Belo Horizonte, Brazil (PRWEB) June 25, 2014
Maracanã Stadium (Rio de Janeiro, Brazil) - WSDG’s European team collaborated on the development of four extraordinary 1054+ Sq. Ft. Giant video wall installations for Rio’s Maracanã Stadium. The largest video displays built for any 2014 World Cup Stadium, each of these giant three-story high, screens is comprised of fifty individual 50” LCD panels and weighs 11 tons (including custom built mounting structures, access ramps and interior staircases to permit service). The installation process (including electrical and signal distribution) took three months, and required the individual calibration of each individual 50” LED module. Audio and video are totally synchronized, and the system is configured with 4 encoders for future expansion and to allow multiple signals to be distributed around the stadium, e.g. Satellite, an Internal Video Channel and two additional sources such as Cable TV, DVD and /or Internet video). The decision to install four huge Video Walls was based on FIFA’s requirement that eight lines of on-screen text be legible for fans in seats as far as 200 meters (656 ft.) from the screens.
Mineirão Stadium (Belo Horizonte, Brazil) was built in 1965, and has 62,160 seats, which makes it Brazil’s second largest stadium. When Belo Horizonte was named a host of the 2014 World Cup, this 49-year-old venue required a substantial Audio/Video and acoustics upgraded to comply with the FIFA requirements (structural, evacuation, Public Address, security, seating, standing and related regulations, far more demanding than U. S. guidelines). WSDG designed the Acoustics, Audio and Video Systems for the entire stadium and its public areas, covering a total of 300.000m2. The renovation began in 2010 and included: Acoustical treatments for all areas, a universal sound system covering the field, audience access and internal spaces e.g. VIP rooms, and offices. Video systems include two large LED video walls (85m2 each) and video displays throughout the stadium. In May 2013, Paul McCartney performed a SRO concert there.
Arena Thun (Thun, Switzerland) is commonly referred to as the "jewel" of Swiss Super League stadiums. With just over 10,000 seats, the arena’s compact design puts fans closer to the action than most other sports venues. WSDG’s mandate was to customize the acoustics for the stadium and all its public areas. An extensive list of concerns was outlined, with a special focus on the materialization of the underside of the stadium roof, which plays a major part in controlling the acoustical ambiance. By extending the roof over the entire audience seating area, the stadium provides an intense, inspirational and communal experience, while maintaining a comfortable intimacy, excellent speech intelligibility and limiting noise intrusion into the residential neighborhood. The specified solution consists of a polyester-based, waterproof, self-adhesive material directly applied to the underside of the metal roof panels.
Barra Olympic Park (Rio de Janeiro, Brazil) - WSDG is currently developing the acoustics, sound and video systems for Barra Olympic Park, Rio’s primary 2016 Olympic and Paralympics Games Competition Centre. The process began with sophisticated electroacoustic and acoustic modeling studies, which determined multiple solutions for each specific sound system. The primary goal was to insure the highest quality Speech Intelligibility and SPL levels. WSDG also designed large-scale Video Walls and Score Board screens and Media Displays. Each of the nine Olympic Park stadiums is being future-proofed for active community service long after the games are history.
WSDG has designed over 3500 media facilities worldwide. Credits include Jimi Hendrix's 1969’s Electric Lady Studios; NYC’s Jazz At Lincoln Center and Le Poisson Rouge. WSDG principals John Storyk (an adjunct professor at Berklee College,) Beth Walters, Sergio Molho and Dirk Noy. WSDG has collaborated with such noted architects as Frank Gehry, Rafael Vinoly, Norman Foster, Oscar Niemeyer, Phillipe Stark and Nicholas Grimshaw.