NVIDIA H200 PCIe — Memory-Optimized AI Compute

The NVIDIA H200 PCIe GPU elevates AI performance with expanded on-chip memory and enhanced throughput, making it ideal for large-context AI models, retrieval-augmented generation (RAG), and multi-modal workloads.

141GB HBM3E Memory

Next-Gen AI Performance

High Throughput for Large Datasets

Optimized for Large AI Models

NVIDIA H200 PCIe

GPU Specifications

Technical specifications of the NVIDIA H200 PCIe GPU designed for memory-intensive AI training, inference, and high-performance computing.

FeatureDetails
ArchitectureNVIDIA Hopper
Memory141GB HBM3E
Memory Bandwidth4.8 TB/s
Enhanced FeaturesAdvanced Transformer Engine
InterconnectPCIe Gen5

Ideal Use Cases

NVIDIA H200 PCIe GPUs power advanced AI workloads requiring large memory capacity and high throughput across research and enterprise environments.

Large-context Model Training

Retrieval-Augmented Applications

Complex Multi-modal AI Systems

High-density Inference Pipelines

Why Choose H200 on Fluidcore

Fluidcore’s infrastructure is engineered for high-memory GPU workloads, providing scalable clusters with optimized networking and storage. Run memory-intensive AI tasks with confidence and performance parity with hyperscale providers — at more predictable costs.

Memory-Optimized Compute

H200 GPUs deliver expanded HBM3E memory capacity designed specifically for large-context models and memory-intensive AI workloads.

Optimized GPU Networking

High-speed networking infrastructure ensures fast communication across distributed GPU clusters for large-scale AI training.

Scalable AI Infrastructure

Deploy scalable clusters capable of handling enterprise-grade AI workloads with consistent performance and reliability.

Enterprise-Grade Security

Run sensitive AI workloads on sovereign infrastructure designed to provide secure compute environments and predictable costs.

Ready to Deploy NVIDIA H200?

Launch memory-intensive AI workloads with NVIDIA H200 GPUs on Fluidcore’s high-performance infrastructure designed for advanced machine learning and large-scale data processing.