One-hop connection architecture: Build an integrated all-optical backbone network and an all-optical metro network, enabling one-hop connection to the cloud and deterministic millisecond-level latency. One-network all-optical slicing: Deploy E2E OTN + OXC to implement all-optical slicing of 2M to 100G services, physically isolating services and enabling one network for multiple purposes. One-stop all-optical access: Deploy edge OTNs at wireless and optical line termination (OLT) sites to provide all-service access and differentiated Service Level Agreements (SLAs), creating more possibilities. One-kilometer access: Extend the OTN edge to be within 1 km of users, reducing the TCO of fiber deployment and shortening the time to market (TTM) of services.
Huawei proposes to build an all-optical target network from five aspects ("Five Ones"): Optical transmission networks are the future of operator production networks and will create a solid foundation for smart cities. OTN/wavelength division multiplexing (WDM) will be the best technology to bear these services as they become more granular and their quality requirements increase. The optical transmission network is no longer just a dumb pipe. The value of connectivity has been redefined as digitalization sweeps the world. Learn the tricks of Stella ArchitectThis tutorial will guide you through our latest modeling and simulation features, and then introduce you to our new inter. An all-optical target network brings high-quality connections that help operators reduce total cost of ownership (TCO) and encourage new services. 16, 2021 /PRNewswire/ - At the 8th Huawei Optical Innovation Forum, Huawei released an all-optical target network architecture that features end-to-end optical cross-connect (OXC) and optical transport network (OTN) to the metro edge.
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