Iznajmite NVIDIA H100 SXM GPU po satu
The NVIDIA H100 SXM is a Hopper-architecture datacenter GPU equipped with 80 GB of VRAM and a 700 W power envelope. It delivers about 53.5 TFLOPS of standard floating-point compute and a memory bandwidth of about 2869 GB/s, supporting CUDA compute capability 9.0. Rent it on ONIE with per-hour billing, full SSH access, and ready templates for PyTorch/CUDA, vLLM, Ollama, and ComfyUI.
Specifikacije
VRAM po GPU-u
Arhitektura
Računalna sposobnost
FP32 računanje
Propusnost memorije
Ograničenje snage
Vrijednosti koje je navela infrastrukturna platforma za trenutno navedene strojeve; stvarne performanse razlikuju se ovisno o stroju.
Dostupne konfiguracije
Zalihe i cijene u stvarnom vremenu, neprekidno ažurirane. Konačnu cijenu potvrđujemo prije narudžbe.
Učitavanje cijena u stvarnom vremenu…
Za što je H100 SXM pogodan
Large Language Model Inference
Deploy demanding language models into production using the 80 GB VRAM capacity and about 2869 GB/s of memory bandwidth via vLLM or Ollama templates.
Deep Learning Fine-Tuning
Train and fine-tune neural networks using the Hopper architecture and CUDA compute capability 9.0 with pre-configured PyTorch/CUDA environments.
High-Throughput Batch Processing
Run intensive data processing and simulation workloads that benefit from about 53.5 TFLOPS of compute performance in a 700 W datacenter form factor.
Heavy Generative Media Workflows
Execute complex ComfyUI pipelines and diffusion models with large batch sizes that fit comfortably within the 80 GB memory pool.
Je li to pravi GPU za vas?
Choose the H100 SXM when your training or inference workloads require 80 GB of high-bandwidth datacenter memory and Hopper architecture features. A smaller workstation or consumer GPU is a more practical choice for lightweight development or small models, while a newer or higher-capacity datacenter GPU is preferable if a single instance cannot hold your entire model in 80 GB of VRAM.
Usporedite sa sličnim GPU-ovima
| GPU | VRAM po GPU-u | Arhitektura | FP32 računanje | Od / sat | Pojedinosti |
|---|---|---|---|---|---|
| H100 SXM | 80 GB | Hopper | ≈ 53.5 TFLOPS | — | |
| H100 NVL | 94 GB | Hopper | ≈ 48.3 TFLOPS | — | Pojedinosti |
| H100 PCIE | 80 GB | Hopper | ≈ 41 TFLOPS | — | Pojedinosti |
| RTX 6000D | 84 GB | Blackwell | ≈ 77.6 TFLOPS | — | Pojedinosti |
Često postavljana pitanja
Is the H100 SXM suitable for LLM fine-tuning and inference?
Yes, its 80 GB of VRAM and memory bandwidth of about 2869 GB/s make it well-suited for both serving and fine-tuning large language models. You can start immediately on ONIE using ready templates for vLLM, Ollama, or PyTorch/CUDA.
How does the SXM variant compare to lower-power datacenter or workstation GPUs?
The H100 SXM operates at a 700 W thermal design power, allowing it to sustain higher compute performance and memory bandwidth than PCIe datacenter variants or workstation cards. If your workload does not saturate about 53.5 TFLOPS of compute or 80 GB of memory, a smaller GPU may be sufficient.
What software compatibility does CUDA compute capability 9.0 provide?
Compute capability 9.0 indicates hardware support for NVIDIA Hopper architecture instructions and features. Our pre-configured PyTorch/CUDA templates come ready to utilize this hardware without manual driver setup.
How do billing and instance access work on ONIE?
Instances are billed on a per-hour basis for the duration of your rental. Once deployed, you can connect directly to your environment via SSH access or interact with pre-installed tools like ComfyUI.
Iznajmite H100 SXM po satu
Stvorite račun, odaberite konfiguraciju i povežite se putem SSH-a. Naplata prestaje kada izbrišete GPU.
Iznajmi H100 SXM