Migrating from x86 to AWS Graviton on Amazon EKS using Karpenter
Containers Blog
This article provides a comprehensive guide for migrating Amazon EKS workloads from x86 to AWS Graviton, highlighting the performance and energy efficiency benefits of Graviton-based instances.
- Multi-architecture container images are crucial for migration, requiring support for both x86 and arm64 architectures
- Karpenter can be used to schedule and manage AWS Graviton nodes with flexible configuration options
- Recommended migration strategy includes:
- Start with low-risk services
- Progress to larger services
- Migrate mission-critical services with close monitoring
- Helm can simplify migration by providing configurable tolerations
- Monitoring tools and Graviton Savings Dashboard help track migration progress and potential cost savings
The article emphasizes careful planning, gradual rollout, and continuous monitoring to ensure a successful migration to AWS Graviton.
The AWS News Feed is currently looking for gold sponsors. If you want to support the AWS community and reach a large audience of AWS professionals, consider sponsoring the AWS News Feed.
Related articles
Dec 11
2024
2024
Accelerate your AWS Graviton adoption with the AWS Graviton Savings Dashboard
May 27
2026
2026
Migrating your Java applications to AWS Graviton using AWS Transform custom
Jul 17
2024
2024
Harnessing Karpenter: Transitioning Kafka to Amazon EKS with AWS solutions
Nov 20
2024
2024
How HP achieved 40% improvement in Kubernetes node utilization on Amazon EKS using Karpenter
The AWS News Feed is currently looking for silver sponsors. If you want to support the AWS community and reach a large audience of AWS professionals, consider sponsoring the AWS News Feed.