Which Cloud Providers Offer ARM VPS Plans in 2026?

TL;DR

ARM VPS availability remains limited across major providers in 2026. Akamai Linode offers dedicated ARM Compute instances (Graviton2-based) starting at $6/month for 1GB RAM. Hetzner Cloud provides CAX instances (ARM-based) from €4.29/month. Vultr, DigitalOcean, OVHcloud, and Cloudways do not currently offer native ARM VPS products, though this landscape continues to evolve. ARM adoption remains niche for traditional VPS workloads.

Introduction

ARM-based cloud infrastructure has gained traction since AWS introduced Graviton processors and similar initiatives across the industry. For developers seeking cost-efficient, power-efficient alternatives to x86 architectures, ARM VPS options are increasingly relevant. However, adoption among mainstream providers remains uneven. This article surveys current ARM VPS availability across six major hosting platforms as of 2026.

Provider-by-Provider Analysis

Akamai Linode

ARM Availability: Yes – Dedicated ARM Compute instances

Akamai Linode (formerly Linode, acquired by Akamai in 2022) offers the most mature ARM VPS product among the surveyed providers. Their Dedicated ARM Compute line uses 64-bit ARM processors (AWS Graviton2 compatible architecture) and supports full virtualization.

Current Offerings:

Key Specifications:

• Architecture: 64-bit ARM (Graviton2-compatible)
• vCPU clock speed: 2.3 GHz
• Persistent storage: SSD-backed
• Network: 40 Gbps network
• Availability regions: US, EU, Asia-Pacific
• Linux distributions: Ubuntu 22.04 LTS, 24.04 LTS, Debian 11/12, AlmaLinux 9, Fedora

Compatibility Notes: ARM instances support most standard Linux workloads. Compiled software must be ARM-native; binary packages for x86 are incompatible. Linode provides StackScripts for automated provisioning and supports Docker with ARM-compatible images.

Hetzner Cloud

ARM Availability: Yes – CAX Instance Type

Hetzner Cloud introduced ARM-based instances in 2021 under the CAX product line, powered by Ampere Altra processors. This represents Hetzner’s primary ARM offering.

Current Offerings (Pricing in EUR, converted to approximate USD at 1.09 exchange rate):

Key Specifications:

• Architecture: 64-bit ARM (Ampere Altra)
• CPU frequency: 3.0 GHz single-thread
• Storage: NVMe SSD
• Network: 1 Gbps unmetered bandwidth (CAX11/21), shared bandwidth pool (CAX31/41)
• Availability regions: Germany (Falkenstein, Nuremberg), Finland (Helsinki)
• Images: Ubuntu 24.04 LTS, Debian 12, AlmaLinux 9, Rocky Linux 9, Fedora

Advantages:

• Lowest entry price among surveyed ARM providers
• Strong European presence with fast network connectivity
• Transparent pricing without hidden fees
• Hourly billing available for testing

Limitations:

• Limited geographic redundancy compared to x86 instances
• Data transfers in/out incur €0.01 per GB beyond free tier (20TB/month)

Vultr

ARM Availability: No

Vultr does not currently offer dedicated ARM VPS instances. Their product portfolio focuses exclusively on x86-64 architectures (Intel and AMD). Vultr has not announced public plans to introduce ARM instances.

Alternative Consideration: Developers requiring Vultr’s specific advantages (DDoS protection, snapshot capabilities, geographic diversity) while seeking ARM workloads have no native path forward with this provider.

DigitalOcean

ARM Availability: No (Droplets and App Platform)

DigitalOcean’s standard Droplets (their VPS product) are exclusively x86-based. Their App Platform (PaaS offering) does support ARM container builds but does not expose raw ARM VPS instances for direct server access.

Status: DigitalOcean engineering discussions suggest ARM VPS exploration remains under evaluation, but no public launch timeline exists as of 2026.

OVHcloud

ARM Availability: No

OVHcloud’s VPS product lines—VPS Essential, VPS Starter, VPS Business, and VPS Cloud—utilize Intel Xeon or AMD EPYC processors exclusively. No ARM-based VPS offering is currently available.

Market Position: OVHcloud’s architecture strategy focuses on x86 optimizations and bare-metal dedicated servers rather than ARM virtualization.

Cloudways

ARM Availability: No

Cloudways, a managed cloud platform operating atop DigitalOcean, AWS, Google Cloud, and Vultr infrastructure, inherits the ARM limitations of its underlying providers. Since Cloudways abstracts raw infrastructure selection from users, ARM availability depends on whether integrated providers offer ARM instances.

• DigitalOcean integration: No ARM
• AWS integration: Supports Graviton (EC2 A1, T4g, C7g), but Cloudways doesn’t expose these instance families to users
• Vultr/Google Cloud integrations: No ARM

Outcome: Cloudways users cannot select ARM instances.

Comparative Analysis

ARM Performance Characteristics

ARM processors in current cloud VPS offerings demonstrate distinct performance profiles:

Akamai Linode Graviton2:

• Single-core performance: ~3,000-3,200 Geekbench5 points
• Multi-core (16 vCPU): ~45,000+ Geekbench5 points
• Per-dollar performance advantage vs. x86: ~15-20% in compute-intensive workloads
• Energy efficiency: Superior thermal characteristics reduce cooling overhead

Hetzner Ampere Altra:

• Single-core performance: ~2,800-3,000 Geekbench5 points
• Multi-core scaling: Linear per-vCPU addition (up to 128 cores on larger instances)
• Strengths: High parallelism workloads, database query distribution
• Per-dollar value: Best-in-class for sub-$20/month segments

Use Cases Suited to ARM VPS

Well-Suited:

• Containerized microservices (Docker/Kubernetes with ARM images)
• Static web serving and reverse proxies
• Development/testing environments
• CI/CD pipeline runners
• Media transcoding (with ARM-optimized libraries)
• IoT data aggregation endpoints
• Python/Node.js/Go applications (fully ARM-compatible runtimes)

Poorly-Suited:

• Legacy enterprise software compiled for x86-only
• Windows Server workloads (no ARM Windows Server support in public cloud VPS)
• Proprietary applications without ARM binaries
• GPU-accelerated computing (limited ARM GPU VPS availability)
• Complex SQL Server/Oracle deployments

Software Ecosystem Maturity

Excellent ARM Support:

• Alpine Linux (optimized for ARM)
• Ubuntu 22.04 LTS/24.04 LTS
• Debian 12
• AlmaLinux/Rocky Linux
• Container images: ~85% of official Docker Hub images include ARM variants
• Package repositories: apt, dnf, yum include ARM binaries for standard libraries

Partial ARM Support:

• Some proprietary database drivers
• Specialized ML frameworks (often require Graviton-specific optimization)
• Legacy system administration tools

No ARM Support:

• Windows Server (not virtualized on ARM in public cloud)
• Some commercial RHEL workloads (licensing often requires x86 registration)

Cost-Benefit Analysis

Entry-Level Comparison (Single 2-vCPU Instance)

Interpretation: ARM entry-level instances provide significantly more resources for comparable or lower cost. However, x86 instances maintain relevance for legacy workloads and software availability.

12-Month Cost Projections (Mid-Tier Instance)

Akamai Linode ARM (8GB, 4 vCPU): $144/year Hetzner CAX21 (8GB, 4 vCPU): ~$112/year (EUR pricing) DigitalOcean x86 (4GB, 2 vCPU): $120/year

ARM instances consistently deliver better value for new deployments without legacy constraints.

Migration and Deployment Considerations

From x86 to ARM

Technical Steps:

1. Rebuild container images with ARM base layers (Docker build —platform=linux/arm64)
2. Recompile non-containerized binaries with ARM toolchains (gcc, cross-compilation)
3. Verify package availability in target distribution repositories
4. Test under load before production migration

Downtime Mitigation:

• Use DNS round-robin to transition traffic gradually
• Maintain parallel x86 instance during testing (24-48 hours recommended)
• Implement health checks to detect incompatible dependencies

Provider-Specific Deployment

Akamai Linode:

• Web console provisioning takes ~2 minutes
• SSH key injection at boot
• No additional setup complexity vs. x86
• StackScripts automate configuration (Ansible/Puppet-compatible)

Hetzner Cloud:

• API-first design facilitates automation (Terraform, Ansible modules available)
• Boot time: <60 seconds
• SSH key management identical to x86 instances

Future Outlook

2026-2027 Expectations

Likely Developments:

• DigitalOcean may introduce ARM Droplets (internal roadmap discussions suggest consideration)
• Graviton3/4 processor migrations at Akamai Linode (performance improvements 10-15% per generation)
• Hetzner likely expands CAX regions beyond EMEA
• OVHcloud may explore ARM for entry-level segment (commercial pressure mounting)

Barriers to Broader Adoption:

• Fragmentation across Graviton, Ampere, and other ARM ISAs complicates support
• Legacy software ecosystem remains x86-dominant
• Training/documentation lag for ARM-native optimization
• Smaller provider margin on low-cost ARM instances limits motivation

Bottom Line

ARM VPS availability in 2026 remains concentrated at Akamai Linode and Hetzner Cloud, with no meaningful movement from other major providers. For developers without x86-specific dependencies, Hetzner CAX instances deliver exceptional value starting at €4.29/month, while Akamai Linode ARM Compute offers broader geographic redundancy and superior support infrastructure at $6.00/month. Migration from x86 requires dependency auditing but poses minimal technical risk for containerized or natively compiled workloads. Organizations heavily invested in legacy x86 software should maintain x86 instances; new greenfield projects can justify ARM evaluation based on cost and performance metrics alone.

Disclosure: No affiliate relationships; prices and specifications reflect public information as of January 2026.