First Segment of New Internet2 Network Goes Live, NYSERNet Becomes First Connector

Internet2 unveiled the first major segment of its new nationwide advanced network at the beginning of the month. The consortium also announced that NYSERNet, the research and education network consortium serving New York state, has become the first regional network to connect to the new Internet2 Network infrastructure.

Fibre Light Optical

The new segment, with an initial 100 Gigabit per second capacity between New York, Washington, D.C. and Chicago, marks the first milestone of an ambitious plan to increase the capacity and flexibility of nationwide advanced networking to serve the growing needs of the research and education community.

During the conference's first general session, Tim Lance, president and CEO of NYSERNet in New York, demonstrated the first application over the new network by providing a presentation to and answering questions from the Internet2 meeting via uncompressed high-definition videoconferencing technology developed by the University of Washington and the ResearchChannel.

The videoconference provided the meeting participants in Chicago a detailed tour of the NYSERNet collocation facility and the MAN LAN exchange point in New York City and the network equipment that supports the new Internet2 network.

In June 2006, in a joint release with Level 3 Communications, Internet2 announced its plan to deploy its new advanced nationwide research network. Level 3 is deploying Infinera's Digital Optical Networking equipment across the infrastructure to enable dynamic optical circuit provisioning.

Internet2 has also partnered with Ciena Corporation to deploy the CoreDirector Multiservice Switch for switching and sub-wavelength grooming services.

Additionally, Internet2 will deploy its current Juniper T640 routers to provide IP capabilities on the new network. The network, on schedule for full deployment by mid-2007, will support a full range of production IP services as well as new on-demand, dedicated circuits and sub-wavelength services for the most demanding network applications and experimentation.

For instance, the new network provides the capacity for researchers to reliably exchange terabyte-scale data sets in seconds, or the flexibility to allocate smaller bandwidth for network research.

The dynamic capabilities and carrier-class reliability of the new network were influential factors in the U.S. Department of Energy's Energy Sciences Network's (ESnet) decision to use the new Internet2 infrastructure for its next-generation ESnet4 network in support of energy science physicists and researchers around the country.

As a part of the Fall Member Meeting, the new Internet2 network will also support a first-ever 100 Gigabit Ethernet (GbE) transmission demonstration across a national research network.

The demonstration, created by a team led by Infinera in collaboration with Finisar, Level 3 and the University of California at Santa Cruz highlights the flexibility and reconfigurability of the new Internet2 infrastructure.

The demo also underscores how the network can be used as a testbed for new network paradigms, protocols, and architectures to push the envelope of networking technology.