ARM bare metal • Next-generation server infrastructure

Scale with ARM dedicated servers built for efficiency

Deploy high-performance ARM infrastructure for workloads that demand energy efficiency and modern compute architecture. Enterprise-grade reliability, global data center reach, and support from engineers who understand ARM deployments.

Build your ARM server Explore configurations

Enterprise SLA Global infrastructure Expert ARM support

High efficiency Bare metal performance Global deployment

Enterprise ARM infrastructure

Deploy ARM bare metal across data centers worldwide with consistent performance, low latency routing, and infrastructure built for production workloads.

Cloud-native stacks Container platforms Modern toolchains

Production-ready ecosystem

Run enterprise Kubernetes distributions, containerized applications, and cloud-native databases with full ARM support from major vendors.

Fast deployment Custom builds Migration assistance

Deployment that scales

Launch standard configurations instantly or work with our team to spec custom ARM builds for specific infrastructure requirements.

Performance with sustainability

ARM architecture delivers enterprise compute performance while consuming significantly less power per workload. Reduce infrastructure costs and carbon footprint without compromising application performance or reliability.

60% Reduced energy consumption

100% Dedicated performance

Workload efficiency

ARM processors excel at parallel workloads with consistent per-core performance across sustained load.

Infrastructure density

Lower thermal output enables higher rack density and more efficient data center space utilization.

Operating cost reduction

Decreased power consumption directly reduces monthly operating expenses for compute-intensive deployments.

Enterprise ARM use cases

ARM bare metal infrastructure supports demanding enterprise workloads with reliability, performance, and cost efficiency.

Cloud-native platforms

Deploy Kubernetes clusters, service meshes, and cloud-native applications on ARM with enterprise-grade stability and vendor support.

Global edge infrastructure

Build distributed edge networks with power-efficient ARM servers for CDN nodes, regional APIs, and latency-sensitive applications.

DevOps & build systems

Run CI/CD pipelines, automated testing, and deployment platforms optimized for ARM-native application development.

Database & analytics

Host PostgreSQL, MongoDB, ClickHouse, and data processing workloads with ARM's efficient memory architecture and I/O performance.

Bandwidth Pricing

See how we compare to our competition

*GPU dedicated servers are provisioned within 24 - 72 hours. Provisioning may take up to two weeks if your GPU of choice is out of stock.

Included with your server

Network

A global network that guarantees low latency.

1 IP Address – Up to 256 IP Addresses can be provided at $6/per IP Address

Up to 100 Gbps Guaranteed Burst

New York, Miami, San Francisco, Amsterdam or Bucharest Data Center

ARM dedicated servers FAQ

Answers to common questions about enterprise ARM infrastructure.

Which enterprise platforms support ARM servers?

Major enterprise platforms including Red Hat OpenShift, VMware Tanzu, SUSE Rancher, and cloud-native tools like Kubernetes, Docker, Prometheus, and Grafana all provide production ARM support. Enterprise databases including PostgreSQL, MySQL, MongoDB, Redis, and ClickHouse run natively on ARM.

How does ARM performance compare for enterprise workloads?

ARM servers deliver competitive performance for most enterprise workloads, especially cloud-native applications, containerized services, and parallel processing tasks. For specific workload benchmarking, our team can help evaluate ARM performance against your requirements.

What data center locations offer ARM servers?

ARM dedicated servers are available across our global infrastructure including North America, Europe, and other strategic locations. Contact our team for current availability in specific data centers and regions.

Can we migrate production workloads from x86 to ARM?

Yes, with proper planning most containerized and cloud-native workloads can migrate to ARM. Our engineering team provides migration assessment, staging environments, and cutover support to minimize risk for production systems.