Routed Optical Networking

Data Centers are physical or virtual repositories where all the resources and physical assets of IT are centrally managed and stored.

WHY IT IS ESSENTIAL

Simplify Layers, Maximize Efficiency

Routed Optical Networking (RON) revolutionizes transport networks by collapsing the IP and optical layers into a unified architecture. Using standardized digital coherent optics directly in routers, RON eliminates legacy transponders, reduces costs, simplifies operations, and enables scalable, high-performance transport that’s ready for 5G and beyond.


Routed Optical Networking (RON) is a next-generation architecture designed to streamline and modernize network infrastructure by converging IP and optical layers. By delivering coherent wavelengths directly from router ports with standardized digital coherent optics (DCO), RON eliminates the need for traditional optical transport equipment, significantly reducing both CapEx and OpEx. This simplified architecture enhances operational efficiency, reduces complexity, and supports scalable bandwidth growth 400G/800G and beyond. With optimized packet switching and native IP/MPLS Segment Routing intelligence, RON ensures improved service delivery, stronger SLAs, and future-ready infrastructure for evolving data demands including 5G.

Key Highlights

Cost Savings: Up to 60% CapEx and 68% OpEx reduction through layer consolidation and hardware simplification.
Layer Convergence: Integrates IP and optical layers, eliminating traditional transponders and streamlining architecture.
Operational Simplicity: Reduces complexity, software upgrades, and operational overhead with fewer network elements.
Enhanced Efficiency: Leverages IP/MPLS Segment Routing intelligence for better traffic management and SLA adherence.
Scalability: Supports high-capacity routers and pluggable optics, ideal for data-heavy applications like 5G.
Future-Ready: Prepares networks for 800G and beyond with standardized, evolvable optical technology.
Higher Availability: Enables greater service uptime and performance predictability across the transport layer.

Check out our latest news & updates

Follow Us on our Socials

Get in touch

Please enable JavaScript in your browser to complete this form.
Name