What Are the Infrastructure Requirements for Hosting H200 GPU?

Hosting NVIDIA H200 GPUs requires high-density power supplies delivering up to 700W TDP per GPU, advanced liquid or air-hybrid cooling systems to manage extreme heat output, robust structural racks supporting heavy loads (hundreds of kilograms per server), high-speed interconnects like NVLink or 200 Gbps Ethernet, and scalable NVMe storage in data centers with redundant power and security. Cyfuture Cloud meets these demands through its state-of-the-art, globally distributed facilities optimized for H200 GPU clusters, eliminating the need for on-premises infrastructure.​

Detailed Infrastructure Breakdown

Cyfuture Cloud's H200 GPU hosting handles the demanding specifications of NVIDIA's Hopper architecture GPUs, which feature 141GB HBM3e memory and 4.8 TB/s bandwidth, by providing tailored power, cooling, and networking solutions. Each H200 GPU has a maximum Thermal Design Power (TDP) of 700W for SXM variants or 600W for NVL models, meaning an 8-GPU HGX H200 gpu cloud server can draw up to 5.6kW, necessitating high-capacity PDUs, UPS systems, and redundant power feeds capable of 40-80kW per rack row. Cooling is critical due to the GPUs' high heat flux density; Cyfuture Cloud deploys liquid cooling for direct-die efficiency in HPC loads, hybrid air-liquid systems for adaptability, and immersion oil options to sustain peak performance without thermal throttling.​

Structurally, H200 servers demand reinforced racks for weights exceeding hundreds of kilograms per unit, plus PCIe Gen5 or NVLink interconnects at 900GB/s for multi-GPU coherence. Cyfuture Cloud's facilities incorporate heavy-duty chassis supports, 200 Gbps Ethernet for low-latency data transfer, and NVMe passthrough storage to support AI training, inference, and large-scale simulations. Security features like 24/7 biometric access, encryption, and fire suppression ensure compliance, while MIG partitioning enables secure multi-tenant isolation on shared hardware. These elements collectively enable Cyfuture Cloud to deliver near-perfect uptime for workloads in AI, HPC, and media rendering.​

Conclusion

Cyfuture Cloud simplifies H200 GPU hosting by managing all infrastructure complexities—power, cooling, racks, networking, and security—in its scalable, globally distributed data center in India. Businesses avoid massive CapEx on custom builds, gaining instant access to high-performance clusters with 24/7 support and seamless scalability.​

Follow-up Questions & Answers

What cooling options does Cyfuture Cloud provide for H200 GPUs?
Cyfuture Cloud offers air, liquid, hybrid, and immersion oil cooling tailored to H200's 700W TDP and high heat density, ensuring optimal thermal management for sustained AI/HPC performance.​

Can I scale H200 GPU resources on Cyfuture Cloud?
Yes, configurations range from single-node instances to multi-GPU clusters, with expandable storage, bandwidth, and GPU counts to match growing workloads without downtime.​

What networking supports H200 hosting at Cyfuture Cloud?
Up to 200 Gbps Ethernet and NVLink bridges provide low-latency interconnects, ideal for distributed computing and real-time applications.​

Is H200 hosting secure for multi-tenant use?
H200's MIG technology combined with Cyfuture Cloud's encryption, surveillance, and biometric controls ensures isolated, secure workloads on shared infrastructure.​

How does Cyfuture Cloud ensure uptime for H200 servers?
Redundant power supplies, proactive monitoring, and advanced cooling deliver near-perfect availability for mission-critical AI and HPC tasks.​