Wokingham, UK − (17th July 2013) – Christie® today introduced its new Christie Matrix WU7K-J 3-chip DLP® projector delivering real world simulation to handle the most challenging of today’s display requirements. Featuring 6,300 ANSI lumens, the projector offers exceptional image quality and is packed with standard features that include full scalability, built-in geometric warping and edge blending, and high performance, image processing with 120Hz capability. The new Xenon-based projector joins the popular Christie Matrix Series family which includes the award-winning 1-chip DLP® LED-based Matrix StIM™ and Matrix SIM, as well as the Matrix StIM™ WQ and Matrix SIM WQ.
“The Christie Matrix WU7K-J is built upon one of the industry’s most innovative technologies, and provides customers with the highest level of system performance and capability available today,” said Dave Kanahele, director of simulation, Christie. “This new projector represents a continued evolution of DLP® technology combined with high brightness Xenon lamp illumination, superior image quality and stability, integrated with our unique Christie Matrix features to meet the most demanding requirements of our simulation customers.”
The Christie Matrix J Series models come standard with Christie AccuFrame™. Specifically designed to address the needs of the simulation market, this feature allows the user adjustable reduction of perceptible image smearing. It supports various frame rates and environments, ensuring the accurate display of high speed simulation content for the most true-to-life displays. Built-in image warping and advanced edge blending is provided by Christie Twist™.
“The most important aspect of this Christie Matrix WU7K-J projector is peace of mind,” said Zoran Veselic, vice president, Christie Visual Environments. “It’s compact, highly reliable and powerful, and includes standard in-demand features to help the virtual training world mirror the challenges of the real world.”
The Christie Matrix WU7K-J is suited to many simulation applications and is ideal for simulation and training applications requiring high brightness and system capability. It offers RGB colour matching, full control of gamma curves and greyscale tracking and minimum processing latency.