AI Factories from Supermicro and NVIDIA are complete, turnkey solutions designed to simplify enterprise AI deployment at scale, delivering faster time‑to‑online and time‑to‑revenue. These end‑to‑end AI infrastructure solutions combine high‑performance GPU compute, AI software, high‑speed networking, and scalable storage to accelerate data‑center‑ready AI workloads.
Supermicro BigTwin® provides maximum compute and storage density with power efficiency, making it a compelling choice for modern workloads that demand scalability, flexibility, and performance in any energy-constrained environments.
SteelDome on Supermicro BigTwin® provides a validated, high-density path to modern infrastructure – unifying storage, virtualization, and orchestration in a single platform. Designed to scale without disruptive migrations and built to support performance-intensive workloads with strong resilience, the combination of cluster-first software and cluster-friendly BigTwin hardware enables customers to deploy quickly, operate, and scale confidently.
AI Factories from Supermicro and NVIDIA are complete, turnkey solutions designed to simplify enterprise AI deployment at scale, delivering faster time‑to‑online and time‑to‑revenue. These end‑to‑end AI infrastructure solutions combine high‑performance GPU compute, AI software, high‑speed networking, and scalable storage to accelerate data‑center‑ready AI workloads.
Supermicro BigTwin® provides maximum compute and storage density with power efficiency, making it a compelling choice for modern workloads that demand scalability, flexibility, and performance in any energy-constrained environments.
SteelDome on Supermicro BigTwin® provides a validated, high-density path to modern infrastructure – unifying storage, virtualization, and orchestration in a single platform. Designed to scale without disruptive migrations and built to support performance-intensive workloads with strong resilience, the combination of cluster-first software and cluster-friendly BigTwin hardware enables customers to deploy quickly, operate, and scale confidently.
xiNAS is Xinnor’s high-performance NFS server solution designed for AI, HPC, and other throughput-hungry environments. This document presents a validation of xiNAS on a Supermicro NVMe server, demonstrating performance and resilience across multi-client and multi-server scenarios, including degraded and rebuild states.
Supermicro’s portfolio includes several high-performance storage platforms specifically engineered for AI workloads on object storage, delivering the high throughput and low latency required for both inference and training.
In this solution brief, we will describe a high-performance storage cluster, purpose-built for the most demanding AI training and inference workloads running over an Ethernet network. The key components of the storage architecture include Supermicro’s Petascale server equipped with Micron E3.S NVMe, connected via NVIDIA Spectrum-X Ethernet.
Supermicro X14 Systems Deliver Outstanding Storage Performance and Power Efficiency for Optimal Storage Solutions in AI, HPC, and Critical Enterprise Applications.
Introducing 4 storage essentials for enterprise AI success; explore how to right-size data lakes (for aggregating enterprise data) and lakehouses (for running analytics) to power success in the AI era.
Supermicro and DDN have collaborated to create the Enterprise AI HyperPOD, a turnkey solution for enterprise AI inferencing and Retrieval-Augmented Generation (RAG).
STAC recently performed a STAC-M3™ benchmark audit on a solution featuring the KDB+ database system sharded across six Supermicro Storage SuperServer SSG-222B-NE3X24R servers. (ID: KDB250929)
AI/ML workloads demand extreme performance and uncompromising data resilience. Supermicro GPU servers paired with Graid Technology’s SupremeRAID™ AE (AI Edition) deliver RAID 5 protection for NVMe SSDs with near-native bandwidth, even under AI I/O patterns using NVIDIA GPUDirect® Storage (GDS).
As AI/ML, Agentic AI, and Retrieval-Augmented Generation (RAG) workloads grow in complexity and demand, the performance of underlying storage systems becomes mission-critical. To keep GPUs fully utilized, storage must deliver exceptional performance in both sequential and random operations. With their excellent performance, NVMe PCIe drives are ideal for mission-critical applications.
No-Compromise Storage Solutions to Speed Up HPC Workloads
SupermeRAID™ HE, Supermicro’s All-flash SBB System, and BeeGFS for Unmatched NVMe Storage
Powerful New Single-Socket Servers Feature Up to 136 PCIe 5.0 Lanes to Support a Multitude of Expansion and Storage Devices with an Increase in erformance Over Older Dual-Socket Servers
