Nvidia Forms Alliance to Build AI-Native 6G, Shifting Telecom Power to GPUs and Software

Nvidia and telecom giants like Nokia and SoftBank have formed an alliance to build the next-generation 6G network based on AI and software, rather than on traditional hardware.

This move aims to dramatically improve network efficiency for future AI services and shift the industry's power structure from proprietary hardware vendors to a more open, GPU-accelerated computing ecosystem.

For Nvidia, this represents a significant new growth opportunity beyond its core data center business, potentially adding several billion dollars in annual revenue by 2030 if the strategy succeeds.

NVIDIA has officially entered the 6G race, but not in the way you might expect.

The company's major announcement at MWC Barcelona reframes the next generation of wireless not as just faster radios, but as a smart, software-defined system powered by GPUs. This vision for an 'AI-native' network aims to build a more open and efficient infrastructure ready for the demands of widespread AI and what the company calls 'physical AI'—devices like autonomous robots and AR glasses. By partnering with telecom giants like Nokia, SoftBank, and T-Mobile, Nvidia is positioning its accelerated computing platform as the new foundation for telecommunications.

This strategic pivot is the result of years of groundwork. First, the alliance announcement itself in February 2026 consolidated support from key industry players under a banner of creating 'open, secure and trustworthy' platforms, aligning with a broader geopolitical push for Western-aligned supply chains. Second, this was built upon crucial moves in late 2025, including a $1 billion investment in Nokia and the launch of the NVIDIA ARC platform, which provided a clear product and a strong partner. Third, the technical feasibility was proven even earlier through successful demonstrations. SoftBank's tests showed that AI and virtual RAN (vRAN) could run together on GPU-based servers, and O-RAN trials validated significant energy savings are possible.

Nvidia's strategy is two-fold. It uses AI for the RAN to make the network itself drastically more efficient in terms of energy and spectrum use. Simultaneously, it creates a platform on the RAN for developers to run AI applications at the edge, closer to users and devices. This creates a powerful new ecosystem.

For NVIDIA, this is a calculated move to secure future growth. While its data center division is a behemoth, accounting for over 88% of its revenue, the company is always looking for the next frontier. The AI-RAN market, estimated to be worth around $200 billion cumulatively by 2030, represents a significant opportunity. Capturing even a small slice of this pie could add billions to its annual revenue, providing a vital new income stream as AI processing moves from centralized data centers to the network's edge. In essence, Nvidia is attempting to replicate its data center success in the telecom world.

RAN (Radio Access Network): The part of a mobile telecommunications system that connects individual devices, like your smartphone, to the core network through radio connections.
O-RAN (Open RAN): A movement to disaggregate traditional RAN hardware and software, allowing for components from different vendors to work together. This promotes competition and innovation.
GPU (Graphics Processing Unit): A specialized electronic circuit designed to rapidly manipulate and alter memory to accelerate the creation of images for output to a display device; their parallel structure makes them ideal for complex AI computations.

Nvidia Forms Alliance to Build AI-Native 6G, Shifting Telecom Power to GPUs and Software

Nvidia and telecom giants like Nokia and SoftBank have formed an alliance to build the next-generation 6G network based on AI and software, rather than on traditional hardware.

For Nvidia, this represents a significant new growth opportunity beyond its core data center business, potentially adding several billion dollars in annual revenue by 2030 if the strategy succeeds.

NVIDIA has officially entered the 6G race, but not in the way you might expect.

RAN (Radio Access Network): The part of a mobile telecommunications system that connects individual devices, like your smartphone, to the core network through radio connections.
O-RAN (Open RAN): A movement to disaggregate traditional RAN hardware and software, allowing for components from different vendors to work together. This promotes competition and innovation.
GPU (Graphics Processing Unit): A specialized electronic circuit designed to rapidly manipulate and alter memory to accelerate the creation of images for output to a display device; their parallel structure makes them ideal for complex AI computations.