Supermicro H15 SP7 GPU systems are designed to deliver accelerated performance for today’s most demanding workloads, including artificial intelligence, machine learning, data analytics, and high-performance computing (HPC). Built to support the latest AMD EPYC™ processors alongside next-generation GPU architectures, these platforms enable powerful, scalable compute across modern data centers.From flexible PCIe-based configurations to next-generation AI platforms, the H15 GPU portfolio supports a wide range of deployment models and performance requirements.
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Accelerated Compute Platforms for AI and High-Performance Workloads
H15 SP7 GPU Systems
GPU-accelerated systems enable organizations to process data faster, train models more efficiently, and scale performance to meet the demands of modern AI-driven workloads.
High-density GPU systems engineered for maximum performance in advanced AI and high-performance computing environments
Helios
Systems
Modular GPU platforms designed for adaptable, scalable infrastructure across evolving AI workloads
MGX
Systems
Next-generation GPU platforms designed for large-scale AI training and advanced accelerated workloads
Rubin 200
Systems
Flexible GPU-accelerated platforms supporting a wide range of AI, inference, and compute-intensive applications
PCIe GPU
Systems
SP7 GPU Systems
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4U GPU-optimized system designed to support up to 8 PCIe GPUs, delivering flexible, high-performance acceleration for AI, HPC, and data-intensive workloads
AS -6127G7-NRT2
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Ideal for inference, training, data processing, and simulation workloads
Optimized for AI and HPC Workloads
Standard rackmount design supports integration across existing data center environments
Broad Deployment Compatibility
Combines powerful CPU performance with GPU acceleration for mixed workloads
Balanced Compute and Acceleration
Designed to scale from moderate to high-performance GPU deployments
Scalable Performance Architecture
Supports a wide range of PCIe GPUs for diverse AI and compute workloads
Flexible GPU Configurations
Key Capabilities:
High-efficiency redundant power supplies designed for GPU-intensive environments
Power Supply
Supports high-speed networking with flexible I/O configurations for data-intensive workloads
Networking & I/O
Supports NVMe and SATA configurations for high-speed storage
Drive Bays
Supports up to 8 PCIe GPUs
GPU Support
Up to 8–10 PCIe slots for GPU, networking, and storage expansion
Expansion
Up to 32 DIMM slots supporting high-capacity DDR5 memory
Memory
Supports dual AMD EPYC™ SP7 processors
Processors
4U GPU-optimized rackmount configuration
Form Factor
Featured System Specs:
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Supermicro H15 SP7 PCIe GPU systems provide flexible, high-performance acceleration for a wide range of workloads, including artificial intelligence, machine learning, data analytics, and high-performance computing (HPC). Built to support the latest AMD EPYC™ SP7 processors alongside PCIe-based GPU configurations, these systems offer scalable performance with broad deployment flexibility.Designed for adaptability, PCIe GPU platforms support multiple GPU configurations and expansion options, making them ideal for organizations looking to deploy accelerated compute without the constraints of specialized system architectures.
Flexible GPU Acceleration for Scalable AI and Compute Workloads
H15 SP7 PCIe GPU Systems
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SP7 GPU Systems
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High-performance AI system supporting up to 8 GPUs for large-scale training workloads
AS -2127G7-R2B-ALC
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Ideal for large language models, deep learning, and complex data processing tasks
Optimized for Advanced AI Workloads
Supports distributed training and large-scale deployment across modern data centers
Scalable AI Infrastructure
Delivers high-performance acceleration within dense system configurations
Extreme Compute Density
Optimized for fast data movement and communication across GPUs and system components
High-Bandwidth Data Processing
Designed to support advanced GPU architectures for large-scale AI training and compute-intensive workloads
Next-Generation GPU Acceleration
Key Capabilities:
DC Bus Bar
Power Supply
Front DC-SCM module1x USB Type-A, 1x Micro USB, 2x LAN, 1x miniDP8x OSFP (IB XDR, ETH 1x 800G) from CX9 on HGX Rubin NVL8 Board
Networking & I/O
Up to 8x E1.S
2x NVMe M.2 OS Boot module
Drive Bays
Supports up to 8 next-generation high-performance GPUs
GPU Support
Up to 1x PCIe 6.0 x16
Expansion
32x DIMM slots (1DPC)
Memory
Dual AMD EPYC™ SP7 Processors
Processors
High-density GPU system configurations designed for AI and HPC environments
Form Factors
Featured System Specs:
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Supermicro H15 SP7 Rubin 200 systems represent the next generation of GPU-accelerated infrastructure, designed to support large-scale artificial intelligence training, advanced analytics, and high-performance computing workloads. Built to integrate next-generation GPU architectures with high-performance AMD EPYC™ SP7 processors, these platforms deliver exceptional compute density and accelerated data processing capabilities.Engineered for the most demanding AI environments, Rubin 200 systems are optimized for high-bandwidth communication, rapid data throughput, and scalable deployment across distributed infrastructure—enabling organizations to train larger models faster and more efficiently.
Next-Generation AI Platforms for Large-Scale Model Training
H15 SP7 Rubin 200 Systems
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SP7 GPU Systems
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Modular GPU platform designed for scalable AI and high-performance computing workloads
AS -6127GL7-NRT2
Featured Product Lines
Combines compute, storage, and GPU acceleration in a modular platform
Balanced Performance and Efficiency
Adaptable system architecture for a variety of data center environments
Flexible Deployment Options
Supports training, inference, and high-performance data processing
Optimized for AI and HPC Workloads
Enables efficient scaling of GPU resources across deployments
Scalable Infrastructure Design
Designed for flexible system configurations to support evolving AI workloads
Modular GPU Architecture
Key Capabilities:
Up to 6x high-efficiency power supplies, Titanium Level 96% (3200W)
Power Supply
Rear: DC-SCM (1x dedicated BMC LAN, 2x USB, 1x VGA)
Networking & I/O
Up to 8x E3.S/E1.S
2x M.2 (On-board)
Drive Bays
Supports up to 10x DW PCIe-based GPUs
GPU Support
Up to 13x PCIe 6.0 x16 FHFL1x AIOM/OCP 3.0 (PCIe 6.0 x16)
Expansion
32x DIMM slots (1DPC)
Memory
Dual AMD EPYC™ SP7 processors up to 256c
Processors
6U GPU system configuration
Form Factors
Featured System Specs:
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Supermicro H15 SP7 MGX systems are designed to deliver modular, scalable GPU-accelerated infrastructure for evolving AI and high-performance computing workloads. Built to support the latest AMD EPYC™ SP7 processors and modular GPU configurations, MGX platforms enable flexible system design while maintaining performance and deployment efficiency.With a focus on adaptability, MGX systems allow organizations to scale GPU resources and infrastructure more efficiently, supporting a wide range of AI training, inference, and data-intensive applications.
Modular GPU Platforms for Scalable AI Infrastructure
H15 SP7 MGX Systems
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SP7 GPU Systems
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Compact GPU-enabled system designed for efficient AI inference and edge deployments
AS -1117G7-FM455O-ALC
Featured Product Lines
Designed for efficient operation within constrained power environments
Power-Optimized Infrastructure
Enables simplified monitoring and control across deployments
Integrated System Management
Ideal for real-time processing and distributed computing environments
Optimized for AI Inference
Balances performance and power efficiency for targeted workloads
Efficient Single-Socket Architecture
Optimized for space-constrained and edge deployment environments
Compact GPU-Ready Design
Key Capabilities:
288 kW Rack Power, 50VDC upsized busbar
Power Supply
1x DCSCM (1x USB3.0, 1x USB2.0, 1x RJ45 Dedicated IPMI, 1x VGA)
2x Vulcan 800 Custom AI NIC, 1x AMC
Networking & I/O
5x E1.S
Drive Bays
Supports GPU-accelerated configurations (PCIe-based)
GPU Support
1–2x Front OCP 3.0 NICs
Expansion
16x DIMM slots (1DPC)
Memory
Single AMD EPYC™ SP7 processor up to 96c
Processors
Compact rackmount system (42” W x 1.83” H x 38.1” D)
Form Factors
Featured System Specs:
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Supermicro H15 SP7 Helios systems are designed to deliver efficient GPU-accelerated performance in compact, power-optimized form factors. Built on AMD EPYC™ SP7 processors, these systems support AI inference, edge computing, and space-constrained deployments where performance and efficiency must be balanced.With a focus on streamlined design and integrated system architecture, Helios platforms enable organizations to deploy GPU acceleration in environments where traditional high-density systems may not be practical.
Compact GPU Platforms for Efficient AI and Edge Deployments
H15 SP7 Helios Systems
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