PT-RCQ10/RCQ10L

The PT-RCQ10 4K Ready^* 1DLP laser projector series comes with a choice of 10,000 or 8,000 lumens brightness. This projector delivers durable performance in even the toughest environments, and is specifically designed for use in broadcasting live events and entertainment.

Detailed natural colour rich images

The PT-RCQ10 series combines Panasonic’s unique Rich Colour Harmonizer and Smooth Pixel Drive technology with 1-Chip DLP imaging to produce immersive imaging experiences. The projector offers high brightness of 10,000 lumens, WUXGA resolution and a 10,000:1 contrast ratio for sharp images even in bright environments.

Panasonic’s unique new Rich Colour Harmonizer technology expands the use of red light to improve colour reproduction, increasing red colour brightness by 160%. This creates a more vivid picture for an immersive viewing experience.

In addition, the newly developed imaging processing system Smooth Pixel Drive enables 2715x1697 high-resolution images with sharp characters and smooth diagonal lines and curves.

Long-lasting reliability with up to 20,000 hours maintenance-free operation

Designed for mission critical applications in the live entertainment market, the PT-RCQ10 series was tested against dust for operation of up to 20,000 hours without maintenance. The dual-drive laser optical engine maintains high brightness, superb picture quality and colour reproduction for very long periods.

Flexible installation and seamless integration

The PT-RCQ10 series is future-proof with the ability to accept 4K signals via HDMI and Digital Link and equipped with Panasonic’s Slot NX interface boards to expand connectivity with new input connections.

Compatible with Panasonic’s 1-Chip DLPTM lens line-up offering 0.2-8.6 throw ratios, the addition of the new ET-DLE020 Ultra Short-Throw Zoom lens offers even more flexibility

^{*4K Ready is Panasonic’s technology for accepting a 4K signal input (3840 x 4096 x 2160) when combined with Panasonic’s Smooth Pixel Drive technology that shifts each pixel diagonally by 0.5 pixels to create a 2715 x 1697 high-resolution image.}