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The main aim of the 100GET.es will be to validate the
end-to-end 100GbE Carrier Ethernet transport, both from an architectural
and an experimental perspective. Three main
goals can be derived:
1. From a theoretical perspective: Requirements definition, 100G
transmission simulation and techno-economic validation of 100Gb Ethernet
Transport architectures, including solutions for Packet Transport.
2. From an data plane perspective: Design of key optical components for
a coherent photodetector, characterization of optical transceivers,
development of a electronically fed 10-100GbE aggregation node and
experimental validation of end to end 100GbE transmission.
3. From a control plane perspective: Development of multi-layer and
multi-domain control plane solutions, development of a control plane
entity for efficiently controlling an access/aggregation node, and
experimental validation of the control plane functionalities to manage
an integrated
Carrier Ethernet over Optical transport infrastructure.
The experimental test-bed would be composed by the TID IP/MPLS and
Carrier Ethernet facilities, an
optical fiber metropolitan ring in Madrid, the ADRENALINE dual-layer
GMPLS test-bed, and the developed 10-100 GbE aggregation node.
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