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NVIDIA H100 Dedicated Servers

Scale your LLM training and high-throughput inference with MIG servers. We provision single-tenant Hopper architecture, offering custom 1x, 4x, or 8x H100 SXM5 nodes interconnected via 900 GB/s NVLink and Quantum-2 NDR InfiniBand. Zero hypervisor overhead, just raw, unthrottled compute power delivered directly to you.

Close-up of NVIDIA H100 GPU within a server, highlighting its design and capabilities for intensive processing

94GB HBM3 VRAM

PCIe Gen 5.0 Platform

Up to 8x H100 GPUs

200Gbps Dedicated Network

NVIDIA H100 GPU Server Configurations

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Built for AI, Backed by MIG servers

Enterprise-grade infrastructure without the cloud compromises. Here is why AI teams choose us.

100% True Bare-Metal

No hypervisors, no shared resources, and zero virtualization overhead. You get direct root access to the physical hardware for maximum unthrottled performance.

Flexible 1x to 8x Scaling

Start your R&D with a single H100 PCIe node and scale seamlessly up to massive 8-GPU HGX clusters as your LLM training and inference workloads grow.

Up to 200Gbps Connectivity

Move massive datasets without bottlenecks. We offer ultra-fast network ports up to 200Gbps with no hidden egress fees or unpredictable cloud billing.

Strictly Enterprise Hardware

We never cut corners on performance. Every MIG Server is built using premium, enterprise-grade components, from AMD EPYC/Intel Xeon CPUs to Gen5 NVMe storage.

Tier IV Data Centers

Your hardware is hosted in ultra-secure, highly redundant Tier IV facilities equipped with advanced liquid and air cooling to handle intense 700W GPU thermal loads.

24/7 Expert GPU Support

Get direct access to our infrastructure engineers round-the-clock. Fast hardware replacements, quick networking resolutions, and real human support when you need it most.

Under the Hood: NVIDIA Hopper™ Architecture

Core hardware specifications engineered for trillion-parameter AI models and Exascale HPC.

900 GB/s
Bidirectional NVLink GPU-to-GPU Interconnect
3.9 TB/s
Peak HBM3 Memory Bandwidth
4x Faster
GPT-3 Training Performance vs. A100
7x MIG
Hardware-level GPU Partitions per Node

The H100 introduces the breakthrough Transformer Engine, specifically purpose-built to accelerate LLMs. By dynamically utilizing 8-bit floating point (FP8) precision alongside 16-bit half-precision, it drastically reduces memory footprints and accelerates matrix multiplications without sacrificing model accuracy.

Choose the right topology for your workload. The SXM5 variant delivers maximum cluster performance with up to 700W TDP and 900 GB/s NVLink bandwidth, ideal for multi-node 8-GPU HGX training. The PCIe (NVL) variant runs efficiently at 350-400W, offering 128 GB/s via PCIe Gen5 and 600 GB/s via NVLink bridge—perfect for high-throughput LLM inference in standard server racks.

Equipped with up to 94GB of ultra-fast HBM3 memory. To maximize hardware utilization across dev teams, the Multi-Instance GPU (MIG) technology allows you to securely partition a single H100 into up to seven fully isolated instances (e.g., 7x 10GB instances on SXM). Each partition has its own dedicated compute, cache, and memory bandwidth.

Security for proprietary datasets. The H100 features a hardware-based Trusted Execution Environment (TEE). This built-in confidential computing capability secures and isolates the entire AI workload, protecting the integrity of your code and data while in use—without compromising compute performance.

Architected for Next-Gen Compute Workloads

Match your exact requirements with the unmatched processing power of the NVIDIA H100.

Neural Network

Accelerate Trillion-Parameter Models

Leverage the Hopper Transformer Engine for large-scale tasks like Llama 3 fine-tuning and training foundational models from scratch. By utilizing FP8 precision and 900 GB/s NVLink, multi-node scaling across PyTorch environments becomes entirely seamless. Our bare-metal clusters ensure your GPUs are never starved for data, eliminating the massive interconnect bottlenecks typically seen in billion-parameter model training.

A futuristic digital interface showcasing a vibrant, interconnected virtual world with glowing elements and data streams.

Ultra-Low Latency in Production

Deploy generative AI into production with unmatched speed. Whether you are processing complex multi-modal datasets or requiring rapid token generation for conversational AI chatbots, the H100 is engineered for throughput. Delivering up to 30x higher inference performance over the A100, our nodes natively support frameworks like TensorFlow and NVIDIA TensorRT, ensuring your real-time applications run with minimal latency.

A sophisticated 3D model of DNA sequencing, molecular structures, or large data cluster graphs.

Shatter Data Processing Limits

Process massive datasets and run complex scientific simulations without compromise. With 60 TeraFLOPS of FP64 compute and new DPX instructions, the H100 achieves 40x speedups over traditional CPUs on bioinformatics algorithms like DNA sequence alignment. For data science teams, seamlessly scale your analytics by integrating with GPU-accelerated Spark 3.0 and NVIDIA RAPIDS™, utilizing the massive 3 TB/s memory bandwidth to process data that paralyzes standard servers.

True Bare-Metal vs. Cloud Instances

Avoid unpredictable billing and restricted hardware access. Compare how MIG servers delivers Enterprise-Grade Infrastructure for your AI workloads.

Feature MIG servers (Bare-Metal) Public Cloud Providers
Infrastructure

Dedicated Bare-Metal Servers

Built on PCIe Gen 5.0 with zero virtualization overhead.

Virtualized or Dedicated Instances

Subject to hypervisor tax and potential latency.
Resource Allocation

Exclusive Hardware Resources

100% unthrottled compute and memory bandwidth per GPU.

Variable Allocation

Resource model and performance vary heavily by instance type.
Network Connectivity

Dedicated High-Speed Network

Up to 200Gbps dedicated ports with ZERO hidden egress fees.

Tier-Dependent Network

Network performance depends on selected service tier with high data-transfer costs.
GPU Availability

Dedicated H100 Configurations

Instant availability from 1x up to 8x H100 HGX clusters.

Restricted by Quotas

Availability may vary by region and strict cloud account quotas.
System Access

Full Root & Remote Hardware Access

Direct out-of-band IPMI/KVM access to the physical machine.

Locked-Down Access

Access limited strictly to cloud platform policies and boundaries.
Customization

Deep Customization

Full freedom over OS, custom Slurm arrays, storage, and network topology.

Walled Garden

Platform-specific limitations and software constraints may apply.
Billing Model

Predictable Monthly Pricing

Fixed CapEx/OpEx. You know exactly what you pay.

Usage-Based Billing

Unpredictable, complex hourly billing that scales aggressively.
Long-Term AI Training

Optimized for Continuous Workloads

Designed for 24/7 sustained 700W TDP loads without throttling.

Cost-Prohibitive at Scale

Costs depend entirely on runtime and massive data transfer usage.

Frequently Asked Questions (FAQ)

How long does it take to provision a dedicated NVIDIA H100 server?

Standard 1x H100 PCIe configurations are typically provisioned within 24 to 72 hours. Larger multi-node clusters (such as 4x or 8x H100 SXM5 baseboards) require custom network and thermal setup, which may take a few days. Our infrastructure team will provide an exact deployment timeline based on your specific configuration.

What operating systems are supported, and can I install my own ISO?

We natively support all major Linux distributions, including Ubuntu, AlmaLinux, Rocky Linux, and Debian. Because you have full root and out-of-band IPMI access, you are completely free to mount your own custom ISOs, install custom kernels, or deploy orchestration tools like Kubernetes and Slurm.

Can I announce my own IP address space (BGP / BYOIP) on your network?

Yes. We fully support Bring Your Own IP (BYOIP). If your enterprise has its own Autonomous System Number (ASN) and IPv4/IPv6 prefixes, our network engineering team will set up the necessary BGP sessions so you can announce your blocks directly from your MIG servers hardware (Conditions apply).

Are there any hidden egress fees for moving large AI training datasets?

No. We do not charge per-gigabyte data transfer fees. Your bare-metal server comes with a dedicated, unmetered network uplink (with options up to 200Gbps). You pay a flat, predictable monthly rate regardless of how much data you move in or out of the server.

Do you support NVIDIA Multi-Instance GPU (MIG) partitioning?

Yes. Since you are renting the physical bare-metal hardware, you have full control over the GPU architecture. You can easily enable MIG mode to securely partition a single physical H100 GPU into up to seven isolated instances, allocating specific compute and memory limits for different teams or microservices.

Stop Waiting for Cloud Allocations.
Secure Your Bare-Metal H100 Today.

Skip the hyperscale queues and eliminate unpredictable egress fees. Provision your single-tenant, unthrottled NVIDIA Hopper™ architecture with MIG servers and scale your AI workloads with Direct Hardware Access.

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100% Hardware Isolation
Tier IV Data Centers
99.99% Uptime SLA
24/7 Priority Support