Supermicro Brings AI Servers to Telecom Networks With Nokia

Supermicro, Nokia and Nvidia are combining servers, radio software and accelerated computing for AI-RAN, but the collaboration has no disclosed customer contract or revenue forecast.
Supermicro is working with Nokia and Nvidia to place AI computing inside telecom networks, where operators could run inference workloads closer to users while continuing to handle 5G traffic. The collaboration combines Supermicro servers, Nokia radio-access-network software and Nvidia accelerated computing.
The product range spans individual cell sites and larger network hubs. Supermicro’s ARC-Pro system uses Nvidia Grace C1 processors and RTX PRO 4500 Blackwell GPUs and is rated for up to 1.6 petaflops of FP4 AI performance. Its larger ARC MGX 4U supports as many as eight RTX PRO 6000 Blackwell GPUs. Some Aerial RAN Computer systems are available now, while the dual-Vera ARC MGX 2U is expected later in 2026 and ARC-Pro is scheduled for customer testing before broader availability in the first half of 2027.
The investment logic is that carriers could share infrastructure between network functions and paid AI services, improving utilization at distributed sites. That opportunity is not yet a booked business. Supermicro disclosed no customer contract, order value or revenue forecast tied to the Nokia collaboration.
The announcement arrived beside a much larger near-term catalyst. Supermicro’s unaudited preliminary update raised fiscal first-quarter 2027 revenue expectations to $18.5 billion to $19.5 billion from prior guidance of $14.5 billion to $15.5 billion. It also lifted the estimated gross-margin range to 12% to 12.5% from 10.4% to 10.8%, citing customer and product mix.
Those figures suggest strong demand for AI platforms, but they remain preliminary and subject to revision before final results on November 3. The telecom partnership and quarterly update should also be evaluated separately. One is an early product-market opportunity without disclosed orders; the other is evidence of current data-center demand.
For Supermicro, the next proof points are commercial AI-RAN deployments, unit economics at the network edge and final first-quarter revenue and margin. Until customers and pricing emerge, the collaboration expands the addressable market but does not quantify its contribution.



