Nvidia is expanding its ambitions in telecommunications, announcing a collaboration with major technology and research partners — including Booz Allen Hamilton, Cisco, MITRE, ODC, Nokia, and T-Mobile — to develop an AI-native wireless stack designed for the next generation of mobile networks.
The initiative centers around Nvidia’s AI Aerial platform, which integrates artificial intelligence into the heart of 5G and 6G infrastructure. The framework combines ODC’s 5G RAN software, Cisco’s core networking solutions, and specialized 6G use cases from MITRE and Booz Allen, while T-Mobile is preparing to test deployments in real-world environments starting next year.
As connected devices evolve beyond smartphones to include AR headsets, autonomous machines, industrial sensors, and smart vehicles, wireless networks must handle massive data volumes and near-zero latency. Nvidia’s AI-native design aims to make this possible by automating and optimizing wireless management in real time.
One of the featured applications from MITRE uses AI to dynamically allocate spectrum within a cell site, allowing operators to isolate interference at specific frequencies without shutting down entire network bands. This targeted approach improves reliability and boosts overall spectral efficiency compared to conventional network management techniques.
At the center of this shift is Nvidia’s Aerial RAN Computer (ARC) Pro, a platform capable of running AI workloads alongside 5G and 6G operations at existing cell sites. This unified hardware-software system enables carriers to transition from 5G to 6G through software-based upgrades, eliminating the need for extensive new infrastructure. Nvidia envisions ARC Pro as a bridge toward fully programmable, AI-powered wireless networks that can process data locally while maintaining ultra-fast connectivity.
As part of its broader strategy, Nvidia is deepening its collaboration with Nokia, investing $1 billion to help integrate the ARC Pro system into Nokia’s AirScale RAN portfolio. The goal is to create a software-defined, programmable network layer capable of performing AI inference and communication tasks simultaneously — an architecture that could redefine how mobile infrastructure operates.
While Nvidia has emphasized the need for greater domestic innovation in communications technology, its global partnerships underscore the complex international ecosystem required to build next-generation networks. By aligning AI development with 6G evolution, the company is positioning itself at the intersection of computing and telecommunications — a space likely to define the next decade of digital infrastructure.