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Sony London Studio chief talks 3D lessons, promises VR headsets
Haven't settled in to 3D PS3 gaming just yet? Too bad because Sony's ready to leapfrog that industry buzzword with another once-vaunted, immersive tech of yore -- virtual reality. Announced ahead of Sony London Studio chief Mick Hocking's Develop conference "3D post-mortem speech," comes word the Japanese electronics giant is underway with R&D testing for a head mounted display. Shown off at CES earlier this year, the unit incorporates twin-OLED screens that put you closer to the game, fried eyeballs and all. If any of this sounds familiar, that's because it's all very 1995. Still, Hocking seems pretty optimistic about the company's lessons learned dipping its toes into three-dimensional waters, and has even created a so-called "3D 10 Commandments" to ensure quality product output. Hit the source below for the UK division head's full 3D musings.
Verizon's Innovation Center opens its doors to LTE product development
Not sure if you've noticed, but there's an LTE race going on and VZW's wasting no time sprinting to the lead. Despite rival AT&T's February launch of a similar R&D space in Texas, Verizon's cutting its first big red bow on the two years in the making Innovation Center. Located just outside Boston, the Waltham, Massachusetts-based labs began churning out LTE-friendly products in October of 2009, developing 30+ products to date. While most of these may never ride along the borderline blazing speeds of real-world LTE, the environment does give small startups a leg-up in a collaborative, deep-pocketed space (insert emphasis here). The research center also does double duty for the operator's bottom line, offering its Verizon Ventures group first dibs on investment opportunities -- like it did with Nomad Innovation's LiveEdge TV product. Construction on a second mobile applications-focused facility is already underway in San Francisco with its very own opening ceremony slated for late summer. We're glad to see Verizon spreading the bills to spur tech forward, but there's one major thing the carrier forgot -- an emergency room wing for all its crapware-bloated products. Official PR after the break. [Image credit via PCMag]
Toshiba's in-cell integrated 7-inch capacitive LCD ditches touch layer, extra girth (video)
Samsung's Super AMOLED may have beat Toshiba to the in-cell capacitive touch punch, but we're still happy to see other LCD panels dropping unnecessary layers. Featured in a GPS mock-up, Toshiba's 7-inch 1024 x 600 R&D display touts 10-point multi-touch over 38,400 sensors -- that's one touch sensor for every four pixels. It may not be the first LCD to abandon the standard touch layer for integrated capacitive support, but we wouldn't shy away from a tablet or embedded screen featuring this 1mm wonder. We'll have to wait though; Toshiba's in-cell tech is still in R&D, with no word when or if we might see it in commercial devices. Check out the video after the break for a quick hands-on. %Gallery-123862%
WebOS will be on 'every HP PC' shipping next year, says CEO
You'd think Leo Apotheker, HP's newest CEO, would want to save a bit of thunder for his March 14th event. Instead, the man continues to unleash stentorian quotes with unabashed candor like today's claim that "HP has lost its soul." He's also making bold proclamations about every HP PC being able to run WebOS and MIcrosoft Windows as an integrated experience in 2012 -- a move the company hopes will create a "massive platform" to attract those all important developers. Apotheker's strategy will reverse Mark Hurd's cost-cutting emphasis with a renewed focus on product quality and innovation -- the latter achieved by breaking down inter-company barriers that currently separate product groups and by boosting the R&D budget already pegged at $2.96 billion last year (a pittance by some measurements). Click the source link below to read the Businessweek article in full if you're interested in Leo's issue with being the smartest person in the room and his attempts at Californication. Cool? Awesome.
Visualized: Nokia R&D spending, almost 3 times its peers
Our initial reaction to the Bernstein Research chart above is to wonder what value Nokia's massive R&D spending has achieved. Sadly, that's our second and third reaction, too, having spent some time with the company's Symbian OS. Let's just hope all that money was poured into MeeGo or some other megaprofitable ecosystem that it will "build or join" in 2011. Update: Added a snapshot of Nokia's R&D spending from 2007 and 2008 (when the company topped the EU with US$7.24 billion spent on R&D) after the break.
HTC confirms new research and development office in Durham, North Carolina
It's been swirling for months now, but at long last HTC has finally come forward with the official word: it'll be cracking open a new operation in the heart of North Carolina's technology hub to usher in 2011. According to the company, it'll be hiring 45 individuals at the Durham, NC-based venue, as they conduct research into "multiple areas of wireless technology, with plans to grow further during 2011 and into the future." The list of current job openings there is definitely robust, and there's little doubt that a good bit of design work will be going down just a few miles from the nearest Cook-Out. The opening of the new location marks HTC's third research and development facility in the States, with the others being positioned in Seattle and San Francisco. Out goes Sony Ericsson, in flies HTC -- fitting, don't you think?
KDDI develops a zoom-enhance system for HD movie streaming on smartphones (video)
Because not every smartphone has a full 1080p resolution (yet), KDDI's R&D Labs have come up with a new method for massaging the most out of HD movie streams while on the move. You'll still be able to pummel your poor mobile device and connection with the full-res stream, should you wish it, but KDDI's innovation is in developing a system whereby you can zoom in on particular parts of the feed, have the stream cropped to your requirements on far-off servers somewhere, and then receive only the stuff you want to see onto your device. And because of your phone's aforementioned pixel deficiency, the employment of this technique will most often result in negligible picture fidelity loss, if any. The biggest benefit, however, might be to carriers like KDDI who end up having to carry less data back and forth, even if it does come at a slight server-side cost. Video after the break.
Apple touchscreen iMac rumor just won't die
The Apple rumor that keeps on giving -- the touchscreen iMac -- has just been given another shot of monger juice. DigiTimes (who else) cites industry sources who claim again that Sintek Photonics is shipping Apple touchpanels to sample for use in a future 20-plus-inch iMac. Specifically, the panels are of the projected capacitance type (same as iPhone/iPod touch/iPad) and integrate the touch sensor with the glass cover for reduced thickness and weight while exhibiting "good" viewing angles and brightness. While the image above, extracted from an Apple patent, gives us a clue as to how a touchscreen iMac might be used, we remain unconvinced of its advantages (drawing stylus, anyone?). Then again, we're sure Apple has lots of whacky products in house for R&D so why not one more.
Robovie R3 all set to assist, freak out elderly and handicapped shoppers this November (video)
The Robovie R3 is the latest in a distinguished line of humanoid bots developed for the purposes of research, discovery, and (a tiny bit of) geeky fun. Following its predecessor's footsteps -- the R2 secured employment as a guide to lost shoppers -- the R3 will be making its mall debut in November of this year, where it'll assist people by carrying their shopping, providing information about nearby products, and holding their hand as it guides them through the crowds. Intended as a way to get elderly and handicapped people back out into the community, this is part of a viability study for the robot's usefulness, and if it finds success maybe its anime eyes and dalek form factor will find their way outside Japan as well. Video of the R3 after the break.
HP touts memristor development, bleak future for transistors
Silicon transistors are the stuff all our dreams of android sheep are made of, but there will ultimately be a limit to how many of them you can squish together inside a processing chip. The progressive avoidance of physical limitations by moving to yet more minuscule dimensions is admirable, but some folks at HP seem to believe the answer lies in a whole different technology. The company has been talking to the New York Times about its memristor (memory resistor) development, which promises to perform both data processing and storage tasks (even without an electrical charge), while also being capable of stacking in a three-dimensional array that would allow for vast scaling potential down the line. Promises for the future include a three nanometer memristor that can switch on and off in a nanosecond, as well as a 20GB per square centimeter memory density that we might expect to arrive within three years. If we believe the dudes in the white coats, that is. The important thing is that memristor-based storage has already been tested to successfully perform "hundreds of thousands" of read and write operations without failing, so the potential is indeed there. Now we just need a bit of luck and a smidgen of patience.
Sharp solar cell sets Conversion Efficiency record
The kids at Sharp have a long history of solar power development and research -- something which is evident in the solar cells they've attached to everything from televisions to cellphones. Always moving onward and upwards, the company is now announcing that it's achieved a title-holding 35.8 percent cell conversion efficiency through the use of a triple-junction compound cell. Mainly used on satellites, the triple-junction cell uses three photo-absorption layers and materials (such as indium gallium arsenide) to boost efficiency. This is all good news indeed for both people anticipating better solar devices and fans of solar research in general -- and great news for the people that make those 18 foot tall "solar flowers." PR after the break. [Via Akihabara]
Codex and InkSeine -- the roots of Microsoft's Courier?
Yesterday, the cats over at Gizmodo got a look at what appeared to be a pretty groundbreaking product from Microsoft -- the Courier -- a dual-screen, multitouch tablet with an advanced UI the likes of which we've rarely seen. According to the site's report, the product was in "late prototype" stages, and judging from the video, it looked to be pretty far along (at least as far as software was concerned). Today, MobileTechWorld looks as though it might be shedding a little more light on the device and its software... but it might not be quite what you think.
Microsoft's Midori -- a future without Windows
According to a report, Microsoft isn't just looking at the next version of Windows (no, not Mojave) for future OS possibilities, but is looking beyond the Windows architecture altogether with a project known as Midori. The new OS is still in the "incubation" phase (which puts it slightly closer to market than R&D projects), but Microsoft has admitted to its existence, and the Software Daily Times says at least one team in Redmond is actively working on the new architecture.The basis for the platform centers around research related to Microsoft's Singularity project, and envisions a distributed environment where applications, documents, and connectivity are blurred in a cloud-computing phantasmagoria which can be run natively or hosted across multiple systems. The researchers are working to create a concurrent / parallel distribution of resources, as well as a method of handling applications across separate machines -- religiously-dubbed the Asynchronous Promise Architecture -- which will set the stage for a backwards-compatible operating system built from the ground up, with networks of varying size in mind. Says the SD Times, "The Midori documents foresee applications running across a multitude of topologies, ranging from client-server and multi-tier deployments to peer-to-peer at the edge, and in the cloud data center. Those topologies form a heterogeneous mesh where capabilities can exist at separate places." Like it technical? Hit the read link for an in-depth look at the possible shape of Microsoft's future.[Via Yahoo!]
