NATIVE 2,048 x 1,080 PANELS
The Sanyo PLV-HD2000 employs three high-precision LCD panels of native 2,048 x 1,080 resolution. They project the high-resolution images in the 2K x 1K digital cinema format in full resolution. This precise resolution is teamed with a High Contrast System. This is an advanced optical system that achieves a high contrast level to project top-quality images with rich black reproduction, maximizing the excellence of the video signals.
HIGH PERFORMANCE BRIGHTN3ESS
The PLV-HD2000 uses four high-intensity 300-watt UHP lamps to achieve 7,000 lumens of brightness. If a lamp should burn out, a fail-safe design automatically switches the lamp mode without interrupting the projection.
HIGH COLOR PURITY OPTICAL SYSTEM
This advanced system improves the color purity of the three primary colors (red, blue, and green) to deliver an overall color performance that’s ideal for digital cinema. To this color purity system, SANYO includes a 36-bit color display capability that reproduces 68,719 million colors to achieve color expression with superb depth and subtleness.
NEWLY DEVELOPED 12-BIT SIGNAL PROCESSING CIRCUIT
Sanyo has developed a 12-bit signal processing circuit, providing full 2-3 pulldown compatibility, motion adaptive line interpolation and progressive scanning of 1080i HDTV signals. It helps assure impressive image quality from virtually any source, including HDTV content. In addition to faithfully reproducing HDTV 1080i, the projector accommodates 1080-24p and 1080-25p signals as well.
MOTOR-DRIVEN LENS SHIFT
Double the brightness. This function allows the user to position the image easily (up/down and left/right) even after the projector is installed. It is especially useful when aligning images from two stacked units.
MULTI-VERSATILE INTERFACE PLATFORM (MVIP) SYSTEM
Has four slots for accommodating interface boards, which allow the user to interchange any of the supplied boards with any desired optional board. RS-232C input and cross-through output terminals are also provided for easy and flexible system configuration.
