Nvidia to invest $1b in Nokia for AI data centers

Nvidia will invest US$1 billion for a 2.9% stake in Nokia as part of a deal focusing on AI and data center technology.

Nokia, a Finnish telecom equipment maker, said the companies will collaborate on AI networking solutions, and may integrate Nokia’s data center products into Nvidia’s infrastructure plans.

Nvidia will subscribe to over 166 million new Nokia shares at US$6 each, making it Nokia’s second-largest shareholder.

Nokia also announced a partnership with Nvidia and T-Mobile US to develop AI radio technologies for 6G, with trials planned for next year.

Nokia’s CEO said the new equipment is expected to contribute to revenue starting in 2027.

🔗 Source: Reuters

🧠 Food for thought

Implications, context, and why it matters.

Nokia’s AI‑RAN (AI‑enhanced Radio Access Network) bet hinges on software execution and market timing

Nokia must ship software that runs well on NVIDIA’s CUDA (its parallel computing platform for GPUs) and ARC‑Pro (an accelerated compute and networking stack) 1. RAN code has tight latency and high reliability needs.
Omdia pegs AI‑RAN at over $200 billion by 2030 1. It optimizes scheduling, interference, and energy use. That outlook depends on carriers funding upgrades while many still digest 5G spend.
T-Mobile plans 2026 trials to measure performance and efficiency 1 2. Broad rollout hinges on lower total cost of ownership than traditional RAN, with reduced energy plus better spectral efficiency (more data per unit of spectrum) topping higher upfront costs.

Networking silicon and integration vendors can profit from NVIDIA’s AI fabric (the high-speed interconnect that links AI servers)

Meta and Oracle picked NVIDIA’s Spectrum‑X, an Ethernet networking platform for AI clusters 3 4. That move opens work for optical transport vendors (makers of long‑distance fiber‑optic networking gear) linking AI clusters, since Spectrum‑XGS (higher‑speed Spectrum‑X configurations) needs long‑haul gear for super‑factories (large AI data centers).
Cisco put Spectrum‑X silicon into N9100 switches 5 6. Networking original equipment manufacturers (OEMs) can stand out with management software and security overlays. Other switch vendors may pair similar silicon with value‑added orchestration layers (software that automates plus coordinates configuration and operations).
Observability and telemetry tool providers (software that collects plus analyzes real‑time metrics, logs, traces) can target AI workload gaps 3 7.