GPU Cloud · NVIDIA · Turing

Nuomokite NVIDIA RTX 2060 GPU per valandą

The NVIDIA RTX 2060 on ONIE is a Turing-architecture consumer GPU featuring 12 GB of VRAM and a 130 W TDP. It delivers about 6.5 TFLOPS of single-precision compute and about 268 GB/s of memory bandwidth with CUDA compute capability 7.5. Instances include SSH access, per-hour billing, and preconfigured templates for PyTorch/CUDA, ComfyUI, Ollama, and vLLM.

Specifikacijos

VRAM kiekvienam GPU

12 GB

Architektūra

NVIDIA Turing

Compute capability

7.5

FP32 skaičiavimas

≈ 6.5 TFLOPS

Atminties pralaidumas

≈ 268 GB/s

Galios riba

130 W

Infrastruktūros teikėjo pateiktos reikšmės dabar siūlomoms mašinoms; tikrasis našumas skiriasi priklausomai nuo mašinos.

Turimos konfigūracijos

Aktualus prieinamumas ir kainos, atnaujinami nuolat. Galutinę kainą patvirtinsite prieš užsakymą.

Įkeliamos aktualios kainos…

Kam tinka RTX 2060

Entry-Level Image Generation

Run ComfyUI workflows and standard diffusion models that fit comfortably within 12 GB of VRAM.

Compact Language Model Inference

Deploy quantized or smaller language models using Ollama or vLLM for lightweight text generation tasks.

PyTorch Prototyping and Debugging

Write, test, and debug CUDA code on a Turing architecture card before scaling up to larger instances.

Small-Scale Model Training

Train modest neural networks and machine learning pipelines using the PyTorch/CUDA template.

Ar tai tinkamas GPU jums?

Choose the 12 GB RTX 2060 when your workload needs more memory than entry-level consumer cards offer, without requiring the higher compute throughput of newer architectures. Upgrade to a newer generation or workstation GPU for heavy training, or pick a smaller GPU if your task requires minimal VRAM.

Palyginti su panašiais GPU

GPUVRAM kiekvienam GPUArchitektūraFP32 skaičiavimasNuo / valandąIšsamiau
RTX 206012 GBTuring≈ 6.5 TFLOPS—
GTX TITAN X12 GBMaxwell≈ 6.8 TFLOPS—Išsamiau
GTX 1070 Ti8 GBPascal≈ 7.4 TFLOPS—Išsamiau
RTX 2060S8 GBTuring≈ 7.5 TFLOPS—Išsamiau

Dažniausiai užduodami klausimai

Is the RTX 2060 suitable for LLM inference?

With 12 GB of VRAM and about 268 GB/s of memory bandwidth, it can handle compact and quantized language models via Ollama or vLLM. Larger models or high-throughput serving will require a GPU with more memory and higher bandwidth.

What software compatibility does the Turing architecture offer?

The RTX 2060 supports CUDA compute capability 7.5, which runs standard frameworks included in the PyTorch/CUDA template. Note that it lacks hardware support for certain newer data types introduced in later architectures.

How does this 12 GB RTX 2060 compare to other consumer GPUs?

The 12 GB memory capacity allows it to hold larger models and batch sizes than lower-memory consumer variants, though its about 6.5 TFLOPS of compute is more modest than newer-generation cards.

How do billing and instance access work on ONIE?

Instances are billed on a per-hour basis. You can connect directly via SSH or launch right into pre-configured templates for PyTorch/CUDA, vLLM, Ollama, and ComfyUI.

Nuomokite RTX 2060 valandomis

Sukurkite paskyrą, pasirinkite konfigūraciją ir prisijunkite per SSH. Mokėjimas nutraukiamas, kai ištrinate GPU.

Nuomoti RTX 2060

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