Creating a SageMaker HyperPod cluster with Amazon EKS orchestration - Amazon SageMaker AI
Create clusterDeploy resources

Creating a SageMaker HyperPod cluster with Amazon EKS orchestration

The following tutorial demonstrates how to create a new SageMaker HyperPod cluster and set it up with Amazon EKS orchestration through the SageMaker AI console UI.

Create cluster

To navigate to the SageMaker HyperPod Clusters page and choose Amazon EKS orchestration, follow these steps.

  1. Open the Amazon SageMaker AI console at https://console.aws.amazon.com/sagemaker/.

  2. Choose HyperPod Clusters in the left navigation pane and then Cluster Management.

  3. On the SageMaker HyperPod Clusters page, choose Create HyperPod cluster.

  4. On the Create HyperPod cluster drop-down, choose Orchestrated by Amazon EKS.

  5. On the EKS cluster creation page, you will see two options, choose the option that best fits your needs.

    1. Quick setup - To get started immediately with default settings, choose Quick setup. With this option, SageMaker AI will create new resources such as VPC, subnets, security groups, Amazon S3 bucket, IAM role, and FSx for Lustre in the process of creating your cluster.

    2. Custom setup - To integrate with existing AWS resources or have specific networking, security, or storage requirements, choose Custom setup. With this option, you can choose to use the existing resources or create new ones, and you can customize the configuration that best fits your needs.

On the Quick setup section, follow these steps to create your HyperPod cluster with Amazon EKS orchestration.

General settings

Specify a name for the new cluster. You can’t change the name after the cluster is created.

Instance groups

To add an instance group, choose Add group. Each instance group can be configured differently, and you can create a heterogeneous cluster that consists of multiple instance groups with various instance types. To deploy a cluster, you must add at least one instance group. Follow these steps to add an instance group.

  1. For Instance group type, choose Standard or Restricted Instance Group (RIG). Typically, you will choose Standard, which provides a general purpose computing environment without additional security restrictions. Restricted Instance Group (RIG) is a specialized environment for foundational models customization such as Amazon Nova. For more information about setting up RIG for Amazon Nova model customization, see Amazon Nova customization on Amazon SageMaker HyperPod.

  2. For Name, specify a name for the instance group.

  3. For Instance capacity, choose either on-demand capacity or a training plan to reserve your compute resources.

  4. For Instance type, choose the instance for the instance group.

    Important

    Ensure that you choose an instance type with sufficient quotas and enough unassigned IP addresses for your account. To view or request additional quotas, see SageMaker HyperPod quotas.

  5. For Instance quantity, specify an integer not exceeding the instance quota for cluster usage. For this tutorial, enter 1 for all three groups.

  6. For Target Availability Zone, choose the Availability Zone where your instances will be provisioned. The Availability Zone should correspond to the location of your accelerated compute capacity.

  7. For Additional storage volume per instance (GB) - optional, specify an integer between 1 and 16384 to set the size of an additional Elastic Block Store (EBS) volume in gigabytes (GB). The EBS volume is attached to each instance of the instance group. The default mount path for the additional EBS volume is /opt/sagemaker. After the cluster is successfully created, you can SSH into the cluster instances (nodes) and verify if the EBS volume is mounted correctly by running the df -h command. Attaching an additional EBS volume provides stable, off-instance, and independently persisting storage, as described in the Amazon EBS volumes section in the Amazon Elastic Block Store User Guide.

  8. For Instance deep health checks, choose your option. Deep health checks monitor instance health during creation and after software updates, automatically recovering faulty instances through reboots or replacements when enabled.

  9. Choose Add instance group.

Quick setup defaults

This section lists all the default settings for your cluster creation, including all the new AWS resources that will be created during the cluster creation process. Review the default settings.

On the Custom setup section, follow these steps to create your first HyperPod cluster with Amazon EKS orchestration.

General settings

Specify a name for the new cluster. You can’t change the name after the cluster is created.

For Instance recovery, choose Automatic - recommended or None.

Networking

Configure network settings within the cluster and in-and-out of the cluster. For orchestration of SageMaker HyperPod cluster with Amazon EKS, the VPC is automatically set to the one configured with the EKS cluster you selected.

  1. For VPC, choose your own VPC if you already have one that gives SageMaker AI access to your VPC. To create a new VPC, follow the instructions at Create a VPC in the Amazon Virtual Private Cloud User Guide. You can leave it as None to use the default SageMaker AI VPC.

  2. For VPC IPv4 CIDR block, enter the starting IP of your VPC.

  3. For Availability Zones, choose the Availability Zones (AZ) where HyperPod will create subnets for your cluster. Choose AZs that match the location of your accelerated compute capacity.

  4. For Security group(s), choose security groups that are either attached to the Amazon EKS cluster or whose inbound traffic is permitted by the security group associated with the Amazon EKS cluster. To create new security groups, go to the Amazon VPC console.

Orchestration

Follow these steps to create or select an Amazon EKS cluster to use as an orchestrator.

  1. For EKS cluster, choose either create a new Amazon EKS cluster or use an existing one.

    If you need to create a new EKS cluster, you can create it from the EKS cluster section without having to open the Amazon EKS console.

    Note

    The VPC subnet you choose for HyperPod has to be private.

    After submitting a new EKS cluster creation request, wait until the EKS cluster becomes Active.

  2. For Kubernetes version, choose a version from the drop-down menu. For more information about Kubernetes versions, see Understand the Kubernetes version lifecycle on EKS from the Amazon EKS User Guide.

  3. For Operators, choose Use default Helm charts and add-ons or Don't install operators. The option defaults to Use default Helm charts and add-ons, which will be used to install operators on the EKS cluster. For more information about the default Helm charts and add-ons, see helm_chart from the GitHub repository. For more information, see Installing packages on the Amazon EKS cluster using Helm.

  4. For Enabled operators, view the list of enabled operators. To edit the operators, uncheck the box at top and choose operators to enable for the EKS cluster.

    Note

    To use HyperPod with EKS, you must install Helm charts and add-ons that enable operators on the EKS cluster. These components configure EKS as the control plane for HyperPod and provide the necessary setup for workload management and orchestration.

Instance groups

To add an instance group, choose Add group. Each instance group can be configured differently, and you can create a heterogeneous cluster that consists of multiple instance groups with various instance types. To deploy a cluster, you must add at least one instance group. Follow these steps to add an instance group.

  1. For Instance group type, choose Standard or Restricted Instance Group (RIG). Typically, you will choose Standard, which provides a general purpose computing environment without additional security restrictions. Restricted Instance Group (RIG) is a specialized environment for foundational models customization such as Amazon Nova. For more information about setting up RIG for Amazon Nova model customization, see Amazon Nova customization on Amazon SageMaker HyperPod.

  2. For Name, specify a name for the instance group.

  3. For Instance capacity, choose either on-demand capacity or a training plan to reserve your compute resources.

  4. For Instance type, choose the instance for the instance group.

    Important

    Ensure that you choose an instance type with sufficient quotas and enough unassigned IP addresses for your account. To view or request additional quotas, see SageMaker HyperPod quotas.

  5. For Instance quantity, specify an integer not exceeding the instance quota for cluster usage. For this tutorial, enter 1 for all three groups.

  6. For Target Availability Zone, choose the Availability Zone where your instances will be provisioned. The Availability Zone should correspond to the location of your accelerated compute capacity.

  7. For Additional storage volume per instance (GB) - optional, specify an integer between 1 and 16384 to set the size of an additional Elastic Block Store (EBS) volume in gigabytes (GB). The EBS volume is attached to each instance of the instance group. The default mount path for the additional EBS volume is /opt/sagemaker. After the cluster is successfully created, you can SSH into the cluster instances (nodes) and verify if the EBS volume is mounted correctly by running the df -h command. Attaching an additional EBS volume provides stable, off-instance, and independently persisting storage, as described in the Amazon EBS volumes section in the Amazon Elastic Block Store User Guide.

  8. For Instance deep health checks, choose your option. Deep health checks monitor instance health during creation and after software updates, automatically recovering faulty instances through reboots or replacements when enabled. To learn more, see Deep health checks

  9. Choose Add instance group.

Lifecycle scripts

You can choose to use the default lifecycle scripts or the custom lifecycle scripts, which will be stored in your Amazon S3 bucket. You can view the default lifecycle scripts in the Awesome Distributed Training GitHub repository. To learn more about the lifecycle scripts, see Customizing SageMaker HyperPod clusters using lifecycle scripts.

  1. For Lifecycle scripts, choose to use default or custom lifecycle scripts.

  2. For S3 bucket for lifecycle scripts, choose to create a new bucket or use an existing bucket to store the lifecycle scripts.

Permissions

Choose or create an IAM role that allows HyperPod to run and access necessary AWS resources on your behalf. For more information, see IAM role for SageMaker HyperPod.

Storage

Configure the FSx for Lustre file system to be provisioned on the HyperPod cluster.

  1. For File system, choose an existing FSx for Lustre file system, to create a new FSx for Lustre file system, or don't provision an FSx for Lustre file system.

  2. For Throughput per unit of storage, choose the throughput that will be available per TiB of provisioned storage.

  3. For Storage capacity, enter a capacity value in TB.

  4. For Data compression type, choose LZ4 to enable data compression.

  5. For Lustre version, view the value that's recommended for the new file systems.

Tags - optional

For Tags - optional, add key and value pairs to the new cluster and manage the cluster as an AWS resource. To learn more, see Tagging your AWS resources.

Deploy resources

After you complete the cluster configurations using either Quick setup or Custom setup, choose the following option to start resource provisioning and cluster creation.

  • Submit - SageMaker AI will start provisioning the default configuration resources and creating the cluster.

  • Download CloudFormation template parameters - You will download the configuration parameter JSON file and run AWS CLI command to deploy the CloudFormation stack to provision the configuration resources and creating the cluster. You can edit the downloaded parameter JSON file if needed. If you choose this option, see more instructions in Creating SageMaker HyperPod clusters using AWS CloudFormation templates.