CPU-powered for speed-critical apps
Get more vCPUs per instance to push demanding workloads, such as video encoding and batch jobs, faster.
More compute, more possibilities.
Get more vCPUs per instance to push demanding workloads, such as video encoding and batch jobs, faster.
Leverage high-end AMD EPYC™ cores to train models, run simulations, and scale complex algorithms with confidence.
Optimize response times and user experience in mission-critical systems such as gaming servers or trading platforms.
Compute Optimized virtual machines are designed for raw CPU power. Ideal for applications where processing speed matters more than memory, these instances are built to handle intensive workloads like machine learning and CI/CD - without breaking a sweat. With dedicated physical cores, they deliver consistent, high-performance compute for even the most CPU-intensive tasks.
Leverage powerful processing capabilities for resource-intensive applications such as gaming servers, financial modeling or 3D rendering. Deliver a seamless user experience with low latency and fast response times, ensuring optimal performance in mission-critical environments.
Automate and accelerate build, test, and deploy cycles with Jenkins, GitLab CI, or custom pipelines. Compute Optimized instances help developers push new code faster by cutting down processing time for each task in high-concurrency environments.
Experience top-notch performance with high-end AMD EPYC™ vCPUs and accelerate model training, natural language processing, and image recognition projects. Improve the capabilities of demanding computational workloads such as AI training, parallel processing, and machine learning tasks.
Architecture
AMD EPYC 7543 (2,8 GHz).
vCPU
From 2 to 96 dedicated cores.
Memory
From 4 to 192 GB.
Bandwidth
From 100 Mbps to 10 Gbps.
Storage
Block Storage.
SLA
99.5%.
Designed for high-bandwidth applications, our Network Optimized virtual machines deliver a high-throughput connection, making them ideal for tasks like data analytics, real-time communication, and content delivery. They offer the same vCPU-to-RAM ratio as our Compute Optimized instances but with significantly more public bandwidth.
Commit to a monthly spend on Compute Optimized Instances and enjoy a discount up to 25% on your monthly spend.
What’s your estimated monthly infrastructure cost?
Development
Ideal for building, testing, and deploying lightweight applications.
General Purpose
The best best balance of performance and value for a wide range of workloads.
Memory Optimized
Designed for data-intensive workloads requiring large amounts of RAM.
Dependency is the enemy of resilience: customers want their data hosted by a regional provider. Gain sovereignty with our multi-cloud tools & infrastructure.
We recycle our hardware, only use renewable energy, and pay close attention to our water usage. Additionally, our Power Usage Effectiveness (PUE) is available online 24/7 for you to see for yourself.
Every complete cloud ecosystem needs 100% reliability, which is why we provide nine Availability Zones in three different regions.
A Virtual Instance is a virtual machine in the cloud.
Compute Optimized virtual machines are made for high computing workloads and compute-bound applications. Providing a higher vCPU to RAM ratio than other offers, they’re designed for high-performance web-serving, video encoding, machine learning, batch processing, or CI/CD.
Scaleway offers several types of Instances, each with their own set of resources and technical specifications.
Yes, physical cores for Compute Optimized virtual machines are dedicated.
You can opt for a “pay as you go” model, paying only for what you consume. This approach gives you the flexibility to provision resources and delete resources when needed.
If you anticipate a consistent usage volume, Savings Plans offer a flexible pricing structure designed to optimize compute costs. By committing to a consistent monthly spend, you can benefit from up to 25% discount for long-term savings.
Learn more about Savings Plans here.