NTT Communications Corporation (NTT Com), the ICT solutions and international communications business within the NTT (NYSE:NTT) Group, announced today the details of the IP connection service it provided to Tokyo Broadcasting System Television, Inc. (TBS), one of Japan’s nationwide terrestrial broadcasters, for high-quality, low-latency news—both live and prerecorded—of Japan’s national football team during the World Cup in Brazil this summer. Compared to conventional satellite relay systems, the connection service provided through NTT Com’s Global IP Network realized a high-performance, cost effective TV broadcasting solution. TBS gave high marks for the system’s performance, which enabled the company to quickly convert IP-transmitted data from Brazil into high-quality TV broadcasting content in Japan. The Global IP Network’s low-latency connection enabled near-real-time live conversations with voice delays of less than one second between people in the TBS TV studio in Japan and the Japanese national team’s training camp in Brazil, approximately 20,000 km away from Tokyo. In the case of a conventional Satellite News Gathering (SNG) system, delays are typically three to four seconds because signals from an on-site location are sent to a communication satellite and must travel multiple hops in the signal path, resulting in broadcasts that have something less than a “real-time” feel. NTT Com’s IP system also facilitated exceptionally fast transmission of footage that had been converted into file-based data. The massive files were used for broadcasts of prerecorded content, such as interviews of team personnel. TBS was able to transmit the files in 30 to 40 percent less time than the actual length of the footage, enabling prompt broadcasting in Japan with minimal delay. NTT Com, working with its Brazilian subsidiary NTT Comunicacoes do Brasil Participacoes Ltda. and other partners, established the high-speed, low-latency relay broadcasting network by combining the Global IP Network with digital wireless transmission and LAN equipment of a local carrier.