Run high-performance computing (HPC) applications on Azure

  • Learning Path
  • 6 Modules

At a glance

Azure HPC is a purpose-built cloud capability for HPC & AI workload, using leading-edge processors and HPC-class InfiniBand interconnect, to deliver the best application performance, scalability, and value. Azure HPC enables users to unlock innovation, productivity, and business agility, through a highly available range of HPC & AI technologies that can be dynamically allocated as your business and technical needs change. This learning path is a series of modules that help you get started on Azure HPC - you can choose topics you are most interested in or progress through each of them one by one.

Prerequisites

  • Basic familiarity with Azure compute services

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Modules in this learning path

Create, customize, and manage an HPC cluster in Azure with Azure CycleCloud

Azure CycleCloud is an application that provides a simple, secure, and scalable way to create, customize, and manage high-performance computing (HPC) clusters in Azure.

Customize high-performance computing clusters deployed with Azure CycleCloud

Azure CycleCloud templates offer a declarative provisioning model that helps you minimize administrative overhead associated with deploying and maintaining custom HCP environments in Azure.

Choose the best service level of Azure NetApp Files for your high-performance computing (HPC) applications

Choose the best service level of Azure NetApp Files based on your throughput requirements and including cost considerations.

Improve Azure NetApp Files performance for your EDA and HPC applications by using best practices

Learn how to improve Azure NetApp Files performance for your EDA and HPC applications by using best practices.

Optimizing tightly coupled HPC applications on HBv2, HC, and HB series virtual machines

This module provides you with guidance on choosing the right SKU for your high-performance computing (HPC) applications, and how to build and run highly optimized and tightly coupled HPC applications.

Troubleshoot tightly coupled HPC applications on HBv2, HC, and HB series virtual machines

Provide guidance on troubleshooting runtime failures and performance bottlenecks in tightly coupled HPC applications.

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