Graviton AWS

“Graviton” in the context of AWS typically refers to the “AWS Graviton Processors” or the “Graviton2” processors. These are a family of ARM-based processors developed by Amazon Web Services for use in their EC2 (Elastic Compute Cloud) instances. Here are some key points about Graviton and Graviton2:

1. ARM-Based Processors: Graviton processors are based on ARM architecture, which is different from the more common x86 architecture used in traditional processors. ARM processors are known for their energy efficiency.
2. Graviton: The original Graviton processors were introduced in 2018 and aimed at providing cost-effective options for certain workloads. They were primarily used in smaller EC2 instance types.
3. Graviton2: Graviton2 is the second generation of ARM-based processors from AWS. Graviton2 processors offer improved performance, power efficiency, and support for a broader range of instance types, including larger and more powerful instances.
4. Performance: Graviton2 processors are designed to deliver high computational performance and are suitable for a wide variety of workloads, including web servers, application servers, containerized workloads, and more.
5. Cost Savings: One of the key benefits of using Graviton and Graviton2 instances is potential cost savings. These instances can provide good performance at a lower cost compared to traditional x86-based instances.
6. Compatibility: Graviton2 instances are generally compatible with popular operating systems and applications. AWS provides Amazon Linux 2 with ARM64 support and has worked with various software vendors to ensure compatibility.
7. Instance Types: Graviton2 instances are available in different instance families, such as M6g, C6g, R6g, and others, allowing users to choose the instance type that best fits their workload requirements.
8. Sustainability: ARM-based processors are often praised for their energy efficiency, which can contribute to a more sustainable computing infrastructure.

When choosing between Graviton2 and traditional x86-based instances, users should consider the specific requirements of their workloads and evaluate performance, cost, and compatibility factors. Graviton2 instances have gained popularity for certain use cases where they offer an optimal balance of performance and cost efficiency.