Hasta La Gadget!

Audi has announced that its upcoming R8 e-tron will be featuring a digital AMOLED rear-view “mirror” when it arrives later this year. This isn’t the first time Audi has implemented such a display in one of its cars, as we saw this same technology in its Audi R18 race car. This means that conventional rear-view mirrors are out – at least in the R8 e-tron – and are being replaced with a 7.7-inch AMOLED screen.

To get a little more specific, Audi says this is a color AMOLED screen that displays the feed from a small and very lightweight camera. The camera is placed in an “aerodynamically optimized housing” that can be heated when it gets cold outside, so you don’t need to worry about your rear-view video feed going dark when winter arrives. Audi says that the AMOLED screen will be provided by Samsung.

Of course, there are other benefits to having a camera and screen setup such as this, with Audi saying that the combination helps reduce glare from the headlights of cars behind you. The AMOLED screen doesn’t require a back light, as it is “self-illuminating at a low voltage.” Audi also promises that the screen will provide a “high-contrast, brilliant image” of what’s going on behind you, and even though the camera lens is only a few millimeters in diameter, it can provide a wider viewing range than conventional rear-view mirrors.

Audi said in its announcement that it is also looking into “incorporating additional information” on the screen at some point in the future, so when the Audi R8 e-tron first becomes available, it sounds like it will be lacking that extra functionality. It’s a excellent feature to be sure, but then again, we’ve come to expect excellent features from Audi. The Audi R8 e-tron is scheduled to roll off the line at the end of the year, so stay tuned for more details.

Audi announces AMOLED rear-view display for R8 e-tron is written by Eric Abent & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.

Glasses-free 3D may be the next logical step in TV’s evolution, but we have yet to see a convincing device make it to market that doesn’t come along with a five-figure price tag. The sets that do come within range of tickling our home theater budgets won’t blow you away, and it’s not unreasonable to expect that trend to continue through the next few product cycles. A dramatic adjustment in our approach to glasses-free 3D may be just what the industry needs, so you’ll want to pay close attention to the MIT Media Lab’s latest brew. Tensor Displays combine layered low-cost panels with some clever software that assigns and alternates the image at a rapid pace, creating depth that actually looks fairly realistic. Gordon Wetzstein, one of the project creators, explained that the solution essentially “(takes) the complexity away from the optics and (puts) it in the computation,” and since software solutions are far more easily scaled than their hardware equivalent, the Tensor Display concept could result in less expensive, yet superior 3D products.

We caught up with the project at SIGGRAPH, where the first demonstration included four fixed images, which employed a similar concept as the LCD version, but with backlit inkjet prints instead of motion-capable panels. Each displaying a slightly different static image, the transparencies were stacked to give the appearance of depth without the typical cost. The version that shows the most potential, however, consists of three stacked LCD panels, each displaying a sightly different pattern that flashes back and forth four times per frame of video, creating a three-dimensional effect that appears smooth and natural. The result was certainly more tolerable than the glasses-free 3D we’re used to seeing, though it’s surely a long way from being a viable replacement for active-glasses sets — Wetzstein said that the solution could make its way to consumers within the next five years. Currently, the technology works best in a dark room, where it’s able to present a consistent image. Unfortunately, this meant the light levels around the booth were a bit dimmer than what our camera required, resulting in the underexposed, yet very informative hands-on video you’ll see after the break.

Continue reading MIT Media Lab’s Tensor Displays stack LCDs for low-cost glasses-free 3D (hands-on video)

Filed under: Displays, Home Entertainment

MIT Media Lab’s Tensor Displays stack LCDs for low-cost glasses-free 3D (hands-on video) originally appeared on Engadget on Thu, 09 Aug 2012 14:16:00 EDT. Please see our terms for use of feeds.

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Just as you’ve cozied up with “Tahiti” and “Cape Verde,” AMD has returned to grow its “Southern Islands” family of graphics cards with four fresh FirePros, offering up to four teraflops of graphics computing power. That spec can be found in the company’s new W9000, which is capable of four TFLOPs single precision and one TFLOP double precision with a price tag just shy of $4,000. That behemoth of a card offers 6GB of GDDR5 RAM and requires 274 watts of power. More humble members of the fam include the W8000, which has the same form-factor as the higher-end W9000, but eases back on the specs, consuming 189 watts of power and carrying a $1,599 price tag.

We had a chance to take a closer look at both cards at SIGGRAPH, and while they packed a significant amount of heft, you’ll likely never take a second look once they’re buried away in your tower rig. Fans of smaller housings (and price tags) may take notice of the W7000 and W5000, which are both considerably more compact and require less power to boot, with pricing set at $899 and $599, respectively. Those cards were also on hand for our demo, and can be seen along with the top two configs in our gallery below. You can also sneak a closer peek in the hands-on video after the break, and glance at the full specs over at our news post from earlier today.

Continue reading AMD launches its next-gen FirePro graphics card lineup, we go hands-on at SIGGRAPH (video)

Filed under: Desktops, Gaming, Peripherals

AMD launches its next-gen FirePro graphics card lineup, we go hands-on at SIGGRAPH (video) originally appeared on Engadget on Tue, 07 Aug 2012 15:46:00 EDT. Please see our terms for use of feeds.

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After a brief tease earlier this summer, AMD just announced pricing and availability for its new market-leading FirePro W9000 graphics processing unit — the $3,999 GPU is available now through AMD resellers, and is compatible with Supermicro SuperWorkstations. Joining that “world’s most powerful” rig are the W8000, W7000 and W5000, which sell for $1,599, $899 and $599, respectively, and can each power six 30-inch 4K displays. Power-hungry pros will want to opt for the top-of-the-line model in order to take advantage of four TFLOPs single precision or one TFLOP double precision, along with 6 gigs of high-speed GDDR5 RAM. The W8000, on the other hand, offers 3.23 TFLOPs single precision and 806 GFLOPs double precision, followed by the W7000 with 2.4 TFLOPs / 152 GFLOPs, both with 4 gigs of RAM, along with the W5000, which packs 1.27 TFLOPs single and 80 GFLOPs double, with 2 GB of GDDR5 RAM.

Design pros with slightly more modest demands may find the FirePro A300 APU more in line with their budgets — we don’t have precise pricing to share, since third parties will ship their own configs, but terms like “entry-level” and “mainstream” make it clear that you won’t be drawing in more than a couple zeros in the checkbook to make your purchase. The integrated solution utilizes AMD’s Turbo Core tech, supports Eyefinity and Discrete Compute Offload, and can power horizontal display arrays of up to 10,240 x 1,600 pixels. You’ll find all the nitty-gritty in the pair of press releases after the break.

Update: Our pals over at HotHardware have just pushed out a review of the W8000 and W9000, but found the results to be a bit of a letdown. Hit up their post for the full skinny.

Continue reading AMD announces $4k FirePro W9000 GPU, entry-level FirePro A300 APU for CAD and graphics pros

Filed under: Desktops, Gaming, Peripherals

AMD announces $4k FirePro W9000 GPU, entry-level FirePro A300 APU for CAD and graphics pros originally appeared on Engadget on Tue, 07 Aug 2012 00:01:00 EDT. Please see our terms for use of feeds.

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E Ink is grabbing a majority share of fellow e-paper maker SiPix Technology, the company has confirmed, and aims to snatch up 100-percent of shares in a deal worth around $50m. The agreement, which his expected to be  finalized by the end of the year, is part of E Ink’s aim to corner the e-paper market, and will see SiPix tech – including that of its SiPix Imagine subsidiary – integrated into future E Ink products.

E Ink is already found in the vast majority of ereaders, including the Kindle, NOOK, Sony Reader and more. However, that market has seen significant attack from the growing number of tablets such as Apple’s iPad, Amazon’s Kindle Fire and the new Google Nexus 7, with LCD displays proving more flexible for multimedia beyond text alone.

“Today, E Ink’s products are finding homes in a number of new applications which can be better served with the inclusion of SiPix’s products, technologies and intellectual property to our portfolio” Felix Ho, vice chairman of E Ink said of today’s deal. The company will initially include SiPix displays in the overall range it offers, but plans to integrate more of the behind-the-scenes technology – perhaps including slow video-capable e-paper – into future products.

That could also mean more use of e-paper in embedded environments, with E Ink keen to emphasize the low power consumption of its panels as ideal for its “E Ink On Every Smart Surface” strategy. Possibilities include tablet cases – such as Apple’s recent display-integrated Smart Cover concept – and other implementation where power supply could be insufficient or impractical for LCD or OLED.

Initially, E Ink will buy 82.7-percent of SiPix’s shares, though the goal is to buy 100-percent.

E Ink grabs majority share in SiPix for e-paper dominance is written by Chris Davies & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.