- Scale your applications with ease
Schedule and manage your CPU workloads from the same control-plane whether they run as containerized micro-services or in highly configurable Virtual Servers.
- Flexible, configurable, scalable
CoreWeave’s portfolio of CPU compute offers great cost adjusted performance options for any use case, allowing you to confidently deliver on your business objectives.
- Work at human speed
Spin-up tens of thousands of CPU cores on-demand to meet tight rendering deadlines, or chew through data analysis at alarming scale. Your computing infrastructure shouldn’t be a bottleneck to working at human speed.
Scale across hundreds of thousands of CPU cores in seconds
CoreWeave offers on-demand access to a massive scale of CPU servers to power your applications or data analysis.
1 vCPU / 4GB RAM instances starting at $0.0125 per hour.
Don’t need GPU acceleration? We’ve got you covered.
Our fleet of CPU servers stands on its own. With the ability to scale dramatically for final-frame rendering, data analysis, or video transcoding, CoreWeave’s CPU-only instances provide the scale, range, and flexibility that you need for general-purpose computing.
Get the Latest AMD Epyc and Intel Xeon CPU
Generations
Whether your general-purpose compute workloads require the latest architecture, or you simply need raw horsepower at scale, CoreWeave can match your project with the best compute resources possible.
AMD Epyc Milan and Rome, Intel Xeon Scalable
Starting at $0.03 per vCPU per hour.
Intel Xeon v4
Starting at $0.02 per vCPU per hour.
Intel Xeon v3
Starting at $0.0125 per vCPU per hour.
CPU Pricing
Like everything in CoreWeave, our CPU pricing is built for flexibility. Instances are highly configurable, giving you the freedom to choose the compute resources that best suit your needs.
View full pricing here.
AMD Epyc Milan vCPU
4GB RAM per vCPU$0.035 /hr per vCPUAMD Epyc Rome vCPU
4GB RAM per vCPU$0.03 /hr per vCPUIntel Xeon Scalable
4GB RAM per vCPU$0.03 /hr per vCPUIntel Xeon v4
4GB RAM per vCPU$0.02 /hr per vCPU