Toshiba has decided not to release more details about its 3D support, other than to say that they are ready for 3D.
There are currently two major types of 3D being used for home viewing. Polarisation requires a special screen with a filter that polarises the picture, and viewing of the polarisation glasses will view different images in each eye to create the 3D effect. The RealD Cinema system uses polarised glasses.
Active shutter systems requires the screen to have a high refresh rate, and the display alternates images for the left and right eyes, with an active shutter glass that blocks the view in each eye accordingly. Nvidia's GeForce 3D Vision kit uses this technology.
But what Toshiba can offer is their Cell TV. A TV with the same processor as the PS3, it is able to convert standard 2D TV broadcasts and playback into 3D, while at the same time being able to view 8 different HDTV channels at the same time.
So while Toshiba has yet to decide which 3D system they will use, when it comes time, the Toshiba Cell TV should be able to deliver.
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There are currently two major types of 3D being used for home viewing. Polarisation requires a special screen with a filter that polarises the picture, and viewing of the polarisation glasses will view different images in each eye to create the 3D effect. The RealD Cinema system uses polarised glasses.
Active shutter systems requires the screen to have a high refresh rate, and the display alternates images for the left and right eyes, with an active shutter glass that blocks the view in each eye accordingly. Nvidia's GeForce 3D Vision kit uses this technology.
But what Toshiba can offer is their Cell TV. A TV with the same processor as the PS3, it is able to convert standard 2D TV broadcasts and playback into 3D, while at the same time being able to view 8 different HDTV channels at the same time.
So while Toshiba has yet to decide which 3D system they will use, when it comes time, the Toshiba Cell TV should be able to deliver.
More:
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