11/6/2003 - Fujitsu Network Communications Inc. and Tellabs announce they have successfully demonstrated rapid DS3 and Fast Ethernet service activation using the User-Network Interface (UNI), as defined by the Optical Internetworking Forum (OIF) UNI 1.0 specification. The purpose of the UNI 1.0 specification is to enhance carriers' ability to provision new services and reduce operational costs by distributing network control across direct signaling interfaces. Fujitsu used its next-generation FLASHWAVE® 4300 Multiservice Provisioning Platform (MSPP) to demonstrate UNI 1.0 interoperability with the Tellabs® 6500 transport switch and the Tellabs 5500 NGX-S transport switch. This demonstration also established that Generalized Multi-Protocol Label Switching (GMPLS) signaling offers carriers the best protocols for improving service provisioning.
"Many control plane demonstrations to date have demonstrated control plane interaction and ignored actual service and data plane connectivity," said Bill Erickson, senior vice president of product planning at Fujitsu Network Communications. "This demonstration is different because we have shown how the control plane can interact with the data plane, demonstrating actual service setup and teardown using the OIF's UNI 1.0 specification. Service providers can use these advanced capabilities to simplify service provisioning and create immediate circuit connections through any OIF UNI 1.0-compliant core optical transport network."
"Control plane-based intelligence offers carriers a streamlined and cost-efficient process for their provisioning operations," said Greg Nulty, senior vice president of technology planning for Tellabs. "As the largest supplier of bandwidth management systems in the U.S., Tellabs is always researching new methods to improve upon today's traditional provisioning methods. Our latest decentralized control plane demonstration shows carriers how they can simplify their provisioning operations and reduce time-to-revenue for transport services."
In the Fujitsu and Tellabs demonstration, Tellabs used its virtual network element (NE) technology to build a core mesh. In the core, the Tellabs 6500 transport switch provided connection points between two Fujitsu FLASHWAVE 4300 NEs and the Tellabs 5500 NGX-S transport switch NE by using protected and unprotected OC-3 and OC-12 interfaces. Streaming video stream servers and client PCs were connected to DS3 and Fast Ethernet interfaces on the FLASHWAVE 4300 systems and DS3 interfaces on the Tellabs 5500 NGX-S system. Successful control and data plane interaction was demonstrated when video signals were passed between UNI clients activating DS3 and Fast Ethernet services over the control plane. Bandwidth that was appropriate to the services was signaled over the UNIs presented by the FLASHWAVE 4300s and Tellabs 5500 NGX-S system, and connections were automatically established through the core Tellabs transport switches. Services were similarly torn down by control plane signals. The demonstration proved successful implementation of UNI-C on the FLASHWAVE 4300 optical transport platform and the Tellabs 5500 NGX-S transport switch, and UNI-N on the Tellabs 6500 transport switch. Next steps for control plane integration include the completion of support for management systems so they can effectively interwork with control plane-enabled network elements.
Tellabs (NASDAQ: TLAB) provides innovative data switching and bandwidth management solutions to help carriers around the world move communications traffic efficiently, effectively and profitably. The world communicates through TellabsTM; more than two-thirds of telephone calls and Internet sessions in several countries, including the United States, flows through Tellabs equipment. Tellabs customers include many of the world's largest and strongest carriers. Tellabs experts design, develop, deploy and support our solutions throughout telecommunications networks in more than 100 countries worldwide.
Tellabs is a leader in meeting its customers SONET interoperability needs with more than 20 years experience deploying the Tellabs 5500 digital cross-connect in virtually every local, long-distance and wireless network in the U.S. To help customers reduce their operating costs, Tellabs develops many interoperable capabilities for its digital cross-connect and next-generation transport switches including linear and ring protection, Data Communications Networking compatible with both International Organization for Standardization and Internet Protocols (OSI/IP DCN) and Ethernet over SONET (EoS). Tellabs is at the forefront of control plane standards, actively influencing the OIF, Internet Engineering Task Force (IETF), International Telecommunication Union (ITU), TeleManagement Forum (TMF) and American National Standards Institute (ANSI) T-1 forums. At the OFC conference in March 2003, Tellabs demonstrated the OIF E-NNI 1.0 interface, routing and signaling capabilities to provide carriers with services internal to a multi-vendor optical network.
For additional information, visit: http://www.tellabs.com
About Fujitsu Network Communications Inc.
Fujitsu Network Communications Inc., a subsidiary of Tokyo-based Fujitsu Limited (TSE: 6702), is a leading provider of customer-focused IT and carrier-class telecommunications solutions for the Service Provider and Cable TV market in North America. Supported by smart innovation and deep-rooted research from Fujitsu Labs, Fujitsu is uniquely positioned to deliver fully integrated IT/Telecom solutions for its customers. The company's comprehensive consulting and customer services offer support at any network design, development, deployment and maintenance stage.
As a pioneer of SONET technology and systems, Fujitsu understands the need for standards and has a long history of participating in standards and interoperability efforts. Fujitsu was a key participant in many of the original SONET Interoperability Forum (SIF) demonstrations of SONET DCC interoperability, and was one of the leading companies in developing and demonstrating the TMF-814 Multi-Technology Network Management Common Object Request Broker Architecture (CORBA) NMS-EMS interface. More recently, Fujitsu demonstrated interoperability at SUPERCOMM 2003 in the Metro Ethernet Forum (MEF) booth, the first public, multi-vendor, interoperability demonstration of carrier-grade metro Ethernet services. Fujitsu also actively participates in the development of control plane standards within the IETF, OIF, ANSI T1, ITU-T, and TMF.
For additional information, visit: http://us.fujitsu.com/telecom
FLASHWAVE® is a trademark of Fujitsu Network Communications Inc. (USA). All rights reserved. Tellabs®, the Tellabs logo, and The World Communicates Through TellabsTM are trademarks of Tellabs or its affiliates in the United States and/or other countries.
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