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Benchmarks for c6g.large (AWS)

Individual CPU benchmark results for the AWS EC2 instance type c6g.large. The table displays the single-threaded CPU speed as reported by the Passmark benchmark tool, as well as the on-demand, spot pricing, and spot interruption percentage.

See the benchmarks for all EC2 instances.

✅ This instance type is available for self-hosted GitHub Actions runners using RunsOn.

EC2 Instance family: c6g

CPU type: Arm-based AWS Graviton2 processors. Specific features: Compute-optimized instance family that offers up to 40% better price performance over comparable C5 instances. Built on the AWS Nitro System and designed for compute-intensive workloads such as HPC, video encoding, and gaming. Variants include C6gd (local NVMe SSD storage) and C6gn (high-performance networking up to 100 Gbps with EFA support). Date of release: Generally Available (GA) on June 11, 2020.

Results

This benchmark has been generated using the c6g.large instance type. Results are averaged over many days (you can mouse over the sparline to get more details).

🇚ðŸ‡ļ North Virginia (us-east-1)

Family Instance type Processor CPU speed (avg) $/hour on-demand $/hour spot (avg) Spot savings over on-demand Spot % interruption
c6g c6g.large Neoverse-N1 (aarch64) 1096 0.0680 0.0338 57% >20%

🇚ðŸ‡ļ Oregon (us-west-2)

Family Instance type Processor CPU speed (avg) $/hour on-demand $/hour spot (avg) Spot savings over on-demand Spot % interruption
c6g c6g.large Neoverse-N1 (aarch64) 1096 0.0680 0.0308 51% >20%

ðŸ‡Ū🇊 Ireland (eu-west-1)

Family Instance type Processor CPU speed (avg) $/hour on-demand $/hour spot (avg) Spot savings over on-demand Spot % interruption
c6g c6g.large Neoverse-N1 (aarch64) 1096 0.0730 0.0394 50% <5%

ðŸ‡Đ🇊 Frankfurt (eu-central-1)

Family Instance type Processor CPU speed (avg) $/hour on-demand $/hour spot (avg) Spot savings over on-demand Spot % interruption
c6g c6g.large Neoverse-N1 (aarch64) 1096 0.0776 0.0384 55% >20%

About those benchmarks

Benchmarks are performed using the Passmark benchmarking tool, using the CPU Single Threaded metric.