GB300 SXM6 on VERDA
Visit VERDAVERDA provides access to the NVIDIA GB300 SXM6, featuring 288GB VRAM on the Blackwell Ultra architecture, optimized for enterprise-grade AI training, inference, and HPC workloads. This combination stands out due to VERDA's green computing ethos, repurposing data center waste heat for district heating, which addresses the environmental concerns of power-intensive GPUs like the GB300. Ideal for ML engineers and data scientists in Europe seeking sustainable alternatives to traditional cloud providers, it offers massive memory for handling trillion-parameter models, enhanced tensor performance, and per-hour billing for cost efficiency. Key value propositions include reduced carbon emissions, EU data locality for compliance (e.g., GDPR), and seamless integration with NVIDIA software stack. While early adopters benefit from cutting-edge hardware, full ecosystem maturity is evolving, making it a forward-thinking choice for ESG-aligned AI initiatives.
Why NVIDIA GB300 SXM6 on VERDA?
Opt for VERDA's NVIDIA GB300 SXM6 when sustainability meets enterprise performance. VERDA's waste heat recovery for district heating directly counters the GB300's high TDP (up to 1kW+ per GPU), enabling greener AI training in Europe. This complements the GPU's 288GB HBM3e VRAM for large-scale models, with per-hour billing suiting variable workloads better than reservations. EU locations minimize latency for regional teams and ensure data sovereignty. Unlike hyperscalers focused on scale over eco-impact, VERDA's infrastructure emphasizes efficiency, appealing to organizations with green mandates while delivering Blackwell's FP4/FP8 accelerations without on-premises hassles.
Live Pricing
Real-time NVIDIA GB300 SXM6 offers from VERDA
| Provider | GPU Model | VRAM | Host Specs | Region | Price | Status | Action | |
|---|---|---|---|---|---|---|---|---|
VERDA | 4×NVIDIA GB300 SXM6 288GB VRAM | 288GB | 128 vCPU 900GB RAM | Finland | $7.99/GPU/hr $31.96/hr total (4×) | Sold Out | ||
VERDA | 4×NVIDIA GB300 SXM6 288GB VRAM | 288GB | 128 vCPU 900GB RAM | Helsinki | $7.99/GPU/hr $31.96/hr total (4×) | Sold Out | ||
VERDA | NVIDIA GB300 SXM6 288GB VRAM | 288GB | 32 vCPU 225GB RAM | Finland | $7.99/GPU/hr | Sold Out | ||
VERDA | 2×NVIDIA GB300 SXM6 288GB VRAM | 288GB | 64 vCPU 450GB RAM | Finland | $7.99/GPU/hr $15.98/hr total (2×) | Sold Out | ||
VERDA | NVIDIA GB300 SXM6 288GB VRAM | 288GB | 32 vCPU 225GB RAM | Finland | $7.99/GPU/hr | Sold Out |
Performance Notes
The NVIDIA GB300 SXM6 on VERDA promises transformative AI performance via Blackwell Ultra's doubled FP8 throughput over Hopper and advanced decompression engines. Expect strong multi-GPU scaling through NVLink (up to 1.8TB/s), suitable for DGX GB200-like pods. VERDA's cluster networking likely includes 400-800Gbps InfiniBand/Ethernet, though specifics are unpublished. Storage options feature NVMe SSDs for high IOPS. As a nascent offering, real-world benchmarks (e.g., MLPerf) are limited—NVIDIA claims 30x inference gains on LLMs, but verify via early access programs. VERDA's cooling optimizes sustained loads, but monitor for thermal throttling in dense configs.
A provider focused on green computing using waste heat for district heating.
Best For
Unique Features
- Use of waste heat for district heating
- Green computing focus
VRAM
288GB
Architecture
Blackwell Ultra
Tier
enterprise
Platform Features
Getting Started
Launching NVIDIA GB300 SXM6 on VERDA is efficient through their web console. New users sign up, select instances, customize with ML frameworks, and deploy in minutes. Pre-built NVIDIA NGC images accelerate setup for PyTorch/TensorFlow, enabling quick iteration from prototyping to distributed training in a sustainable environment.
Steps
- 1Sign up on VERDA's portal and verify your account with KYC.
- 2Browse GPU catalog, select NVIDIA GB300 SXM6 configuration.
- 3Specify instance size, storage (NVMe), and networking options.
- 4Choose base image (e.g., Ubuntu + CUDA 12.4) and deploy.
- 5Access via SSH, Jupyter, or VNC; monitor via dashboard.
Pro Tips
- Track sustainability metrics in VERDA's dashboard to quantify waste heat reuse for ESG reporting.
- Pull NVIDIA NGC containers for optimized GB300 kernels, boosting training throughput by 20-50%.
- Start with single-node tests before scaling to clusters for efficient large-model fine-tuning.
Frequently Asked Questions
What is VERDA's billing model for NVIDIA GB300 SXM6?▾
VERDA bills per-hour for GPU instances including NVIDIA GB300 SXM6. Hourly billing means you pay for full hours even if your job completes mid-hour. Plan your workloads accordingly to maximize cost efficiency.
Does VERDA offer spot instances for NVIDIA GB300 SXM6?▾
No, VERDA does not currently offer spot instances for NVIDIA GB300 SXM6. 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 GB300 SXM6 instances on VERDA?▾
VERDA provides access to NVIDIA GB300 SXM6 instances via SSH, built-in Jupyter notebooks, programmatic API. The built-in Jupyter notebook support makes it easy to start experimenting immediately without additional setup. SSH access gives you full control over the instance for custom configurations and production deployments. API access enables automation and integration with your existing ML pipelines and CI/CD workflows.
What compliance certifications does VERDA have for NVIDIA GB300 SXM6 workloads?▾
VERDA maintains GDPR, ISO 27001 certifications, making it suitable for regulated workloads. Contact VERDA directly for detailed compliance documentation and BAA agreements if needed.
Can I use NVIDIA GB300 SXM6 with Kubernetes on VERDA?▾
Yes, VERDA supports Kubernetes for orchestrating NVIDIA GB300 SXM6 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 GB300 SXM6?▾
The NVIDIA GB300 SXM6 features 288GB of high-bandwidth memory, built on NVIDIA's Blackwell Ultra architecture. As an enterprise-tier GPU, it's designed for large-scale AI training, inference at scale, and demanding HPC workloads. The substantial VRAM capacity supports large language models, complex neural networks, and multi-model deployments.
What workloads is NVIDIA GB300 SXM6 on VERDA best suited for?▾
The NVIDIA GB300 SXM6 on VERDA is well-suited for large-scale AI/ML training, LLM fine-tuning, batch inference at scale, and high-performance computing workloads. VERDA specifically excels at: Sustainable AI training in Europe. Consider your model size, training data volume, and latency requirements when evaluating this combination for your specific use case.
Does VERDA offer reserved instances for NVIDIA GB300 SXM6?▾
Yes, VERDA offers reserved instance pricing for NVIDIA GB300 SXM6, 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 VERDA for current reserved pricing and commitment terms.
What unique features does VERDA offer for NVIDIA GB300 SXM6?▾
VERDA differentiates itself with: Use of waste heat for district heating; Green computing focus. 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 GB300 SXM6 on VERDA?▾
To get started with NVIDIA GB300 SXM6 on VERDA, visit https://verda.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 GB300 SXM6 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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