Nokia Siemens Networks used FlexiGrid and advanced digital signal processing for this demonstration. Once the solution is commercialized, it will allow 400G evolution for operators current 10G/40G or 100G DWDM multi-haul hiT 7300 platform and Next Generation Packet Optical Transport Solution (P-OTS). In addition, the increased utilization of fiber capacity will drive down costs.
With the increase in network traffic outgrowing revenue coupled with 100G reaching the limits of spectral efficiency, operators are looking to evolve their network beyond 100G, said Uwe Fisher, head of optical networks product management at Nokia Siemens Networks. We have now reached another milestone, which demonstrates that our hiT 7300 paves the way for operators to easily upgrade their optical data transport networks and allow them to flexibly balance between speeds above 100G and the fiber length along with improving the efficiency of their fiber infrastructure.
Nokia Siemens Networks hiT 7300 platform is part of the companys unique Smart Transport offering that enables the lowest Total Cost of Ownership (TCO) for operators. Nokia Siemens Networks Smart Transport is based on its globally available IP Integration capabilities to plan, install, provision maintain and where needed operate multivendor transport networks. In addition, it includes Nokia Siemens Networks own products such as DWDM based optical transport, optical transport network (OTN) switching, TransNet network planning tool and NetAct network management. It is also complemented by IP/MPLS routers from the leading companies.
The FlexiGrid technology incorporated in Nokia Siemens Networks hiT 7300 DWDM platform, allows the evolution to 400G networks by dynamically adapting the networks wavelength grid to the needs of the high-capacity channels. This is done by using the network operators existing fiber infrastructure without causing any disruption in service.
