Break free from the overhead and limitations of your on-premises infrastructure. Tap into unlimited resources to scale your high performance computing (HPC) jobs—analyzing large-scale data, running simulations and financial models, and experimenting while reducing time to market.
Use a Cray supercomputer
Run your most demanding workloads on a Cray supercomputer—near the Azure services you’re already using. Add a dedicated Cray supercomputer to your virtual network in Azure and innovate faster, access advanced services, and consolidate your IT footprint.
Scale on demand, stay on budget
When the amount of data you have to ingest and process grows, tap into cloud resources for elastic extension of compute capabilities. Scale cost-effectively with the high performance computing (HPC) capabilities of Azure.
Democratize access to achieve fast results
As scientific experiments drive an explosion in data growth, the need to share, process, and protect that data grows too. Bring collaborative, scalable, and secure access from anywhere, at any time, to all users.
Reduce time to market
Add flexible compute resources to deliver more granularity and improved results faster. Ultimately, you’ll finish more projects and get more done.
Disrupt the market with new products
Whether re-inventing classic lines of business apps, re-architecting proven scenarios, or taking data-driven into overdrive, you need fast and flexible architectures. Use Azure to build architectures that expand, adapt, and shrink with the demand of customers.
Success stories from partners like you
Big compute with Azure Batch
Big compute and high performance computing (HPC) workloads are normally compute intensive and can be run in parallel, taking advantage of the scale and flexibility of the cloud. The workloads are often run asynchronously using batch processing, with compute resources required to run the work and job scheduling required to specify the work. Examples of Big Compute and HPC workloads include financial risk Monte Carlo simulations, image rendering, media transcoding, file processing, and engineering or scientific simulations.
This solution implements a cloud-native application with Azure Batch, which provides compute resource allocation and management, application installation, resource auto-scaling, and job scheduling as a platform service. Batch also offers higher level workload accelerators specifically for running R in parallel, AI training, and rendering workloads.
This solution is built on the Azure managed services—Virtual Machines, Storage, and Batch. These services run in a high-availability environment, patched and supported, allowing you to focus on your solution.
- 1 Upload input files and the applications to your Azure Storage account.
- 2 Create a Batch pool of compute nodes, a job to run the workload on the pool, and the tasks in the job.
- 3 Batch downloads input files and applications.
- 4 Batch monitors task execution.
- 5 Batch uploads task output.
- 6 Download output files.
Hybrid HPC in Azure with HPC Pack
Microsoft HPC Pack is a free high performance computing (HPC) solution built on Microsoft Azure and Windows Server technologies. HPC Pack combines a comprehensive set of deployment, administration, job scheduling, and monitoring tools for your Windows and Linux HPC cluster environment, providing a flexible platform for developing and running HPC applications on premises and in Azure.
This solution shows the process for using HPC Pack to create a hybrid (on-premises and Azure) HPC environment.
- 1 Log into on-premises head node
- 2 Add Azure compute nodes to the cluster
- 3 Start the compute nodes
- 4 Submit jobs to the cluster
- 5 HPC Pack sends jobs to on-premises and Azure nodes based upon the node group selected
- 6 Monitor job progress
- 7 Stop the compute nodes or configure auto-scaling
Use the applications and middleware that you love
Find HPC applications from our trusted partners in the Azure Marketplace and around the web.
Find a solution partner
Rogue Wave Software
Rogue Wave helps thousands of global enterprise customers tackle the hardest and most complex issues in building, connecting, and securing applications.
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