Linode has long been one of the best-known names in developer-focused cloud hosting, but the platform has changed considerably since becoming part of Akamai. What was once primarily associated with straightforward Linux VPS hosting is now part of a broader distributed cloud platform spanning compute, Kubernetes, storage, databases, networking, edge infrastructure and GPU-powered AI workloads. In this Linode Review 2026, we examine Akamai Cloud performance, current pricing, Shared and Dedicated CPU instances, global infrastructure and the features developers should consider before deploying.
The Linode name remains highly relevant to existing customers and continues to appear throughout Akamai's cloud documentation, API and compute terminology. However, buyers should now think of Linode instances as part of Akamai Cloud rather than an isolated VPS platform.
This combination creates an interesting proposition: relatively simple virtual machines backed by Akamai's much larger global infrastructure and networking ecosystem.
Last updated: September 2026. Pricing and regional availability can change. Always verify the selected region and configuration before deploying production infrastructure.
Linode Review 2026: Quick Overview
| Feature | Akamai Cloud / Linode |
|---|---|
| Entry Shared CPU | From $5/month |
| Shared CPU Range | 1–32 vCPUs, 1–192 GB RAM |
| Dedicated CPU | From $36/month |
| Dedicated CPU Range | 2–256 dedicated vCPUs, 4–512 GB RAM |
| High Memory | From $60/month |
| GPU | NVIDIA GPU instances including RTX PRO 6000 Blackwell |
| Storage | Local storage, Block Storage and Object Storage |
| Containers | Akamai Cloud Kubernetes |
| Best For | Developers, websites, SaaS, databases and distributed applications |
What Happened to Linode?
Linode did not simply disappear after its acquisition by Akamai.
The infrastructure and terminology have increasingly become part of Akamai Cloud, while “Linode” remains the term used for many compute instances throughout Akamai's technical documentation.
For existing Linode users, much of the familiar developer-oriented experience remains recognizable. What has changed most significantly is the scale of the surrounding platform.
Akamai can now combine cloud compute with its extensive network, content delivery, security and distributed infrastructure.
That makes the modern platform broader than the VPS service many developers historically associated with Linode.
Linode Shared CPU Pricing in 2026
Shared CPU instances remain the affordable entry point into Akamai Cloud.
Current Shared CPU plans start at:
| Resource | Starting Configuration |
|---|---|
| Price | $5/month |
| Hourly Price | $0.0075/hour |
| vCPU | 1 shared vCPU |
| Memory | 1 GB |
| Storage | 25 GB SSD |
The complete Shared CPU family currently scales as high as 32 vCPU cores, 192 GB RAM and 3,840 GB of storage, depending on the plan.
Shared CPU instances are designed for workloads where permanently guaranteed CPU performance is not necessary.
Typical applications include:
- Development servers
- Staging environments
- Low-traffic websites
- Personal blogs
- Forums
- Lightweight databases
- Container worker nodes
Users comparing similar infrastructure can also explore our VPS hosting section.
Shared CPU Performance
Shared CPU pricing is attractive because physical CPU resources can be shared between neighboring instances.
That creates an important performance consideration.
Akamai states that Shared CPU instances can burst to 100% CPU utilization for short periods, but sustained average utilization should remain below approximately 80%, including virtualization overhead.
Resource contention is possible during periods of high demand.
For a blog or development environment, this may not matter. For a busy database or application continuously using CPU resources, it can become important.
Linode Dedicated CPU
Dedicated CPU instances solve the resource-contention issue by reserving physical CPU resources for the customer.
Current Dedicated CPU plans start at:
- $36 per month
- $0.05 per hour
- 4 GB RAM
- 2 dedicated vCPUs
- 40 GB storage
The product family currently scales to as much as 512 GB RAM and 256 dedicated vCPUs on supported configurations.
Unlike Shared CPU instances, dedicated cores are designed for sustained 100% utilization.
Suitable workloads include:
- Production websites
- High-traffic databases
- Game servers
- CI/CD workloads
- Video transcoding
- Business applications
- Scientific computing
Shared CPU vs Dedicated CPU
| Feature | Shared CPU | Dedicated CPU |
|---|---|---|
| Starting Price | $5/mo | $36/mo |
| CPU Resources | Shared | Dedicated |
| CPU Contention | Possible | No neighboring CPU contention |
| Sustained Usage | Below ~80% recommended | 100% supported |
| Best For | Light and bursty workloads | Production and sustained workloads |
Choosing between them should depend on application behavior rather than simply selecting the cheapest VPS.
Linode High Memory Instances
Akamai also provides High Memory compute for workloads where RAM requirements are much greater than CPU requirements.
Current High Memory plans begin at approximately $60 per month or $0.09 per hour.
The family ranges from 24 GB to 300 GB RAM with dedicated CPU resources.
Typical use cases include:
- In-memory databases
- Caching systems
- Big-data processing
- Memory-heavy business applications
This avoids purchasing an unnecessarily CPU-heavy instance merely to obtain more memory.
Akamai Cloud Performance
Performance depends heavily on the selected compute family.
A small Shared CPU Linode and a large Dedicated CPU instance should not be treated as the same product simply because both run inside Akamai Cloud.
Important factors include:
- Shared or dedicated CPU
- CPU generation
- Memory allocation
- Storage performance
- Region
- Network latency
- Application architecture
For production systems, predictable performance may be more valuable than obtaining the lowest monthly price.
Akamai Cloud Global Regions
Akamai has continued expanding its core compute footprint.
Current core locations span North America, Europe, Asia, South America and Oceania, including markets such as:
- Los Angeles
- Seattle
- Chicago
- Dallas
- Toronto
- London
- Frankfurt
- Amsterdam
- Paris
- Milan
- Singapore
- Tokyo
- Osaka
- Mumbai
- Sydney
- São Paulo
Akamai also operates distributed compute regions designed to move workloads closer to end users.
These should not automatically be treated as equivalent to core regions because distributed locations can support a more limited subset of cloud services.
New Akamai Cloud Regions in 2026
Akamai continued expanding compute infrastructure during 2026.
Its 2026 data-center documentation lists additional deployments including Paris 2 and Washington 2, while the company continues developing its distributed-cloud strategy.
This matters for latency-sensitive applications because server geography can have a measurable effect on user experience.
Linode Storage
Akamai Cloud provides multiple storage models rather than limiting customers to the disk attached to a virtual machine.
Infrastructure options include:
- Local instance storage
- Block Storage
- Object Storage
- Backups
Block Storage can be useful when persistent storage needs to be attached independently of the lifecycle of a particular compute instance.
Object Storage is better suited to data such as media, backups and application objects that do not require a traditional local filesystem.
Akamai Cloud Kubernetes
Containerized applications can use Akamai's managed Kubernetes infrastructure.
This provides an alternative to manually creating and managing an entire Kubernetes control environment on ordinary virtual machines.
Kubernetes becomes particularly relevant when applications need:
- Container orchestration
- Horizontal scaling
- Microservices
- Rolling deployments
- Distributed applications
For small websites, Kubernetes may introduce unnecessary complexity. For larger application platforms, it can provide considerably more deployment flexibility.
Linode GPU Cloud in 2026
One of the biggest differences between historical Linode and modern Akamai Cloud is the growing focus on AI infrastructure.
In 2026, Akamai expanded its GPU portfolio with NVIDIA RTX PRO 6000 Blackwell Server Edition infrastructure.
The GPU provides 96 GB of VRAM per card, and Akamai offers configurations with multiple GPUs for workloads requiring additional memory and throughput.
Potential workloads include:
- AI inference
- Computer vision
- Speech processing
- Multimodal AI
- Video processing
- CUDA computing
Readers focused primarily on AI infrastructure should also compare specialized GPU cloud providers.
Akamai Blackwell GPU Pricing
GPU pricing is region-dependent.
For example, Akamai currently lists a single RTX PRO 6000 Blackwell Server Edition GPU instance in North America at approximately $3.00 per hour.
The configuration includes:
- 1 NVIDIA RTX PRO 6000 Blackwell GPU
- 96 GB GPU memory
- 176 GB system RAM
- 16 vCPUs
- 1,024 GB storage
European pricing can be higher; Akamai currently lists the comparable one-GPU configuration at $3.60 per hour in supported European markets.
This is a good example of why cloud pricing should always be checked for the intended deployment region.
Linode Reliability and SLA
Akamai's current compute SLA covers Standard, Dedicated, High Memory, GPU and Nanode compute services.
For covered services in general availability, Akamai states a 99.99% monthly uptime guarantee, subject to the conditions and exclusions in its service agreement.
Limited-availability infrastructure carries different terms, so users should check whether a product or region is generally available before designing critical production systems around it.
Linode for WordPress
A Linode can run WordPress effectively, but this should not be confused with conventional managed WordPress hosting.
When deploying WordPress directly on cloud compute, the customer typically takes responsibility for:
- Linux administration
- Web server configuration
- PHP
- Database management
- Security
- Updates
- Backups
Technically experienced users gain greater control. Beginners wanting the provider to handle the server stack may prefer managed hosting.
Linode vs Vultr
Linode and Vultr have historically competed for many of the same developer and VPS customers.
Vultr emphasizes a broad range of straightforward compute products and a large global cloud-region footprint. Modern Linode infrastructure benefits from being integrated into Akamai's much larger distributed network and cloud strategy.
Both offer shared and higher-performance compute options, developer tools and global infrastructure.
The right choice depends on region, workload, pricing and surrounding services rather than one provider being universally preferable.
Read our Vultr Review 2026 for the other side of the comparison.
Linode vs DigitalOcean
DigitalOcean remains another natural comparison because of its strong developer focus.
DigitalOcean has built a broad ecosystem around Droplets, managed databases, Kubernetes and application deployment. Akamai Cloud increasingly differentiates itself through the combination of traditional Linode compute with Akamai's distributed infrastructure, security and delivery capabilities.
Developers should compare the actual services required rather than treating all three platforms as interchangeable VPS providers.
Our DigitalOcean VPS Review examines its compute platform separately.
Linode Pros & Cons
| Pros | Cons |
|---|---|
| Shared CPU starts at $5/month | Shared CPU can experience contention |
| Dedicated CPU available | Unmanaged compute requires technical knowledge |
| Broad global infrastructure | Not every service is available in every region |
| Simple developer-oriented compute | Linode/Akamai branding can initially be confusing |
| Kubernetes and storage ecosystem | Additional cloud services increase total cost |
| New Blackwell GPU infrastructure | GPU availability is region-dependent |
| Akamai network integration | Distributed regions have more limited features |
Who Should Consider Linode / Akamai Cloud?
The platform remains particularly relevant for technically capable users who want straightforward cloud compute.
Good candidates include:
- Developers
- DevOps teams
- SaaS companies
- Website operators
- Agencies
- Database workloads
- Containerized applications
- Distributed applications
- AI inference workloads
Who May Prefer an Alternative?
Users who want a fully managed website without server administration may prefer conventional hosting.
Organizations deeply integrated into AWS, Azure or Google Cloud proprietary services may also find a smaller cloud ecosystem less suitable.
For GPU-intensive AI training, specialized providers should be compared against Akamai's current GPU infrastructure before committing to a deployment.
Linode Review 2026: Final Verdict
Our Linode Review 2026 finds that the biggest change is not the basic virtual machine itself—it is the infrastructure surrounding it.
Linode's familiar developer-oriented compute now operates as part of Akamai Cloud, giving customers access to Shared CPU, Dedicated CPU, High Memory, Kubernetes, storage and increasingly powerful GPU infrastructure while connecting the platform to Akamai's broader distributed-cloud strategy.
The $5 entry point keeps Shared CPU attractive for development, smaller websites and lightweight applications, while Dedicated CPU instances provide predictable compute for sustained production workloads.
Akamai's 2026 expansion into RTX PRO 6000 Blackwell infrastructure also demonstrates that the platform is moving beyond traditional VPS hosting toward AI inference and distributed application infrastructure.
The platform is most compelling for developers who value straightforward compute but also want room to grow into more distributed cloud architectures. Buyers should still compare regional availability, CPU type, storage, bandwidth and management requirements rather than choosing a provider based only on its entry-level monthly price.
