Optimal HPC Cluster Building Blocks
A HPC cluster is many nodes put together in a networked scenario to output high-performance workloads. Creating the building blocks is very important as a HPC cluster is simply put, a few, or many, elements that combine to make the cluster.
They can be built in many different ways and often it depends on the use case for the HPC Cluster. There are use cases for research-intensive setups, financial services, GPU workloads, and more. We’re experienced in building out many different types of HPC clusters.Â
For the Hyper-Converged Infrastructure, this particular server supports Dual Socket P+ (LGA-4189) 3rd Generation Intel® Xeon® Scalable Processors, 16 DIMMs which can have up to 4TB RAM. With Intel® X710 Dual port 10GBase-T LAN onboard, the networking element is well equipped to handle many heavy workloads.Â
Storage – 4U 90 Bay Storage Server
For storage, there is typically a lot of deployment scenarios, this server supports up to 90 bays with the following disk configuration: 90 3.5″/2.5″ Hot-swap SAS3/SATA3 drives, 2x Fixed slim SATA SSD, 2x NVMe M.2 (form factor: 2280 and 22110).
GPU – 4U 8 x H100 GPU Server
This GPU system has NVIDIA® NVLinkâ„¢ with NVSwitchâ„¢ for GPU to GPU interconnect. This server has 8-GPU compatibility to handle all the GPU workloads throughout the cloud.Â
NVMe – 2U 24 x NVMe Server
For the NVMe element, this server model supports 24x 2.5″ hot-swap NVMe/SATA/SAS drive bays (22x 2.5″ NVMe hybrid) and we’ve found it to be optimally a strong server for these types of configurations.
We’d be happy to talk about your specific workloads and how a HPC cluster will work for you.
Enquire today by using the form below, and one of our expert team will be in touch.
They can be built in many different ways and often it depends on the use case for the HPC Cluster. There are use cases for research-intensive setups, financial services, GPU workloads, and more. We’re experienced in building out many different types of HPC clusters.Â
HPC Building Blocks
Compute – 1U Supermicro Ultra
For the compute element of the GPU cloud, we recommend using SuperMicros Ultra SuperServer. We have extensive experience building this out as the compute node. It has 32 DIMM Slots, which can fit up to 8TB DRAM. For the CPU element, it supports Dual Socket P+ (LGA-4189) 3rd Gen Intel® Xeon® Scalable Processors.
For the Hyper-Converged Infrastructure, this particular server supports Dual Socket P+ (LGA-4189) 3rd Generation Intel® Xeon® Scalable Processors, 16 DIMMs which can have up to 4TB RAM. With Intel® X710 Dual port 10GBase-T LAN onboard, the networking element is well equipped to handle many heavy workloads.Â
Storage – 4U 90 Bay Storage Server
For storage, there is typically a lot of deployment scenarios, this server supports up to 90 bays with the following disk configuration: 90 3.5″/2.5″ Hot-swap SAS3/SATA3 drives, 2x Fixed slim SATA SSD, 2x NVMe M.2 (form factor: 2280 and 22110).
GPU – 4U 8 x H100 GPU Server
This GPU system has NVIDIA® NVLinkâ„¢ with NVSwitchâ„¢ for GPU to GPU interconnect. This server has 8-GPU compatibility to handle all the GPU workloads throughout the cloud.Â
NVMe – 2U 24 x NVMe Server
For the NVMe element, this server model supports 24x 2.5″ hot-swap NVMe/SATA/SAS drive bays (22x 2.5″ NVMe hybrid) and we’ve found it to be optimally a strong server for these types of configurations.
We’d be happy to talk about your specific workloads and how a HPC cluster will work for you.
Enquire today by using the form below, and one of our expert team will be in touch.
General Enquiry
Optimal HPC Cluster Building Blocks
A HPC cluster is many nodes put together in a networked scenario to output high-performance workloads. Creating the building blocks is very important as a HPC cluster is simply put, a few, or many, elements that combine to make the cluster.
They can be built in many different ways and often it depends on the use case for the HPC Cluster. There are use cases for research-intensive setups, financial services, GPU workloads, and more. We’re experienced in building out many different types of HPC clusters.Â
For the Hyper-Converged Infrastructure, this particular server supports Dual Socket P+ (LGA-4189) 3rd Generation Intel® Xeon® Scalable Processors, 16 DIMMs which can have up to 4TB RAM. With Intel® X710 Dual port 10GBase-T LAN onboard, the networking element is well equipped to handle many heavy workloads.Â
Storage – 4U 90 Bay Storage Server
For storage, there is typically a lot of deployment scenarios, this server supports up to 90 bays with the following disk configuration: 90 3.5″/2.5″ Hot-swap SAS3/SATA3 drives, 2x Fixed slim SATA SSD, 2x NVMe M.2 (form factor: 2280 and 22110).
GPU – 4U 8 x H100 GPU Server
This GPU system has NVIDIA® NVLinkâ„¢ with NVSwitchâ„¢ for GPU to GPU interconnect. This server has 8-GPU compatibility to handle all the GPU workloads throughout the cloud.Â
NVMe – 2U 24 x NVMe Server
For the NVMe element, this server model supports 24x 2.5″ hot-swap NVMe/SATA/SAS drive bays (22x 2.5″ NVMe hybrid) and we’ve found it to be optimally a strong server for these types of configurations.
We’d be happy to talk about your specific workloads and how a HPC cluster will work for you.
Enquire today by using the form below, and one of our expert team will be in touch.
They can be built in many different ways and often it depends on the use case for the HPC Cluster. There are use cases for research-intensive setups, financial services, GPU workloads, and more. We’re experienced in building out many different types of HPC clusters.Â
HPC Building Blocks
Compute – 1U Supermicro Ultra
For the compute element of the GPU cloud, we recommend using SuperMicros Ultra SuperServer. We have extensive experience building this out as the compute node. It has 32 DIMM Slots, which can fit up to 8TB DRAM. For the CPU element, it supports Dual Socket P+ (LGA-4189) 3rd Gen Intel® Xeon® Scalable Processors.
For the Hyper-Converged Infrastructure, this particular server supports Dual Socket P+ (LGA-4189) 3rd Generation Intel® Xeon® Scalable Processors, 16 DIMMs which can have up to 4TB RAM. With Intel® X710 Dual port 10GBase-T LAN onboard, the networking element is well equipped to handle many heavy workloads.Â
Storage – 4U 90 Bay Storage Server
For storage, there is typically a lot of deployment scenarios, this server supports up to 90 bays with the following disk configuration: 90 3.5″/2.5″ Hot-swap SAS3/SATA3 drives, 2x Fixed slim SATA SSD, 2x NVMe M.2 (form factor: 2280 and 22110).
GPU – 4U 8 x H100 GPU Server
This GPU system has NVIDIA® NVLinkâ„¢ with NVSwitchâ„¢ for GPU to GPU interconnect. This server has 8-GPU compatibility to handle all the GPU workloads throughout the cloud.Â
NVMe – 2U 24 x NVMe Server
For the NVMe element, this server model supports 24x 2.5″ hot-swap NVMe/SATA/SAS drive bays (22x 2.5″ NVMe hybrid) and we’ve found it to be optimally a strong server for these types of configurations.
We’d be happy to talk about your specific workloads and how a HPC cluster will work for you.
Enquire today by using the form below, and one of our expert team will be in touch.