Photonica, Inc. has pioneered the use of magneto-optics and hybrid technologies in visual display systems to create
arrays addressing hi-speed, solid-state modulators up to 1K times faster that DMD/DLP, yielding high frame-rate and
extremely high net native resolution allowing for full-duplication of right eye and left eye modulators at 1080p, DCI 2K,
4K and other specified resolution requirements.
The technology enables high-transmission (brightness) per frame. In one version, each integrated image-engine
assembly processes binocular frames simultaneously, employing simultaneous right eye/left eye channels, either
polarization-based or "Infitec" color-band based channels, as well as pixel-vector based systems. In another version, a
multi-chip, massively parallel signal-processing architecture integrates pixel-signal channels to yield simultaneous
binocular frames. This may be combined with on-chip integration. Channels are integrated either through optics
elements on-chip or through fiber network or both.
Photonica has developed a new technology display system - a hybrid combination of technologies - and demonstrated
key desired industry performance. Photonica innovation treats the display as a network of devices, scaling-up optics
rather than electronics and using multiple small electronic components in parallel to drive sectors of a composite fiberoptic
screen, adding more pixels by combining many lower-resolution components. Video performance is improved by
combining multiple sources per final pixel ("pixel signal processing") to increase final frame rate, contrast, brightness,
digital 3D image process, and color gamut, instead of exclusively trying to improve the performance of a single source
per sub-pixel or pixel.
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