GCP Compute Instance

c4-highmem-24-lssd

The c4-highmem-24-lssd is a compute-optimized GCP Compute instance with 24 vCPUs and 186 GB of memory, powered by Intel. Best for compute-heavy tasks such as batch processing, scientific modeling, and high-performance web servers. On-demand pricing starts at $1.5641/hr in us-central1.

Price History

Pricing by Region

Region On-Demand Spot Reserved 1Y
us-central1$1.564$0.782$0.985
us-east1$1.564$0.782$0.985
us-east4$1.564$0.782$0.985
us-east5$1.564$0.782$0.985
us-west1$1.564$0.782$0.985
asia-south1$1.627$0.781$1.025
asia-south2$1.627$0.789$1.025
europe-north2$1.642$0.780$1.035
europe-west4$1.642$0.624$1.035
northamerica-south1$1.705$0.648$1.074
africa-south1$1.722$0.861$1.085
europe-west1$1.722$0.861$1.085
northamerica-northeast1$1.722$0.547$1.085
northamerica-northeast2$1.722$0.818$1.085
us-west4$1.762$0.836$1.110
europe-west2$1.783$0.847$1.123
asia-east1$1.811$0.860$1.141
europe-west8$1.814$0.907$1.143
europe-west9$1.814$0.427$1.143
europe-southwest1$1.846$0.635$1.163
europe-west3$1.846$0.775$1.163
us-south1$1.846$0.754$1.163
us-west2$1.880$0.818$1.185
us-west3$1.880$0.938$1.185
asia-southeast1$1.930$0.810$1.216
asia-northeast1$2.009$1.004$1.265
asia-northeast3$2.009$0.686$1.265
australia-southeast2$2.033$0.790$1.281
europe-west6$2.049$1.021$1.291
asia-southeast2$2.103$0.519$1.325
asia-east2$2.188$1.039$1.378
southamerica-west1$2.237$0.939$1.409
southamerica-east1$2.484$0.802$1.565

Frequently Asked Questions

What is the c4-highmem-24-lssd?
The c4-highmem-24-lssd is a compute-optimized GCP Compute instance with 24 vCPUs and 186 GB of memory, powered by Intel. Best for compute-heavy tasks such as batch processing, scientific modeling, and high-performance web servers. On-demand pricing starts at $1.5641/hr in us-central1.
What is the cheapest region for c4-highmem-24-lssd?
us-central1 at $1.564/hr on-demand.
How much does c4-highmem-24-lssd cost per month?
Starting at $1141.77/mo on-demand in us-central1, or $311.70/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.