Supermicro AS -8126GS-NB3RT-01-G2 GPU SuperServer

The Supermicro AS-8126GS-NB3RT-01-G2 GPU SuperServer is designed as a high-density computing platform built to support intensive AI workloads, large-scale data processing, and scientific computation tasks. It combines multi-GPU acceleration, high-capacity DDR5 memory bandwidth, and advanced thermal design within a rack-mounted architecture intended for demanding compute environments where throughput and parallel processing demand are consistently high.

Key Features of AS-8126GS-NB3RT-01-G2

• Supports NVIDIA HGX multi-GPU architecture with high-speed interconnect fabric for parallel processing workloads
• Dual AMD EPYC processor platform designed for heavy multi-threaded compute tasks
• Up to 3TB DDR5-6400 ECC memory capacity for large dataset handling and memory-intensive applications
• High-bandwidth GPU-to-GPU communication via NVLink and NVSwitch technology
• Multiple NVMe storage bays supporting fast data ingestion and retrieval
• High-capacity 6600W Titanium-rated redundant power system for sustained high-load operation
• Advanced airflow and thermal design built for dense rack deployment

Compute Architecture

The system is built around a dual-socket AMD EPYC CPU configuration paired with an NVIDIA HGX multi-GPU layout, enabling simultaneous execution of large-scale parallel workloads. This structure supports intensive AI model training and high-throughput computational pipelines.

Memory and Data Handling

Maximize your data throughput and minimize latency with a high-performance memory and storage architecture built for scale. This SuperServer is equipped with 3TB of high-speed DDR5-6400 RAM, ensuring rapid data access for memory-intensive analytics and business intelligence applications. Storage flexibility is guaranteed via a combination of a 1.9TB M.2 NVMe boot drive and dual 7.68TB NVMe E1.S drives, providing the reliability and high-speed input/output required for massive datasets. With integrated 200GbE networking, the AS -8126GS-NB3RT-01-G2 is ready to seamlessly integrate into modern, high-speed data center environments, ensuring your network keeps pace with your compute power.

Power and System Design

A 6600W Titanium-level redundant power architecture supports continuous high-load operation across all compute components. The chassis design prioritizes airflow efficiency and thermal balance to maintain stable performance under dense GPU workloads.