Cloud Service >> Knowledgebase >> GPU >> H100 vs H200: Which GPU Offers Better Value?
submit query

Cut Hosting Costs! Submit Query Today!

H100 vs H200: Which GPU Offers Better Value?

With the increasing demand for AI, cloud computing, and high-performance computing (HPC), businesses are looking for the best GPUs to handle large-scale workloads. Nvidia’s H100 and H200 are two of the most powerful AI GPUs available today, designed to push the boundaries of machine learning, deep learning, and AI-driven cloud applications.

The H100 has been a game-changer in AI model training, but with the launch of the H200, many are wondering whether upgrading is worth the cost. Given the rapid adoption of cloud-based AI processing, businesses must weigh performance vs. price to decide which GPU offers the best value.

With cloud hosting providers like Cyfuture Cloud offering flexible access to these GPUs, companies can use them without heavy upfront investments. So, which GPU should you choose? Let’s compare the H100 vs. H200 in terms of cost, performance, and real-world AI applications.

Key Specifications: Nvidia H100 vs. H200

Before discussing pricing and value, let’s break down the technical differences between the H100 and H200 GPUs.

Feature

Nvidia H100

Nvidia H200

Memory

80GB HBM3

141GB HBM3e

Memory Bandwidth

3.35TB/s

4.8TB/s

CUDA Cores

16,896

16,896

Tensor Cores

528

528

TDP (Power Consumption)

700W

700W

Primary Use Cases

AI training, deep learning, cloud workloads

Large-scale AI, HPC, AI inference, cloud AI workloads

The H200 offers nearly double the memory of the H100, making it more effective for large AI models like GPT-4 and LLMs.

Memory bandwidth has increased by over 40%, reducing bottlenecks in AI processing.

Both GPUs use HBM memory, but the H200 features HBM3e, offering better efficiency in AI inference and cloud-based computing.

Price Comparison: H100 vs. H200

GPU pricing varies depending on whether you’re buying outright or using a cloud GPU hosting solution like Cyfuture Cloud.

1. On-Premise GPU Pricing

If you’re considering buying an H100 or H200 for local deployment, here’s what you can expect to pay:

GPU Model

Estimated Price (2025)

Nvidia H100

$25,000 - $40,000

Nvidia H200

$40,000 - $55,000

The H200 costs significantly more due to its increased memory and performance upgrades.

For AI training, the H100 still provides strong value, unless high memory capacity and bandwidth are critical.

2. Cloud Hosting Costs for H100 vs. H200

Instead of purchasing these GPUs outright, many businesses prefer cloud GPU hosting, where they can rent GPUs on-demand.

Cloud Provider

H100 Price (Per Hour)

H200 Price (Per Hour)

Cyfuture Cloud

$6 - $12

$10 - $18

AWS (EC2 Instances)

$8 - $15

$12 - $20

Google Cloud (G2 Instances)

$7 - $14

$11 - $19

Microsoft Azure

$7 - $13

$11 - $18

Cloud hosting eliminates upfront costs, making it ideal for AI research and large-scale computing needs.

The H200 is 25-50% more expensive than the H100 in cloud environments, making cost efficiency a major factor.

Cyfuture Cloud offers some of the most competitive rates, making it an attractive option for businesses.

Factors Influencing GPU Pricing

1. Demand for AI & Cloud Computing

The rise of AI-powered services and large language models (LLMs) has created massive demand for GPUs like the H100 and H200.

Enterprise cloud providers and AI research labs are competing for GPU access, keeping prices high.

2. Memory & Bandwidth Upgrades

The H200’s 141GB HBM3e memory is a game-changer, allowing AI models to process more data at once.

Increased bandwidth (4.8TB/s vs. 3.35TB/s) reduces AI model training time, justifying the price difference.

3. Cloud Hosting vs. On-Premise Costs

On-premise deployments require infrastructure investment, making cloud hosting a preferred choice.

Cyfuture Cloud and other hosting providers offer scalable solutions, allowing businesses to rent GPUs without heavy capital investment.

Which GPU Offers Better Value for AI Workloads?

Factor

Nvidia H100

Nvidia H200

Best For

AI training, deep learning

AI inference, large-scale LLMs

Memory Bandwidth

3.35TB/s

4.8TB/s

Cost Efficiency

More affordable

Higher cost but better performance

Cloud Hosting Cost

Lower

Higher

Scalability

Strong

Stronger for extreme workloads

Choose H100 if:

You need high-performance AI training but want better cost efficiency.

You’re working with AI models that don’t require extreme memory bandwidth.

You want lower cloud hosting costs for AI workloads.

Choose H200 if:

You’re handling large-scale AI models that require 141GB of memory.

You need maximum memory bandwidth for AI inference and cloud-based computing.

Cost is not a major concern, and you want the best performance available.

Cloud Hosting vs. Buying: Which One Makes More Sense?

For most businesses, cloud-based GPU hosting is the smarter option than purchasing GPUs outright.

Factor

Buying H100 / H200

Cloud Hosting H100 / H200

Upfront Cost

$25,000 - $55,000

No upfront cost

Maintenance & Power Costs

High

Managed by provider

Scalability

Limited

Scale up or down as needed

Flexibility

Fixed hardware

Pay-as-you-go or reserved pricing

Ideal For

Continuous AI workloads

Dynamic, scalable AI processing

For AI-driven businesses, cloud GPU hosting with Cyfuture Cloud provides scalability, lower maintenance, and cost-efficient access to both H100 and H200 GPUs.

Conclusion

The H100 and H200 are both cutting-edge AI GPUs, but the right choice depends on your workload and budget. The H100 remains a strong option for AI training, while the H200’s increased memory and bandwidth make it ideal for massive AI models.

For businesses seeking scalable AI compute power without upfront investment, cloud hosting solutions from Cyfuture Cloud offer cost-effective access to both GPUs. Whether you need H100 for cost efficiency or H200 for next-gen AI performance, choosing the right GPU depends on how much computing power your workloads require.

Cut Hosting Costs! Submit Query Today!

Grow With Us

Let’s talk about the future, and make it happen!