Projector
Feature Guide

Quad Pixel Drive is an original Panasonic technology that rapidly shifts each pixel vertically and horizontally to produce an ultra-high-resolution image. Working in concert with 240 Hz* high-speed frame-processing, Quad Pixel Drive smoothly reproduces 4K content losing none of its filmlike detail to motion blur even when tracking fast-moving action or during slow-panning shots.

* Note: refresh-rate may vary depending on vertical scanning frequency.

Smooth Pixel Drive is a 1-axis pixel-wobbling technology that produces detailed images beyond the projector’s panel resolution. It combines the thin aperture ratio of DMD imaging technology with an original processing engine that’s optimized for single-axis pixel-wobbling to create a heightened sense of resolution. Artifacts such as jaggies are smoothed away, while details appear clearly defined especially when a 4K input-signal is projected.

Note: 4K input signals are converted to the projector’s resolution upon projection.

Real Motion Processor is an original 240 Hz high-speed frame-processing technology that uses an algorithm to create and interpolate supplemental images for each frame of video. It significantly reduces motion-blur for clear and fluid image reproduction. Sharpness and detail are preserved in footage tracking fast-moving objects while stuttering is reduced through difficult-to-render panning shots. Refined optics further enhance focus precision and clarity.

Note: refer to the manual of compatible projector models for further details.

Dynamic Contrast analyzes the input signal frame-by-frame and directly adjusts the amount of light produced by the light source according to the contrast requirements of each scene. As well as increasing precision, Dynamic Contrast more accurately reproduces scenes where light and dark images frequently interchange. Dynamic Contrast can be set via OSD menu to suit projection application, environment, and content. Dynamic Contrast [1] setting applies a small amount of light-source adjustment and signal compensation, Dynamic Contrast [2] a moderate amount, and Dynamic Contrast [3] a large amount. Various contrast parameters can be adjusted and saved as a custom USER preset, or Dynamic Contrast disabled when full brightness is required. Dynamic Contrast can also be synchronized among multiple projectors in a multi-screen system via BNC or RS-232C cable.

Note: specifications vary depending on projector model.

Dynamic Iris uses a scene-linking aperture mechanism to achieve high contrast while minimizing brightness attenuation. Enjoy better detail retention in deeper, richer blacks, bright yet controlled highlights, and more natural skin-tone expression.

Unique circuitry optimizes the sharpness of each image based on information gathered from four frequency bands of the video signal. The resulting images convince with natural realism.

Proprietary circuitry analyzes individual video frames to clarify areas of each image containing fine details. Algorithms pull information from four frequency bands of the signal, sharpening outlines, correcting contours, and reducing ringing noise for optimal picture quality.

Proprietary circuitry analyzes individual video frames to identify and clarify areas of the image containing fine details and textures. Algorithms pull information from super-high to low frequency bands to sharpen outlines, correct contours, and reduce ringing noise.

Next-generation circuitry analyzes individual images frame by frame to clarify areas containing fine details and textures. Algorithms extract information from four video bands, sharpening outlines, correcting contours, and reducing ringing noise. The technology includes an exclusive Refine Enhancer algorithm specially optimized to retrieve extra detail from 4K input signals.

Daylight View Lite adjusts color and brightness according to the amount of ambient light, optimizing picture quality and resisting washout when the lights are on. The function is enabled or disabled via a key on the remote controller.

Daylight View Basic enhances sharpness by refining detail reproduction in dark areas of the image, which can be difficult to see in bright light. A sensor measures ambient light and optimizes halftone color and brightness to suit the surrounding level of illumination.

System Daylight View 3 is the premium implementation of System Daylight View and supports six levels of user-selectable adjustment. It combats the effect of ambient light on the projected image, prevents washout, and boosts color impact in mapping applications. Sharpness, gamma curves, color, and brightness are all optimized to suit on-site conditions.

Select projectors emulate the BT.2020 color-space specified in HDR standard, reproducing a significantly wider color-gamut than Rec.709 standard. Projectors with BT.2020 Emulation Mode also support High Dynamic Range for dynamic image expression, from deepest black to brightest white.

When an HDR signal is received via compatible input, supported projectors can read its EDID metadata and automatically select the most suitable gamma- and color-space profiles for optimal picture quality. When this function is enabled, video is projected at highest quality.

Note: optional interface boards may be required to support this function.

Optimal color reproduction for HDTV projection is achieved by selecting Rec.709 Mode, which is compliant with ITU-R recommendation for the BT.709 color-space specification.

An imaging mode similar to the DICOM Part 14 medical imaging standard. It lends film-like resolution and contrast to X-ray images, making the projector suitable for medical presentations and training.

Note: this product is not a medical instrument. Do not use for actual medical diagnosis.

Projectors with a Multi-Laser Drive Engine feature multiple laser modules coupled to a durable inorganic phosphor-wheel and enhance SOLID SHINE stability even further. The modules are equipped with Failover Circuitry. If a single laser diode fails, only diodes in the affected series are bypassed rather than all of the diodes in the module, as is the case with some other laser projectors. Projection can continue with imperceptible loss in brightness. Failover Circuitry provides an invaluable layer of insurance in situations where image display must be maintained.

Note: specifications vary depending on projector model.

Dual-Laser Optical Engine is based on a “dualized” concept unique to Panasonic’s professional projectors where discrete laser modules serve dedicated phosphor-wheels in order to develop requisite brightness for projection in large venues. As well as underpinning reliability with a fully redundant design, these projectors benefit from Failover Circuitry, which minimizes brightness attenuation in the unlikely event a single diode in a module fails. Operators enjoy peace of mind in situations when the production must continue uninterrupted.

Refined cooling systems, optimized airflow paths, and dust-resistant projector structures deployed on select Panasonic laser projectors enable implementation of hermetically sealed optical blocks that eliminate need of an air filter, extending maintenance-free projection to 20,000 hours.

Note: refer to applicable projector-model specification for details on measurement conditions related to 20,000-hour maintenance-free projection.

To simplify setup and operation of applicable projectors, an Information Monitor is located nearby the unit’s control panel. The screen has menu-based navigation for Projector ID setup and network configuration. It shows status including temperature, runtime, active input-signal, and error-codes.

Except on projectors where terminal combination is fixed at the factory, any input can be assigned as a backup for any primary input terminal provided the input signal to both is identical. If signal transmission to the primary input fails, projection continues by switching to the assigned backup input without screen-blanking. When communication is restored, the projector switches back to the primary input automatically. This feature is invaluable when uninterrupted projection is of critical importance.

Note: combination of primary and backup inputs may be fixed on some projector models. Check the specifications of individual models. Input signals to both primary and backup inputs must be identical. Switching speed is approximate and may vary depending on projector settings and source configuration.

Selected models feature a mechanical shutter that prevents light leakage when the projector is on, but not in use. The function is useful when the presenter wants to pause playback and stop projection without turning the projector off. By activating the lens shutter, the projector may be kept on and ready to resume playback instantly at the touch of a button.

If video output levels fluctuate at the source, its original black and white levels cannot be reproduced correctly. Projectors with Waveform Monitor can display these waveforms on screen for convenient manual or automatic adjustment.

Digital laser light-output modulation enables precise image fade-in and fade-out effects for immersive visual production and for staging effects.

Select lenses feature AFO, which corrects focus distortion as image brightness, lens temperature, or ambient temperature fluctuates, depending on projector specification. Images are kept sharp and clear at all times without need of manual calibration.

Note: specifications vary depending on model.

Correct image geometry for angled projection with Horizontal, Vertical, and Corner Keystone Correction built into selected Panasonic projectors.

Curved Screen Correction allows for projection of distortion-free images onto curved or cylindrical surfaces such as pillars or curved feature walls.

Geometric Adjustment is a suite of built-in functions operated via the projector IR remote control that corrects distortion when images are projected at an angle, onto curved screens, uneven surfaces, or over wall obstructions. Correction extends to spherical, cylindrical, and other complex screen shapes without need of a connected PC. Keep Aspect On/Off and independent 4-Corner Adjustment simplify correction while the ability to save three sets of corrected image-adjustment data is invaluable whenever correction settings need to be disabled and reapplied, and for saving work progress as an adjustment profile is created. Select projector models include Free Grid within Geometric Adjustment.

Free Grid is built into selected projectors and simplifies operation of Geometric Adjustment. Using only the projector remote control, installers can correct image distortion caused by uneven surfaces or irregular objects on flat or curved screens. A grid is overlaid on the projected image, allowing users to reshape distorted areas by adjusting the position of node or V/H line control-points. Grids of between 2 x 2 and 17 x 17 lines are selectable according to required granularity, and work progress is saved automatically so you can move freely between grid resolutions. Grid and control-point colors are selectable to ensure clear visibility over the projected image. Free Grid approaches the precision and convenience of software-based solutions in situations where PC connection isn’t practical.

Note: some models may require a firmware update before using Free Grid. Register the projector at PASS to download firmware updates.

Edge Blending

Edges of adjacent screens can be blended and their brightness controlled.

Color Matching

Corrects color reproduction variations of each projector via PC control software.

Digital Image Enlarging

Digital zoom up to 10x (H/V). Up to 100 images (10 x 10) can be edge-blended to create large multi-screen images.

Note: consult your dealer for more information about color-correction software. While input resolution will not change, maintaining image quality is not possible when images are enlarged via Digital Image Enlargement. Edge-blending is disabled when projecting 3D content.

Projectors with this function have sensors that measure color and brightness reproduction levels apparent on individual screens. Inconsistencies are corrected automatically to create a uniform multi-screen image, making multi-screen setup easier across a range of applications.

Symmetrical lens-centered design reduces installation complexity and makes supported projectors simple to adapt to unique installation sites.

Operators of select projectors, such as PT-RQ22K, can fine-tune video-frame synchronization. Frame delay is adjustable in 0.01 ms increments. Video from a compatible projector can be perfectly synchronized with other compatible projector models—such as the PT-DZ21K2—when deployed in a multi-screen installation.

Panasonic projectors with laser or LED light-sources do not require a warmup or cooldown period when switched on or off. Models supporting Quick Start/Quick Off can be turned on and off as required, while portable projectors can be safely unplugged, carried to the next lesson or meeting, and switched back on immediately without risk of damage to the light source.

Projectors supporting Direct Power Off can be shut down via breaker-switch without waiting for the unit to cool down first. This capability is useful wherever projectors are installed in difficult-to-access locations in applications ranging from seminar or lecture theaters to temporary events to permanent installation at theme parks, museums, and other exhibition spaces.

Settings and configuration data can be cloned from a compatible master projector and copied to identical agent projectors over LAN or to a USB flash-memory device. This capability reduces the time and complexity involved with setting up multiple projectors.

Note: excludes passwords, projector name/ID, and network settings. Data-cloning function supported among identical projectors only. Cloning via USB flash-memory drive not supported on some models.

Select projectors can communicate with compatible lighting consoles via Art-Net DMX lighting management protocol. Enjoy professional production values and enhanced control options useful in event and exhibition applications.

Crestron Connected enables simultaneous control and management of various display devices connected to the same local network.

Select projectors support AMX Device Discovery for simultaneous control or management of various devices on the network.

PJLink is compatible with projectors and professional displays of almost any brand as part of a holistic system controlled from a PC.

Selected projectors can be controlled with compatible Extron control software solutions and peripheral devices when connected to the same local network.

Select models include a built-in monaural speaker that provides ample volume for meeting rooms and classrooms, and is handy for playing audio encoded in movies or other multimedia presentations. Projectors also include a microphone input so the presenter can amplify their voice via the built-in speaker, and an audio output for passing audio to the room’s P.A. or an external sound-system.

Audio output can be adjusted while the projector is in standby mode.

Select models carry a built-in decoder to process and display closed caption text present in supported video content, saving on the cost of an external decoder.

Note: captions may not be displayed on some devices with some software.

Select projectors include a DC 5 V / 2 A USB Type-A power outlet to supply a compatible HDMI network streaming device or Wireless Presentation System PressIT. You no longer need an unoccupied AC power outlet nearby the projector, while associated cabling is minimized thanks to the self-contained design.

Note: compatibility with third-party devices cannot be guaranteed. Availability of the optional Wireless Presentation System PressIT may vary by country or region.

Scheduling function allows the operator to set up a command execution schedule for individual days of the week so content can play automatically.

Use existing control software at your institution with select Panasonic projectors. Emulation Mode and support for third-party control protocols allow incoming projectors to fit seamlessly into existing infrastructure.

Any supported image file, such as your organization’s logo, can be transferred to the projector using Panasonic’s free Logo Transfer Software. Your logo is briefly projected during the startup cycle, replacing the Panasonic logo as default, and can be locked with a password to deter theft.

Projectors with P-in-P Mode enable two different sources to be simultaneously displayed on a single screen at the same time, handy for classroom or office.

Note: limitations to input-signal-types and input terminals apply.

Selected models include a security slot compatible with Kensington security cables, while a Burglar Hook port is included for attachment of theft-prevention cables. Other theft-deterrents include logo transfer software that allows administrators to embed their institution’s logo for display during startup.

Auto Input-Signal Search detects incoming signals and automatically switches to the appropriate input, allowing presenters to start work faster.

Images are calibrated for best performance when projected onto colored wall surfaces. This mode is convenient for projection in rooms without a screen.

Images are optimized for clear visibility when projected onto whiteboards. This mode is useful in meeting rooms, classrooms, or other spaces equipped with a whiteboard in lieu of a screen.

Images are calibrated for best performance when projected onto blackboards in classrooms or training rooms without a dedicated projector screen.

You don't need a computer to start presenting—just insert a USB memory device containing compatible media and start projecting straight away. This includes Full HD video as well as high-definition stills. Simple GUI navigation assures a smooth and stress-free experience.

USB Display function included on select products makes it possible to project A/V signals from the computer through a USB conversion cable.

Note: audio output is disabled when connected to Mac via USB cable.

Push the ECO button on the remote control to configure Eco Management functions, including automatic brightness reduction for dim environments and power consumption reduction when no input-signal is detected.

Auto Power Management compensates for voltage fluctuations. Image display is maintained at a reduced brightness even if voltage drops below specified requirements, rather than shutting the projector off.

Check elapsed time or time remaining during your presentation according to a preset.

Pause video and mute audio at a predetermined time.

CEC (Consumer Electronics Control), a feature baked into select implementations of HDMI, enables control of HDMI-connected devices using only one remote control. Select projectors featuring CEC-compatible HDMI inputs allow the projectionist to turn on both the source device and projector at the same time, with input switching and playback occurring automatically on command from the media player’s remote control. This makes everyday operation simple, and furthermore, helps streamline projector integration into existing infrastructure.

Accessed via Multi Monitoring & Control Software or web browser, Remote Preview function allows projectionists to confirm device connectivity, check video content, and evaluate changes to the image when adjustment settings are applied or disabled by viewing input-signal video on a laptop screen. Remote Preview works when the projector is switched on with shutter enabled, or while in Standby Mode, and reduces need of on-screen checks prior to a public performance. Furthermore, if an error is detected, the user can quickly narrow down possible causes to the input signal chain. Select Panasonic projector models offer a Remote Preview Lite version.

* Note: requires Multi Monitoring & Control Software Version 3.0 or later.

Panasonic’s free AV management software for Windows^® PC lets you monitor and control up to 2,048 compatible display devices of any brand via LAN to reduce maintenance hassle within display networks of any scale. Multi Monitoring & Control Software enables status monitoring, control-command execution, content playlist delivery, playback scheduling, and system map visualization.

Note: Download Multi Monitoring & Control Software here. Please check projector specification for the latest compatibility information.

ET-SWR10 is a ready-to-use SDK (Software Development Kit) that syncs projected digital content onto fast-moving objects at up to 240 fps with less than 5 ms* input-to-projection latency, enhancing realism of interactive experiences. It converts object location captured via compatible IR emitter and camera to an XY location for a supported projector, such as PT-RQ35K. The tracking system boasts simple setup and operation; avoids interference issues, reliance on battery power, and complex calibration associated with active-sensor systems; supports use with select Panasonic 3-Chip DLP™ ultra-short-throw and short-throw lenses; and integrates into third-party content software. For more information, please visit the product webpage.

* Note: with Geometric Adjustment OFF. Latency is 7 ms with Geometric Adjustment ON and vertical correction less than 25 %. Supports 16:9 display aspect-ratio only. Other limitations apply. Note that compatibility with third-party devices cannot be guaranteed.