ARM dedicated servers • Energy-efficient bare metal

Deploy ARM bare metal servers for modern cloud workloads

Launch ARM-based infrastructure with exceptional power efficiency and performance per watt. Perfect for containerized applications, edge computing, and cloud-native workloads. Fast deployment, transparent pricing, predictable performance.

Configure ARM server Browse ARM plans

Energy efficient architecture Rapid provisioning Cloud-native ready

Low power consumption High core density Modern instruction sets

ARM architecture advantage

ARM processors deliver exceptional energy efficiency without sacrificing performance - ideal for sustainable infrastructure and cost-conscious deployments.

Container optimized Microservices ready Edge deployment

Built for modern stacks

Native support for Docker, Kubernetes, and cloud-native tooling. Deploy the same workloads you run on ARM-based cloud platforms.

Quick deployment Flexible configs 24/7 support

Deployment without friction

Start with in-stock ARM servers or customize specifications. Expert support available around the clock.

Power-efficient performance

ARM processors consume significantly less power than traditional x86 while maintaining strong compute performance. Lower operating costs, reduced environmental impact, same workload capacity.

60% Lower power draw

100% Consistent performance

Per-core efficiency

Each ARM core delivers consistent performance with predictable power consumption across all load levels.

Thermal management

Lower heat generation means better density, quieter operation, and longer hardware lifespan.

Cost optimization

Reduced power consumption translates to lower monthly costs without compromising application performance.

ARM workloads and applications

ARM bare metal servers excel at cloud-native applications, containerized workloads, and energy-conscious deployments.

Containerized applications

Run Docker and Kubernetes workloads with native ARM support - perfect for microservices architectures and cloud-native applications.

Edge computing & CDN

Deploy edge nodes closer to users with power-efficient ARM processors - ideal for content delivery and distributed applications.

Development & CI/CD

Build and test ARM-native applications with dedicated bare metal - faster than emulation, more control than cloud VMs.

Web hosting & APIs

Host high-traffic websites and API endpoints with excellent performance per watt - sustainable infrastructure that scales.

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

FAQ - ARM dedicated servers

Common questions about deploying ARM bare metal infrastructure.

What applications run well on ARM servers?

ARM servers excel at containerized workloads (Docker, Kubernetes), web hosting, API endpoints, edge computing, CI/CD pipelines, and cloud-native applications. Most modern software now offers ARM-native builds for optimal performance.

How does ARM compare to x86 performance?

ARM processors deliver excellent performance per watt with competitive single-threaded and strong multi-threaded performance. For cloud-native and containerized workloads, ARM often matches or exceeds x86 while consuming significantly less power.

What software supports ARM architecture?

Major platforms including Docker, Kubernetes, Node.js, Python, Go, Rust, Java, and most Linux distributions provide native ARM support. Popular databases like PostgreSQL, MySQL, MongoDB, and Redis all run natively on ARM.

Can I migrate from x86 to ARM servers?

Yes, most modern applications can migrate to ARM with minimal changes - especially containerized workloads. Our team can help assess your stack and plan a migration strategy for production systems.