3LCD technology
All Epson projectors are based on 3-chip LCD technology for amazing color, incredible detail and solid reliability. 3LCD's 3-chip architecture dedicates an entire chip to process each primary color - red, green and blue, continuously. Unlike single-chip technology that delivers color sequentially, you get full-time color. The result is vibrant, realistic images and video all delivered with 3LCD's true-to-life color.
Laser light source
Experience astonishing quality and reliability with Epson's laser light source. The laser light source and advanced electrostatic filter deliver 20,000 hours of maintenance-free use and consistent performance for total peace of mind during important presentations.
Up to 8,500 lumens
Powered by 3LCD technology and Epson's laser optical engine, the EB-PU1008B is capable of producing white light and color light output of up to 8,500 lumens in WUXGA resolution, delivering captivating images in virtually any venue. The laser light source also lets you take control of brightness with precise adjustment in increments of 1% and a constant brightness mode that maintains brightness at a specified level.
4K enhancement
The EB-PU1008B delivers high-precision images with 4K Enhancement (4KE) technology. Upscale 1080p content with 4KE, which shifts pixels diagonally by 0.5 pixels to double the resolution, for crisp and high-definition images.
Deep black contrast
The EB-PU1008B delivers deep black contrast ratios up to 2,500,000:1. With Epson's innovative laser light source, you get remarkably high contrast levels during full-black scenes. A special optical device is used to adjust polarization and reproduce truly dark shades of black for projection venues that require the most deep black such as theaters.
High dynamic range
The EB-PU1008B supports HDR10 and Hybrid Log-Gamma, which expands dynamic range for image output across a broad tonal range and minimizes washed-out highlights or excessive shadow in dark areas.
Scene adaptive gamma correction
Gamma level is adjusted automatically according to the content image frame-by-frame, projecting the optimum contrast level. By controlling crushed blacks in dark scenes and clipped whites in bright scenes, images can be displayed in the most natural and life-like manner.
