GCP Compute Instance

c2d-standard-56

The c2d-standard-56 is a compute-optimized GCP Compute instance with 56 vCPUs and 224 GB of memory, powered by AMD. Best for compute-heavy tasks such as batch processing, scientific modeling, and high-performance web servers. On-demand pricing starts at $1.6780/hr in asia-south1.

Price History

Pricing by Region

Region On-Demand Spot Reserved 1Y
asia-south1$1.678$0.673$1.057
us-central1$2.542$0.672$1.602
us-east1$2.542$0.672$1.602
us-west1$2.542$0.672$1.602
me-west1$2.797$0.730$1.762
africa-south1$2.799$0.573$1.764
europe-west1$2.799$0.328$1.764
europe-west4$2.799$0.850$1.764
northamerica-northeast1$2.799$0.649$1.764
northamerica-northeast2$2.799$0.513$1.764
us-east4$2.863$0.801$1.804
us-west4$2.863$0.470$1.804
asia-east1$2.944$0.753$1.855
europe-southwest1$3.000$0.387$1.890
asia-south2$3.054$0.426$1.924
us-west2$3.056$0.577$1.925
us-west3$3.056$0.601$1.925
europe-central2$3.078$0.376$1.938
asia-southeast1$3.136$0.925$1.976
asia-northeast1$3.265$0.916$2.057
asia-northeast2$3.265$0.358$2.057
asia-northeast3$3.265$0.391$2.057
europe-west2$3.275$0.954$2.063
europe-west3$3.275$0.825$2.063
europe-west12$3.280$0.299$2.066
asia-east2$3.556$0.582$2.241
australia-southeast1$3.609$0.710$2.273
australia-southeast2$3.609$0.375$2.273
southamerica-east1$4.037$0.631$2.543
me-central2$4.068$0.370$2.563

Frequently Asked Questions

What is the c2d-standard-56?
The c2d-standard-56 is a compute-optimized GCP Compute instance with 56 vCPUs and 224 GB of memory, powered by AMD. Best for compute-heavy tasks such as batch processing, scientific modeling, and high-performance web servers. On-demand pricing starts at $1.6780/hr in asia-south1.
What is the cheapest region for c2d-standard-56?
asia-south1 at $1.678/hr on-demand.
How much does c2d-standard-56 cost per month?
Starting at $1224.93/mo on-demand in asia-south1, or $218.30/mo with spot pricing.

Run a free assessment to identify overprovisioned workloads, idle capacity, and your potential savings, in minutes.

Most clusters are overprovisioned.
Let's prove yours is.