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Every server listed below runs on native NVIDIA hardware with full CUDA core support. You receive direct, unthrottled access to parallel compute power no shared GPU slices, no noisy neighbors, and complete control over your driver and toolkit versions.
Los Angeles
Los Angeles
Los Angeles
Los Angeles
Los Angeles
Los Angeles
Chicago
Chicago
Buffalo
Buffalo
Atlanta
Atlanta
San Jose
San Jose
Dallas
Dallas
New York
New York
New York
New York
New York
New York
New York
New York
New York
New York
New York
New York
New York
New York
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New York
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New York
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New York
Seattle
Seattle
Dublin
Dublin
London
London
London
Miami
Miami
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Miami
Miami
Miami
Miami
Miami
Miami
Miami
Miami
Miami
Miami
Miami
Miami
Miami
Miami
Miami
Miami
Miami
Miami
Miami
Almere
Almere
Almere
Almere
Amsterdam
Amsterdam
Amsterdam
Amsterdam
Amsterdam
Tallinn
Stockholm
Tel Aviv
Warsaw
Bratislava
Bratislava
Bratislava
Bratislava
Bratislava
Bratislava
Bratislava
Bratislava
Tokyo
Tokyo
Tokyo
Tokyo
Hong Kong
Hong Kong
Hong Kong
Hong Kong
Ogden
Toronto
Toronto
Keflavik
Almere
Almere
Almere
Almere
Arezzo
Bergamo
Hague
Hague
Hague
San Francisco
San Francisco
San Francisco
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From massive generative AI deployments to affordable development servers, find the perfect CUDA architecture for your team.
NVIDIA H100
For teams training foundation models or running massive generative AI deployments.
8x NVIDIA A100 Clusters
Cut production-scale LLM training times from weeks to days.
NVIDIA L40S
The perfect balance between cost and extreme performance.
NVIDIA L4
High-performance inference built on Ada Lovelace.
GTX 1080 Ti
Priced for students, researchers, and early-stage startups.
Tesla M40
Affordable development server for early-stage work.
Not sure which GPU fits your workload?
Talk to our infrastructure team — we'll match you with the right hardware for your specific needs and budget.
Get a RecommendationBecause these are bare-metal machines with full root access, you're not locked into a preconfigured image. Install the exact CUDA Toolkit version your project needs, pin your drivers, and build your environment exactly as you would on a local workstation—just with data-center-grade hardware behind it.
Hardware-accelerated matrix operations for rapid training and inference.
Seamless notebook-based development for data science.
Full support for the NVIDIA Container Toolkit for scalable, containerized workflows.
GPU-accelerated data preprocessing and tabular data analytics.
Ubuntu, Debian, CentOS, AlmaLinux, and Windows Server are all available at deployment, allowing you to match the server to your existing CI/CD pipelines. Custom ISOs are also supported via IPMI/KVM.
Training a deep learning model requires running the same matrix operations across millions of parameters continuously. CUDA cores handle repetitive parallel math exponentially faster than CPUs. On a GPUYard dedicated server, that GPU is yours for the entire run—meaning your epochs process at maximum hardware speed without the random throttling common to shared cloud instances.
CUDA-accelerated libraries like RAPIDS let you execute pandas-style data transformations directly on the GPU. If your pipeline involves cleaning, joining, or aggregating millions of rows before a model ever sees the data, an NVIDIA dedicated server accelerates that preprocessing step, ensuring your data pipeline never becomes a bottleneck.
CUDA's parallel architecture excels beyond machine learning. Rendering engines like Blender, Maya, and V-Ray offload complex ray tracing to the GPU, while scientific workloads (fluid dynamics, molecular modeling) rely on CUDA to process massive numerical grids in real time.
Your server isn't a virtual slice. You get the full physical GPU, AMD EPYC or Intel Xeon CPUs, and massive RAM allocations with zero hypervisor overhead.
Loading large datasets or checkpointing multi-gigabyte models are storage-bound operations. Our enterprise NVMe drives prevent I/O bottlenecks.
Deploy close to your data. From Amsterdam and London to Tokyo and Los Angeles, we offer low-latency connectivity with up to 10Gbps unmetered bandwidth.
Access your hardware remotely via dedicated IPMI/KVM, allowing you to configure Multi-Instance GPU (MIG) on A100s or reboot physical hardware instantly.
