GPU Cloud · NVIDIA · Ampere

Închiriați GPU NVIDIA RTX A4000 pe oră

The NVIDIA RTX A4000 is an Ampere-architecture workstation GPU equipped with 16 GB of VRAM and compute capability 8.6. Operating within a 140 W power envelope, it delivers about 20.6 TFLOPS of single-precision compute and about 372 GB/s of memory bandwidth. Rent it on ONIE with per-hour billing, full SSH access, and pre-configured templates for PyTorch/CUDA, vLLM, Ollama, and ComfyUI.

Specificații

VRAM per GPU

16 GB

Arhitectură

NVIDIA Ampere

Capacitate de calcul

8.6

Calcul FP32

≈ 20.6 TFLOPS

Lățime de bandă a memoriei

≈ 372 GB/s

Limită de putere

140 W

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Configurații disponibile

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Pentru ce este potrivit RTX A4000

Moderate Language Model Inference

Run quantized or medium-sized language models using Ollama or vLLM within the 16 GB VRAM capacity.

Image Generation Workflows

Deploy ComfyUI templates for diffusion-based image generation and experimentation backed by about 372 GB/s of memory bandwidth.

Deep Learning Prototyping

Develop and test PyTorch/CUDA training scripts on an Ampere workstation architecture with compute capability 8.6.

Workstation Rendering Tasks

Execute rendering and simulation workloads that benefit from about 20.6 TFLOPS of single-precision performance.

Este GPU-ul potrivit pentru dumneavoastră?

The RTX A4000 suits developers and creators who need a reliable 16 GB Ampere workstation GPU for inference, image generation, and code prototyping. Choose a smaller GPU for basic testing with lower memory needs, or step up to a larger datacenter or workstation card if your models exceed 16 GB of VRAM or require higher memory bandwidth.

Comparați cu GPU-uri similare

GPUVRAM per GPUArhitecturăCalcul FP32De la / orăDetalii
RTX A400016 GBAmpere≈ 20.6 TFLOPS—
RTX 4060 Ti16 GBAda Lovelace≈ 21.6 TFLOPS—Detalii
RTX 5060 Ti16 GBBlackwell≈ 22.8 TFLOPS—Detalii
L422 GBAda Lovelace≈ 24.2 TFLOPS—Detalii

Întrebări frecvente

Is the RTX A4000 suitable for LLM inference and fine-tuning?

With 16 GB of VRAM and about 372 GB/s of memory bandwidth, it handles inference for smaller or quantized language models via Ollama or vLLM, as well as lightweight fine-tuning. For full-parameter fine-tuning or running larger unquantized models, a GPU with more VRAM is recommended.

How does this GPU compare to larger or smaller options?

As a 16 GB workstation card offering about 20.6 TFLOPS of single-precision compute, the RTX A4000 sits between entry-level consumer cards and heavier workstation or datacenter GPUs. Stepping down reduces available memory for batch sizes, while stepping up provides greater VRAM capacity and memory bandwidth for heavier workloads.

What software environments are available for the RTX A4000 on ONIE?

You can deploy ready templates including PyTorch/CUDA, vLLM, Ollama, and ComfyUI, all compatible with the card's compute capability 8.6. Full SSH access is also provided so you can customize your environment.

How does billing work when renting the RTX A4000?

Rentals on ONIE use per-hour billing, allowing you to pay only for the time your instance is active.

Închiriați RTX A4000 pe oră

Creați un cont, alegeți o configurație și conectați-vă prin SSH. Facturarea se oprește când ștergeți GPU-ul.

Închiriați RTX A4000

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