Raff vs Linode (Akamai Cloud): Pricing, Features, and Use Cases

Introduction

Raff and Linode, now part of Akamai Cloud, are both built for developers, startups, and infrastructure teams that want cloud compute without the operational sprawl of hyperscaler platforms. Both providers cover the core IaaS building blocks most teams actually need: virtual machines, block storage, backups, snapshots, private networking, firewall controls, and API-driven infrastructure management.

Where this comparison gets more interesting is in how each platform packages those capabilities. Raff focuses on straightforward infrastructure with AMD EPYC-based compute, NVMe SSD storage, unmetered bandwidth, included backups, and simple VM pricing. Linode offers a broader public cloud platform with shared and dedicated compute families, object storage, managed Kubernetes, App Platform, Quick Deploy Apps, managed databases, NodeBalancers, and a much wider global footprint.

This comparison uses a strict apples-to-apples method. For shared-class VMs, it compares Raff General Purpose pricing against Linode Shared CPU pricing. For dedicated-class VMs, it compares Raff CPU-Optimized pricing against Linode Dedicated Compute pricing. That matters because shared and dedicated machines solve different problems, and mixing the two produces misleading conclusions.

If you are specifically looking for a Linode alternative, Raff is relevant because it gives you the core infrastructure features many teams want most, but with simpler bandwidth economics and lower VM costs. In this article, we compare Raff and Linode across pricing, compute, networking, storage, platform depth, billing, support, and ideal use cases.

Raff Overview

Raff is a cloud infrastructure provider centered on virtual machines, storage, networking, and API-based automation. Its live platform already covers core infrastructure use cases well: AMD EPYC-powered VMs, NVMe SSD storage, private cloud networking, firewall controls, automated backups, snapshots, dashboard management, object storage, and REST API access.

For shared workloads, Raff's General Purpose plans are aimed at websites, development environments, and everyday workloads. The current General Purpose entry plan starts at $5.99/mo for 2 vCPU / 2 GB RAM / 40 GB NVMe SSD. The current 4 GB shared-tier plan is 2 vCPU HiMem / 4 GB RAM / 80 GB NVMe SSD at $9.99/mo.

For more performance-sensitive deployments, Raff's CPU-Optimized plans use dedicated CPU resources and are better aligned with databases, CI pipelines, media processing, and other consistent-load applications. CPU-Optimized starts at $3.99/mo for 1 vCPU / 1 GB RAM / 25 GB NVMe SSD. The benchmarked 2 vCPU / 4 GB tier is now best described as 2 vCPU HiMem / 4 GB RAM / 80 GB NVMe SSD at $19.99/mo.

Raff already supports API-based provisioning, VPC-style private networking, S3-compatible object storage, and automated infrastructure workflows. Managed Kubernetes and managed databases remain on the 2026 roadmap, rather than being treated as generally available today.

One important positioning note: Raff is strongest today as an infrastructure-first offering. If your workload is still mostly VM-based, that is a feature, not a limitation. You get the core primitives without needing to buy into a larger platform stack before you need it.

Linode (Akamai Cloud) Overview

Linode is one of the most recognizable developer cloud brands in the VPS and infrastructure space, and now operates under Akamai Cloud. Its current offering spans a broader cloud catalog than basic VPS hosting alone. In addition to compute, Linode offers managed Kubernetes through LKE, object storage, managed databases, App Platform, NodeBalancers, private networking, cloud firewalls, and a mature Quick Deploy Apps ecosystem.

Its compute catalog is more segmented than Raff's. Linode publishes Shared CPU plans for lower-cost variable workloads, dedicated compute families for consistent workloads, high-memory plans, GPU options, and newer Akamai Cloud compute generations. That variety can be a strength if you want more options, but it also makes comparison shopping more complicated.

For buyers who want a broader global cloud footprint and more adjacent services already in production, Linode is the more mature platform today. For buyers who mainly want cost-effective infrastructure primitives and predictable bandwidth economics, Linode's extra platform surface area is not always a decisive advantage.

Pricing Comparison

Pricing is where Raff's value proposition is clearest, but only if the comparison is done correctly.

The table below uses the pricing method requested for this comparison:

The shared-class gap is still large, but the old $4.99 / 2 vCPU / 4 GB comparison should no longer be used. With Raff's updated pricing, the correct current 4 GB shared-class comparison is Raff General Purpose 2 vCPU HiMem / 4 GB / 80 GB at $9.99/month versus Linode 4 GB Shared at $24/month. That makes Raff about 58% lower on the monthly VM price at the 4 GB shared tier.

At the 8 GB shared tier, Raff's most comparable current plan is 4 vCPU HiMem / 8 GB / 160 GB at $21.99/month, compared with Linode's 8 GB Shared plan at $48/month. Raff is about 54% lower at that tier.

At the 16 GB shared tier, Raff's current 8 vCPU HiMem / 16 GB / 320 GB plan is $42.99/month, while Linode's 16 GB Shared plan is $96/month. Raff is about 55% lower while also including more NVMe storage in this comparison.

The dedicated-class comparison remains materially favorable to Raff. Raff's CPU-Optimized 2 vCPU HiMem / 4 GB / 80 GB plan is $19.99/month. Linode's comparable dedicated 4 GB class is in the low-to-mid $40 range depending on generation. At higher dedicated tiers, Raff's current prices are $35.99/month for 4 vCPU HiMem / 8 GB / 120 GB and $63.99/month for 8 vCPU HiMem / 16 GB / 180 GB, compared with the older Linode G7 Dedicated prices of $86/month and $173/month used in the original comparison.

Bandwidth policy also changes the true cost picture. Raff includes unmetered bandwidth at 3 Gbps standard port speed on VM plans. Linode/Akamai Cloud uses transfer allowances and then charges egress overage above the pooled transfer quota. That difference matters in real-world workloads. A content-heavy application, customer-facing API, backup destination, or download-heavy service may stay within quota most months and then spike above it in others. Raff's bandwidth model makes those spikes easier to budget for.

Feature Comparison

Pricing is not the whole story. The better choice depends on whether you care more about core infrastructure value or platform breadth.

Compute & Performance

Raff's compute lineup is intentionally simpler. The split between General Purpose and CPU-Optimized is easy to understand, and the use case mapping is clear. General Purpose is the better fit for shared, flexible workloads. CPU-Optimized is the better fit for dedicated, consistent workloads.

That simplicity is a strength. When teams compare VPS providers, they are often trying to answer practical questions like: "What should I deploy staging on?" or "What is the cheapest reliable plan for a production app?" Raff's plan structure answers those questions cleanly.

Linode gives you more plan families. Its Shared CPU line targets cost-efficient development, testing, and variable workloads. Its dedicated compute families target high-performance and business-critical applications. That makes Linode more configurable, but not always easier to evaluate.

If your priority is selecting from many compute families and tuning around a bigger catalog, Linode has the advantage. If your priority is landing on a sensible plan quickly and paying less for it, Raff has the edge.

Networking

Networking is one of Raff's strongest differentiators.

Raff includes unmetered bandwidth at 3 Gbps standard port speed on VM plans. Its developer docs and networking pages also describe VPC-style private networking, API control, and infrastructure automation support.

That makes Raff's networking story appealing for teams that want fewer billing surprises. If you are operating a busy website, CI system, file-serving application, media-heavy workload, or customer-facing API, not having to watch transfer quotas can be a real operational advantage.

Linode's networking stack is broader and mature. Private networking, cloud firewalls, NodeBalancers, and VPC capabilities are all part of the platform. But cost predictability is different because bandwidth is still quota-based. Linode also prices NodeBalancers separately, which is reasonable, but still another line item when you start designing higher-availability deployments.

If you specifically need a mature managed load-balancer product from the same provider today, Linode is stronger. If your main concern is simple bandwidth economics and private network control, Raff is more compelling.

Storage & Data Protection

Both providers cover the core VM storage story well.

Raff offers NVMe SSD VM storage, expandable block storage volumes, snapshots, automated backups, and S3-compatible object storage. Raff also includes three automated backups per VM, which simplifies protection planning for smaller teams.

Linode offers block storage, snapshots, automated backups, and mature object storage too. Linode object storage is Amazon S3-compatible and is part of a broader platform that includes managed databases and Kubernetes.

The previous version of this comparison treated Raff object storage as roadmap-only. That should be updated: Raff now has S3-compatible object storage as part of the platform. Managed Kubernetes and managed databases remain the main 2026 roadmap items.

Platform & Developer Tooling

This is the category where Linode is strongest.

Raff already has live REST API access, VPC automation, core VM lifecycle management, S3-compatible object storage, one-click application workflows, snapshots, and backups. Several broader platform services are still positioned as roadmap or in development, especially managed Kubernetes and managed databases.

Linode's surrounding ecosystem is live today: LKE, Object Storage, App Platform, Managed Databases, Quick Deploy Apps, NodeBalancers, and associated tooling. These services make Linode stronger for teams that want a broader cloud platform today rather than a focused VM-first stack.

If you want a provider that is primarily about strong VM economics with platform expansion underway, Raff is attractive. If you want a provider with more mature adjacent services right now, Linode is better positioned.

Billing Model

Both providers support flexible billing, but the user experience is different.

Raff publishes simple plan prices and supports pay-as-you-go style infrastructure usage. In practice, Raff is easier to reason about because VM bandwidth is not metered as a separate cost under normal use.

Linode also offers hourly billing with monthly caps and publishes both monthly and hourly prices. That is familiar and flexible. But once you add quota-based transfer, NodeBalancers, object storage egress, managed services, or Kubernetes control plane options, the total monthly cost becomes more layered.

That does not make Linode's model bad. It simply means Raff is easier to forecast for core infrastructure workloads.

Support & Reliability

Raff's support model is more direct. Its support experience is designed around dashboard access, support workflows, and a simpler infrastructure stack. It also offers enterprise/custom support options for companies that need more formal arrangements.

Linode's support model is more ticket-centric and sits inside a much larger Akamai Cloud platform. For customers who want more hands-on operational involvement, Akamai also offers paid managed service options.

From a reliability perspective, both providers take infrastructure seriously. Raff emphasizes uptime, private networking, backups, snapshots, infrastructure automation, and predictable cost. Linode brings the maturity of a long-standing cloud platform with a broader catalog and more global deployment choices.

If you want the simplest support entry point for a smaller infrastructure footprint, Raff feels lighter. If you want a larger provider with more surrounding service layers and managed operations options, Linode is stronger.

Who Should Choose Raff?

• Teams that want lower VM costs in both shared and dedicated comparison classes
• Workloads where unmetered bandwidth is a meaningful financial advantage
• Startups and SMBs that mainly need VMs, block storage, object storage, private networking, backups, snapshots, and APIs
• Buyers who prefer a focused infrastructure platform over a larger cloud catalog
• US-focused deployments that do not need a broad global region matrix today
• Teams that want included automated backups and simpler monthly forecasting

Who Should Choose Linode (Akamai Cloud)?

• Teams that need mature managed Kubernetes, managed databases, App Platform, NodeBalancers, or Quick Deploy Apps right now
• Deployments that need broader regional reach
• Buyers who want a wider menu of compute families and platform services
• Organizations that value managed operational add-ons and a bigger surrounding ecosystem
• Teams that expect to grow from VM infrastructure into platform services within the same provider account

Conclusion

Raff and Linode are both credible cloud infrastructure options, but they win on different dimensions.

Raff is the stronger choice if your decision is driven by VM economics, unmetered bandwidth, included backups, and a cleaner infrastructure-first value proposition. When compared the right way — General Purpose against Shared CPU, CPU-Optimized against Dedicated Compute — Raff remains materially cheaper across the plans most VPS buyers actually evaluate.

Linode is the stronger choice if your decision is driven by platform breadth. Managed Kubernetes, managed databases, object storage, App Platform, Quick Deploy Apps, NodeBalancers, and broader geographic coverage are all real advantages for Linode today.

For most buyers looking specifically at VPS and core cloud infrastructure, the practical takeaway is simple: choose Raff for lower-cost infrastructure and simpler bandwidth economics, or choose Linode for broader cloud platform depth and region reach.