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Games and other apps can use both AR and VR, such as one ODG-designed app where you see a virtual door in the real world, Shams said. When you walk through the door, you're in a virtual world, but you can look behind you and see the real world. This isn't the first pair of AR glasses built by ODG, but the R-8 represents its initial foray into the consumer market. The glasses offer a 40-degree field of vision and high-definition resolution, allowing you to watch movies from 21st Century Fox, China Mobile's content arm and other media companies that float in your view, as well as take advantage of navigation and educational "experiences."The R-8's 780p displays make it seem like you're staring at a 90-inch, cinema-quality TV 10 feet in front of you, while the R-9's 1080p displays give the projection of a 120-inch TV. The picture is crystal clear, just like you're in a movie theater, and the consumer version of the glasses are lightweight at only 4.2 ounces -- less than most phones, like the 4.9-ounce iPhone 7. Microsoft's Hololens weighs a whopping 20.4 ounces.
ODG's R-8 smart glasses, pictured on CNET's Shara Tibken, weigh only 4.2 ounces, "This is so much bigger than just a device, it's about a whole new computing medium that will transform how we interact and juice pack external battery case with wireless charging for apple iphone 7 plus and 8 plus - black discover information and engage with people and objects in the world around us," ODG CEO Ralph Osterhout said in a statement, The R-9 offers a 50-degree field of vision and will run special business applications, The use of the flagship Snapdragon 835 chip in the R-8 and R-9, rather than in a high-profile phone, speaks to Qualcomm's push to make its chips useful in different kinds of hardware, The company has been pushing to get its brains into other devices, including wearables, drones and smart speakers, to diversify itself from its core phone business..
These wearables aren't cheap. The R-9 will cost $1,799 when it hits the market in the second quarter. ODG plans to ship a developer version of the R-8 for less than $1,000 in the second half of 2017. The Snapdragon 835, which uses a new process that makes the chip smaller and more power-efficient, allows manufacturers to design more compact devices. ODG has made smart glasses before, but never this small. The chip's size makes for glasses that aren't just a piece of technology, but a fashion statement.
"They are not regular sunglasses," Hugo Swart, head of Qualcomm's home entertainment business, said in an interview last month, "But they're getting there."Update at 6:30 p.m, with additional details about the glasses from ODG interview, Update at 10 a.m, PT on Jan, 4 with additional details and photos, Get ready to watch films, experience augmented reality and virtual reality, and play games through a pair of slim sunglasses, If the future is that bright, these are the shades juice pack external battery case with wireless charging for apple iphone 7 plus and 8 plus - black you gotta wear, At Qualcomm's CES press conference on Tuesday, Osterhout Design Group showed off a pair of smart glasses running on Android and powered by Qualcomm's new Snapdragon 835 powerhouse chip -- the kind of processing power that usually runs a high-end phone like a Samsung Galaxy S7 or Google Pixel..
Qualcomm's new chip, the Snapdragon 835 (center) is 35 percent smaller than its predecessor, the Snapdragon 820 (left). Qualcomm said the processor will be used in everything from smartphones to PCs. It will power VR headsets that rely on phones (like the Samsung Gear VR or Google Daydream View) and standalone VR and AR devices, like Osterhout Design Group's R-8 AR/VR smartglasses, also unveiled Tuesday. "Everyone wants their phone to have a greater degree of contextual awareness and [do it] at a lower power," Keith Kressin, Qualcomm senior vice president of product management, said in an interview last month ahead of CES. "Relative to our previous generation [chip], 835 is better in every respect."Qualcomm makes more wireless chips than any other company on the planet, and its high-end processors dictate what our mobile devices can do. The company's Snapdragon processors are used in designs from Samsung, LG and others, and Apple uses Qualcomm's LTE chips in the iPhone.
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