Christie Simulation Display Roadshow on Oct. 8th

Christie Simulation Display Roadshow on Oct. 8th 22 Sep, 14, Source: Christie

Christie®, which introduced the  world’s first DLP® simulation projection system with LED illumination, is on the road again bringing its simulation display solutions to Dayton, Ohio, on October 8. Register by Oct 3 at

At the Christie Sim Roadshow, simulation and defense industry program managers, systems engineers and technical specialists who are exploring solutions to deliver a more realistic and effective training experience using simulation solutions, will get a taste of Christie’s leading display solutions engineered for real-world simulated environments. 

Attendees will see demonstrations of solutions that optimize dynamic image quality, maximize uptime and work efficiently within a narrow budget. Technical experts will also be on-hand to answer questions and for one-on-one discussions.

Christie Sim Roadshow products and solutions include:

·         Matrix StIM dual input projection capability – experience the dramatic increase in dynamic image quality with 120Hz operation   

·         AutoCal™ – understand the efficiency and ease of operation of Christie’s automatic calibration solution and how it helps increase system uptime  

·         Deployable immersive training simulator – test drive Christie’s turnkey system designed for cost-constrained applications such as helicopter, UAV operator, vehicle and part-task training

There is no charge to attend. Registration is required by Oct 3.  To register, log on to: 

About Christie
Christie Digital Systems USA, Inc. a wholly-owned subsidiary of Ushio Inc., Japan, (JP:6925), designs, sophisticated virtual reality, simulation systems and control room environments including high-resolution power walls, multi-sided immersive environments, curved screen displays, domed simulation and multi-projector arrays. Industries and organizations that rely on Christie range from government agencies to oil and gas, aerospace to entertainment, and manufacturing and design to pharmaceuticals.  For more information, visit

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