ThunderCompute80GB VRAMHopperenterprise

H100 PCIe on ThunderCompute

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ThunderCompute provides the NVIDIA H100 PCIe GPU, equipped with 80GB of HBM3 VRAM and built on the Hopper architecture, optimized for enterprise-level AI training, inference, data analytics, and HPC workloads. This offering is noteworthy for its fusion of cutting-edge GPU performance with developer-centric tools, making it ideal for ML engineers and data scientists who value seamless remote development. ThunderCompute's focus on UX shines through its dedicated VS Code extension, enabling instant remote workspace access, live syncing, and GPU-accelerated environments without local setup hassles. Per-minute billing supports bursty, experimental workloads cost-effectively, contrasting with hourly models. Key value propositions include rapid iteration cycles, enterprise-grade reliability, and integration that bridges local IDE familiarity with cloud-scale compute. For VS Code enthusiasts tackling large language models or complex simulations, this combo delivers Hopper's 4x faster inference and 9x training speedups over A100s in a frictionless package, though multi-node scaling details remain provider-specific.

Why NVIDIA H100 PCIe on ThunderCompute?

Choose ThunderCompute for NVIDIA H100 PCIe if you're a VS Code power user needing remote ML development without workflow disruptions. The provider's dedicated VS Code extension offers unique advantages like one-click instance launching, real-time file syncing, terminal integration, and GPU monitoring directly in your IDE—streamlining workflows for iterative experimentation. Per-minute billing complements the H100's high utilization demands, minimizing costs for short training runs or prototyping versus rigid hourly plans. ThunderCompute's infrastructure leverages the GPU's PCIe form factor for efficient single-node setups, ideal for workloads not requiring NVLink. This pairing excels for solo developers or small teams prioritizing speed-to-productivity over massive clusters, with seamless scaling from dev to prod environments.

Live Pricing

Real-time NVIDIA H100 PCIe offers from ThunderCompute

6 listed, none in stock
ThunderCompute
ThunderCompute
United States
Sold Out
NVIDIA H100 PCIe
80GB VRAM
4 vCPU
32GB RAM
100GB Storage
$1.38/GPU/hr
ThunderCompute
ThunderCompute
United States
Sold Out
NVIDIA H100 PCIe8x
80GB VRAM
32 vCPU
256GB RAM
100GB Storage
$2.49/GPU/hr
$19.92/hr total (8×)
ThunderCompute
ThunderCompute
United States
Sold Out
NVIDIA H100 PCIe
80GB VRAM
4 vCPU
32GB RAM
100GB Storage
$2.49/GPU/hr
ThunderCompute
ThunderCompute
United States
Sold Out
NVIDIA H100 PCIe2x
80GB VRAM
8 vCPU
64GB RAM
100GB Storage
$2.49/GPU/hr
$4.98/hr total (2×)
ThunderCompute
ThunderCompute
United States
Sold Out
NVIDIA H100 PCIe4x
80GB VRAM
16 vCPU
128GB RAM
100GB Storage
$2.49/GPU/hr
$9.96/hr total (4×)

Performance Notes

On ThunderCompute, expect NVIDIA H100 PCIe to deliver flagship Hopper performance: up to 4x faster LLM inference and 9x AI training throughput vs. A100, with 80GB VRAM handling massive models like GPT-3 scale. PCIe interface suits single-GPU or basic multi-GPU configs, but lacks SXM's NVLink for ultra-tight scaling—fine for most dev workloads. Network bandwidth and storage options are not publicly detailed; assume standard 100Gbps+ interconnects and NVMe SSDs typical for GPU clouds. Multi-GPU scaling via PCIe pooling is supported but unbenchmarked here—test for your topology. Known strengths: excellent single-instance FP8/FP16 tensor perf. Limitations: PCIe may bottleneck all-reduce in large distributed jobs vs. HGX systems.

About ThunderCompute

A provider focused on developer UX with seamless remote development tools.

Best For

VS Code users for remote development

Unique Features

  • Dedicated VS Code extension
NVIDIA H100 PCIe Specs

VRAM

80GB

Architecture

Hopper

Tier

enterprise

Platform Features

Access Methods
SSH
Jupyter Notebooks
Web Terminal
API
Kubernetes
Containers
Billing Options
Incrementper-minute
Spot Instances
Reserved Instances
Prepaid Credits
Compliance
SOC 2
HIPAA
GDPR
ISO 27001

Getting Started

Getting started with NVIDIA H100 PCIe on ThunderCompute is streamlined for VS Code users. Sign up, install the dedicated extension, and launch GPU instances with per-minute billing. Connect remotely for instant dev environments, preloaded with CUDA, PyTorch, and TensorFlow, enabling quick AI workload spins-up without local hardware.

Steps

  1. 1Create a ThunderCompute account via web dashboard and add payment for per-minute billing.
  2. 2Install the ThunderCompute VS Code extension from the marketplace.
  3. 3Launch H100 PCIe instance: select GPU config, storage size, and region in dashboard or extension.
  4. 4Connect VS Code: use extension to sync workspace and attach to running instance.
  5. 5Verify setup: run `nvidia-smi` in integrated terminal to confirm 80GB H100 detection.

Pro Tips

  • Enable auto-scaling in VS Code extension to pause instances during idle periods, optimizing per-minute costs for bursty ML experiments.
  • Pre-configure Docker images with Hopper-optimized libs like TensorRT-LLM for immediate H100 perf gains on first boot.
  • Monitor VRAM usage via extension dashboards; pair with 1-2TB NVMe for datasets to avoid I/O bottlenecks in training loops.

Frequently Asked Questions

What is ThunderCompute's billing model for NVIDIA H100 PCIe?▾

ThunderCompute bills per-minute for GPU instances including NVIDIA H100 PCIe. Check their pricing page for the most current billing details.

Does ThunderCompute offer spot instances for NVIDIA H100 PCIe?▾

No, ThunderCompute does not currently offer spot instances for NVIDIA H100 PCIe. All instances are billed at on-demand rates. Consider their pricing structure carefully for cost-sensitive workloads.

Related Pages

Compare H100 PCIe Across Providers

The H100 PCIe is available from 13 providers on GPUPerHour. Here is how other providers compare:

For a full comparison across all providers, see the H100 PCIe rental page. See all GPUs on ThunderCompute.