ViewSonic LS920WU

6,000 ANSI Lumens WUXGA Laser Installation Projector * 6,000 ANSI Lumens to deliver bright images up to 300" in size * 2nd generation Laser Phosphor technology with a 20,000-hour lifespan * Wide H/V lens shift and 1.6x optical zoom for flexible installation * Creativity supported by 360° projection & portrait mode * Dual HDMI 2.0b supporting 4K HDR/HLG content * Cost-effective compact size and built-in HDBaseT The LS920WU is an advanced 6,000 ANSI Lumens WUXGA installation projector. Adopting 2nd generation Laser Phosphor technology, the LS920WU offers high and consistent brightness with a lifespan of 20,000 hours and a screen size of up to 300”. Wide lens shift, 1.6x optical zoom, 360° projection, and portrait mode combine for incredible flexibility that gives life to captivating creative installations, especially ideal for auditoriums, board rooms, commercial displays, restaurants, and sports bars. Dual HDMI 2.0b / HDCP 2.2 ports ensure access to original 4K quality content with HDR/HLG support. Add to that the compact size and the built-in HDBaseT for the perfect mix of high-quality projection and cost-effectiveness. 2nd Generation Laser Phosphor Technology Thanks to 2nd generation Laser Phosphor technology, it improves brightness (by 20%), heat-resistance and reduces the product size in addition to excellent colour performance, lamp-free design and instant on/off switch. Reliable Long-Term Performance Laser technology offers a lifespan of up to 20,000 hours (4 hours per day for more than 13 years) with no degradation in brightness over time so that your installations are consistently vibrant. 360° Creative Applications The projector can freely rotate at any angle vertically to aid with creative applications, allowing projection onto ceilings, walls, or angled signage. Adaptable to Any Environment Equipped with a 1.6x optical zoom lens, the projector empowers users to choose the most ideal set-up location within a wider throw distance range that doesn’t interfere with existing interior design while still getting the desired image size.