Vodafone Spain has selected Ericsson as their technology partner to deploy the first precommercial network 5G Core Standalone (SA) in Spain and will support their entire cloud-native 5G Core for standalone 5G network applications included in this launch.
Ericsson’s dual-mode 5G Core will allow Vodafone to develop and test new use cases leveraging the characteristics of 5G standalone technology, enabling their customers to experience 5G’s full potential.
The simplified SA architecture in RAN and the devices, together with streamlined operations and combined with the new network capabilities from 5G, will bring drastic improvements to mobile networks, including ultra-low latency, improved 5G capacity and greater coverage. The provided dual-mode 5G Core solution which includes products from Ericsson’s Cloud Packet Core and Cloud Unified Data Management and Policy portfolios, offers a common multi-access and cloud-native platform that supports 5G and as well as previous generations for optimized footprint and TCO efficiency.
The solution provides full integration and interoperability with current Vodafone’s network. It also provides interworking with Vodafone’s existing Evolved Packet Core (EPC), Vodafone CDR Repository and Ericsson User Data Consolidation solution, with the aim to provide 4G/5G services interoperability for seamless experience to Vodafone Spain users.
Luisa Muñoz, head of Digital Services, Ericsson Iberia
After many years of outstanding collaboration between the two companies in the different Core technologies now we have moved forward with the introduction of 5G Core and we’re continuing to support Vodafone on their digital journey. With 5G Core SA, we’re taking 5G to the next level in Spain.
Julia Velasco, Network Director, Vodafone Spain
This pilot is a critical step towards delivering the full potential of 5G service, as well as being crucial in enabling new and innovative use cases. Thanks to our long-standing and close partnership with Ericsson and the 5G Core SA solution, we can support applications requiring the fastest connectivity, highest data rates and lowest latency demand.
