Nokia deploys Access DWDM for Vi 5G transport network

Created May 14, 2022
News and Business

Nokia says Indian operator Vodafone Idea (Vi) will use its DWDM solution in the access layer to upgrade its network to 5G for meeting future service capacity and reliability needs. The new compact and scalable DWDM solution will allow Vi to optimise fibre resources while ensuring 100G capacity with future upgrade capability of the network to 200G and beyond, in the access network.

Nokia says its 1830 Photonic Service Switch (pictured) will enable Vi to cost-effectively and sustainably enhance network capacity by minimising operational expenditure with reduced power consumption and carbon footprint. Nokia solution will support Vi to reduce Total Cost of Ownership (TCO) and improve Return on Investment (ROI) while ensuring improved network capacity to meet the future demands.

Jagbir Singh, chief technology officer at Vodafone Idea, said, “We are building the best-in-class digital networks to address the evolving market demands. As we prepare for 5G, we are focussed at forging partnerships with ecosystem players to bring superior quality network and services for consumers and enterprises. Collaborating with Nokia allows us to use the latest technology solutions to modernise our networks and provide the best possible quality to our subscribers.”

Prashant Ramesh Malkani, head of Vodafone Idea CBT at Nokia, said, “Our field-proven 1830 PSS solution will allow Vodafone Idea, to address the growing capacity demand and provide best-in-class network experience to their subscribers while preparing the networks for the 5G era. We are excited to partner with Vodafone Idea in this crucial deployment of Access DWDM and supporting them in their 5G vision to provide exceptional experience to their subscribers.”

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This article was written
by Peter Dykes

Peter Dykes is a independent telecoms and technology journalist who has over that last 30 years written for a wide range of B2B publications and companies. A former BT engineer, he specialises in networks and associated support systems. He is currently Editor of Optical Connections.