Sharp XP-X171Q-B DLP Projector - Floor Mountable, Ceiling Mountable - Black

Powerful installation projectors with laser-phosphor light source supports new, demanding projection applications

Laser Light Module

• 20,000-plus hours of virtually maintenance-free operation with our five year/20,000 hour limited warranty
• High-brightness, lower power consumption enhances applications such as retail, digital signage and theme parks
• Ability to control brightness creating a stable image over longer time periods
• Images appear immediately after power on due to instantaneous start up of the laser

Flexible

• Enjoy greater installation flexibility with a complete line of optional bayonet style lenses (6) for quick and easy exchange. Lens throw distances range from 1.3 to 141.3ft
• Tilt-free installation capabilities make this projector ideal for almost any installation environment, including portrait orientation
• +/-60% vertical lens shift and +/-20% horizontal lens shift capabilities make alignment easy

4K UHD Resolution

• Utilizing the latest DMD (Digital Micromirror Device) chip from Texas Instruments™ with pixel shift capabilities resulting in an unsurpassed viewable resolution of 9.2 million pixels
• Screen resolution matches standard 4K UHD LCD displays providing consistency when developing content for your presentations

Integrated and Powerful

• Project uncompressed FHD video with integrated HDBaseT
• High-performance video processing/scaling creates life-like images
• Integrated software applications such as Crestron RoomView AMX Beacon and PJ Link allow for complete interactivity and control

Stacking Correction

The industry's first built-in stacking correction capabilities (up to four projectors) allows the projectors to boost an image's brightness up to 54,000 lumens, which is ideal for larger-sized screens and environments with heavy ambient light. This feature also prevents the complete loss of an image, which can happen when using only one projector.

Edge Blending

This function seamlessly blends multiple projected images to display a single high-resolution image.