LG is working to bring the flexibility of OLEDs to smaller devices, and today revealed the world’s first 12-inch panel that’s both flexible and stretchable, like a giant piece of rubber band, improving its ability to survive wear and tear.

The 12-inch panel can display full-color RGB images (LG doesn’t specify exactly how many colors it’s capable of reproducing) and a resolution of 100PPI. That’s a bit behind the resolution of screens like the 12.9-inch panel in the iPad Pro, which hits 264PPI, but drop that iPad onto a sidewalk and you’ll probably wish you had LG’s latest and greatest inside it.

Outside of the rigid frame of a tablet or a desktop display, this 12-inch panel can be stretched a full two inches to 14 inches diagonally, and then snap back to its original size without requiring a warranty claim. Its underlying structure uses S-shaped micro wire structures that act like springs to accommodate the stretching, and while the technology isn’t quite at the point where you can crumble up a tablet and stuff it in your pocket like a handkerchief—it’s tethered by a ribbon cable to electronics that provide power and drive the image on-screen—LG believes it’s one step-closer to expanding the potential use cases for OLED displays.

Source: LG’s Stretchable Screen Promises a Future of Shatter-Proof Tech

https://www.cnet.com/tech/computing/google-starts-testing-holographic-video-chats-at-real-offices/

Google’s Project Starline, a holographic chat booth being installed in some early-access test offices this year.

Google

Project Starline, Google’s experimental technology using holographic light field displays to video chat with distant co-workers, is moving out of Google’s offices and into some real corporate locations for testing starting this year.

Google’s Project Starline tech, announced last year at the company’s I/O developer conference, uses giant light field displays and an array of cameras to record and display 3D video between two people at two different remote locations. 

Starline prototypes are being installed at Salesforce, WeWork, T-Mobile and Hackensack Meridian Health offices as part of the early-access program, with each company that’s part of the program getting two units to test for start. 

Google’s Project Starline makes it seem like you’re talking to someone in real life through a window, instead of through video chat.  Google

According to Google, 100 businesses have already demoed Project Starline at the company’s own offices. The off-Google installations are a next step to test how the holographic video chats could be used to create more realistic virtual meetings, without needing to use VR or AR headsets.

This tech won’t be anything that regular customers will be seeing: it’s being installed for corporate use only and only in a few test sites for now. But, it’s technology that Google believes could help remote communications with customers, creating a more immediate sense of presence than standard video chats.

Luis Eduardo Garrido couldn’t wait to test out his colleague’s newest creation. Garrido, a psychology and methodology researcher at Pontificia Universidad Católica Madre y Maestra in the Dominican Republic, drove two hours between his university’s campuses to try a virtual reality experience that was designed to treat obsessive-compulsive disorder and different types of phobias. But a couple of minutes after he put on the headset, he could tell something was wrong.

“I started feeling bad,” Garrido told The Daily Beast. He was experiencing an unsettling bout of dizziness and nausea. He tried to push through but ultimately had to abort the simulation almost as soon as he started. “Honestly, I don’t think I lasted five minutes trying out the application,” he said.

Garrido had contracted cybersickness, a form of motion sickness that can affect users of VR technology. It was so severe that he worried about his ability to drive home, and it took hours for him to recover from the five-minute simulation. Though motion sickness has afflicted humans for thousands of years, cybersickness is a much newer condition. While this means that many of its causes and symptoms are understood, other basic questions—like how common cybersickness is, and whether there are ways to fully prevent it—are only just starting to be studied.

After Garrido’s experience, a colleague told him that only around 2 percent of people feel cybersickness. But at a presentation for prospective students, Garrido watched as volunteers from the audience walked to the front of an auditorium to demo a VR headset—only to return shakily to their seats.

“I could see from afar that they were getting sweaty and kind of uncomfortable,” he recalled. “I said to myself, ‘Maybe I’m not the only one.’”

[…]

In order to make VR more accessible and affordable, companies are making devices smaller and running them on less powerful processors. But these changes introduce dizzying graphics—which inevitably causes more people to experience cybersickness.

At the same time, a growing body of research suggests cybersickness is vastly more pervasive than previously thought—perhaps afflicting more than half of all potential users.

[…]

Garrido and his team decided to run their own study, recruiting 92 people to try the same VR program that first made him sick.

[…]

In sharp contrast to the 2 percent estimate Garrido had been told, the results from his study, published earlier this year, indicated that more than 65 percent of people experienced symptoms of cybersickness, and more than one-third of these people experienced severe symptoms. Twenty-two participants decided to stop the simulation before the 10 minutes were up.

[…]

Cybersickness doesn’t just arise from the controls of a VR experience. It can be built into the fabric of hardware (individual headsets) and software (experiences, apps, and simulations). Kyle Ringgenberg, an AR and VR developer and the co-founder of software company Dimension X, said that there are two major sensory conflicts that lead to cybersickness in VR. The first is the same brain-body mismatch that leads to car and seasickness, but the second is a different physiological response—and potentially even harder to fix. When we look out at the world in front of us, our eyes automatically focus on an object based on its perceived distance from us. A VR headset projects images a set distance away from a viewer, but when a virtual object appears close, it may seem blurry since the person’s eyes are trying to focus on it as if it truly were.

[…]

Source: Cybersickness Could Spell an Early Death for the Metaverse and Virtual Reality

Researchers from Stanford University and Nvidia have teamed up to help develop VR glasses that look a lot more like regular spectacles. Okay, they are rather silly looking due to the ribbons extended from either eye, but they’re much, much flatter and compact than your usual goggle-like virtual reality headsets today.

“A major barrier to widespread adoption of VR technology, however, is the bulky form factor of existing VR displays and the discomfort associated with that,” the research paper published at Siggraph 2022 (opens in new tab) says.

These aptly named “Holographic Glasses” can deliver a full-colour 3D holographic image using optics that are only 2.5mm thick. Compared to the traditional way a VR headset works, in which a lens magnifies a smaller display some distance away from it, shrinking all the prerequisite parts down to such a small size is quite the spectacular step forward for VR.

The Holographic Glasses prototype uses pancake lenses, which is a concept that has been thrown around a couple of times in the past few years. These pancake lenses not only allow for a much smaller profile but reportedly they have a few other benefits, too:  the resolution they can offer is said to be unlimited, meaning you can crank up the resolution for VR headsets, and they offer a much wider field of view at up to 200°.

[…]

The research paper lists the glasses as such: “a coherent light source that is coupled into a pupil-replicating waveguide, which provides the illumination for a phase-only SLM that is mounted on the waveguide in front of the user’s eye. This SLM creates a small image behind the device, which is magnified by a thin geometric phase (GP) lens.”

[…]

 

the final result is a very small VR device that could be game-changing if made a reality outside of the lab. It also only weighs 60g, which is notably far lighter than even the Meta Quest 2 (opens in new tab), which rolls in at 503g.

[…]

You can read up on the whole project in the recently published research paper titled “Holographic Glasses for Virtual Reality (opens in new tab)” by Jonghyun Kim, Manu Gopakumar, Suyeon Choi, Yifan Peng, Ward Lopes, and Gordon Wetzstein.

[…]

Source: Researchers find way to shrink a VR headset down to normal glasses size | PC Gamer

Imagine if you, me and a dozen other people were standing in a room staring at the same screen—but the screen showed something different to each of us, simultaneously.

A California-based tech company called Misapplied Sciences has made this possible. They’ve developed a “parallel reality” display “enabled by a new pixel that has unprecedented capabilities,” they write. “These pixels can simultaneously project up to millions of light rays of different colors and brightness. Each ray can then be software-directed to a specific person.”

They’ve partnered with Delta Airlines, who will be installing a parallel reality display at Detroit Metropolitan Airport this month. Customers who opt in to using it, either by scanning their boarding pass or by enrolling in Delta’s app-based facial recognition program (no thanks!) will look at the screen and see only the flight and baggage claim information relevant to their trip. A person standing five feet away will see nothing but their own information.

Up to 100 viewers can be accommodated by the single screen. Delta refers to the technology as “mind-bending” and states that the display will be in Concourse A of the McNamara Terminal starting on June 29th.

Source: “Parallel Reality” Display Shows Different Info to Different People at Same Time – Core77

[…] The most practical use for transparent LCDs has been in hospitals, where rooms with large windows can be made private at the push of a button that causes the panels to instantly become opaque.

µProto「Wipe Fake」

That’s presumably what inspired this team of designers from IMG SRC, who in just two months created the “Wipe Fake” prototype. The transparent LCD screen was paired with a touchscreen interface that reacts to swipes and finger gestures to wipe away the opaque parts of the panel, revealing what’s behind it like a layer of steam and humidity being wiped off a shower door. The effect looks especially convincing thanks to the virtual water drops that appear to run down the panel as the thin layer of simulated humidity coalesces into larger drops.

Is it the most practical alternative to a whiteboard when it comes to jotting down and working through ideas? Probably not, but just think back to how many eureka moments you’ve had while in the shower. […]

Source: Transparent Display Hacked to Look Like Shower Door

[Blair Nearl] has been working on an information database for artists and hackers – a collection of non-conventional display technologies available to us. We’ve covered this repository before, six years ago – since then, it’s moved to a more suitable platform, almost doubled in size, and currently covers over 40+ display technology types and related tricks. This database is something you should check out even if you’re not looking for a new way to display things right now, however, for its sheer educational and entertainment value alone.

[…]

If you’re ever wondered about the current state of technology when it comes to flexible or transparent displays, or looked for good examples of volumetric projection done in a variety of ways, this is the place to go. It also talks about interesting experimental technologies, like drone displays, plasma combustion or scanning fiber optics. Overall, if you’re looking to spend about half an hour learning about all the ways there are to visualize something, this database is worth a read. And, if there’s a display technology the author might’ve missed and you know something about, contributions are welcome!

Someone setting out to compile information about an extensive topic is always appreciated, and helps many hackers on their path. We’ve seen that done with 3D printer resin settings and SMD part codes, to name just a few. What’s your favourite hacker-maintained database?

Source: Alternative Display Technologies And Where To Find Them

Things like Transparent displays, volumetric displays, modified polarizers, e-ink, flexible displays, lasers and projectors, lightfield displays, head mounted displays, projection on water or fog, diffusion and distortion, switchable glass, drone displays, electrochromic paint, acoustic levitation display, plasma combustion and many more

The survey itself is here

 

[…]The BBC recently covered Mojo, a company developing smart contact lenses that not only correct vision but can show a display. You can see a video from CNET on the technology below.

The lenses have microLED displays, smart sensors, and solid-state batteries similar to those found in pacemakers. The company claims to have a “feature-complete prototype” and are going to start testing, according to the BBC article. We imagine you can’t get much of a battery crammed into a contact lens, but presumably, that’s one of the things that makes it so difficult to develop this sort of tech.

The article mentions other smart contacts under development, too, including a University of Surrey lens that can monitor eye health using various sensors integrated into the lens. You have to wonder how this would be in real life. Presumably, the display turns off and you see nothing, but it is annoying enough having your phone beep constantly without getting messages across your field of vision all the time.

It seems like this is a technology that will come, of course. If not this time, then sometime in the future. While we usually think the hacker community should lead the way, we aren’t sure we want to hack on something that touches people’s eyeballs.[…]

 

Source: Smart Contact Lenses Put You Up Close To The Screen | Hackaday

[…]

Two products revealed today, the SpatialLabs View and SpatialLabs View Pro, are standalone external monitors with 15.6-inch, 4K displays with glasses-free stereoscopic 3D technology. We’ve seen this tech from Acer before when it debuted in ConceptD notebooks where it was meant for designers, but never in this format.

Distinguishing these two monitors is their audience; the standard model is meant for entertainment (watching movies, gaming, etc) whereas the Pro edition is for commercial users. For the former, SpatialLabs TrueGame is a portal for playing games in 3D. The app gives each of the 50 or so 3D-compatible games a pre-configured profile so gamers can feel more immersed. The list of games that Acer shared by email includes some big titles like Forza Horizon 5, God of War, and The Witcher 3: Wild Hunt.

To use it, gamers need to launch the app then go to the game they want to play and press “play.” That’s it! The app does the rest, automatically launching the game file while activating its associated TrueGame 3D profile so it can boot in Stereoscopic 3D mode. It’s not just games, though. With SpatialLabs Go, you can turn just about anything into a 3D image, including photos and videos taken on your device. And designers can use plug-ins to render creations into stereoscopic 3D so the digital versions appear closer to the physical product

[…]

Source: Acer Debuts Pricey External Monitors With Stereoscopic 3D

In this work, we show a large modulation of finger friction by locally changing surface temperature. Experiments showed that finger friction can be increased by ~50% with a surface temperature increase from 23° to 42°C, which was attributed to the temperature dependence of the viscoelasticity and the moisture level of human skin. Rendering virtual features, including zoning and bump(s), without thermal perception was further demonstrated with surface temperature modulation. This method of modulating finger friction has potential applications in gaming, virtual and augmented reality, and touchscreen human-machine interaction.

Source: Surface haptic rendering of virtual shapes through change in surface temperature

[…]

OLED EX (the EX stands for Evolution and eXperience, unfortunately) promises to boost maximum brightness, enhance picture quality, and allow for smaller display bezels. The underlying technology—millions of individual self-lit pixels—hasn’t changed, but the use of an isotope called deuterium combined with algorithmic image processing can increase brightness by up to 30% over conventional OLED displays, LG claims.

As boring as that may sound, the science behind it is actually pretty fascinating. LG found a way to extract deuterium, a rather scarce isotope (there is one deuterium atom in 6,000 hydrogen atoms) that’s twice as heavy as hydrogen from water, then applied it to its TV’s OLED elements. LG says stabilized deuterium compounds let the display emit brighter light while improving efficiency over time.

Moving to the second change, LG is using a “personalized” machine learning algorithm that predicts the usage of each light-emitting diode (on up to 8K TVs) based on your viewing habits, then “precisely controls the display’s energy input to more accurately express the details and colors of the video content being played.”

Source: LG’s Next-Gen OLED Tech Promises Major Improvements

[…]If deciphering every version of HDMI wasn’t already tedious enough, we now know that the latest and greatest HDMI 2.1 standard, well, isn’t very standardized. A TFTCentral investigation revealed that the TV or monitor you purchase with “HDMI 2.1″ might not support any of the latest features.

TFTCentral smelled something fishy when it saw that a Xiaomi monitor with HDMI 2.1 support only reached the specifications for HDMI 2.0. Instead of 4K resolution, the panel was limited to 1080p. And the thing is, Xiaomi technically didn’t do anything wrong. It all comes down to semantics and some murky (and consumer-hostile) guidelines set by the HDMI Licensing Administrator.

[…]

in short, HDMI 2.0 is a subset of HDMI 2.1, meaning its specifications are housed within the newer standard. The standards organization even said it would no longer certify for HDMI 2.0, telling TFTCentral that HDMI 2.0 “no longer exists” and that the features and capabilities of HDMI 2.1 are optional. As long as a monitor supports one of the newer standards, it can be called HDMI 2.1.

As you’d expect, HDMI 2.1 consists of many standards, so TV and monitor makers could theoretically grab the lowest hanging fruit, add it to their (formerly) HDMI 2.0 ports, and slap an HDMI 2.1 label on the box.

The HDMI standards body even confirmed to The Verge that what Xiaomi is doing is perfectly within the rules and that we all depend on manufacturers to be honest about their products. The problem is that they rarely are.

[…]

HDMI 2.1 has made headlines in recent months because of the capabilities it enables on next-gen consoles and gaming PCs—specifically, the ability to run 4K games at 120Hz.

[…]

Source: Don’t Buy an HDMI 2.1 TV Before You Read the Fine Print

Hot on the heels of LG’s “Real Folding Window” showcase, Samsung is taking its moment to shine with a new stretchable OLED display demo.

At this week’s Global Tech Korea 2021, Samsung presented an impressive 13-inch OLED panel that appears to stretch at varying degrees. The panel displayed a video of lava flowing while different sections rose and fell as if to mimic the flow of the lava and thus adding another level of 3D immersion to the content.

According to Changhee Lee, executive vice president of Samsung Display, the degree at which stretchable displays could be deformed “was about 5% in the past, but now it has improved significantly,” going on to suggest that the company plans to use this technology in future products like rollable smartphones and more (via ETNews).

This isn’t the first time Samsung showcased impressive display technology aimed at future form factors. Earlier this year, the company presented a video showing off display concepts like a slideable smartphone, a display that folds in two parts, and folding tablets. The company has also shown off an earlier concept of its stretchable display technology back in 2017, although the panel was smaller at 9.1-inches.

[…]

Source: Samsung’s larger, stretchier OLED display technology is creepy and cool | Android Central

Leading Australian digital outdoor media company QMS, has unveiled its latest neuroscience study that demonstrates the relative impact of different Out of Home creative approaches and their overall effectiveness for brands.

In partnership with Neuro-Insight, this research study captured real-life, continuous digital and static OOH panels over consecutive days, to accurately measure how the human brain responds to a piece of creative advertising each day.

The study revealed that long term memory encoding, critical for campaign effectiveness, continues to grow in respondents that are exposed to evolving creative. In fact, creative that evolves was shown to deliver a 38% higher impact than that of static creative by day five.

Spanning 30 creatives across 15 categories, one of the strongest performing campaigns in the study harnessed the capabilities of digital OOH (DOOH) with a simple creative change that displayed the day of the week matched with the live temperature at the time, to deliver an 18% stronger result than the average DOOH campaign.

QMS Chief Strategy Officer, Christian Zavecz said that it was integral for both media owners and advertisers to properly understand the additional value the capabilities of DOOH delivers and how they can be used to drive greater campaign efficacy.

“DOOH in Australia already represents 61% of the industry* however, the uptake of creative capabilities amongst clients is still quite low. Now, for the first time, we can quantify what we have always intuitively thought about the medium. Incorporating the strategic use of creative evolution into a brand’s campaign is now proven to increase its effectiveness. The study also uncovered some important lessons about frequency and the role that DOOH, through its breadth of capabilities, can play in being able to maximise effective OOH campaign reach.”

[…]

Source: DailyDOOH » Blog Archive » Another Neuro Study Proves Evolving DOOH Creative Boosts Long Term Memory

 

They may be tiny weapons, but BYU’s holography research group has figured out how to create lightsabers — green for Yoda and red for Darth Vader, naturally — with actual luminous beams rising from them.

Inspired by the displays of science fiction, the researchers have also engineered battles between equally small versions of the Starship Enterprise and a Klingon Battle Cruiser that incorporate photon torpedoes launching and striking the enemy vessel that you can see with the naked eye.

“What you’re seeing in the scenes we create is real; there is nothing computer generated about them,” said lead researcher Dan Smalley, a professor of electrical engineering at BYU. “This is not like the movies, where the lightsabers or the photon torpedoes never really existed in physical space. These are real, and if you look at them from any angle, you will see them existing in that space.”

[…]

Smalley and Rogers detail these and other recent breakthroughs in a new paper published in Nature Scientific Reports this month. The work overcomes a limiting factor to optical trap displays: wherein this technology lacks the ability to show virtual images, Smalley and Rogers show it is possible to simulate virtual images by employing a time-varying perspective projection backdrop.

“We can play some fancy tricks with motion parallax and we can make the display look a lot bigger than it physically is,” Rogers said. “This methodology would allow us to create the illusion of a much deeper display up to theoretically an infinite size display.”

To see more of the holography work professor Dan Smalley is doing with his students, check out his lab website here: https://www.smalleyholography.org/

Source: BYU hologram experts can now create real-life images that move in the air

Sean Hodgins] is out with his latest video and it’s a piece of art in itself. Beyond a traditional project show and tell, he’s spun together a cyberpunk vibe to premiere the volumetric display he built from an OLED stackup.

The trick of a volumetric display is the ability to add a third dimension for positioning pixels. Here [Sean] delivered that ability with a stack up of ten screens to add a depth element. This is not such an easy trick. These small OLED displays are all over the place but they share a common element: a dark background over which the pixels appear. [Sean] has gotten his hands on some transparent OLED panels and with some Duck-Duck-Go-Fu we think it’s probably a Crystalfontz 128×56 display. Why is it we don’t see more of these? Anyone know if it’s possible to remove the backing from other OLED displays to get here. (Let us know in the comments.)

The rest of the built is fairly straight-forward with a Feather M4 board driving the ten screens via SPI, and an MPU-6050 IMU for motion input. The form factor lends an aesthetic of an augmented reality device and the production approach for the video puts this in a Bladerunner or Johnny Mneumonic universe. Kudos for expanding the awesome of the build with an implied backstory!

If you can’t find your own transparent displays, spinning things are a popular trend in this area. We just saw one last week that spun an LED matrix to form cylindrical display. Another favorite of ours is a volumetric display that spins a helix-shaped projection screen.

Source: Volumetric OLED Display Shows Bladerunner Vibe, Curious Screen Tech | Hackaday

Today, Intel announced Intel® RealSense™ Touchless Control Software (TCS), a simple solution for converting a touch-based kiosk or digital sign into a safer, touchless one while maintaining a familiar and intuitive user experience. With the pandemic affecting people worldwide, pay and check-in stations, automated teller machines and ordering kiosks could use the Intel RealSense software and camera to offer safer, touch-free options.

Source: Turn a Touch Interface Touchless with Intel RealSense TCS | Intel Newsroom

Whenever the runways of Paris, London, Milan and New York open back up, designers might be showing off looks adorned with flexible color ePaper displays. E Ink has teamed up with Plastic Logic to make the first such panels based on its Advanced Color ePaper (ACeP) tech.

The glass-free organic Thin Film Transistor (oTFT) displays are lightweight and ultra low-power. E Ink claims they’re more durable, thinner and lighter than glass-based TFTs. That, according to the company, makes oTFT displays “ideal” for wearables. For instance, designers could build the Legio-branded displays into smart clothing and jewelry. Until now, ACeP displays have mainly been used for signage, which of course doesn’t require panels to be flexible.

The first Legio panel is a 2.1-inch, 240 x 146-pixel display with support for six colors, including black and white. It’s powered by an Ultrachip UC8156 single-chip controller.

Source: Flexible color ePaper displays could soon adorn your clothes | Engadget

The campaign was conceived by DOOH firm Orb Screen, produced by Creative Conscience and L&CO, developed by Voodooh and Nicole Yershon, and designed by advertising graduate Megan Williams. It has now made its way to Asia, with Location Media Xchange (LMX), the supply-focused arm of Moving Walls Group, amplifying the creatives on partner screens across Singapore, Malaysia, Indonesia, Philippines and India.

The displays run a tally of individuals known to have recovered from COVID-19 worldwide, while showcasing inspiring messages of how survivors have defeated it by refocusing some of the grim language often associated with the pandemic. A+M has reached out to Moving Walls for comment.

Among the list of media owners in Asia Pacific that ran the dynamic creatives include Dana Intelek, VGI Global Media Malaysia, Visual Retale, Vestigia Malaysia, LOOKhere Network, Titanium Compass, Spectrum Outdoor Marketing, 3thirds Inc, LEDtronics Media, Danendra Abyudaya Adika, KALMS, Pitchworks Incorporated Philippines and Nexyite Entertainment.

Source: Defeat COVID-19: APAC OOH firms put positive spin to a grim 2020

The data comes from John Hopkins University and apparently you can find a PDF brief from Orbscreen containing HTML code.

Ask VR fans about their gripes and they’ll likely mention the “screen door” effect, or the gaps between pixels that you notice when looking at a display so close to your eyes. That annoyance might disappear entirely if Samsung and Stanford University have their way. They’ve developed (via IEEE Spectrum) OLED technology that supports resolutions up to 10,000 pixels per inch — well above what you see in virtually any existing display, let alone what you’d find in a modern VR headset like the Oculus Quest 2.

The newOLED tech uses films to emit white light between reflective layers, one silver and another made of reflective metal with nano-sized corrugations. This “optical metasurface” changes the reflective properties and allows specific colors to resonate through pixels. The design allows for much higher pixel densities than you see in the RGB OLEDs on phones, but doesn’t hurt brightness to the degree you see with white OLEDs in some TVs.

This would be ideal for VR and AR, creating a virtually ‘flawless’ image where you can’t see the screen door effect or even individual pixels. This might take years to arrive when it would require much more computing power, but OLED tech would no longer be an obstacle.

It’s also more practical than you might think. Samsung is already working on a “full-size” display using the 10,000PPI tech, and the design of the corrugations makes large-scale manufacturing viable. It may just be a question of when and where you see this OLED rather than “if.”

Source: Samsung, Stanford make a 10,000PPI display that could lead to ‘flawless’ VR | Engadget

After years of teasing, LG is finally selling a rollable OLED TV. The RX-branded Signature OLED R launched in South Korea today, offering a 65-inch 4K display that tucks away into its base at the press of a button. Besides being able to hide completely, as LG has promised in CES previews, the TV has different settings (Full View, Line View and Zero View) for different situations.

Source: LG’s rollable OLED TV goes on sale for $87,000 | Engadget

Source: G-SMATT::G-GLASS Introduction