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Christie Digital Systems Christie Matrix 4000 User Manual

Mirage, Versatile, revolutionary and economical

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Mirage

4000

Versatile, revolutionary and economical!

The Mirage 4000 is the brightest, most economical stereoscopic

3D projector available with the versatility of 110V that lets you plug

and play anywhere! Based on high-resolution SXGA 3-chip DLP™

technology, the Mirage 4000 is the highest performing 110V 3D

projector in the world!

At the heart of the Mirage 4000, are Christie-designed electronics

that provide high bandwidth, frame rates, pixel and clock speeds

resulting in the most advanced digital signal processing for all

types of stereo images. This design employs dark interval

adjustment (DIA™) control that enhances the overall stereo effect

by fine-tuning the critical time between left and right fields.

Primary Color Adjustment control (PCA™) – ensures true color

representation on all source images.

The Mirage 4000’s DMD™ technology – now featuring the new

Dark Metal DMDs for improved black level and contrast ratio – is

inherently faster than LCD and has the ability to synchronize the

left and right fields required for stereo imaging, without time lag,

ghosting or other artifacts. And the Mirage 4000 operates at 110V

making stereoscopic display easy to set-up.

With the built-in Stereo 3D

®

interface module, users can view

stereoscopic 3D images with active shutter glasses, or with passive

polarized eyewear – all through one single projector solution.

Bright, SXGA images in a single-projector 3D solution – the

Mirage 4000 is a wise, economical choice!

Recreate Reality…with Mirage!

A P P L I C AT I O N S

• Single Projector Active Stereoscopic Solution

• 3-Chip DMD™ Optical System featuring new

Dark Metal DMDs

• 4000 ANSI lumens

• SXGA resolution

• PCA™ (Primary Color Adjustment)

• SLIC™ (Spatial Light Imaging Construction)

• 3D

®

Stereo Module

• LiteLOC™ Contrast brightness tracking

• DIA™ (Dark Interval Adjustment)

Immersive Environments

3D Computer-aided Design

Virtual Reality

Vis Sim

Simulation