Vodafone and A1 Achieve 5G SA Roaming Milestone

Article Highlights
Off On

Vodafone Group and A1 Group have achieved a significant milestone by successfully enabling 5G Standalone (SA) roaming between their networks. This marks a successful connection of A1 Bulgaria’s subscriber to Vodafone Germany’s 5G SA infrastructure. The accomplishment was made possible by using commercially available 5G core network software compliant with the latest 3GPP standards, offering advanced voice capabilities such as immersive surround sound. Unlike Non-Standalone (NSA) 5G, which relies on LTE infrastructure, 5G SA operates using a cloud-native 5G core with Service-Based Architecture, unlocking the full potential of 5G features.

Alberto Ripepi, chief network officer at Vodafone Group, emphasized the enhancement of user experiences at international events and consistent connectivity across diverse business locations. The success of this trial was supported by Ericsson’s dual-mode 5G Core and Security Edge Protection Proxy (SEPP) platforms used by both Vodafone and A1, which ensure subscriber and network data protection during international usage in line with GSMA guidelines.

The trial’s adherence to 3GPP and GSMA standards simplifies the automatic setup and centralized management of inter-operator connections, streamlining roaming agreements and accelerating market entry. Todor Tashev of A1 Group highlighted the importance of this achievement in delivering high-quality mobile connectivity to European citizens and tourists alike. Monica Zethzon from Ericsson noted that out of over 60 live or deployed 5G SA networks worldwide, more than 40 utilize Ericsson’s core and radio solutions, ensuring consistent service quality and security. Roaming capabilities are crucial to meeting user expectations, especially during major events. Looking ahead, Ericsson’s Mobility Report projects that by 2030, 60% of global 5G subscriptions—approximately 3.6 billion—will be 5G SA-enabled. European consumers are also reportedly willing to pay up to 15% more for better application performance and connectivity, indicating a bright future for 5G SA with enhanced connectivity and user experiences globally.

Explore more

Will ChatGPT Become the Next Global Super App?

OpenAI is currently engineering a fundamental transformation of its flagship product, moving beyond the conversational limits of a standard chatbot toward an all-encompassing digital environment. This strategic evolution represents a concerted effort to establish ChatGPT as the primary gateway for digital interaction, mirroring the multi-functional utility found in highly integrated mobile ecosystems. By consolidating fragmented online activities into a single

Why Switch From a Spare PC to a Virtual Machine Server?

The transition from utilizing a dusty, secondary laptop for software testing toward a centralized server architecture marks a significant evolution in personal productivity and digital safety protocols. Keeping an older machine solely for running suspicious files or experimental scripts often leads to a cluttered workspace and an unexpected increase in the monthly electricity bill without providing adequate protection against modern

Oracle VM VirtualBox Offers Versatile Desktop Virtualization

Modern software engineering environments frequently require a level of isolation that physical hardware cannot provide without significant investment in separate servers or dedicated testing laboratories. This challenge has propelled desktop virtualization from a niche hobbyist activity into a standard operational requirement for developers and IT specialists worldwide. Oracle VM VirtualBox operates as a powerful type-2 hypervisor, enabling the concurrent execution

Will Nanotube RAM Revolutionize the Global Memory Market?

As Nanotube Random-Access Memory (NRAM) shifts from the highly controlled environment of experimental laboratories into the broader commercial market, the technological landscape is preparing for a shift that could redefine data processing for the next several decades. This technology represents more than just an incremental improvement; it is a fundamental reimagining of how digital information is stored and retrieved. By

Is KVM the Gold Standard for Linux Virtualization?

Modern infrastructure demands have turned the Linux kernel into a sophisticated orchestrator of hardware resources that effectively bypasses the traditional overhead of standalone virtualization software. Unlike legacy third-party hypervisors that operate as an additional software layer atop an existing operating system, the Kernel-based Virtual Machine (KVM) integrates directly into the core of Linux, fundamentally altering how compute cycles are allocated.