Super Micro Computer IncSupermicro ARM-based 1U servers are a key hardware component of the deployed AI-RAN blueprint.
Amdocs, Supermicro and 1Finity have deployed a live, field-validated AI-RAN blueprint that integrates NVIDIA AI infrastructure on Red Hat Openshift to create a unified foundation for current RAN workloads and future edge AI applications. The blueprint demonstrates AI-assisted optimization for network performance, efficiency, and anomaly detection, while cloud-native operations simplify deployment and upgrades on a unified AI and RAN platform. The deployment showcased next-generation Open vRAN architecture running 1Finity Open vRAN software on Supermicro ARM-based 1U servers equipped with NVIDIA GH200 Grace Hopper Superchips, deployed on Red Hat Openshift, with 1Finity radios, a 5G standalone core, and commercial devices in a fully integrated multivendor environment. Amdocs codified the capabilities as a Network Workflow in its aOS agentic operating system, enabling global communications service providers to deploy and scale capabilities simply and flexibly. The collaboration sets the stage for the next phase of AI-driven network innovation, physical AI, positioning service providers to support latency-sensitive, context-aware and compute-intensive applications beyond traditional connectivity.
Super Micro Computer IncSupermicro ARM-based 1U servers are a key hardware component of the deployed AI-RAN blueprint.
NVIDIA CorporationNVIDIA AI infrastructure (GH200 Superchips) is integrated into the live AI-RAN blueprint, showcasing its technology in a real deployment.
Amdocs Ltd1Finity's Open vRAN software and radios are central to the live multivendor AI-RAN blueprint.
Red Hat Openshift is the cloud-native platform used for the unified AI and RAN deployment.