On-Demand HPC Cluster
We offer flexible HPC computing rental tailored for engineering service providers and small CAE companies working in the automotive sector. Our high-performance compute clusters are specifically configured to handle large-scale simulations in Crash, NVH, CFD, and Durability, enabling you to run multiple full-vehicle models faster and more cost-effectively.
On-Demand HPC Compute
Run Massive NASTRAN, Abaqus & LS-DYNA Simulations Without Buying Hardware
We provide flexible rental access to a powerful 2048 CPU high-performance computing cluster specifically optimized for small and medium-sized CAE service companies.
Whether you run memory-intensive solvers like NASTRAN and ABAQUS, or heavy compute-intensive non-linear crash and durability analyses in LS-DYNA (Dyna3D), our cluster delivers the speed and capacity you need — without the large capital investment or maintenance burden of owning your own hardware.
Run full-vehicle models faster, meet tight client deadlines, and scale up instantly during peak projects. Choose a compute-only option (bring your own licenses), or let us manage the software licenses for you.
Key Benefits
- Instant access to 2048 cores with high memory per core
- Dramatically faster turnaround on large crash, NVH, CFD, and durability jobs
- Pay only for what you use — no idle hardware costs
- Secure, dedicated resources with full support
Please contact us for low cost per CPU hour
2048 Cores
Instant access to 2048 cores with high memory per core for the largest simulation models.
Faster Turnaround
Dramatically faster turnaround on large crash, NVH, CFD, and durability jobs.
Pay As You Go
Pay only for what you use — no idle hardware costs or long-term infrastructure commitments.
Secure & Dedicated
Secure, dedicated resources with full engineering support aligned to OEM standards.
Need Scalable HPC Power for Your CAE Workloads?
Connect with RAAS Technologies LLC to discuss high-performance computing support for crash, NVH, CFD, durability, and large-scale engineering simulation programs.