Samsung Betting on Next-Gen of Wireless Networks No Needing New Hardware 

Samsung and Vodafone completed Europe’s first virtualized RAN (vRAN), a milestone that proves how 6G artificial intelligence architecture can thrive on existing hardware.

During this year’s Mobile World Congress (MWC), Samsung and Vodafone completed Europe’s first virtualized RAN (vRAN) call using Intel’s latest Xeon 6 processors, demonstrating how 6G artificial intelligence (AI) architecture can thrive on existing hardware. 

Jumping into the next generation is not just about speed but creating a smarter, software-centric foundation that brings 6G and AI together to solve active connectivity challenges. 

How we think about mobile connectivity now has shifted. The industry is no longer relying on rigid, specialized hardware, but moving toward a more fluid, software-based approach.  

South Korean giant, Samsung, is showing that the future of networking is about building a proactive 6G AI native neural center for the whole world.  

The transition ensures that 5G and 6G networks are built to be flexible enough to handle the massive data demands of the next decade. Proving that the integration of 6G and AI is a necessity for a future scale. 

AI-Driven Security Solutions 6G Network Handover  

As users move between cell towers at high speeds, the transition must be seamless. Security is no longer a bolt-on feature when it comes to 6G artificial intelligence but embedded into this handover process.  

AI algorithms can now predict the best pathways and apply adaptive encryption in real-time.  

By using 6G AI RAN technology, the network can anticipate a user’s movement and prepare a secure handover before the device even reaches the next cell, effectively closing the window for potential cyberattacks or dropped signals. 

The defense is powered by an AI native networking platform that shifts security from a reactive model to a predictive one. By analyzing traffic patterns, the system ensures that 6G and beyond the future of wireless communications systems remain resilient.  

“By advancing toward more flexible networks, we are not only facilitating immediate AI adoption but also laying the essential groundwork for an AI-native, 6G-ready infrastructure,” Everth Flores, vice President and Head of Samsung Networks Europe noted.  

AI in 6G Core Network Applications and Challenges 

Moving toward artificial intelligence-enabled intelligent 6G networks holds challenges. In the 6G core, AI is responsible for coordinating massive amounts of data from billions of sensors. 

Despite the benefits of 6G networks , the challenge lies in Explainable AI (XAI) – ensuring that the network’s automated decisions are transparent and manageable for engineers. Without this transparency, troubleshooting a 6G artificial intelligence system becomes nearly impossible for human operators.  

There’s also the issue of managing the power consumption of these constant calculations, to which remains a hurdle on the roadmap to 6G AI empowered wireless networks.  

But, the integration allows for “Network Slicing” – a transformative technology that allows a single physical network infrastructure to be partitioned into multiple virtual     networks where the core can instantly dedicate a secure, high-speed slice of the network for emergency services. 

The 6G artificial intelligence fusion is strictly designed to be a simple software push rather than a massive hardware overhaul. 

“We don’t think that AI is only enabled by a GPU… we think that there are plenty of options for operators today using their existing infrastructure if they want to enable AI,” said Senior Director of Marketing at Samsung, Kali Pickens. 

By focusing on artificial intelligence for 6G through software, Samsung and Vodafone are ensuring that 5G and 6G networks stay focused on human experience.  

The industry’s moving forward but the focus remains on any tangible benefits of 6G networks. When performance boosts the 58% increase in throughput seen in Samsung’s labs, it becomes the new standard without the need for a “rip and replace” cycle. 

By prioritizing these advancements, 5G and 6G networks will give the seamless coverage required for the next industrial revolution. By that, 6G artificial intelligence is the key to a more connected, efficient, and secure world. 


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