By eliminating ghosting, blurring and distortion, to provide a clear picture of the use of temporal de-interlacing, inverse telecine, and advanced scaling techniques to remove jagged edges. Discrete video processing core offloads the CPU and 3D engine of complex video processing tasks, not only reduces power consumption, and ease so that the processor can run multiple applications simultaneously. Programmable video processor for processing acceleration for H.264, VC-1, WMV and MPEG-2 formats such as HD video. Dedicated video processing core provides ultra smooth standard and high-definition video on a PC, there will be no pause phenomenon. Hardware acceleration for H.264, VC-1, WMV and MPEG-4 video decoding NVIDIA PureVideo can occupy the lowest possible amount of the central processor, ultra-smooth playback H.264, VC-1, WMV and MPEG-4 format HD and SD video. Integrated warping and edge blending processor enables multiple projectors to be warped and blended without additional dedicated hardware, reducing the cost &.
This process only takes few core central processor usage, the use of low power consumption, we can provide excellent video images.
NVIDIA PureVideo technology is through NVIDIA GPU (graphics processor) application processor and NVIDIA dedicated video processing core to achieve.
Multi projector edge blending software professional#
Practice has proved that the use of prices within 10000RMB business projector, the effect is just as much a professional projectors. FusionV4 color rendering algorithms specially optimized support for the low-end LCD projector, four colors RGBW through independent channels, each of the 256 bands Gamma correction, even if it is quite serious deviation brightness color LCD projector can also be get excellent color consistency. FusionV4 global gamut unified functionality through ColorRemap (any color replacement) technology, can be different brightness of different colors projector corrected to a level to solve the visual project later maintenance problems due to the projector is not uniform phenomenon. In contrast, the performance of DLP projector technology is good, but with the aging of the panel (panel aging usually produced after 1000 h), the luminance color difference is difficult to avoid. Color difference is due to the problems caused by the LCD panel technology, there will always be more or less, in the rear panel aging, color differences become apparent. Brightness difference between the case of a group of projectors in the LCD projector is more common, and if a group of the projector lamp brightness decay inconsistent, or replace one of these bulbs, the difference will allow the audience to accept.
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