3-Chip DLP™ Solid Shine™ Laser Technology:
Combining SOLID SHINE Laser with next-generation 3-Chip DLP™ processing technology, the PT-RS20K develops 21,000 lumens1 of brightness with truly spectacular color performance superior to other lamp-based products. Dual solid-state laser light-sources and dual heat-resistant phosphor wheels work with three DLP™ modules (R/G/B) for intense brightness, true color accuracy, and high contrast on large screens.
Lightweight and Compatible:
Building on the legacy of the best-selling PT-DZ21KU projector, the PT-RS20K weighs only 108lbs and requires just 2 people to move it. For Rental and Staging professional, this means easier transport and reduced man-power time and cost. The PT-RS20K joins the Panasonic 3-Chip DLP™ projector family in sharing a range of mutually compatible optional accessories including frames and ultra-short-throw and zoom lenses. This reduces upgrade or replacement costs for events and staging companies with large inventories.
Free 360-degree Orientation:
SOLID SHINE Laser enables free 360-degree installation through any axis. Together with powered lens shift and wide range of optional lenses, the PT-RS20K can project images from any orientation without picture distortion.
The new, patent-pending Dynamic Contrast Sync:
This feature provides linked 20,000:1 contrast across groups of projectors using simple BNC cable loop-thru, streamlining multi-unit installations. Shutter Sync, meanwhile, synchronizes shutter on/off timing.
IP configuration in standby through the side LED display
This feature means the projector doesn’t need to be turned on to configure the network, simplifying setup.
Low Power Consumption:
Due to the projectors’ low power consumption despite its high lumen output, users can operate two PT-RS20K projectors on single 220 volt/30 amp circuit. In fact, these powerful, flexible projectors can even operate on a 100-120 volt range circuit (with a drop in brightness).
Detail Clarity Processor 5:
Proprietary circuitry analyzes individual video frames to identify and clarify fine details and textures. Algorithms pull information from four frequency bandwidths, from super-high to low, to sharpen
