AWS
5 min read

Amazon EC2 C8id, M8id, and R8id instances with up to 22.8 TB local NVMe storage are generally available

Read Full Article

Summary

Amazon has announced the general availability of its new EC2 instance types: C8id, M8id, and R8id, which offer enhanced performance and storage capabilities. These instances utilize custom Intel Xeon processors and provide up to 22.8 TB of NVMe-based SSD storage, significantly improving compute performance, memory bandwidth, and I/O capabilities compared to previous generations. The C8id instances are tailored for compute-intensive tasks, while M8id and R8id instances cater to balanced and memory-intensive workloads, respectively. The introduction of bare metal configurations and the Instance Bandwidth Configuration feature allows for optimized resource allocation, enhancing the performance of various applications in the cloud.

Key Learnings

  • 1C8id, M8id, and R8id instances provide significant performance improvements over previous generations, making them suitable for a range of workloads from media processing to large-scale databases.
  • 2The ability to scale up to 96xlarge with increased vCPUs and memory allows for greater flexibility in deploying resource-intensive applications.
  • 3Local NVMe storage offers low-latency access, crucial for high-performance computing tasks, and is hardware encrypted for security.
  • 4The AWS Nitro cards enhance performance by offloading virtualization and networking tasks, contributing to improved efficiency and security.
  • 5Understanding the Instance Bandwidth Configuration feature is essential for optimizing network and EBS bandwidth based on workload requirements.

Who Should Read This

Senior Cloud Architects evaluating high-performance AWS EC2 instances for scalable applications

Test Your Knowledge

?

What are the specific performance enhancements of the C8id, M8id, and R8id instances compared to their predecessors?

?

How does the Instance Bandwidth Configuration feature impact resource allocation for different workloads?

?

What are the implications of using local NVMe storage for I/O intensive applications?

?

In what scenarios would you choose a bare metal instance over a virtualized instance?

?

What security measures are in place for the local NVMe storage on these EC2 instances?

Topics

Read Full Article at AWS

More from AWS Engineering

View AWS engineering blogs →