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GPU Compute Instances

High-Performance On-Demand GPU Instances

Accelerate AI model training, LLM fine-tuning, and massive parallel compute workloads with enterprise-grade NVIDIA GPU infrastructure built for scale.

Easily Deploy & Scale Bare-Metal GPU Nodes

Gigantic Nano provides on-demand access to high-density GPU clusters connected over ultra-fast network fabrics. Spin up isolated instances pre-configured with PyTorch, TensorFlow, and CUDA drivers in under a minute—allowing your engineering team to train faster while eliminating hardware management overhead.

Dynamically Scale GPU Clusters as Workloads Expand

Seamlessly spin up additional NVIDIA GPU nodes during heavy model training sessions or scale back down during idle inference windows. Our high-density GPU infrastructure adjusts to your compute demands instantly, ensuring low latency, zero hardware bottlenecks, and cost efficiency.

Build, Monitor, and Secure AI Pipelines for Less

Maintain total control over your machine learning environments with isolated compute instances, real-time GPU utilization tracking, and end-to-end data encryption. Enjoy high-throughput compute performance without paying enterprise cloud markup fees.

High-Density GPU Architecture

Access dedicated NVIDIA H100, A100, and RTX instances optimized for large language models, deep learning, and parallel execution.

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Up to 80GB VRAM per GPU node
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PCIe Gen5 & NVLink high-speed interconnects
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Bare-metal & virtualized GPU configurations

Pre-Configured AI Frameworks

Skip tedious driver setup with pre-tuned software environments ready for immediate model training and inferencing.

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Pre-installed CUDA drivers, PyTorch & TensorFlow
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Jupyter Notebook & Anaconda environments
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One-click deployment for Hugging Face models

Ultra-Fast NVMe Storage & Fabric

High-throughput data pipelines engineered so your GPU cores never stall waiting for dataset loading or model checkpointing.

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High-speed NVMe block and object storage
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Dedicated 100 Gbps network interconnects
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Rapid model checkpoint saving & caching

Enterprise Isolation & Security

Single-tenant compute environments ensuring your proprietary model weights, datasets, and code remain fully protected.

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Isolated, non-oversubscribed single-tenant nodes
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Data encryption in transit and at rest
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SOC 2 compliant data center infrastructure

Deploy Your GPU Instances with Pre-Configured Frameworks

Skip tedious CUDA driver setups and dependency installations. Launch high-density GPU nodes pre-configured with industry-standard machine learning frameworks, container runtimes, and optimized Linux distributions in under a minute.

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PyTorch + CUDA

Pre-tuned deep learning framework with full CUDA acceleration for model training.

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TensorFlow Enterprise

Optimized for distributed multi-GPU training and high-throughput inference APIs.

NVIDIA Docker

Pre-configured container runtimes to deploy isolated AI microservices effortlessly.

Ubuntu AI Server

Hardened enterprise Linux OS pre-loaded with official NVIDIA drivers and ML toolkits.

Quick Questions

Find answers to common questions about our high-density GPU compute instances, hardware specs, billing models, and framework deployments.

We offer enterprise-grade GPU instances powered by NVIDIA H100, A100 (40GB & 80GB), L40S, and RTX 4090 GPUs. Whether you are fine-tuning large language models, training vision architectures, or running real-time AI inference pipelines, we have instances prepped for rapid provisioning.

We offer flexible transparent hourly billing for short-term workloads and development testing, as well as heavily discounted monthly reserved pricing for long-term continuous model training—with zero hidden bandwidth or setup fees.

Yes. You can launch multi-GPU configurations scaling up to 8x HGX GPU nodes interconnected via high-bandwidth NVLink fabrics, allowing high-throughput tensor communication across distributed deep learning jobs.

Absolutely. Every GPU compute instance comes standard with full root/administrator SSH access, giving your engineering team complete freedom to install custom CUDA drivers, libraries, packages, and custom environments.

All GPU instances run in fully isolated single-tenant environments. Your model weights, source code, and training datasets are protected with end-to-end encryption in transit and at rest within SOC 2 compliant data centers.