Unify Data Silos Across Locations and Existing Storage Systems

Hammerspace and Supermicro provide a high-performance, scalable, and reliable data management solution, specifically optimized for AI and GPU cloud use cases.

Supermicro and Hammerspace enable enterprises with multiple storage silos or multiple sites, the ability the unify these environments into a single global distributed parallel file system. The Hammerspace Global Data Platform provides file and object storage access for a variety of use cases including GPU and AI workflows, media and entertainment, HPC and enterprise data lakes. When used with Supermicro’s Petascale All-Flash storage servers and JBOF storage arrays with NVIDIA® BlueField®-3 DPUs,  Hammerspace’s scalable platform empowers our customers to provide high-performance solutions that accelerate innovation and drive efficiency across hybrid cloud and AI-driven environments.

Partner and Supermicro Advantage

Simplified Purchasing and Deployment

Supermicro and Hammerspace have partnered to deliver the Global Data Platform software as appliances based on Supermicro servers. These appliances deliver the power of Hammerspace on pre-certified hardware that is optimized for price-performance, with the convenience and simplicity of an appliance purchasing model.

Scale Linearly

Hammerspace software and Supermicro servers scale from a few nodes to thousands of storage nodes, Exabytes of capacity, and billions of files - all while maintaining consistent I/O performance - with a standards-based parallel file system architecture.

Flexible Configuration Options

Hammerspace reference architectures with Supermicro servers are designed to address a broad range of performance and capacity needs, including the extreme levels of performance required in AI and HPC workloads. Metadata and data servers are scaled independently using the server types shown below.

Standards-based Architecture

Hammerspace provides high-performance storage and an orchestrated data platform on standard servers using standard Linux. No specialized hardware is required, making flexibility for customer requirements easy to achieve.

Featured Systems

Supermicro 1U CloudDC system with PCIe 5.0, single AMD EPYC™ Processor, and 10 hot-swap drive bays: AS -1115CS-TNR

H13 CloudDC with PCIe 5.0

AS -1115CS-TNR
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Supermicro 1U X13 CloudDC system with PCIe 5.0, dual Intel® Xeon® Processors, and 8 hot-swap drive bays: SYS-121C-TN2R

X13 DP CloudDC with PCIe 5.0

SYS-121C-TN2R
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Supermicro 1U X13 CloudDC system with PCIe 5.0, dual Intel® Xeon® processors, and 10 hot-swap drive bays: SYS-121C-TN2R

X13 1U DP CloudDC

SYS-121C-TN10R
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Supermicro 2U X13 Hyper system with PCIe 5.0, dual Intel® Xeon® processors, and 24 hot-swap drive bays: SYS-221H-TN24R

X13 2U Hyper

SYS-221H-TN24R
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Supermicro 2U X13 Hyper-U system with PCIe 5.0, single AMD EPYC™ processor, and 24 hot-swap drive bays: AS -2115HS-TNR

H13 2U Hyper-U

AS -2115HS-TNR
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Supermicro Petascale DPU-enabled JBOF system

Petascale DPU-enabled JBOF

SSG-229J-5BU24JBF
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