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The NVIDIA H100 GPU server offers significantly better performance than the A100, with up to 3x faster training, 30x faster inference for large AI models, and superior memory bandwidth thanks to its Hopper architecture and HBM3 memory. However, the A100 remains a strong performer at a lower price point and power consumption. Choose the H100 if you need the highest AI and HPC performance and can invest in advanced infrastructure. Opt for the A100 for cost-effective, solid GPU compute, especially for mixed workloads or smaller-scale deployments.
Cyfuture Cloud offers the latest NVIDIA GPU servers optimized for AI, machine learning, and high-performance computing workloads. Their portfolio includes the powerful H100 GPU servers based on NVIDIA’s Hopper architecture and the versatile A100 GPU servers built on the preceding Ampere architecture. Both options provide scalable, pay-as-you-go cloud access with high-speed NVLink and PCIe support for seamless deployment and scaling.
|
Feature |
NVIDIA H100 |
NVIDIA A100 |
Impact |
|
Architecture |
Hopper |
Ampere |
Newer architecture with advanced AI features |
|
CUDA Cores |
18,432 |
6,912 |
2.7x more cores enables faster parallel computing |
|
Tensor Cores |
4th Gen (supports FP8 precision) |
3rd Gen |
Enhanced AI training/inference acceleration |
|
Memory |
80GB HBM3, 3.35 TB/s bandwidth |
40/80GB HBM2e, 2 TB/s bandwidth |
Higher bandwidth memory for faster data processing |
|
FP32 Performance |
60 TFLOPS |
19.5 TFLOPS |
3x higher floating-point performance |
|
TDP (Power draw) |
700W |
400W |
H100 requires more robust cooling and power infrastructure |
|
NVLink Bandwidth |
900 GB/s |
600 GB/s |
Faster multi-GPU scaling |
|
PCIe Support |
PCIe Gen5 |
PCIe Gen4 |
Higher I/O throughput |
|
Launch Price |
~$30,000 |
~$15,000 |
Higher initial investment for H100 |
The H100's architectural innovations, including the Transformer Engine and FP8 precision, enable performance leaps for AI applications compared to the A100.
Training Speed: Up to 2.4x faster on large AI models due to improved Tensor Cores and mixed precision support in the H100.
Inference Speed: 1.5x to 30x faster depending on the model size and workload, significantly benefiting large language models with H100’s Transformer Engine.
Memory Bandwidth: 67% higher on the H100 enables quicker data movement crucial for large-scale AI and HPC tasks.
Multi-Instance GPU (MIG): Both support up to 7 GPU instances, allowing workload partitioning, but H100 has second-generation MIG capabilities.
The H100 is designed for cutting-edge AI research, deep learning, and compute-intensive scientific tasks, while the A100 fits well for diverse enterprise AI workloads and general HPC uses.
NVIDIA H100:
- Large-scale deep learning training with massive datasets
- High-throughput AI inference and natural language processing
- HPC simulations requiring maximum floating-point compute
- Enterprises needing future-proof, state-of-the-art GPU infrastructure
NVIDIA A100:
- AI model development and medium-scale training
- Mixed workloads including HPC, data analytics, and AI inference
- Cost-conscious deployments requiring strong performance without cutting-edge features
- Early AI adopters or developers working on less resource-intensive models
Despite the higher upfront cost and power requirements, the H100 can offer better long-term cost efficiency for demanding AI workloads due to faster training times and reduced time-to-market. A100 servers require less infrastructure overhead but may increase operational costs and delay workloads with their lower performance metrics. Cyfuture Cloud provides flexible pricing on both GPUs with pay-as-you-go billing, enabling enterprises to choose the best match for their budget and compute needs.
Q: Is the H100 worth upgrading from the A100?
A: Yes, the H100 provides substantial performance improvements, especially for large AI models and HPC tasks, justifying the upgrade if budget and infrastructure allow.
Q: How much faster is the H100 compared to the A100?
A: The H100 offers up to 3x faster training and can improve inference speeds by 1.5 to 30 times depending on the workload.
Q: Can both GPUs support multi-instance GPU (MIG)?
A: Yes, both support up to 7 MIG partitions, but the H100 supports the second-generation MIG with optimized features.
Q: What are the power consumption considerations?
A: The H100 requires up to 700W versus 400W for the A100, necessitating more advanced cooling and power delivery infrastructure.
Choosing between Cyfuture Cloud’s H100 and A100 GPU servers depends on your specific AI and HPC workload needs, budget, and infrastructure capabilities. The H100 stands out as the premier choice for cutting-edge, large-scale AI training and inference requiring top performance and future readiness. Alternatively, the A100 offers robust, versatile performance with lower power consumption and is ideal for enterprises balancing performance and cost. Cyfuture Cloud makes both accessible with scalable, cost-effective cloud hosting tailored to your business needs.
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