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1830 Optical Network Extender (ONE)

Multi-service P-OTN, transport and ROADM optimized for metro and access 

The 1830 Optical Network Extender (ONE) portfolio of WDM/OTN metro access products equip your network with more capacity with support for more connections and capabilities in the 5G era. As part of the Nokia WaveFabric optical network solution, 1830 ONE complements the 1830 PSS product family in an open, seamlessly managed edge-to-core architecture. The 1830 ONE portfolio addresses fixed broadband backhaul, mobile backhaul, multi-service access, business/enterprise access, and legacy TDM transformation applications. 

Flexible optical layer

  • Any rate, non-blocking
  • Supports multiple configurations
  • Compact for space-constrained applications

Scalable OTN

  • Optimal scale, agility, efficiency with a range of interfaces
  • Supports legacy and new transport services

Open, programmable, SDN native

  • Automated and simplified end-to-end operations and service provisioning
  • Operates seamlessly in an edge-to-core network

Features and benefits

Optimize CAPEX with a modular, pay-as-you-grow design. Reduce OPEX with the compact, low power design and simplified, single NE management architecture.

Functional block architecture

  • Modular, multiservice, pay-as-you-grow design
  • Compact, low power design and simplified, single network element management

Stackable platforms

  • Multi-shelf, single network element management
  • Maximum scalability and configuration flexibility at every site
  • Supports a pay-as-you-grow, CAPEX- optimization strategy

High-density, compact platforms

  • Full switching fabric for any service type configuration
  • Maximum port and functionality density level
  • Small footprint and low power for minimal OPEX

Scalable and resilient

  • Supports 2M to 200G access rates and up to 400G switch capacity
  • Fully redundant system architecture
  • Client and line protection

SDN native control

  • Restconf management interface
  • Fully functional network element Yang model

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