PT-RQ22KU 3-Chip DLP® 4K+ Large Venue Laser Projector
Explore New Possibilities with the World’s Smallest and Lightest 20,000-lumen-class 4K+ Projector.
Compact and filterless, 20,000 lumen, 4K+ Solid Shine Laser Business Projector provides stunning image quality in a compact body designed for large venues
- Laser 3-chip DLP, 21,000 center lumens, 4K+
- Lamp-free laser projection with dust resistant liquid cooling system with 20,000 hours of free maintenance
- 5K pixel performance with a quad pixel drive system on a WQXGA chipset
- 240Hz high frame rate for superb and sharp motion pictures and a 20,000:1 contrast ratio
- Geometric Manager Pro, colour matching and multiple screens edge blending, Exchangeable lens, 24/7 operation, geometric adjustment, 360° flexible installation
|Brightness||21,000 lm (Center)*2 / 20,000 lm*3|
|Resolution||4K+ (5120 x 3200) (Quad Pixel Drive: ON)|
|Technology||Laser 3-chip DLP|
|DLP™ chip | Panel size (mm)||22.9 mm diagonal (16:10 aspect ratio)|
|DLP™ chip | Panel size (inch)||0.9 inch diagonal (16:10 aspect ratio)|
|DLP™ chip | Display method||DLP™ chip x 3, DLP™ projection system|
|DLP™ chip | Pixels||49,152,000 (12,288,000 x 4) pixels when Quad Pixel Drive set to ON, 4,096,000 (2560 x 1600) x 3, total of 12,288,000 pixels when Quad Pixel Drive set to OFF|
|Refresh Rate||240 Hz*1|
|LENS||Optional (no lens included with this model)|
|Light source||Laser diodes (Laser class: Class 1) (Class 3R for US models), Light source life: 20,000 hours (NORMAL mode, brightness decreases to approx. 50 %)|
|Screen size (diagonal) (mm)||1.78-25.4 m with 16:10 aspect ratio
1.78-15.24 m with the ET-D75LE8 / ET-D3LET80, 16:10 aspect ratio
3.05-15.24 m with the ET-D75LE95, 16:10 aspect ratio
|Screen size (diagonal) (inch)||70-1,000 inch with 16:10 aspect ratio
70-600 inch with the ET-D75LE8 / ET-D3LET80, 16:10 aspect ratio
120-600 inch with the ET-D75LE95, 16:10 aspect ratio
|Center-to-corner uniformity*3||90 %|
|Contrast*3||20,000:1 (Full On/Full Off, Dynamic Contrast Mode: 3)|
|Optical axis shift*5 | Vertical (from center of screen)||±59 % (±56 % with ET-D75LE6 / ET-D3LEW60, +69 % - +84 % with ET-D75LE95) (powered)|
|Optical axis shift*5 | Horizontal (from center of screen)||±29 % (±19 % with ET-D75LE6 / ET-D3LEW60, ±21 % with ET-D75LE95) (powered)|
|Keystone correction range||Vertical: ±40° (± 22° with ET-D75LE50 / ET-D3LEW50, ±28° with ET-D75LE6 / ET-D3LEW60, +5° with ET-D75LE95),
Horizontal: ±15° (0° with ET-D75LE95)
|Keystone correction range with optional Upgrade Kit ET-UK20||Vertical: ±45° (± 40° with ET-D75LE10 / ET-D3LEW10, ET-D75LE20 / ET-D3LES20, ±22° with ET-D75LE50 / ET-D3LEW50,
±28° with ET-D75LE6 / ET-D3LEW60, +5° with ET-D75LE95)
Horizontal: ±40° (±15° with ET-D75LE50 / ET-D3LEW50, ET-D75LE6 / ET-D3LEW60, ET-D75LE10 / ET-D3LEW10, 0° with ET-D75LE95),
Up to a total of ±30° during simultaneous horizontal and vertical correction
|Installation||Horizontal/vertical, free 360-degree installation|
|Terminals | SDI 1 IN||BNC x 1: 3G/HD/SD-SDI input, Dual-link HD-SDI (Link-A), Dual-link 3G-SDI (Link 1), Quad-link HD-SDI (Link 1), Quad-link 3G-SDI (Link 1)|
|Terminals | SDI 2 IN||BNC x 1: 3G/HD/SD-SDI input, Dual-link HD-SDI (Link-B), Dual-link 3G-SDI (Link 2), Quad-link HD-SDI (Link 2), Quad-link 3G-SDI (Link 2)|
|Terminals | SDI 3 IN||BNC x 1: 3G/HD/SD-SDI input, Dual-link HD-SDI (Link-A), Dual-link 3G-SDI (Link 1), Quad-link HD-SDI (Link 3), Quad-link 3G-SDI (Link 3)|
|Terminals | SDI 4 IN||BNC x 1: 3G/HD/SD-SDI input, Dual-link HD-SDI (Link-B), Dual-link 3G-SDI (Link 2), Quad-link HD-SDI (Link 4), Quad-link 3G-SDI (Link 4)|
|Terminals | MULTI PROJECTOR SYNC IN||BNC x 1|
|Terminals | MULTI PROJECTOR SYNC OUT||BNC x 1|
|Terminals | SERIAL IN||D-sub 9-pin (female) x 1 for external control (RS-232C compliant)|
|Terminals | SERIAL OUT||D-sub 9-pin (male) x 1 for link control|
|Terminals | REMOTE 1 IN||M3 x 1 for wired remote control, link control|
|Terminals | REMOTE 1 OUT||M3 x 1 for wired remote control, link control|
|Terminals | REMOTE 2 IN||D-sub 9-pin (female) x 1 for external control (parallel)|
|Terminals | LAN/DIGITAL LINK||RJ-45 x 1 for network, DIGITAL LINK connection (HDBaseT™ compliant), 100Base-TX, compatible with Art-Net, PJLink™ (Class 2), Deep Color, HDCP2.2|
|Terminals | DC OUT||USB Type A x 2 (for power supply DC 5V total of 2 A)|
|Terminals | Expansion Slot||SLOT 1 / SLOT 2 (total two terminals, vacant) for interface boards, SLOT NX compatible|
|Power supply||AC 200-240 V, 50/60 Hz; AC 100-200 V, 50/60 Hz (brightness is restricted with lower voltage)|
|Cabinet materials||Molded plastic|
|Dimensions (W x H x D) (mm)||598 x 270 x 725 mm (not including protruding parts)|
|Dimensions (W x H x D) (inch)||23 17/32 inch x 10 5/8 inch x 28 17/32 inch (not including protruding parts)|
|Weight (kg)*6||Approx. 55 kg|
|Weight (lbs.)*6||Approx. 122 lbs|
|Operating environment (℃/M)||Operating temperature: 0-45 °C *6, operating humidity: 10-80 % (no condensation)|
|Operating environment (°F/Feet)||Operating temperature: 32-113 °F *6, operating humidity: 10-80 % (no condensation)|
|Applicable software/application||Logo Transfer Software, Multi Monitoring & Control Software, Geometry Manager Pro, Smart Projector Control for iOS/Android™|
|Note||*1 Refresh-rate varies depending on vertical scanning frequency.
*2 Luminance measured at center of screen.
*3 Measurement, measuring conditions, and method of notation all comply with ISO/IEC 21118: 2012 international standards. Value is average of all products when shipped.
*4 Lens shift is not supported on the ET-D75LE50/ET-D3LEW50.
*5 Average value. May differ depending on the actual unit.
*6 Light source brightness may decrease depending on operating temperature. When projector is operating at high temperature or at high altitude, brightness will decrease correspondingly.
Quad Pixel Drive Goes Beyond 4K
Better-than-4K resolution is achieved by employing a high-speed 2560 x 1600-pixel (WQXGA) DMD chip that shifts each pixel vertically and horizontally, quadrupling the pixel-count.
Real Motion Processor
The processor uses sophisticated algorithms to create three additional frames for each image, boosting native 60 fps footage to 240 frames per second.
Detail Clarity Processor 5+
Panasonic’s next-generation circuit technology analyzes individual images frame by frame to clarify areas containing fine details and textures.
Maintenance Free Operation
Dust-resistant design features hermetically shielded optical unit and efficient heat-pipe-based cooling system to assure cost-saving operation
Quad Pixel Drive Goes Beyond 4K
Combining 3-Chip DLP™ imaging with original SOLID SHINE Laser Phosphor technology, Panasonic 3-Chip DLP™ SOLID SHINE Laser Series produces vividly colored pictures rich in detail with excellent brightness. Solid-state laser light sources and specially engineered heat-resistant phosphor wheels work together with three discrete DLP™ modules (R/G/B) for high brightness, true color accuracy, and high contrast in large venues.
Filterless and Maintenance Free Design = LOW TCO
Panasonic has eliminated air filters from its 20,000-lm-class PT-RQ22K laser projector design, enabling maintenance-free operation for up to 20,000 hours1.
This is achieved with hermetically sealed optics and unique heat-pipe-based cooling with one-way airflow. The business projector can operate continuously for long periods without regular maintenance, even in smoky staging conditions, saving operators time and money. With no filters to replace and controlled brightness ramp, the PT-RQ22K saves you real money.
1 Around this time, light output will have decreased by approximately 50 %. IEC62087:2008 Broadcast contents, NORMAL Mode, Dynamic Contrast , under conditions with 35 °C (95 °F), 700 m (2,297 ft) above sea level, and 0.15 mg/m3 of particulate matter. Panasonic recommends cleaning or checkup at point of purchase after every 20,000-hour period (approximately). Estimated maintenance time varies depending on environment.
Detail Clarity Processor 5+
Panasonic’s next-generation circuit technology analyzes individual images frame by frame to clarify areas containing fine details and textures. Algorithms extract hidden information from super-high to low-frequency video bands, sharpening outlines, correcting contours, and reducing ringing noise to improve the sense of resolution. The technology includes an exclusive Refine Enhancer algorithm to further optimize detail reproduction in 4K+ images.