PRODUCT OVERVIEW

Core Strength and Smart Features That Last The Distance

With Panasonic’s award-winning SOLID SHINE Laser drive at its heart, together with the latest DLP™ imaging technology, the PT-RZ770/660 Series is primed to deliver unfailingly brilliant pictures in a broad range of venues and applications. Set brightness according to ambient conditions and extend maintenance-free life further, with minimal degradation in picture brightness and realism, or exploit a raft of features that make rigging, rental, and staging easier and more cost effective. A lightweight heavy-hitter with stamina to last, it’s the logical choice for educated pro users.

Wide-Spectrum Color with Up to 7,200 lm (Center) Brightness

With next-generation DLP™ technology delivering high-resolution detail and dual laser modules outputting up to 7,200 lm (Center) of brightness, Quartet Color Harmonizer to reduce energy loss from the light source, and robust heat-resistant phosphor wheel, Panasonic PT-RZ770/RZ660 Series’ SOLID SHINE Laser system produces scintillating images with unfailing reliability.

Outstanding White Balance and Color Reproduction

The Quartet Color Harmonizer wheel mechanism captures a wider color space than comparable projectors, which allows white to be reproduced realistically on screen. Some conventional projectors can’t achieve an accurate white balance, so images can appear with a distracting greenish tint. Not the case with the Panasonic PT-RZ770/RZ660 Series SOLID SHINE Laser projectors.

Maintain Image Quality for Longer

Thanks to the long-lasting dual solid-state laser modules, there are no lamps to replace, and image color/brightness degrades very gradually in consistent, linear fashion. As well as reducing maintenance hassle, out-of-the-box picture quality is preserved longer.

Dependable 24/7 Operation with Failover Protection

Dual Drive Laser Optical Engine groups laser diodes into two discrete modules. A failsafe redundancy circuit works to minimize brightness- and color-uniformity loss should a laser diode fail, making PT-RZ770/RZ660 Series ideal for mission-critical applications. Further, brightness decreases more gradually and consistently than lamp-based projectors over a 20,000-hour* maintenance-free projection period.

Stable Operation in High Temperatures

The PT-RZ770/RZ660 Series has a unique liquid-cooling system for the light source that suppresses temperature rises, enhancing projection stability in ambient temperatures of up to 45°C (113°F). This cooling system also contributes to the reduction of operational noise to just 35 dB for distraction-free presentations, and is hermetically sealed, so there’s no need to periodically replenish the coolant.

Laser Protection for Peace of Mind

Panasonic laser light is no more harmful to eyesight than a regular lamp-based projector, as a diffusing lens reduces beam energy concentration. Accidental direct exposure will not result in damage to eyesight.

Dynamic Contrast Function Delivers Better Contrast

The PT-RZ770/RZ660 Series directly modulates laser power output to achieve high contrast with low power consumption. Digitally controlled frame-by-frame scene-linking modulation ensures highly precise output adjustment, while accurate 10,000:1 contrast is delivered even when bright and dark scenes frequently interchange.

Vivid Images in Bright Environments

Panasonic’s premium System Daylight View 3 prevents images from washing out in well-lit environments and enhances brightness perception in multi-projector mapping applications by adjusting sharpness and gamma curves and correcting colors. The result is greater visual impact even in challenging conditions.

Dust-Resistant Airtight Optical Block

PT-RZ770/RZ660 Series’ optical block is airtight, ensuring consistent, long-lasting image quality for up to 20,000 hours without maintenance. The optical block design passed stringent testing to assure utmost reliability in environments with up to 0.15 mg of particulate matter per cubic meter (based on American Society of Heating, Refrigerating, and Air-Conditioning Engineers [ASHRAE] and Japanese Building Maintenance Association guidelines). The structure prevents brightness degradation from dust intrusion.