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NVIDIA H100 Specifications Pricing and 2025 Market Availability

The NVIDIA H100, part of NVIDIA's Hopper architecture, is a high-performance GPU designed for AI, machine learning, and HPC workloads. It features up to 80GB of HBM3 memory, 14,592 CUDA cores, and advanced tensor cores with FP8 precision, delivering up to 30x faster inference than previous GPUs. In 2025, the H100 is widely available at prices ranging between $25,000 to $30,000 for the standard PCIe 80GB model, with premium variants reaching $35,000-$40,000. It is also accessible via cloud platforms like Cyfuture Cloud, offering flexible hourly rental options.

Overview of NVIDIA H100

The NVIDIA H100 Tensor Core GPU is a flagship product from NVIDIA’s Hopper architecture family, engineered for demanding AI, machine learning model training, inference, and high-performance computing tasks. Introduced as a successor to the A100 GPU, the H100 incorporates next-generation technologies including HBM3 memory, fourth-generation tensor cores, and a Transformer Engine optimized for transformer-based deep learning models, especially large language models (LLMs). Its specialized hardware enables exceptional throughput and scalability across data centers and AI research environments.

Key Specifications

The H100 features the following key performance and technical specifications:

Specification

NVIDIA H100 (SXM / PCIe)

GPU Architecture

Hopper

CUDA Cores

14,592

Tensor Cores

456 (fourth-generation)

GPU Memory

80GB HBM3 (PCIe version), 94GB (NVL variant)

Memory Bandwidth

3.35 TB/s (PCIe) / 3.9 TB/s (NVL)

FP32 Performance

67 TFLOPS (SXM), 51 TFLOPS (PCIe)

FP64 Performance

34 TFLOPS (SXM), 26 TFLOPS (PCIe)

FP16 Tensor TFLOPS

1,979 TFLOPS

FP8 Tensor TFLOPS

3,958 TFLOPS

Boost Clock

~1.41 GHz

TDP (Thermal Design)

700W (SXM), 350-400W (PCIe NVL)

Process Node

TSMC 4N / 4NP

Multi-Instance GPUs

Up to 7 instances with NVIDIA MIG

These technical innovations translate into a groundbreaking 30x inference speedup compared to predecessors and a significant leap in training speeds for large AI models thanks to the combination of Tensor Cores, high-bandwidth memory, and new FP8 precision support.

Pricing Details in 2025

The retail price of the NVIDIA H100 GPU in 2025 generally falls within the following ranges:

. Standard 80GB PCIe Model: $25,000 to $30,000 per unit

. Premium or specialized configurations: $35,000 to $40,000 per unit

. Bulk multi-GPU cluster purchases can exceed $400,000 depending on system configuration

Hourly cloud rental rates for H100 instances vary depending on the provider and service region but usually range between $2.74 and $9.98 per hour. In India, prices for individual units are approximately ₹25-30 lakhs due to import tariffs and market conditions. Despite high manufacturing costs (around $3,320 per chip), pricing includes markups, vendor margins, and supply chain premiums.

Market Availability

After initial supply constraints in earlier quarters, the NVIDIA H100 is broadly available in 2025. NVIDIA reports stable supply levels for H100 and related H200 series GPUs as of mid-2025. The H100 NVL variant is approaching end-of-life with phased discontinuations starting Q3 2025, prompting forward-looking buyers to consider next-gen models like the H200 or L40S for long-term investments.

More than 30 cloud providers globally, including Cyfuture Cloud, provide immediate access to H100 GPUs for AI, ML, and HPC workloads with flexible rental and ownership options. This widespread availability supports diverse industries from enterprise AI to research institutions.

Use Cases and Performance

The H100 excels in:

. Training large language models with fast transformer engine acceleration

. Real-time AI inference tasks requiring ultra-low latency

. Scientific simulations and HPC workloads with high FP64 precision needs

. Multi-instance GPU (MIG) workloads enabling resource partitioning

. Enterprises deploying AI at scale and leveraging confidential computing features

Compared to the NVIDIA A100, the H100 offers roughly 9x faster training speeds and up to 30x faster inference performance, backed by innovations like FP8 precision and transformer engine optimizations.

Follow-up Questions and Answers

Q1: What is the difference between the H100 SXM and PCIe versions?
A: The SXM version features higher power (up to 700W), more TFLOPS performance, and NVLink 4 interconnect, while the PCIe versions offer slightly lower power consumption (350-400W) with comparable but moderate performance optimized for standard PCIe slots.

Q2: Are there alternatives to the H100 in 2025?
A: Yes, the H200 and NVIDIA L40S GPUs are the latest successors with enhanced specs and newer technology, recommended for future-proofing beyond late 2025 deployments.

Q3: Can the H100 be rented on-demand in the cloud?
A: Multiple cloud providers, including Cyfuture Cloud, offer hourly rentals for H100 GPUs, making this powerful hardware accessible without the upfront purchase cost.

Conclusion

The NVIDIA H100 remains the premier GPU choice in 2025 for advanced AI training, inference, and high-performance computing. Featuring breakthrough architectures like FP8 Tensor Cores and HBM3 memory, it delivers unmatched inference speed and training acceleration. Pricing ranges from $25,000 for standard units up to $40,000 for premium models, with broad market availability including cloud rental offerings. Cyfuture Cloud stands as a leading platform to access NVIDIA H100 GPUs easily and efficiently, making high-end AI infrastructure accessible for enterprises and researchers worldwide.

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