The 2014 FIFA World Cup™ Production of the Final Match was a 360-degree viewing experience thanks to a panoramic, Ultra HD OmniCam developed by scientists at the Fraunhofer Heinrich Hertz Institute in Berlin.
Football fans will be able to re-live all the drama and emotion of the June 13 match between Germany and Argentina in this ground-breaking format for the first time at the new FIFA World Football Museum in Zürich, which is scheduled to open its doors to the public in early 2016.
Positioned at the halfway line, the OmniCam recorded the complete stadium in one panoramic view. This means that soccer matches can be watched on the 360° or 180° screens of future panoramic cinemas, as if the viewer is sitting in the stadium watching the match in person.
OmniCam video content will also soon be coming as second screen apps to tablets, smartphones or laptops. Users will have the opportunity to navigate through the stadium and thus become their own camera operators.
The 360° showcase promises to become one of the central attractions at the planned FIFA World Football Museum in Zurich, which will take football fans on an immersive journey through the story of the beautiful game, the excitement of the FIFA World Cup and the extraordinary history of FIFA, the world’s governing body of football.
Dr. Ralf Schäfer, from the Fraunhofer Heinrich Hertz Institute said: “The Heinrich Hertz Institute is very proud to have the opportunity to bring its newest technology into action at such an important event. Immersive video services will play an important role in the future and football is one of the most attractive applications for such kind of technology.”
About ultra-high definition panoramic video
The OmniCam is a worldwide unique system for capturing ultra-high definition 180° and 360° panoramic video. The compact and easy-to-handle camera system weighs just 15 kg and is not bigger than a normal HDTV camera – but it provides 10 times its resolution.
The OmniCam consists of a scalable, mirror-based multi-camera rig and enables panoramic video to be shot at a resolution of 2 thousand x 10 thousand pixels. 10 digital cameras using ten 36 degree mirror segments deliver single segments which are stitched together in a real-time processor to generate a parallax-free, high quality video panorama.