Panasonic PT-RQ35KEJ

The Panasonic PT-RQ35K features 3 Chip DLP technology combined with 30,000 lumens, laser light source and 4K resolution via upscaling technology (3840 x 2400 pixels, 16:10 aspect ratio) for stunning large venue Ultra High Definition projection. A fleet of 13 optional motorised lenses are available from the ET-D3LEU100 ultra short throw fish eye lens (0.37:1) right through to the long throw ET-D3LET80 (7.34-13.8:1) lens and everything in between ensuring you can achieve your desired image whatever the environment.

Optional Compatible Lenses for the Panasonic PT-RQ35KEJ

• ET-D75LE95 (0.36)
• ET-D3LEU101 (0.37)
• ET-D3LEU100 (0.37)
• ET-D3LEW201 (0.65 – 0.85)
• ET-D3LEW200 (0.65 – 0.85)
• ET-D3LEW50 (0.69)
• ET-D75LE50 (0.68)
• ET-D3LEW300 (0.76 – 0.92)
• ET-D3LEW60 (0.92 – 1.10)
• ET-D75LE6 (0.92 – 1.10)
• ET-D3LEW10 (1.26 – 1.72)
• ET-D75LE10 (1.30 – 1.67)
• ET-D3LES20 (1.67 – 2.41)
• ET-D75LE20 (1.67 – 2.41)
• ET-D3LET30 (2.39 – 4.66)
• ET-D75LE30 (2.40 – 4.66)
• ET-D3LET40 (4.58 – 7.37)
• ET-D75LE40 (4.62 – 7.38)
• ET-D3LET80 (7.26 – 13.78)
• ET-D75LE8 (7.34 – 13.80)

Quad-Pixel Drive
Quad Pixel Drive is an original Panasonic technology based on 1920 x 1200-pixel (WUXGA) DMD chips. It rapidly shifts each pixel vertically and horizontally to produce an image with a maximum physical resolution of 3840 x 2400 pixels (4K/16:10). Quad Pixel Drive can interpolate three additional video frames to create 240 Hz* video from a native 60 Hz source, losing none of its filmlike detail to motion blur even when tracking fast-moving action or during slow-panning shots.

* Refresh-rates vary depending on vertical scanning frequency. Maximum frame-rate for 4K video projection is 60 Hz.

Smart Projector Control with NFC Function*1
Smart Projector Control is an application for iOS and Android devices. The app lets you prepare the PT-RQ35K Series for setup before power is available on site. Adjust settings such as Projector ID and IP address with the projector unplugged using NFC function (which can be set to read/write, read-only, or turned off). Navigate and configure OSD settings without projecting the menu. As well as enabling various lens adjustments, the app lets you focus the projection using your smartphone camera*2 from distances of up to 30 m*3 (98 ft) away. To quickly and easily connect the projector to the wireless network*2, scan a QR Code displayed on the projector’s Information Monitor. There’s no need for manual SSID selection and password entry. Smart Projector Control makes it easier to set up and control multiple projectors right from your device’s touchscreen. For more information, visit the Smart Projector Control website.

*1 Projectors sold in some countries or regions require an ET-NUK10 Upgrade Kit available from PASS to activate NFC function. See NFC Regional Compatibility List for details, *2 Some devices do not support projector autofocus function, *3 When projecting a 300-inch image. Maximum distance is 3 m (10 ft) for a 100-inch image, *4 Requires optional AJ-WM50 Wireless Module.

Remote Preview for a Smooth Start to Your Event
Remote Preview lets projectionists confirm video-signal integrity by viewing thumbnails of the input signal on a laptop prior to projection. Accessed via software or web browser, Remote Preview works with the projector in Standby or with the shutter on. It’s useful at events such as concerts where opportunities to check content on screen are limited due to stage traffic and other logistical factors. Remote Preview reduces chance of errors before the performance, and if an error is detected, helps narrow down the possible cause to the signal.

Information Monitor
To simplify setup and streamline operation, PT-RQ35K Series features an Information Monitor near the control panel. The high-visibility screen offers menu navigation via arrow keys and provides a convenient way to configure network settings such as Projector ID without projecting the OSD menu. During operation, it shows projector status including temperature, runtime, error codes, and input signal information.

Compatible with Our 3-Chip DLP Projector Lens Lineup*
Share optional lenses between Panasonic 3-Chip DLP™ projectors in your inventory and the new PT-RQ35K Series projectors. Our lineup of 18 lenses comprises fixed and zoom lenses that adapt to venues of any scale; a groundbreaking ET-D3LEF70 Fisheye Lens for dome projection in planetariums; and the new ET-D3LEU100 Ultra-Short-Throw Lens (0.370:1, WUXGA) and ET-D3LEW200 Short-Throw Zoom Lens (0.645–0.850:1, WUXGA). These glass lenses produce spectacular images from short throw-distances with zero offset (eliminating the gap between the edge of the image and projector’s mounting surface) and are ideal for theme-parks, museums, performance venues, and other experiential applications. Both equip wide-range powered Vertical and Horizontal Lens Shift, while the ET-D3LEW200 increases location flexibility with powered optical zoom.

Red and Blue Lasers for Deep, Accurate Colour
A combination of two blue and one red laser module expands colour-gamut reproduction to 114 %* of the PT-RQ32K with 91 % DCI coverage, saturating the screen in lavish colour and drawing the audience deeper into the artist’s world. Optimized blue-laser wavelengths achieve truer blue while the red laser intensifies red expression for a greater sense of realism.

Dynamic Digital Control for Stable Colour Performance
While red lasers heighten colour expression, their successful implementation has been challenged by inherent sensitivity to temperature fluctuations. Dynamic Digital Control solves the problem by modulating red-laser output frame-by-frame to achieve optimal RGB balance according to colour requirements and operating temperature, which is managed by a discrete cooling system. With stability guaranteed, multiple lasers are free to unleash awesome colour with luxuriant reds and pure blues taking the viewer closer to the artist’s intention.

* In comparison to the PT-RQ32K according to internal research.

Multi-Laser Drive Engine with Failover Redundancy Circuits
Multiple Laser modules are equipped with Panasonic’s unique 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 competitive laser projectors. Projection continues uninterrupted with imperceptible loss in brightness. Failover Circuitry adds another layer of insurance in situations where image display must be maintained.

Flexible Black-Level Adjustment
Edge-blend uniformity on curved screens is difficult to achieve with line-based black-level border adjustment. Warped image-edges result in unequal blend-widths, and a lack of uniformity in overlapping areas is exposed when dark scenes are projected. PT-RQ35K Series gains new black-level calibration that allows black borders to be reshaped to suit screen curvature using up to 17 control points in much the same way as our Free Grid function. Adjacent images can be matched within a 0.5-dot margin—ideal for 4K video projection—while a wider range of adjustment in finer increments is also enabled.

Backup Input Guarantees Picture Display
When the Backup Input setting is enabled and the source device is configured to output an identical signal to the projector’s primary and secondary input terminals, it can automatically switch between signals in as little as 0.3 seconds whenever the primary signal is interrupted or restored. No screen-blanking occurs when switching. Maintain image display in situations when projection must not be interrupted

Gradation Smoother Reduces Banding
PT-RQ35K is the first to equip Panasonic’s new Gradation Smoother function. It reduces banding noise in gradients of shaded colour evident in content that lacks the optimal colour bit-depth. Operators can select three levels* of image correction appropriate to the severity of the problem, or disable the function when it’s not needed. Gradation Smoother is your go-to solution when banding is evident in the projection, but there’s no time to re-edit the content.

* Projectors ship with Gradation Smoother set at a factory default of [2].