Reinvent your Cloud Experience with 
AWS Graviton

Yes, AWS Graviton offers significantly faster performance for many workloads due to its custom-designed ARM-based processors, offering better memory bandwidth and compute capabilities compared to their predecessors.

No, Graviton 3 offers 25% better performance and faster clock rates compared to Graviton 2, making it more suitable for demanding workloads. For example, it delivers 2x faster processing for cryptography processing and 3x for machine learning workloads.

Graviton 4 delivers 30% better compute performance with improved clock rates and efficiency, compared to Graviton 3, along with 75% more memory bandwidth and 50% more cores. More specifically, it offers 40% faster database performance, 30% faster web applications, and 45% faster Java workloads,

AWS Graviton delivers up to 40% better price-performance, enhanced energy efficiency, improved security, extensive software support, and seamless availability through AWS Managed Services, making it a cost-effective and reliable choice for scaling modern cloud-native workloads efficiently.

AWS Graviton migration involves transitioning your AWS workloads from traditional x86-based instances to Graviton-powered instances, offering better performance, cost savings, and scalability with expert-guided migration strategies.

AWS Graviton supports a variety of workloads and services, enhancing performance and cost-efficiency.

Some of the major services compatible with AWS Graviton include Amazon EC2, Amazon Aurora, Amazon RDS, Amazon MemoryDB for Redis, Amazon ElastiCache, Amazon OpenSearch, Amazon EMR, AWS Fargate, Amazon EKS, and AWS Lambda.

These services cater to diverse applications, from relational databases to large-scale data processing, containerized apps, and serverless computing.
 

Migrating to AWS Graviton-powered instances requires a step-by-step approach.

1. Assess: Evaluate your workload’s compatibility with Arm-based processors and Graviton instances.
2. Build: Ensure your applications and dependencies are compatible with the Arm64 architecture.
3. Test: Run tests on Graviton instances to validate performance and compatibility.
4. Migrate: Transition your production workloads to Graviton, leveraging monitoring tools to track performance and optimize usage.

AWS offers comprehensive technical documentation to support the transition.

Working with an AWS Graviton Migration Partner like CloudKeeper can help streamline planning, testing, and execution, ensuring a seamless migration with optimal results. 
 

With 15+ years of cloud expertise and having worked with 400+ businesses globally, CloudKeeper is a trusted partner for all your cloud migration and modernization needs.

CloudKeeper offers comprehensive AWS Graviton Migration Services, without compromising business continuity. This includes the following phases.

Assessment & Workshops: Gain clarity on Graviton’s potential with tailored workload evaluations and hands-on workshops. CloudKeeper helps identify migration opportunities while optimizing for performance gains.

Migration Roadmap: A detailed migration plan is created, offering end-to-end support to ensure timely execution while adhering to your budget.

Continuity Planning: The CloudKeeper team develops robust disaster recovery and failover strategies, minimizing risks during and after migration.

Migration & Upgrades: CloudKeeper manages the technical intricacies of transitioning and upgrading workloads to Graviton, minimizing downtime and disruptions.

Cost & Performance Optimization: Post-migration, the team fine-tunes configurations and delivers continuous optimization to maximize the price-to-performance ratio.

Continued Support: From monitoring and troubleshooting to moving applications to run natively on the AWS Graviton architecture, CloudKeeper provides end-to-end support for your entire migration strategy.