Ericsson is evolving its 5G Platform with portfolio additions across core, radio access and transport areas, as well as service orchestration. These add-ons make the platform more dynamic and flexible, enabling service providers to smoothly evolve their networks and deploy 5G at scale.
The wide portfolio of Ericsson’s 5G Platform is now further strengthened with a broad range of product launches, adding to previous introductions such as the unique Ericsson Spectrum Sharing, to facilitate an efficient, flexible and smooth evolution to 5G networks. Building upon an early focus on IoT, Ericsson’s 5G Platform now also serves as the most complete platform for enhanced mobile broadband and fixed wireless access use cases.
To ensure smooth evolution to 5G for service providers, Ericsson evolves the Cloud Core portfolio with seven new products supporting both 5G Standalone and Non-Standalone, as well as earlier generations to ensure seamless legacy services’ continuity. The Dual-mode 5G Cloud Core solution is cloud native for automated capacity management, efficient and robust operations. It also delivers a high-performance user plane to cope with 5G use case needs and includes open APIs for innovation on 5G capabilities like network slicing and edge computing.
With early 5G deployments underway in dense urban areas, the next step is to improve 4G performance and build 5G coverage outside of cities. This will continuously require a combination of fiber and microwave-based transport solutions. For this reason, Ericsson is enhancing the capacity of its microwave portfolio and adding a new MINI-LINK 6200 family of 5G-ready Long Haul solutions supporting up to 10Gbps capacities. The company is also expanding its router and fronthaul portfolios to offer service providers flexible and modular solutions suited to their deployment needs.
The advent of 5G highlights not only the need for new frequency bands but also for optimized site construction and a greater ability to add radio capacity with precision for service providers. Ericsson addresses this by launching nine new dual band, triple band, and high-performance Massive MIMO radios. Ericsson achieves an important milestone with the virtualization of the 5G NR software that manages data traffic flow for a large number of users. This new functionality enables service providers to introduce an architecture where data traffic processing intelligence is higher up in the network, providing additional flexibility for some deployment scenarios.
Increasing network complexity is prompting service providers to simplify operations. The evolution of Ericsson Dynamic Orchestration solution introduces network slicing automation comprising creation, testing and deployment of network slices for fast introduction of 5G services. The solution also implements AI-powered closed-loop automation for hybrid networks in a multi-vendor environment to identify service impact and adapt the network in real-time to deliver the best end-user experience.
Nokia and SURF, the organization for IT in Dutch education and research, have successfully reached a single carrier 800Gb/s optical transmission over SURF’s existing cross-border, multi-vendor research and education network infrastructure.
Nokia and Vodafone are collaborating to test the viability of L4S technology over passive optical networks (PON).
The GSMA believes that critical reform of European laws is necessary to position the region as a technology frontrunner by 2030.
