MojoKid (1002251) writes "The PC market is changing rapidly as tablets supplant some laptops, new players such as the Chromebook disrupt the old WIntel model, and innovations in processors and graphics allow for ever-smaller PCs such as Intel's NUC (Next Unit of Computing) PC. Gigabyte recently introduced a rather unique product that combines the tiny 4.5-inch square form factor of Intel's NUC PC platform together with a mini DLP projector. The Gigabyte Brix Projector measures 4.24 x 4.5 x 1.93 inches (WxLxD) but manages to fit in an Intel Core i3-4010U (1.7GHz) processor with built-in Intel HD 4400 graphics and support for up to 16GB of 1600MHz RAM. Finally, an mSATA slot inside the chassis also supports up to a 256GB SSD. The system's DLP (LED backlight) projector itself offers a resolution of 864x480 with an aspect ratio of 16:9 and a purported image size of 7 to 85 inches. It promises 75 ANSI lumen brightness, a contrast ratio of around 900:1, and 3LED (RGB) technology. It's not an HD setup but the potential use cases are interesting. A follow-on version capable of 1080p output would be even more useful for gaming and HD video."

An anonymous reader writes "Engadget reports that Samsung is working on virtual reality technology to compete with the Oculus Rift. Their work is fairly far along, and it's expected to be announced this year. It's being built to function in tandem with Samsung's flagship mobile devices, most likely their upcoming Galaxy phones and tablets. From the article: 'We're told it has an OLED screen, as good or better than in the second Rift dev kit; it's not clear how the headset connects to your phone/tablet, but we're guessing it's a wired connection rather than wireless. ...This is a device meant for use with games. What type of games? Android games! Sure, but which ones? That's certainly the question. Great games make the platform, and VR games are especially tough to crack given the newness of the medium. One thing's for sure: most major games won't work on VR as direct ports.' The report also suggests Samsung is targeting a lower price point than its competitors. True or not, it will hopefully help drive down prices for all upcoming VR tech." Meanwhile, DARPA is experimenting with the Oculus Rift for cyberwar visualization.

An anonymous reader writes "Wired has an in-depth report on the development of the Oculus Rift, telling the story of the tech and its creators from conception to present. Quoting: 'That's because Oculus has found a way to make a headset that does more than just hang a big screen in front of your face. By combining stereoscopic 3-D, 360-degree visuals, and a wide field of view—along with a supersize dose of engineering and software magic—it hacks your visual cortex. As far as your brain is concerned, there's no difference between experiencing something on the Rift and experiencing it in the real world. "This is the first time that we've succeeded in stimulating parts of the human visual system directly," says Abrash, the Valve engineer. "I don't get vertigo when I watch a video of the Grand Canyon on TV, but I do when I stand on a ledge in VR." ... The hardware problems have been solved, the production lines are almost open, and the Rift will be here soon. After that it's anybody's guess. "I've written 2 million lines of code over the past 20 years, and now I'm starting from a blank page," Carmack says. "But the sense that I'm helping build the future right now is palpable."'"

MojoKid (1002251) writes "Over the past nine months, we've seen the beginnings of a revolution in how video games are displayed. First, Nvidia demoed G-Sync, its proprietary technology for ensuring smooth frame delivery. Then AMD demoed its own free standard, dubbed FreeSync, that showed a similar technology. Now, VESA (Video Electronics Standard Association) has announced support for "Adaptive Sync," as an addition to DisplayPort. The new capability will debut with DisplayPort 1.2a. The goal of these technologies is to synchronize output from the GPU and the display to ensure smooth output. When this doesn't happen, the display will either stutter due to a mismatch of frames (if V-Sync is enabled) or may visibly tear if V-Sync is disabled. Adaptive Sync is the capability that will allow a DisplayPort 1.2a-compatible monitor and video card to perform FreeSync without needing the expensive ASIC that characterizes G-Sync. You'll still need a DP1.2a cable, monitor, and video card (DP1.2a monitors are expected to ship year end). Unlike G-Sync, a DP1.2a monitor shouldn't cost any additional money, however. The updated ASICs being developed by various vendors will bake the capability in by default."

ckwu (2886397) writes "Two independent research groups report the first transistors built entirely of two-dimensional electronic materials, making the devices some of the thinnest yet. The transistors, just a few atoms thick and hence transparent, are smaller than their silicon-based counterparts, which would allow for a super-high density of pixels in flexible, next-generation displays. The research teams, one at Argonne National Laboratory and the other at the University of California, Berkeley, used materials such as tungsten diselenide, graphene, and boron nitride to make all three components of a transistor: a semiconductor, a set of electrodes, and an insulating layer. Electrons travel in the devices 70 to 100 times faster than in amorphous silicon. Such a high electron mobility means the transistors switch faster, which dictates a display's refresh rate and is necessary for high-quality video, especially 3-D video."

Daniel_Stuckey (2647775) writes "Look at Norway, where the Army has started using Oculus Rift to drive tanks with increased visibility, according to the Norwegian TV station tu.no. Four VR cameras are mounted on the sides of the tank to give the soldier inside donning the headset a full 360 degree view of what's going on outside, like X-ray vision. Using cameras to 'see through' a vehicle isn't a new concept; when the hatches are down tanks are notoriously hard to navigate. But the Oculus Rift dev kit is just a fraction of the price of traditional 360-degree camera equipment: Lockheed Martin's F-35 helmet for pilots can cost tens of thousands of dollars."

Rambo Tribble (1273454) writes "Jeffrey Katzenberg, the head of Dreamworks Animation, speaking at the Milken Global Conference in California, opined that the future pricing model for movie downloads will revolve around screen size. In his view, larger screens will incur larger download prices. As he says, 'It will reinvent the enterprise of movies.' Unclear is how physical dimensions, rather than just resolution matrix, will be determined. Will we soon be saying 'hello' to screen spoofing?" Can you fake the physical dimensions reported in the EDID block when the connection is using HDCP? Aside from the implication that this would mean more DRM (and seems pretty unworkable, but with the rise of locked bootloaders on even x86 hardware...), the prices he predicts seem alright: "A movie screen will be $15. A 75-inch TV will be $4. A smartphone will be $1.99."

An anonymous reader writes "Virtual reality tech is getting a ton of attention for what it can do to video games. But the technology itself isn't limited to games — just as Kinect was hijacked and used for myriad other purposes, so will VR be broadly adapted. This article goes into some of the applications: 'An elderly woman in a retirement home recently used an Oculus to explore a garden and walk stairs again. This simple environment brought her to tears. Work is also being done to help PTSD sufferers deal with their trauma by replicating the scene within virtual reality and there is great interest in using a similar approach for other conditions like amnesia, Alzheimer's and dementia. ... It's now possible for museum spaces and schools to teleport students to specific moments in history, to allow them to experience being executed by a guillotine, take tours of space or even explore the depths of the ocean.' What other VR uses can you foresee?"

coop0030 (263345) writes "Noe & Pedro Ruiz at Adafruit have created a pair of open source near-eye video glasses combined with a Raspberry Pi. Their 3D Printed design turns a pair of 'private display glasses' into a "google glass"-like form factor. It easily clips to your prescription glasses, and can display any kind of device with Composite Video like a Raspberry Pi. They have a video demonstrating the glasses, a tutorial on how to build them, along with the 3d files required to print it out."

Details have leaked about the next iteration of Intel's Thunderbolt connector. The good news: bandwidth will double, going up to about 40Gbps from its current 20. Power usage will drop by half, and it'll support PCI-e 3.0. The bad news: it uses a redesigned connector, and will rely on adapters for backward compatibility. From the article: "Doubling the available bandwidth will enable next-generation Thunderbolt controllers to drive two 4K displays simultaneously, where current controllers can only drive one. The new controllers will allegedly be compatible with a variety of other protocols as well, including DisplayPort 1.2, USB 3.0, and HDMI 2.0. Intel will offer two different versions of the controller—a version that uses four PCI Express lanes to drive two Thunderbolt ports and an "LP" (presumably "Low Power") version that uses two PCI Express lanes to drive one port."

An anonymous reader writes "Not everyone can drop a few hundred dollars on a VR headset, but that doesn't mean they can't experience VR! For those with the time and a bit of handiwork skill, this DIY guide from guest writer Ohaple will show you how to make a smartphone-based VR headset for as little as $20. Along the way, you'll learn the hardware and software basics of a VR headset." This project screams for a ready-made commercial version; does anyone know of existing purpose-built headgear? As one of the comments on the linked tutorial says, Poppy seems close, but lacks an LED for tracking.

theodp (442580) writes "As Google Glass goes on sale [ed: or rather, went on sale] to the general public, GeekWire reports that Bill Gates has already snagged one patent for 'detecting and responding to an intruding camera' and has another in the works. The invention proposes to equip computer and device displays with technology for detecting and responding to any cameras in the vicinity by editing or blurring the content on the screen, or alerting the user to the presence of the camera. Gates and Nathan Myhrvold are among the 16 co-inventors of the so-called Unauthorized Viewer Detection System and Method, which the patent application notes is useful 'while a user is taking public transportation, where intruding cameras are likely to be present.' So, is Bill's patent muse none other than NYC subway rider Sergey Brin?" A more cynical interpretation: closing the analog hole. Vaguely related, mpicpp pointed out that Google filed a patent for cameras embedded in contact lenses.

alphadogg (971356) writes "There's a new sign on the door to Courtroom 5 at the federal courthouse in San Jose, the home to the Apple v. Samsung battle that's playing out this month: 'Please turn off all cell phones.' For a trial that centers on smartphones and the technology they use, it's more than a little ironic. The entire case might not even be taking place if the market wasn't so big and important, but the constant need for connectivity of everyone is causing problems in the court, hence the new sign. The problems have centered on the system that displays the court reporter's real-time transcription onto monitors on the desks of Judge Lucy Koh, the presiding judge in the case, and the lawyers of Apple and Samsung. The system, it seems, is connected via Wi-Fi and that connection keeps failing."

An anonymous reader points out work at the University of Bristol into interactive, 3-D displays created by projecting light on misted water. "These personal screens are both see-through and reach-through. The see-through feature provides direct line of sight of the personal screen and the elements behind it on the tabletop. The reach-through feature allows the user to switch from interacting with the personal screen to reaching through it to interact with the tabletop or the space above it. The personal screen allows a range of customisations and novel interactions such as presenting 2D personal content on the screen, 3D content above the tabletop or supplementing and renewing actual objects differently for each user."

cartechboy (2660665) writes "When we were kids, we were promised flying cars in the future, like The Jetsons. Well, now it's the future, and we don't have any flying cars. But Land Rover just unveiled some crazy new technology called the Transparent Hood system. It's brilliant in its simplicity, and yet quite complex in its implementation. Using a web of camera images and projectors, the Transparent Hood system projects the area just in front of and underneath the nose of the vehicle onto a head-up display along the lower portion of the windshield. Not only is this obviously breathtaking, but when it comes to off-roading—or parking in tight urban spaces—this could change the game. It will allow drivers to see precisely what's below them and immediately in front of them allowing precise placement of the vehicle's front wheels. The system also displays key vehicle data including speed, incline, roll angle, steering position, and drive mode. People, this is the future, and the future is now."

New submitter oldmildog writes: "GameFace Labs may very well be the furthest along in the quest to create a mobile VR headset. It's based on Android, and their latest prototype is the first VR headset (mobile or tethered) to include a 2560x1440 display, with 78% more pixels than 1080p based VR headsets like the Oculus Rift DK2. CEO Ed Mason said, 'The upgrade to 1280 x 1440 per eye is monumental. Individual pixels are hard to detect at first glance, making it a more immersive and comfortable experience in every single game and experience that we've tried. A lot of the ‘presence’ described by devs at the Valve [prototype VR headset] demonstration can be attributed to their use of higher resolution (and lower persistence) panels, which has a noticeable impact in suspending disbelief and tricking the brain."

First time accepted submitter ControlsGeek (156589) writes "The Raspberry Pi Foundation has developed a new product. It is basically a Raspberry Pi model A processor, memory, and flash memory on a DDR2-style SODIMM connector. Also available will be a development board that breaks out all the internal connections. The board design will be open sourced so you can develop your own devices using the BCM2835 processor. No network, but support for 2 HDMI displays and 2 cameras, so 3D TV is a possibility.

Hugh Pickens DOT Com writes: "Nate Swammer writes at Slashgear that with Facebook's purchase of Oculus for a cool $2 billion, the fervor surrounding virtual reality headwear quickly turned to disdain. Betrayal, confusion, and anger became the order of the day for contributors who gave Oculus $2.4 million through its Kickstarter campaign. But now that passions have cooled and looking at the issues dispassionately, the Facebook acquisition may turn out much better than anticipated for users. While many may have a fervent distrust for Facebook, this deal bodes well for Oculus, and by virtue, us.

First Oculus wasn't flush, and although Oculus may have had some hustle behind it, it may not have been enough. John Carmack, Oculus CTO, said via Twitter, 'I expect the FB deal will avoid several embarrassing scaling crisis for VR.' The headwear already famously suffered from a supply chain issue not long ago, which actually stopped it dead in its tracks. Next, in their official announcement of the Facebook deal, gaming was barely a blip on the radar. It wasn't until the very end that gaming was even mentioned, with the bulk of the post discussing 'culture' and driving virtual reality forward. There was little to indicate any big titles were coming for Oculus.

The fact is, Oculus needed help. Not technical assistance, but someone who could be their Sony, more or less. John Carmack says he has 'a deep respect for the technical scale that FB operates at. The cyberspace we want for VR will be at this scale.' Perhaps Facebook isn't the most popular choice, but they are the partner Oculus chose for their future says Swammer. 'Like Google purchasing Android in 2005, it all seems so strange right now [remember this story we discussed in 2009] — but we see how that turned out. If VR really is the next frontier, Facebook just staked their claim to a big slab of land in the heart of some virtual country they'll likely let us see someday — via Oculus.""

trawg writes: "Programming legend Michael Abrash has announced that he has joined the Oculus team to work on the Rift VR headset as Chief Scientist, and will be once again working with John Carmack to bring VR to life. His post covers a lot of ground, including the history of his quest for VR, and ends with his explanation of why he thinks the Facebook acquisition is ultimately a good thing — they have the engineering, resources and long-term commitment 'to solve the hard problems of VR.'" Abrash has long maintained a blog about VR tech — it's worth reading if the subject matter interests you.

Nerval's Lobster (2598977) writes "In a statement soon after Facebook announced the acquisition of Oculus Rift, CEO Mark Zuckerberg suggested that the bulky Oculus headset had the potential to transform VR into the "most social platform ever." Whatever his reasons for shelling out $2 billion for the company, it's clear that Facebook is now a player in the augmented-reality space, which Google is also exploring in its own way. Yes, Google Glass serves a different function—overlaying maps and text over the wearer's view of the real world, rather than immersing people in a virtual environment—but the potential customer base for both devices is basically the same, and now Google has some real competition if it wants to transform Glass into some sort of gaming device. And despite some blowback from Markus Persson, it's likely that developers will continue to explore Oculus as a gaming platform, Facebook or no. Zuckerberg might be talking a good game about virtual realities far into the future (does he have to pay to promote his own posts on Facebook? Joke.), but this acquisition was likely a short-term play, as well."