, not ours) taking off. Check out our hands-on after the break. %Gallery-123854%
Nanosys unveils Quantum Dot Enhancement Film for LCDs, promises all kinds of colors
Another day, another step closer to quantum dot reality. Today, Nanosys unveiled its new Quantum Dot Enhancement Film (QDEF), marking the first time that the nanotechnology is available for LCD manufacturers. According to the company, its optical film can deliver up to 60 percent of all colors visible to the human eye, compared with the 20 to 25 percent that most displays offer. To create QDEF, Nanosys' engineers suspended a blend of quantum dots within optical film and applied it to a blue LED, which helped get the nanocrystals excited. Once they started hopping around, the dots emitted high-quality white light and a rich, wide color gamut, without consuming as much power as white LED-based materials. No word yet on when we can expect to see QDEF in consumer displays, but Nanosys claims that the film is "process-ready" and easy for manufacturers to integrate. For now, you can amuse yourselves by comparing the two frogs pictured above and guessing which one is covered in quantum dots. Full PR after the break.
Nanosys forms alliance with Samsung to further the art of nanotech, fight the gray goo menace
Nanotech: it's about to get big -- well, figuratively speaking anyway. California-based Nanosys, who has worked to apply little tech to everything from flash memory to LED-backlit displays, is now applying it to solve a new problem: cash flow. Through a partnership with Samsung, Nanosys will receive "funding and resources" plus a $15 million equity investment while Samsung will presumably get first dibs to produce the fruits of this partnership. The press release, embedded below, specifically mentions applying research to develop better solar tech, but also indicates a hope to improve "electronics" in general, opening the door for just about anything. We're going to go ahead and hope for nanotech foot massaging running shoes, but feel free to lodge your own requests in the comments section below.
Nanosys and LG Innotek agree deal for newfangled LED-backlit displays
For the nitty gritty of how Nanosys' proprietary LED backlighting technology works, check out our earlier coverage here -- what you really need to know is that the company promises a significantly wider color gamut from its displays, while reducing power consumption by up to 50 percent. Quantum dot LEDs have shown their faces before, but now there's the big hulking heft of LG Innotek -- LG's component manufacturing arm -- behind what Nanosys is offering, which indicates we might actually see the release of nanotech-infused displays within the first half of this year as promised. The early focus appears to be on mobile phones, which gives us yet another next-gen feature to add to our list of requirements for our next phone. Check out the full PR after the break.
Nanosys offers better saturation of LED-backlit displays with nanoscale coating
While we all wait around for larger-sized OLED displays to become feasible for the consumer market, Nanosys has stolen in and demonstrated a new LED coating technique that proposes to radically improve color saturation in LED-backlit screens. Based on standard blue LEDs -- the most efficient kind -- this works by applying nanoparticles to the light and thereby endowing it with the desired hue. While the nano-coating can make standalone LED lights far richer in color, the real potential is in its deployment in LED-backlit displays, such as those becoming dominant on laptops today. By employing a coated array of blue LEDs instead of the standard white stuff, this can deliver greater color saturation while fitting within the same energy profile of current LED tech. Products boasting Nanosys' new hotness are said to be coming out later this year, with some appropriate premium slapped on the price for the fancier output.
Metal nanocrystals promise to double flash memory capacity
There's certainly no shortage of folks trying to create bigger, better flash memory, but upstart Nanosys seems to think it's found a winning formula, and it's apparently already got some big names on board. Key to its solution are so-called "self-assembled metal nanocrystals" which, when added to the flash manufacturing process, supposedly doubles the capacity of conventional chips. According to MIT's Technology Review, the crystals themselves are "grown" in a liquid solution and then spun onto silicon wafers -- not an entirely new process, but Nanosys has apparently come up with a chemical process that produces crystals that are more uniform in size and spacing than previous attempts by others. That's apparently been enough to attract the interest of Intel and Micron, who Nanosys says could be putting the technology to use as soon as 2009.
