The NEXEN 8000 features the industry's first implementation of Real Time Cell Flow Processing, an intelligent cell-by-cell processing technique. This unique approach enables the NEXEN 8000 to deliver controlled network connections that meet a broad range of specific quality of service (QoS) requirements, from statistical to deterministic. In addition, Real Time Cell Flow Processing allows the NEXEN 8000 to achieve higher levels of network transmission utilization, up to 100 percent, while ensuring individual QoS parameters.
Tiered services also deliver a powerful competitive weapon. Network service providers can change the rules of competition. They can compete with wider service offerings that satisfy more end-user application requirements. For example, the NEXEN 8000 with tiered services sets a new industry standard for high-speed frame relay switches. It also enables them to improve economic efficiency and lower their network operating costs.
Purchase price: $130 million Nexion background: Headquartered in Acton, Mass. Began in 1993 as a division of Ascom Timeplex, Inc., with funding from Ascom Holding A.G., a Swiss telecommunications company. It was incorporated in March 1995. Founder, president and CEO is Bruce McClure. Nexion has about 180 employees.
Why Fujitsu chose Nexion: Nexion has ready ATM switch technology that leaps ahead of the offerings of other manufacturers. Fujitsu did not want to enter the market merely with a "me-too" product.
Fujitsu's plans: Nexion will operate as a subsidiary, based in Acton. We see no reduction in the number of U.S.-based jobs and anticipate growing Nexion for further ATM product development.
Nexion's product: Nexion developed the NEXEN 8000, a multiservice ATM switch which serves as a platform for deployment of new carrier services. It provides three to five times the efficiency of the products of current competitors. Its strengths are in its bandwidth utilization efficiencies and in its mechanisms that allow service providers to craft new services by selecting levels of delay, throughput and cell loss.
Product availability: The NEXEN 8000 Release 1 for customer evaluation is expected by June, with Release 2 commercial availability expected in March 1998.