Pink Tentacle also reports steps forward “include an improved 3D scanning system that boosts laser accuracy, as well as a system of high-intensity solid-state femtosecond lasers recently developed by Hamamatsu Photonics.” Improved image smoothness, resolution to 1,000 pixels per second, and image brightness/contrast control are some others.
SubscribePink Tentacle also reports steps forward “include an improved 3D scanning system that boosts laser accuracy, as well as a system of high-intensity solid-state femtosecond lasers recently developed by Hamamatsu Photonics.” Improved image smoothness, resolution to 1,000 pixels per second, and image brightness/contrast control are some others.
Subscribe[…] We’ve looked at set-ups like this in the past (see here, here and here), and this is one is also pretty impressive. “The display consists of a high-speed video projector, a spinning mirror covered by a holographic diffuser, and FPGA circuitry to decode specially rendered DVI video signals. The display uses a standard programmable graphics card to render over 5,000 images per second of interactive 3D graphics, projecting 360-degree views with 1.25 degree separation up to 20 updates per second.” Watch below… […]
[…] Holy crap, this is awesome! We’ve looked at set-ups like this in the past (see here, here and here), and this is one is also pretty impressive. “The display consists of a high-speed video projector, a spinning mirror covered by a holographic diffuser, and FPGA circuitry to decode specially rendered DVI video signals. The display uses a standard programmable graphics card to render over 5,000 images per second of interactive 3D graphics, projecting 360-degree views with 1.25 degree separation up to 20 updates per second.” Watch below… […]
[…] We’ve looked at set-ups like this in the past (see here, here and here), and this is one is also pretty impressive. “The display consists of a high-speed video projector, a spinning mirror covered by a holographic diffuser, and FPGA circuitry to decode specially rendered DVI video signals. The display uses a standard programmable graphics card to render over 5,000 images per second of interactive 3D graphics, projecting 360-degree views with 1.25 degree separation up to 20 updates per second.” Watch below… […]
August 29th, 2007 at 1:59 pm
[…] Holy crap, this is awesome! We’ve looked at set-ups like this in the past (see here, here and here), and this is one is also pretty impressive. “The display consists of a high-speed video projector, a spinning mirror covered by a holographic diffuser, and FPGA circuitry to decode specially rendered DVI video signals. The display uses a standard programmable graphics card to render over 5,000 images per second of interactive 3D graphics, projecting 360-degree views with 1.25 degree separation up to 20 updates per second.” Watch below… […]
September 16th, 2007 at 5:20 am