Atipa Polaris Select HPC Clusters

With higher productivity and better performance

The fast path to workload-optimized hardware and software for scientific simulation and modeling

Simulation and modeling applications, including computer-aided engineering (CAE), computational fluid dynamics (CFD), and computational chemistry are designed to run on scalable, high-performance computing (HPC) clusters. To support those applications at scale, modern HPC systems require multi-core processors, high-bandwidth fabrics, and broad input/output (I/O) capabilities. Because of the complexity and variety of technologies available on the market, assembling an HPC system can be time consuming, requiring substantial effort for research, evaluation, and deployment. In addition, integration and configuration of selected components can impact the performance of the solution. The level of expertise required to properly configure the combined solution can intimidate small and medium organizations. Even larger enterprises considering the benefits of HPC clusters must weigh the time and effort it takes to ramp up capabilities. These barriers slow down adoption of HPC clusters even though the return on the investment (ROI) can be significant.

Atipa Polaris Select HPC clusters are verified Intel   Select Solutions for Simulation and Modeling, providing a fast path for purchasing and deploying a cluster for simulation and modeling workloads. Intel   Select Solutions for Simulation and Modeling consist of a pre-validated selection of components designed to meet the demands of HPC applications and workflows. These systems provide the capabilities and agility needed to support a range of different workloads and reduce or eliminate the need for multiple single-purpose systems. In addition, the performance of key system characteristics is verified for Intel   Select Solutions for Simulation and Modeling at both the node and cluster level.

Atipa Polaris Select HPC clusters take the guesswork out of buying and deploying, and they put the focus squarely where it needs to be: on using the cluster for higher productivity and better performance. Key benefits of investing in Atipa Polaris Select HPC clusters include:

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Piece-of-mind with performance-validated Atipa Polaris Select HPC clusters

Atipa Polaris Select HPC clusters are Intel   Select Solutions taking workload optimization to a new level, with configurations built in conformance with the Intel   Scalable System Framework (Intel   SSF) and verified to exploit performance advantages of technologies enabled by 2nd Gen Intel   Xeon   Scalable processors. The solutions deliver optimized performance for Message Passing Interface (MPI)-based simulation and modeling applications registered with Intel   SSF. Supportability is also addressed with the inclusion of Intel   Cluster Checker, which provides expert systems advice for administrators to use in keeping a cluster functioning.

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Atipa Polaris Select HPC clusters:

  • Are performance-optimized for highly scalable simulation and modeling applications that use MPI libraries

  •  Reduce the time required to evaluate, select, purchase, deploy, configure, and support a workload-appropriate solution

  • Improve delivery and uptime through simplified deployment and advanced diagnostics tools

  • Are compatible with the Intel   Scalable System Framework application catalog

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Inside Atipa Polaris Select HPC clusters for simulation and modeling

Atipa Polaris Select HPC Solutions for Simulation and Modeling comprise several key hardware and software components.

Atipa Polaris Select HPC Solutions use the Intel   Xeon Gold 6226 processor or a higher model Intel   Xeon processor. Intel   Xeon   Gold 6226 processors offer 12 cores to deliver exceptional performance for compute and data-intensive workloads. Optionally, Intel   Xeon   Platinum processors—with up to 28 cores—can be used to meet the most challenging compute needs. Intel   Xeon   Scalable processors feature significant enhancements that benefit HPC applications, improvements in I/O, memory, fabric integration,

and Intel   Advanced Vector Instructions 512

(Intel   AVX-512).

Compute

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Fabric

Intel   Omni-Path Architecture provides 100 gigabits per second (Gbps) bandwidth and a low-latency, next-generation fabric for HPC clusters. The 48-port switch chip delivers a 33 percent increase in density over the traditional 36-port switch ASIC historically used for InfiniBand networking, which reduces the number of required switches. Intel   Omni- Path Architecture also reduces cabling-related costs, power consumption, space requirements, and ongoing system maintenance requirements. These advancements can lower fabric costs by up to 61 percent.

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Intel   Scalable System Framework (Intel   SSF)

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The Intel   SSF specification provides an architectural foundation that enables development and deployment of a wide variety of high-performance, compute- and data-intensive workloads. Its standards-based programmability allows engineers to run diverse workloads on a broadly available, common infrastructure. Intel   SSF enables organizations to achieve high performance with flexibility, scalability, balance, and portability.

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Configurations for Atipa Polaris Select HPC Solutions for Simulation and Modeling

The table below shows the minimum hardware configuration of Atipa Polaris Select HPC Solutions as validated Intel   Select Solutions for Simulation and Modeling. To refer to a solution as an Intel   Select Solution, a solution must meet or exceed the defined minimum configuration.

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INTEL  SELECT SOLUTIONS FOR SIMULATION AND MODELING BASE CONFIGURATION
CPU
MEMORY
BOOT DRIVE
MESSAGE FABRIC
MANAGEMENT NETWORK
SOFTWARE
MINIMUM PERFORMANCE STANDARDS
*Verified to meet or exceed the above minimum performance capabilities

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Technology Selections for Intel   Select Solutions for Simulation and Modeling

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In addition to the Intel   Xeon   processor–based hardware foundation, Intel   Omni-Path Architecture, and Intel   SSF, other technologies provide further performance gains:

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  • Intel   Cluster Runtimes: Supplies key software runtime elements that are required on each cluster to ensure optimal performance paths for applications. Intel   runtime performance libraries, including Intel   Math Kernel Library (Intel   MKL) and Intel   MPI Library, deliver excellent performance optimized for clusters based on Intel   architecture.

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  • Intel   AVX-512: Boosts performance for the most demanding computational workloads, with up to double the number of floating point operations per second (FLOPS) per clock cycle, compared to previous-generation Intel   processors.

  • Intel   Cluster Checker: Inspects more than 100 characteristics related to cluster health. Intel   Cluster Checker examines the system at both the node and cluster level, making sure all components work together to deliver optimal performance. It assesses firmware, kernel, storage, and network settings and conducts high-level tests of node and network performance using the Intel   MPI Library benchmarks, STREAM*, the High-Performance LINPACK* (HPL*) benchmark, the High Performance Conjugate Gradients* (HPCG*) benchmark, and other benchmarks. Intel   Cluster Checker can be extended with custom tests, and its functionality can be embedded into other software.

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  • Phoenix Cluster Management Suite: Provides a complete HPC cluster management software stack developed by Atipa Technologies. The software stack includes node provisioning tools, resource management, I/O clients, development tools, and a variety of scientific libraries. Phoenix brings together the best open source cluster management applications and a full suite of command line utilities to deliver a fully-functional clustering environment.

  • Offer high scalability for enterprise data centers

  • Deliver performance gains for virtualized infrastructure compared to previous-generation processors

  • Achieve exceptional resource utilization and agility

  • Enable improved data and workload integrity and regulatory compliance for data center solutions

  • The family includes Intel   Xeon   Bronze processors, Intel   Xeon   Silver processors, Intel   Xeon   Gold processors, and Intel   Xeon   Platinum processors.

2nd Gen Intel   Xeon   Scalable Processors

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Simplify and Speed Up Deployments of HPC Clusters for Simulation and Modeling

Atipa Polaris Select HPC solutions are verified Intel   Select Solutions for Simulation and Modeling that combine Intel   Xeon   Scalable processors with Intel   Omni-Path Architecture, Intel   SSF, and other Intel   technologies. The combined hardware and software components deliver optimized performance for MPI-based simulation and modeling applications in a single comprehensive, verified solution. Intel   Select Solutions provide an accelerated, simplified path to unlocking the full performance benefits of the Intel   Xeon   Scalable processor family. These solutions help customers adopt the right system for their needs, with verified hardware and software configurations for targeted HPC workloads that reduce evaluation time and speed deployment, helping more users realize the benefits of HPC.

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Learn More

Intel   Xeon   Scalable Processors: https://www.atipa.com/2nd-gen-intel-xeon-scalable-procs

Intel   Omni-Path Architecture: https://www.atipa.com/intel-omni-path

Intel   Parallel Studio XE: https://www.atipa.com/intel-parallel-studio-xe

Intel   Scalable System Framework: https://www.intel.com/ssf

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High Performance Computing
and Storage Solutions
Intel Technology Provider Partner Of The Year
Top 500 and Green 500 Supercomputer Winner
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