High-Performance DLP Projection
The Sharp XG-PH80x is a high-brightness DLP™ projector designed for corporate, university, government, house of worship, and rental/staging applications. With DLP 3D compatibility and advanced optical technology, it delivers crisp, vibrant images with accurate color reproduction and superior contrast.
Intelligent Dual Lamp Design
The XG-PH80x features a dual lamp system that allows users to select single or dual lamp projection, as well as standard or "Eco+Quiet" mode. This design provides redundant reliability, ensuring uninterrupted projection even if one lamp fails, while optimizing brightness and lamp life according to application needs.
Long-Life, High-Performance DLP Chip
Equipped with a DLP chip containing nearly 800,000 micromirrors, the optical engine delivers ultra-stable, high-quality images for extended use. The DLP chips are rated for an estimated 20,000 hours, ensuring long-term performance and consistent image quality.
Dynamic Contrast Performance
The projector achieves up to 2100:1 contrast ratio with DynamicBlack™ technology. The optical system minimizes light leakage, providing deep blacks, exceptional detail in dark scenes, and minimal visual noise.
Sealed DLP Chip and Interchangeable Color Wheel
A sealed DLP chip ensures enhanced reliability and minimal maintenance. The included 4-segment color wheel maximizes brightness, while the optional BrilliantColor™ 6-segment color wheel can be used for video applications that require superior color accuracy.
Flexible Installation
The XG-PH80x is designed for versatile deployment, including ceiling mounts, side projection, and portable use. Its precise optical system, interchangeable components, and advanced features make it suitable for a wide variety of professional environments.
Reliable and Efficient Operation
With optimized lamp modes and long-life components, the projector provides both energy efficiency and dependable operation. Its robust design and low-maintenance sealed optics ensure reliable performance in demanding environments over many years.