USA - TOA Corporation's NX-100 Network Audio Adapter has earned two prizes in the IPv6 Appli-Contest 2004 (sponsored by the IPv6 Promotion Council of Japan), both in the Implementation Category, including the Top Prize in the corporate category and the Grand Prix for being judged the product most likely to contribute to IPv6 applications today and in the future.

The IPv6 Appli-Contest was started in 2003 with the aim of bringing to light a variety of new ideas and needs that will arise as the Internet Protocol Version 6 (known as IPv6) takes its place in the networked society of tomorrow. The contest also hopes to stimulate interest in IPv6 among people in general. Applications for the 2004 contest, which were accepted from participants worldwide from June through September, included 371 products in three categories.

Mr. Kei Higashi from the Business Unit Department's Research Centre, who accepted the awards, said: "It is thanks to all involved that we were able to take the grand prize. The NX-100 as a product is the result of the efforts of a great many people. In addition to my own efforts on IPv6 compatibility, many others worked to support the project in various ways-for example those working on acquiring logo-usage eligibility, those handling the showroom product presentation, and many others-and it was through all of these efforts combined that we have been able to earn this prize. Everyone involved should be proud of their contributions, and I offer all of you my sincere thanks."

The NX-100 Network Audio Adapter incorporates new "packet audio" technology for the purpose of achieving real-time transmission of high-quality audio data, such as voice and music, over IP networks. It allows commercial-use announcement and broadcast systems to be built based on information networks, an application that in the past had always proved difficult and problematic. The product eliminates the need for costly wiring and installation, and allows clear real-time transmission of voice and other audio data to remote locations simply by connecting to the network.

(Lee Baldock)


Latest Issue. . .