C7G Compute Optimized

High-performance processors for compute-intensive applications.

Name:cCompute Optimizedc = Compute OptimizedOptimized for compute-bound applications that benefit from high-performance processors (web servers, batch processing, gaming servers, and video encoding).77th Generation7 = 7th GenerationAWS 7th generation hardware platform with updated CPU/system architecture.gAWS Gravitong = AWS GravitonAWS Graviton3 Processor (arm64). Powered by custom 64-bit ARM AWS Graviton processors, delivering industry-leading price-performance and power efficiency.

Common use cases

  • Batch processing
  • Scientific modeling
  • Gaming servers
  • High-performance web servers

Head-to-Head Architecture Comparisons

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Silicon Trianglec7i vs c7a vs c7g vs c7i-flex

AWS C7 Generation: C7i vs C7a vs C7g vs C7i-flex

4th Gen Intel Xeon Sapphire Rapids vs AMD EPYC Genoa vs AWS Graviton3 vs Flex

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Generational Evolutionc4 vs c5 vs c6i vs c7i vs c7g

AWS Compute Series Evolution: C4 vs C5 vs C6i vs C7i vs C7g

Tracking a decade of compute optimization from Xen hypervisors to Graviton3 Nitro

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Generational Evolutiona1 vs c6g vs c7g vs c8g

AWS Graviton Evolution: A1 vs C6g vs C7g vs C8g

The complete journey of AWS custom ARM silicon from experimental A1 to Graviton4

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Architecture & Sizingc7g vs m7g vs r7g

RAM-to-vCPU Sizing Guide: C7g vs M7g vs R7g

Choosing between 2:1, 4:1, and 8:1 RAM-to-vCPU ratios on Graviton3

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Architecture & Sizingc7g vs c7gd

Local NVMe SSD vs EBS-Only: C7g vs C7gd

When ephemeral local NVMe storage beats EBS gp3 and io2

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Instance types (8)

InstancevCPUMemoryArchitectureFrom (Linux, $/hr)
c7g.medium12 GBarm64$0.0245
c7g.large24 GBarm64$0.0491
c7g.xlarge48 GBarm64$0.0982
c7g.2xlarge816 GBarm64$0.1963
c7g.4xlarge1632 GBarm64$0.3926
c7g.8xlarge3264 GBarm64$0.7853
c7g.12xlarge4896 GBarm64$1.1779
c7g.16xlarge64128 GBarm64$1.5706