Sony SXRD 4K manual

Page 27

Thanks in part to the pitch of the SXRD pixels, Sony projectors do not use an optical actuator. Each pixel has its own, unique space on the screen, not shared with any other pixel. And the SXRD system displays all the pixels, all the time.

Spatial Dithering. Some projection systems use electronic processing to conceal resolution limitations and deliver a subjectively pleasing picture on typical moving images. But the action of these circuits can be glaringly obvious during motion picture credits and other fine text applications. The Sony 4K projectors do not use this type of processing. In addition, as a natural consequence of their lower resolution, 2K projectors will also exhibit aliasing and black dither noise on images while SXRD 4K projectors do not.

With three separate microdisplay panels and no optical actuator, Sony SXRD projectors display all the colors, on all the pixels, all the time. And with a minimum of electronic tricks, those pixels are extremely faithful to the original source. Unwanted artifacts are kept to a minimum.

Page 27

Image 27
Contents Page Introduction Table of Contents Sony and Digital Projection Page Greater immersion 4K Resolution4K content, delivery and connection Superior presentation of HD contentMore visual information Page HD images 4K Applications DifferentiationPage Sxrd Microdisplay Sxrd microdisplay basics Light from Lamp Light to Screen Sxrd panel production High Resolution Generation 1st Generation Application High aperture ratio High Pixel Density35 μm Accurate motion renderingTr, tf 2.5ms Reflectivit High contrast, low dark levelSxrd Panel Minimum artifacts Long operating lifeSingle Chip Condenser Dichroic Mirror R1 Page Page Physical layout ProjectorsXenon lamp Optional Lens Ratio of projection Distance to screen width Optional lensesOptional Input Board Description CircuitryPC-based control MaintenanceFinal Word Sxrd Device SpecificationsINPUT/OUTPUT Optional LKRI-002 HD-SDI, SD-SDI 422 Input Board Page Compatible Formats and Standards