Supermicro Launches New NVIDIA Aerial RAN Solutions
The company unveiled new hardware platforms for radio access networks in collaboration with Nokia and NVIDIA.
Updated on Oct. 21, 2026 in Data Centers
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Supermicro has launched a new suite of hardware solutions designed for NVIDIA Aerial RAN Computer platforms, integrating Nokia radio access network technology. The systems are built to handle voice, vision, and physical AI workloads alongside autonomous network operations.
Why it matters
This collaboration focuses on enhancing spectral efficiency and network automation while enabling edge AI services. By running radio and AI workloads on shared infrastructure, the systems aim to streamline network management across distributed sites.
The new systems feature diverse form factors, including a 1U ARC-Compact server and a 4U server capable of supporting 6 TB of DDR5 memory. The ARC-Pro node measures 429 mm and delivers 1.6 PFLOPS of FP4 AI performance.
The players
Supermicro
Supermicro is a manufacturer of high-performance and high-efficiency server and storage systems for enterprise and cloud computing.
NVIDIA
NVIDIA is a technology company that designs graphics processing units and AI computing platforms for the gaming, professional visualization, and data center markets.
Nokia
Nokia is a multinational telecommunications and consumer electronics corporation that provides network infrastructure and technology services.
The details
The hardware includes modular, short-depth configurations designed for deployment at cell sites, MSO locations, and core network hubs. These systems leverage NVIDIA Grace C1 CPUs and RTX PRO 4500 Blackwell Server Edition GPUs to support both radio tasks and AI processing on the same hardware.
Timeline
October 20-22, 2026: The ARC MGX 2U platform was displayed at NVIDIA GTC Berlin.
Late 2026: Customer testing is scheduled to begin for the 2U ARC-Pro.
First half of 2027: General availability is planned for the 2U ARC-Pro.
The Tech Race
This integration follows the deployment standard set by NVIDIA Aerial RAN Computer platforms to unify radio and AI compute capabilities. It marks a shift in the telecommunications industry toward consolidating radio and AI workloads on high-density, modular hardware.
Telecom operators and enterprises can expect improved network automation and increased spectral efficiency through the deployment of these modular servers. These upgrades aim to facilitate faster edge AI services and more efficient data processing at local cell sites.
The takeaway
The move toward shared radio and AI hardware signifies a long-term industry trend toward more agile and automated network infrastructures. Organizations should monitor these deployment timelines as they plan for future edge computing capacity and network upgrades.
What happens next
Customer testing for the 2U ARC-Pro is slated for late 2026, followed by general availability in the first half of 2027.
Further reading
For more on evolving infrastructure requirements, read the latest news in Data Centers.
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