TactusTechnology
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Tactus' morphing smartphone and tablet display hands-on
Tactus Technology, a small start-up out of Fremont, CA, made a big splash at this year's Society for Information Display (SID) conference. The company, which came to Boston, MA toting a single product, showcased an early prototype of its morphing touchscreen display. The screen, which looks and acts like all other smartphone and tablet displays, has a very special and unique feature: it can dynamically create and remove tactile keys on demand. Tactus utilizes a specially designed window that sits directly on top of a display's touch sensor -- which we're told can be fitted to almost any touchscreen -- that has specially designed channels. A "proprietary oil" is, at the behest of the underlying operating system, forced in and out of these channels to raise the display surface and create a tactile interface for the end-user. It's a concept that, much to the delight of ardent smartphone and tablet keyboard lovers, can provide a physical input experience without sacrificing screen real estate. Have a look at our hands-on gallery then saunter past the break to see this tactile touchscreen in action and read our impressions. %Gallery-157475%
Tactus Technology prototype Android tablet shows off shapeshifting screen at SID 2012 (video)
Typing with thumbs on glass can often prove to be as fruitful as talking to an actual wall. That is to say, both are an exercise in frustration. Yet, with smartphone adoption continuing to climb, that method of touchscreen input is only going to become more pervasive. Good thing, then, that companies like Tactus Technology are working on a scifi-seeming haptic solution that should catapult the wireless industry into true innovation and bring back some much needed tactile feedback. To spur this, the company's crafted a prototype Android slate in conjunction with Touch Revolution, shown off at this week's SID 2012, that shapeshifts from flatscreen to physical button layout and back as needed. The screen, which would reportedly add no extra thickness to future tablet or phone displays, makes use of microfluidic tech to make those disappearing UIs possible. So, forget about quad-cores and the 2GB RAM spec race, this is where those next-gen flagships ought to be headed. Click on past the break to marvel at a demo of this dynamic interface in action.
