High-Performance Computing for Your CFD Workflows
Benefit from predictable costs, state-of-the-art hardware, and an environment designed for complex models.
CFD – Great Potential, Limited Accessibility …
Modern product development demands precise flow analysis, fast decision-making, and efficient use of resources. But traditional methods quickly reach their limits when dealing with complex physics – wind tunnel tests are costly and inflexible.
CFD holds enormous potential. In practice, however, the lack of computing power, expertise, or suitable tools often stands in the way. For many companies, access to CFD remains too complicated, too expensive, or simply too demanding.
The result: fewer simulations, longer development cycles, and missed opportunities for optimization. Yet the path to more efficient products is often just a matter of the right infrastructure.
Full Power for Demanding Workloads – with NVIDIA GPUs at centron
Whether it’s deep learning, simulation, or visualization: our NVIDIA-powered cloud instances deliver exactly the performance you need – instantly available, seamlessly scalable, and perfectly integrated into ccloud³.
Nvidia RTX A4000
Take your productivity to the next level with the NVIDIA RTX A4000: maximum performance combined with absolute stability – perfect for efficient project execution.
Nvidia Quadro RTX 6000
An all-in-one system that seamlessly combines stunning graphics, powerful computing capabilities, and advanced AI technology.
Nvidia A 100 (40GB & 80GB)
Whether for complex computations or AI-driven applications – the NVIDIA A100 delivers flexible high-end performance and is the top choice for tomorrow’s innovators.
Nvidia RTX 6000 Ada
Performance without compromise: The NVIDIA RTX 6000 Ada combines cutting-edge graphics technology, massive computing power, and intelligent AI – ideal for complex workflows and forward-thinking projects.
Why CFD Is So Valuable …
Flow simulations are the key to better products – but when it comes to complex physics and transient scenarios, traditional calculation methods quickly reach their limits. Long computation times and simplified models often result in inaccurate outcomes and missed opportunities. GPU-accelerated CFD technology changes the game.
Compute faster, more precisely, and more efficiently – without compromising on model fidelity or physical accuracy.
The Solution: Ready for the Future with Cloud GPUs from centron
Maximum computing power exactly when you need it – without investing in your own hardware or dealing with complex maintenance processes. With centron’s Cloud GPUs, you benefit from cutting-edge infrastructure on demand and pay only for what you actually use.
The result: full flexibility, predictable costs, and more room for innovation.
More Computing Power – Lower Costs
GPU-based CFD significantly accelerates your simulations while reducing the cost per run. Compared to traditional CPU clusters, you benefit from lower investment requirements – with equal or even superior performance.
More runs, less effort – for maximum efficiency and full control.
Cutting-Edge Hardware – Instantly Available at centron
Whether it’s high-end simulation or demanding visualization: our powerful infrastructure delivers maximum performance, razor-sharp results, and seamless workflows – with no compromises and no waiting times.
Keep Total Costs Under Control – Thanks to Cloud-Based CFD
Purchasing, maintaining, and continuously upgrading your own CFD hardware is expensive. With cloud-based solutions, your expenses remain predictable and manageable – while you also gain greater flexibility for your projects.
Take the Next Step
Switch to cloud-based CFD and gain real competitive advantages: maximum computing power, rapid availability, flexible scalability, and full cost transparency. Get started now – more efficient, more flexible, future-proof.
CFD (Computational Fluid Dynamics) – Frequently Asked Questions (FAQ)
What Is CFD and Why Is It Important?
CFD (Computational Fluid Dynamics) refers to the numerical simulation of physical flow processes – for example, in aerodynamics, thermodynamics, or process engineering. It enables precise predictions, deeper insights, and targeted product optimizations – without the need for expensive physical testing.
What Are the Advantages of GPU-Accelerated CFD?
GPU-based CFD significantly reduces simulation times and lowers the cost per run. Thanks to massive parallelization, GPU-powered computation delivers more performance than traditional CPU clusters – with lower investment and maintenance requirements.
Why Is Cloud-Based CFD Economically Sensible?
Operating your own CFD hardware is costly in terms of acquisition, maintenance, and upgrades. centron’s Cloud GPU solutions offer predictable costs, flexible scalability, and access to state-of-the-art infrastructure – exactly when you need it.
Which Industries Benefit Most from Using Cloud GPUs for CFD?
Cloud-based CFD is ideal for companies in the automotive, aerospace, building services, energy, infrastructure, and research sectors – wherever complex flow behavior needs to be simulated with precision.
Is Using centron’s Cloud Resources Complicated or Time-Consuming?
No. With centron, you get direct access to powerful hardware without the need for setup or maintenance. It’s easy to use, fully scalable, and seamlessly integrates into your existing workflows – ideal for any project.
How Can I Get Started with Cloud-Based CFD at centron?
It’s simple: Contact our team or try out our GPU cloud services directly. We’ll provide you with personal guidance and help you move your CFD workflows to the cloud quickly and cost-effectively.
Does centron Offer Servers for Rent – and What Options Are Available?
Yes, at centron you can rent powerful server solutions tailored to your needs:
- Virtual Machines (VMs): Quick to deploy and flexibly scalable
- Managed Servers: centron handles operation and maintenance – you stay focused on your core tasks
This way, you get exactly the infrastructure your project requires.