Real-Time Reporting The 2002 event is the first-ever FIFA World Cup at which reporters will use wireless local area network (LAN) technology to access the Internet via laptop PCs, no matter where they are. They can send and receive text and picture files while watching a game in the stands, for instance, then forward their story and artwork to editors in their home cities, making deadlines far less onerous, especially given the time changes. Avaya has provided wireless LANs in both major media centers, as well as in all FIFA remote headquarters facilities in Seoul and Tokyo.
Perhaps the most unique feature of the network is Voice-over-Internet Protocol (VoIP) technology for long distance calls and some local calls through the WAN. "An Avaya DEFINITY® IP-enabled communications server will be used in every stadium in Japan to support VoIP," said Doug Gardner, Avaya Asia-Pacific regional manager. "We're also providing IP soft phones and hard phones." The IP soft phones work through PC software over wired or wireless connections. The hard phones operate just like regular wired desktop phones. To assure compatibility and reliability of the different systems, Virtual Private Networks (VPNs) are important to regulating network access. Avaya is providing several VPNs within the network for different user groups. Also, since two countries will host the finals, new SYSTIMAX GigaSPEED® cabling and optical fiber has been installed, along with Avaya Cajun™ backbone data switches, to assure cross-border communications always work flawlessly. In addition, Avaya has structured the network for inter-working with Asynchronous Transfer Mode (ATM) protocol systems, so voice and data transmissions coexist seamlessly. This was accomplished via Avaya's PacketStar® family of multiservice media gateways, which aggregate broadband access for all types of converged services, including Internet, voice, data and even video communications. The PacketStar family provides one platform to support frame relay and time division multiplexing, as well as ATM, within wide-area networks (WANs). For the FIFA network, Avaya configured its PacketStar gateway systems to work with both Korea's KT and Japan's NTT network services for fully optimized bandwidth utilization. The Services Behind the Service In addition to the thousands of hardware and software products that make up the FIFA World Cup network, Avaya is delivering an equally monumental level of onsite services, including deployment, maintenance and management of all data systems that carry the principal applications in both countries. Avaya Services experts from around the world — teamed with the company's BusinessPartners in Japan and Korea — have staged, integrated, and installed the network to FIFA specifications. They are also responsible for accurately managing a series of Cajun backbone switches and servers, as well as all wireless Access Point servers and specially installed firewalls for security. During the games, Avaya will provide Network Management Services from central locations in Japan and Korea and after-hours coverage from Avaya's Global Remote Network Management Services group in the U.S. and Singapore. Avaya Business Partners and the company's Global Support Organization will provide all maintenance support under the direction of the Avaya Network Operations Centers at the FIFA Media Centers. Due to the significant scope and importance of the project, Avaya will also deploy resources from the U.S. and other countries to manage the effort. Overall, more than 100 support personnel will be engaged. |