RTX A4000 on Cirrascale
Visit CirrascaleCirrascale's NVIDIA RTX A4000 offering delivers bare-metal access to this 16GB GDDR6 Ampere workstation GPU, optimized for deep learning, HPC research, and visual computing workloads. Tailored for research teams requiring consistent, non-virtualized multi-GPU performance during extended training runs, it eliminates virtualization overhead and noisy neighbors common in shared clouds. The A4000's 6144 CUDA cores, 192 Tensor cores, and 140W TDP provide efficient ray tracing, AI inference, and moderate-scale training, complemented by Cirrascale's diverse hardware ecosystem including NVIDIA, AMD, and Qualcomm accelerators. Key value propositions include monthly billing for predictable costs on long-term projects, high-speed NVMe storage, robust networking, and pre-configured ML images. This combination stands out for reliability in reproducible research, bridging workstation-grade features with cloud scalability without compromising dedicated hardware isolation.
Why NVIDIA RTX A4000 on Cirrascale?
Cirrascale pairs perfectly with the RTX A4000 by offering bare-metal dedicated servers, unlocking the GPU's full workstation potential without hypervisor penalties—ideal for visual ML tasks, simulations, and prototyping. Unique advantages include multi-GPU scaling on non-virtualized nodes, diverse accelerator support for hybrid workflows, and monthly billing that aligns with research budgets over hourly metering. High-bandwidth networking and NVMe storage enhance data pipelines, complementing the A4000's 19 TFLOPS FP32 and strong RT cores. For teams avoiding datacenter GPUs' costs but needing consistency, this setup provides cost-effective, reproducible performance in an AI-focused cloud, outperforming virtualized alternatives in long-job stability.
Live Pricing
Real-time NVIDIA RTX A4000 offers from Cirrascale
| Provider | GPU Model | VRAM | Host Specs | Region | Price | Status | Action | |
|---|---|---|---|---|---|---|---|---|
Cirrascale | 8×NVIDIA RTX A4000 16GB VRAM | 16GB | 40 vCPU 256GB RAM 2610GB Storage | United States | $0.27/GPU/hr $2.16/hr total (8×) | |||
Cirrascale | 8×NVIDIA RTX A4000 16GB VRAM | 16GB | 40 vCPU 256GB RAM 2610GB Storage | United States | $0.31/GPU/hr $2.48/hr total (8×) | |||
Cirrascale | 8×NVIDIA RTX A4000 16GB VRAM | 16GB | 40 vCPU 256GB RAM 2610GB Storage | United States | $0.33/GPU/hr $2.64/hr total (8×) | |||
Cirrascale | 8×NVIDIA RTX A4000 16GB VRAM | 16GB | 40 vCPU 256GB RAM 2610GB Storage | United States | $0.34/GPU/hr $2.72/hr total (8×) |
Performance Notes
Expect native RTX A4000 specs on Cirrascale: 19.2 TFLOPS FP32, 38.7 TFLOPS FP16 with Tensor cores, excelling in inference and smaller models but trailing A100/H100 in throughput. Bare-metal ensures optimal PCIe multi-GPU scaling (no NVLink on A4000), with provider's 100Gbps+ networking supporting distributed training. Fast NVMe storage aids I/O-bound workloads. Consistent perf for long runs due to dedicated hardware; no known throttling issues. Benchmarks limited publicly—validate via nvidia-smi/cuBLAS tests. Workstation tier limits massive-scale training; best for prototyping/research where efficiency trumps raw power.
An AI Innovation Cloud targeting deep learning and HPC research with dedicated performance on non-virtualized hardware.
Best For
Unique Features
- Diverse hardware stack including Qualcomm, AMD, and NVIDIA accelerators
- Bare-metal dedicated servers
VRAM
16GB
Architecture
Ampere
Tier
workstation
Platform Features
Getting Started
Launching NVIDIA RTX A4000 on Cirrascale is efficient via their intuitive portal. Provision bare-metal servers with pre-installed CUDA, gaining immediate GPU access for ML workflows without setup hassles.
Steps
- 1Create a Cirrascale account and add payment for monthly billing.
- 2Select RTX A4000 bare-metal config from deployment catalog.
- 3Choose OS image like Ubuntu with CUDA 12.x and configure storage/network.
- 4Deploy server; SSH access available in under 10 minutes.
- 5Run nvidia-smi to verify GPUs, then install PyTorch/TensorFlow.
Pro Tips
- Leverage multi-GPU nodes for parallel training, using bare-metal PCIe for low-latency scaling.
- Use provider's Docker/ML images to skip environment setup and focus on workloads.
- Enable GPU monitoring tools like DCGM for sustained performance in long HPC jobs.
Frequently Asked Questions
What is Cirrascale's billing model for NVIDIA RTX A4000?▾
Cirrascale bills monthly for GPU instances including NVIDIA RTX A4000. Monthly billing is best suited for long-running, steady-state workloads where you need consistent access to GPU resources.
Does Cirrascale offer spot instances for NVIDIA RTX A4000?▾
No, Cirrascale does not currently offer spot instances for NVIDIA RTX A4000. All instances are billed at on-demand rates. However, they do offer reserved instances for committed usage, which can provide significant discounts for long-term workloads.
How can I access NVIDIA RTX A4000 instances on Cirrascale?▾
Cirrascale provides access to NVIDIA RTX A4000 instances via SSH. SSH access gives you full control over the instance for custom configurations and production deployments.
What compliance certifications does Cirrascale have for NVIDIA RTX A4000 workloads?▾
Cirrascale does not have publicly listed compliance certifications. If your workloads require specific compliance standards (SOC 2, HIPAA, GDPR, etc.), contact them directly to discuss your requirements or consider a provider with the necessary certifications.
Can I use NVIDIA RTX A4000 with Kubernetes on Cirrascale?▾
Yes, Cirrascale supports Kubernetes for orchestrating NVIDIA RTX A4000 workloads. This enables you to deploy scalable ML pipelines, manage distributed training jobs across multiple GPUs, and integrate with MLOps tools like Kubeflow, Argo Workflows, and KServe. Kubernetes support is essential for teams building production-grade ML infrastructure.
What are the specifications of the NVIDIA RTX A4000?▾
The NVIDIA RTX A4000 features 16GB of high-bandwidth memory, built on NVIDIA's Ampere architecture. As a workstation-class GPU, it's well-suited for professional visualization, rendering, and medium-scale ML tasks. It offers a good balance of performance and cost for development and smaller production workloads.
What workloads is NVIDIA RTX A4000 on Cirrascale best suited for?▾
The NVIDIA RTX A4000 on Cirrascale is well-suited for model development, fine-tuning, medium-scale training, and inference workloads. Cirrascale specifically excels at: Research teams needing consistent, non-virtualized multi-GPU performance for long-training jobs. Consider your model size, training data volume, and latency requirements when evaluating this combination for your specific use case.
Does Cirrascale offer reserved instances for NVIDIA RTX A4000?▾
Yes, Cirrascale offers reserved instance pricing for NVIDIA RTX A4000, which can provide significant discounts (typically 20-40% off on-demand rates) for committed usage periods. Reserved instances are ideal for predictable, long-running workloads like production inference services, ongoing training pipelines, or development environments that run continuously. Contact Cirrascale for current reserved pricing and commitment terms.
What unique features does Cirrascale offer for NVIDIA RTX A4000?▾
Cirrascale differentiates itself with: Diverse hardware stack including Qualcomm, AMD, and NVIDIA accelerators; Bare-metal dedicated servers. These features may provide advantages depending on your specific workflow requirements and technical needs. Evaluate how these capabilities align with your ML infrastructure goals when making your decision.
How do I get started with NVIDIA RTX A4000 on Cirrascale?▾
To get started with NVIDIA RTX A4000 on Cirrascale, visit https://www.cirrascale.com?utm_source=gpuperhour&utm_medium=referral to create an account. Most providers offer a straightforward signup process, and some provide initial credits for new users. Once registered, you can typically launch a NVIDIA RTX A4000 instance within minutes through their dashboard or API. We recommend starting with a small experiment to familiarize yourself with the platform before scaling up to larger workloads.
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