NLR has plans to replace its 15808s in FY 2008 and expand the foundation capacity to 160 and
128 wavelengths. As part of this upgrade NLR will introduce 40Gig capabilities.
NLR Core Services Being Used by Researchers and Educators:
Having multiple networks running over the NLR infrastructure provides researchers convenient
and broad-based access to diverse services. This same feature facilitates migration of promising
technologies into production and permits research and development to transcend individual
networking technologies. By enabling work across and on the potential interrelationships among
traditionally separate network layers--such as optical networks, switched networks, routed
networks, end-to-end transport protocols, as well as middleware and applications--NLR
enhances system-level integration of new technologies and enables increasingly critical
capabilities such as resource management and security.
Table 1 NLR Infrastructure Capabilities:
NETWORK LAYER
TECHNOLOGY
1
Optical networks
2
Switched networks
3
Routed networks
4
End-to-end transport protocols
5-7
Middleware and applications
Within these capabilities NLR offers the following core services.
PacketNet: IP-Based Services:
For those who need a high-quality managed nationwide backbone service with a high
bandwidth entry point at layer 3
NLR PacketNet provides nationwide IP-based services utilizing Cisco CRS-1 routers. A 10-
gigabit Ethernet connection to one of the two types of NLR PacketNet services is included as part
of most NLR memberships.
Routed IP Service
A stable, production-quality, non interruptible, AUP-free routed IP network on a 10-gigabit
Ethernet backbone that provides a range of IP-based services, including IPv4 Unicast, IPv4
Multicast, IPv6 Unicast and IPv6 Multicast. This network connects to and peers with three
international peering points: PacificWave, StarLight and Manhattan LAN (MAN LAN). Both 10-
gigabit Ethernet and one-gigabit Ethernet connections are available.
Breakable IP Service
A breakable, interruptible, AUP-free routed IP network that allows researchers to test new
technologies and services, including ones that may be disruptive to the routed network. The basic
service set is similar to the NLR PacketNet Routed IP Service, including IPv4 Unicast, IPv4
Multicast, IPv6 Unicast and IPv6 Multicast. Additional IP-based services are available upon
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