By adopting distributed access architectures, network providers can deploy smaller, localised aggregation points that bring services closer to users without incurring the high costs associated with extensive centralised facilities. In addition, much of the coaxial network can be maintained which lowers the costs from overbuilding with fiber.

Our outdoor access aggregation device is designed specifically for the building of disaggregated networks. It serves as a critical component within the access Network, capable of aggregating remote PHY devices efficiently. In addition, precise timing support enables reliable high-speed connections and it’s environmentally hardened case allows mounting at any remote location. 

Remote-PHY, everywhere – Aggregation with Novalink

Designed for the efficient aggregation of remote PHY devices, our outdoor access aggregation device enables service providers to extend their reach to underserved areas while maintaining a high-quality of service.  

Key advantages

  • Weatherproof: IP68-rated rugged housing withstands harsh environments. 
  • Precise timing: Time sensitive networking capabilities provide precise timing for R-PHY applications.
  • Flexible: Can be installed in different environments, allowing network operators to customise infrastructure as needed.
  • Easy to install: Quick and efficient installation minimises downtime and disruption.
  • Scalability: Additional remote PHY devices can be easily integrated into the existing network architecture as customer requirements grow.
  • Improved performance: Aggregation at the network edge significantly reduces latency, improving quality of service and user experience.
Novalink devices

Optimized infrastructure for high-performance and cost-effective connectivity

  • Infrastructure limitations: Reutilise existing infrastructure like street cabinets by avoiding 19” solutions.
  • High deployment costs: Minimise costs by using local aggregation points instead of investing in centralised facilities and extensive cabling. 
  • Operational complexity: Simplify operations by managing smaller network segments to reduce resource intensity. 

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