The Epson EpiqVision Ultra LS800 projector delivers a remarkable audio-visual experience through its physics-based design, including a high-performance Yamaha sound system. Its ultra-short-throw technology allows for larger-than-life images in spaces typically reserved for televisions.
The Epson EpiqVision Ultra LS800 projector utilizes a sophisticated laser light engine that harnesses advanced laser-array projection technology. This method produces vibrant colors and deep contrasts while maintaining high brightness, even in environments with significant ambient light. The ambient light rejecting (ALR) screen synergizes with the projector by minimizing the impact of interference light, thus ensuring clarity and sharpness in the image. By implementing precise optical engineering principles, such as specially structured lenses and reflective capabilities of the screen, the LS800 achieves extraordinary image quality with minimal setup distance, positioning itself as a powerful media solution for diverse viewing environments.
Key Features
- The laser light engine offers high brightness and longevity, eliminating the need for frequent lamp replacements, a critical factor in maintaining consistent audiovisual quality.
- Super ultra-short-throw capability allows for impressive image sizes from mere inches away from the wall, making it adaptable to various room sizes without further furniture alteration.
- The Yamaha 2.1 sound system provides a well-rounded audio experience that complements the visual display, ensuring an immersive entertainment experience.
- The ambient light rejecting screen enhances image performance by filtering out disruptive ambient light, allowing for true HDR visuals, even in brightly lit spaces.
Technical Specifications
- Projection Technology: Laser
- Max Image Size: 150 inches
- Optimal Distance for 100-inch Screen: 17.3 inches
- Optimal Distance for 120-inch Screen: 20.2 inches
- Dimensions: 27 inches (W) x 14 inches (D) x 6 inches (H)
- Weight: Approximately 20 pounds
- Audio System: Yamaha 2.1