About the Epson PowerLite L790SE Short-Throw Laser Projector, WUXGA w/4KE, 7000 Lumens, 3LCD
The Epson PowerLite L790SE is a high-brightness, short-throw laser projector engineered for large venue and installation applications where space is at a premium but image impact is critical. Delivering a powerful 7000 lumens of equal color and white light output via advanced 3LCD laser technology, it ensures vivid, clearly visible images even in environments with significant ambient light, such as auditoriums, large classrooms, and houses of worship. Its native WUXGA resolution (1920x1200) supports detailed content, and it accepts 4K Enhanced input signals for superior image processing and detail. The short-throw lens allows for a large image to be projected from a relatively close distance to the screen, enabling flexible room layouts, minimizing shadows from presenters, and saving valuable installation space.
Built for exceptional reliability and minimal maintenance, the laser light source is rated for up to 20,000 hours of operation, providing consistent brightness over its long lifespan and eliminating the cost and downtime of lamp replacements. The sealed optical engine is highly resistant to dust, ensuring long-term performance in demanding environments. The projector offers extensive installation flexibility with motorized lens shift, focus, and zoom for precise alignment, along with advanced geometric correction tools like corner correction and edge blending for creating seamless multi-projector setups or fitting images onto irregular surfaces. Comprehensive connectivity includes HDBaseT for long-distance signal transmission and robust network management for remote monitoring, control, and scheduling via Epson's software suite.
With its combination of high brightness, laser reliability, professional installation features, and 4K enhancement capability, the PowerLite L790SE is a versatile and future-proof solution for creating immersive, dependable, and large-scale visual displays in the most demanding fixed installation environments.