A gala reception was followed by an open house where attendees, comprising mostly game and tech-industry executives, as well as faculty of SCA and friends of USC, could observe and interact with different programs and content being developed for new entertainment and educational projects. Content for the thirty Christie MicroTiles was provided by USC School of Cinematic Arts.
The reception was also followed by a panel discussion on “The Future of Entertainment,” featuring George Lucas, Steven Spielberg and Don Mattrick of Microsoft, and was moderated by Julia Boorstin of CNBC. The panelists discussed current technology shifts/trends with emerging medias and outlined where they believe the entertainment industry is headed in the future.
The SCA Interactive Media Building will house programs that include the Interactive Media & Games Division, the Media Arts + Practice Bachelor’s and Doctoral Programs, and the Institute for Multimedia. It will also house leading edge R & D labs, such as Game Innovation, Mixed Reality, and Environmental Media Lab. The building features all of the most advanced digital technology including 4K digital projection, game testing rooms, and multitouch screens.
“At the USC School of Cinematic Arts we always want our students to have access to technologies that will improve their ability to tell exciting stories and the Christie MicroTiles solution literally allows them to expand their vision,” said the School’s Dean Elizabeth M. Daley. “This is the kind of technology that seamlessly supports the best narrative storytelling, and the visual displays are just stunning.”
“We’re delighted to support the School with our proven Christie MicroTiles solution, built on DLP® technology, and used around the globe in many visual display applications,” said Jack Kline, President and CEO of Christie Digital Systems USA. “Christie MicroTiles are ideal for a wide range of demanding applications, including architectural elements, out-of-home advertising, command and control video walls, and event production, so we look forward to the content that the students will create to exploit the many features of our award-winning technology.”
Using the strengths of both DLP projection and Light Emitting Diode (LED) illumination technology, Christie MicroTiles offer substantially brighter images and a much wider color palette than conventional flat panel LCD and plasma displays. With no practical limit to the number of tiles in a display, Christie MicroTiles produce a virtually seamless canvas, arranged in any shape or scale, with an unlimited number of super-fine pixels.
About USC School of Cinematic Arts
Founded in collaboration with the Academy of Motion Picture Arts and Sciences in 1929 over 80 years ago, the USC School of Cinematic Arts has fueled and mirrored the growth of entertainment as an industry and an art form. The School offers comprehensive programs in directing, producing, writing, critical studies, animation and digital arts, production, and interactive media and games, all backed by a broad liberal arts education and taught by leading practitioners in each field. USC was voted the #1 game design school in North America for its graduate degree program by the Princeton Review for four consecutive years.
Christie Digital Systems USA, Inc., a wholly-owned subsidiary of Ushio, Inc., designs, builds, and installs customized projection display solutions. Christie delivers turnkey solutions for 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. Christie consistently sets the standard by being first to market some of the world’s most advanced projectors and complete system displays.
Christie is recognized as one of the most innovative visual technology companies in the world. From retail displays to Hollywood, mission critical command centers to classrooms, Christie display solutions and projectors capture the attention of audiences around the globe.