For decades, WDM networks have evolved from simple point-to-point systems into advanced, interconnected mesh architectures.
This revolution has been powered by Reconfigurable Optical Add / Drop Multiplexers (ROADMs) and their core Wavelength Selective Switch (WSS) technology.
This revolution has been powered by Reconfigurable Optical Add / Drop Multiplexers (ROADMs) and their core Wavelength Selective Switch (WSS) technology.
Service providers favor ROADM-based networks for their unparalleled flexibility.
They allow you to easily modify your metro, regional, and long-haul networks—even remotely—as demands change.
Key benefits of a ROADM architecture include:
Operational Agility: Easily make configuration changes without disrupting existing traffic.
Automated Power Balancing: Simplify network management and ensure optimal performance.
Future-Proof Design: Adapt to new capacity and connectivity requirements seamlessly.
Automated Power Balancing: Simplify network management and ensure optimal performance.
Future-Proof Design: Adapt to new capacity and connectivity requirements seamlessly.
The Driving Force for a Network Technology Refresh
Older ROADM installations can’t keep pace with modern demands. Upgrading is essential to overcome key challenges and leverage new opportunities.
Why upgrade your ROADM network now?
From Fixed to FlexGrid: Early ROADMs used fixed wavelength windows.
Modern solutions support Flexgrid, allowing you to configure the spectral width of each channel independently for maximum efficiency and flexibility.
Increased Bandwidth & Granularity: Improved spectrum allocation means you can squeeze more wavelengths—and more capacity—over your existing fiber infrastructure.
Support for 400ZR: Tomorrow’s capacity demands require support for today’s standards.
Next-gen ROADMs are built to integrate seamlessly with high-performance, cost-effective 400ZR optics.
End-of-Life Support: Many legacy ROADM solutions are no longer supported, making expansion and maintenance difficult and expensive.
Modern solutions support Flexgrid, allowing you to configure the spectral width of each channel independently for maximum efficiency and flexibility.
Increased Bandwidth & Granularity: Improved spectrum allocation means you can squeeze more wavelengths—and more capacity—over your existing fiber infrastructure.
Support for 400ZR: Tomorrow’s capacity demands require support for today’s standards.
Next-gen ROADMs are built to integrate seamlessly with high-performance, cost-effective 400ZR optics.
End-of-Life Support: Many legacy ROADM solutions are no longer supported, making expansion and maintenance difficult and expensive.
Next-Gen ROADM: Prioritizing Cost-Efficiency & Flexibility
When you decide to upgrade, what should you look for in a next-generation ROADM solution?
Move Away from Vendor Lock-In
Traditional metro ROADM implementations often locked you into a single vendor for all equipment, from transponders to management systems.
The modern solution is disaggregated networking
Driven by the Open ROADM initiative and Multi-Source Agreements (MSAs), this open approach lets you select best-of-breed components
for every part of your network, increasing both flexibility and performance.
for every part of your network, increasing both flexibility and performance.
Extend ROADMs to the Network Edge
As ROADMs prove their value, providers are deploying them further out in the metro and access networks.
In these scenarios, where the number of units multiplies, cost-efficiency is critical.
Next-gen edge ROADMs must deliver advanced technology without the traditional high cost, optimizing the Total Cost of Ownership (TCO) for your entire network.
In these scenarios, where the number of units multiplies, cost-efficiency is critical.
Next-gen edge ROADMs must deliver advanced technology without the traditional high cost, optimizing the Total Cost of Ownership (TCO) for your entire network.
GOIP: Your Partner for Open & Cost-Effective ROADM Networks
At GOIP, our commitment to openness is real. We actively support the Open ROADM initiative, driving the industry toward greater interoperability.
Our DCP-R-34D-CS OpenROADM brings this vision to life.
Built on OpenROADM models, it is designed for the future of metro and regional networking.
Why choose the DCP-R ROADM series?
Full Flexgrid Support: Maximize your spectral efficiency and network flexibility.
Seamless 400ZR Compatibility: Ready for high-capacity, cost-effective optics.
Cost-Efficient for Edge Deployments: Ideal for expanding your network’s reach without blowing the budget.
Simplified Management: A modern, modular platform for open and automated network management.
Seamless 400ZR Compatibility: Ready for high-capacity, cost-effective optics.
Cost-Efficient for Edge Deployments: Ideal for expanding your network’s reach without blowing the budget.
Simplified Management: A modern, modular platform for open and automated network management.
Ready to Modernize Your Optical Network?
Unlock greater capacity, flexibility, and cost savings with a modern, open ROADM architecture.
Let’s discuss your network upgrade path.
Let’s discuss your network upgrade path.
