Ventuz Powers On-Air Broadcast Graphics for 'Chinese Idol' Reality TV Show
Beijing-based Hunter, an interactive creative division of TVM, designed the on-air graphics for the show.
Like its highly successful British (Pop Idol) and American (American Idol) counterparts, Chinese Idol searches for the best undiscovered vocalist in China based on viewer voting and participation. In-show graphics display dynamic text, 2D/3D animations and contestant images using Ventuz software. Data-driven graphics, including the results of online voting and the "Win a Ford" lottery, are automatically generated in real-time using Ventuz 3D presentation templates in a very efficient design and operational workflow.
Chinese Idol selected Hunter based upon their earlier work using Ventuz to design the visual imagery and real-time, interactive on-air graphics for Asian Wave, another Chinese talent show featuring contestants from many different Asian countries. In Asian Wave, a VJ uses an iPod to remotely control a Ventuz interactive presentation that visualizes the dynamic reshuffling of the singing teams, as well as real-time voting results and contestant status.
Hunter has also worked on live coverage sports graphics using Ventuz, including the 2012 Olympic Games and the Euro Cup 2012. Most recently, they were selected by CCTV to design the on-air graphics presentation for the Chinese broadcast of World Cup 2014.
Ventuz Technology offers 2D/3D real-time software and technology for on-air and in-studio broadcast applications, interactive motion graphics and 2D/3D workflows, as well as video wall and multi-display presentations. As a field-proven, real-time graphics solution used throughout the broadcast industry, the Ventuz software suite is considered one of the most innovative tools available today. It specifically addresses the challenges creative agencies are facing in keeping up with the technological and presentation needs of customers as well as helping broadcasters produce, manage and deliver high-end 2D/3D on-air and in-studio graphics efficiently and economically.