More Immersive, Color-rich Images from Panasonic's Most Adaptable Projector Yet
The Panasoic PT-RCQ10 has a newly developed Rich Color Harmonizer that achieves deeper, more vibrant color expression. Combined with Smooth Pixel Drive, a technology that creates crisp yet smooth images using. 1-axis wobbling, you can enjoy colorful and highly detailed images beyond the panel resolution.
Seamless Integration with SLOT NX and Full Lens Lineup
With technologies to support 4K playback, including 4K signal input via HDMI®, DIGITAL LINK, and optional SLOT NX interface boards, the seamless integration of 4K content is greatly simplied. Compatibility with our 1-Chip DLP™ lenses, including the ET-DLE020 Ultra-Short-Throw Zoom Lens, further enhances application flexibility.
Excellent Reliability in Tough Conditions
Further improvements to Panasonic's unique SOLID SHINE Laser cooling system achieve 20,000 hours of maintenance-free operation, all from the same compact body-size as our 1-Chip DLP™ WUXGA laser models.
Smooth Pixel Drive
Smooth Pixel Drive is a new 1-axis pixel-wobbling system that produces detailed images beyond the projector's panel resolution. It combines an original image processing engine optimized for single-axis pixel-wobbling with a thinner DMD aperture ratio, boosting perceived resolution while smoothing jaggies, sharpening text, and clarifying detail, resolving impressively with 4K input signals. Your audience is treated to clear, comfortable, and easy-to-see images even from a distance.
Smart Projector Control App
Smart Projector Control app for Android™ and iOS now includes Near Field Communication (NFC) function to instantly pair smartphone to projector just by touching them together. Once linked, the app accesses an information settings menu that's readable and writable for easy adjustment without turning on the projector. As well as showing data and allowing certain settings to be changed, the app features an auto-focus function*3 that uses the smartphone's camera and app UI to achieve fast yet precise image focus.