"The new device packs a processor, memory, a pressure sensor, a solar cell, a thin-film lithium battery, and a transmitter into a tiny glass rectangle."
"The S250e boasts 250 FPS capture, SVGA resolution, expansive field of view, on-board image processing, software-controlled IR filter switching, and some of the most advanced M12 lenses in the world - all housed in a compact aluminum and soft-touch polycarbonate case."
"... the WPG-120 enables four wireless users to project their presentations on the main screen at the same time."
Stop swapping cables with other visual effects supervisors during dailies or previs sessions, just stream right to the projector or LCD. Data rate right now is 1024x768 which is better than SD. How long before this capability is built INTO the projector or monitor?
“The MIT researchers found that the separate cores were spending so much time ratcheting the [memory] counter up and down that they weren’t getting nearly enough work done,” the report states. However, the researchers also found that “slightly rewriting the Linux code so that each core kept a local count, which was only occasionally synchronized with those of the other cores, greatly improved the system’s overall performance.”
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"The new device packs a processor, memory, a pressure sensor, a solar cell, a thin-film lithium battery, and a transmitter into a tiny glass rectangle."
"you've got both full 1080p TV-out via HDMI and video capture through an 8 megapixel primary camera"
"The S250e boasts 250 FPS capture, SVGA resolution, expansive field of view, on-board image processing, software-controlled IR filter switching, and some of the most advanced M12 lenses in the world - all housed in a compact aluminum and soft-touch polycarbonate case."
"... the WPG-120 enables four wireless users to project their presentations on the main screen at the same time."
"The system’s information would be displayed right on the windshield, which would be coated with a layer of transparent phosphors."
“The MIT researchers found that the separate cores were spending so much time ratcheting the [memory] counter up and down that they weren’t getting nearly enough work done,” the report states. However, the researchers also found that “slightly rewriting the Linux code so that each core kept a local count, which was only occasionally synchronized with those of the other cores, greatly improved the system’s overall performance.”