Panasonic Projector and Display Corporation has raised the bar for single-chip projection technology with the introduction of the PT-HTQ20, its first 1-Chip DLP projector to achieve support for the wide Rec. 2020 color gamut. Unveiled at Integrated Systems Europe (ISE) 2026, this powerhouse delivers an impressive 20,000 lumens of brightness alongside true 4K resolution, powered by the company’s innovative VIVID PRIME™ RGB laser light-source technology.
The PT-HTQ20, part of Panasonic‘s expanding MEVIX lineup for immersive and experiential applications, bridges the performance gap between traditional 1-Chip and 3-Chip DLP systems. It combines exceptional color fidelity—typically reserved for more complex multi-chip designs—with high brightness and a compact, flexible form factor, making it ideal for large-scale venues, digital attractions, museums, simulation environments, and other high-impact installations where both vivid colors and intense luminance are essential.
At Panasonic, our goal with PT-HTQ20 was to bring the visual impact of 3-Chip DLP projection into a compact and flexible 1-Chip platform, without compromise, said Hartmut Kulessa, Head of Marketing Visual Systems at Panasonic Connect Europe. By combining Rec. 2020 wide-gamut colour with high-speed colour switching and balanced brightness output, we’re delivering a viewing experience that feels natural, immersive and free from artefacts.
VIVID PRIME RGB laser technology
Central to the projector’s breakthrough capabilities is VIVID PRIME™ RGB laser technology, which incorporates a proprietary RGB-plus-phosphor design. This enables over 95% coverage of the Rec. 2020 color space while maintaining consistent brightness and smooth tonal gradations—even when handling standard Rec. 709 content. High-speed color switching minimizes the rainbow effect commonly associated with single-chip DLP systems, resulting in reduced viewer fatigue and enhanced comfort during prolonged exposure in experiential settings.
Image quality is further elevated by Quad Pixel Drive technology for 4K (3840 x 2400) output and an advanced Gradation Smoother function that eliminates color banding and supports subtle, cinematic transitions in digitally mastered or high-end content.
D3-series lens lineup and mounting frames
Reliability remains a hallmark of Panasonic’s professional projection lineup. The PT-HTQ20 inherits robust features from established DLP platforms, including compatibility with the D3-series lens lineup and mounting frames (shared with models like the PT-RQ25K), proprietary circuit-board coating for dust and humidity resistance, and a mechanical shutter to safeguard the DMD chip in environments with stage lighting. A filterless design supports up to 20,000 hours of maintenance-free operation, bolstered by Multi-Laser Drive Engine redundancy and Backup Input switching for mission-critical reliability.
Integration is streamlined with an Intel SDM-compatible expansion slot, support for the Smart Projector Control app, remote preview capabilities, and Panasonic’s Visual Software Suite for efficient system management and automation.
Adachi, CEO of Panasonic Projector & Display Corporation, emphasized the broader vision: For years, we have elevated the quality of immersive environments by delivering uncompromising brightness in a compact design, together with industry-leading 4K driving technology. Now we enter the next chapter. By expanding our new core technology, VIVID PRIME™, across our model lineup, we will raise immersion to an entirely new dimension. By harnessing the full potential of Rec.2020, we aim to open up a new market for immersive experiences and bring fresh innovation to the world of visual media.
The Panasonic PT-HTQ20 will be available starting in Q4 2026 and is currently on display at ISE 2026 on Stand 3J500 at Fira de Barcelona Gran Via (February 3–6). This launch positions Panasonic at the forefront of next-generation projection for demanding professional and entertainment applications, where lifelike color accuracy, extreme brightness, and dependable performance converge.
