SC10
Unmatched Performance
Built for demanding CFD simulations and computational workloads
Processor
The brain of your simulation power
What This Means for Your Simulations
This server has 2
physical CPUs installed.
Each CPU has 20 cores and
40 threads, giving you a total of
40 cores and
80 threads.
Why this matters: Think of cores as individual workers - with
40 cores, this server can perform
40 calculations at exactly the same time. CFD
simulations divide your fluid domain into millions of cells, and each core can solve
equations for different cells simultaneously, dramatically reducing solution time.
Perfect for: Large-scale industrial simulations with 10+ million cells,
complex transient analyses (time-dependent flows), multi-phase simulations, turbulence
modeling with fine meshes, and running multiple design iterations in parallel. This
dual-CPU configuration delivers enterprise-grade computational power - a simulation that
takes 48 hours on a typical workstation could finish in 4-6 hours here.
The 2.5 GHz clock speed determines how fast each
core processes individual calculations. Higher clock speeds improve both single-threaded
operations (mesh generation, post-processing) and the per-core efficiency during parallel
solving.
Industry-standard CPU benchmark • Higher scores = Faster simulations
Memory (RAM)
What This Means
128 GB is
your simulation's "working space" - it holds all active data: mesh geometry,
fluid properties, boundary conditions, and results during solving.
DDR3 provides high-bandwidth data access
essential for CFD solvers that read and update millions of cell values thousands of times
during iterations. This capacity handles
professional CFD work like large steady-state analyses and turbulence modeling - much
more than typical 16-32GB PC. More RAM means larger meshes and more complex physics
without performance degradation.
High-bandwidth memory for lightning-fast data access
Storage
What This Means
This server has
2 storage drives installed.
Each drive is 1000 GB, giving you a total
storage capacity of 1.95 TB.
SATA SSD storage provides extremely fast
read/write speeds for your simulation files and results.
SSDs are much faster than traditional hard drives - ideal for loading large mesh files
and saving iteration data quickly.
Multiple drives provide redundancy and can be configured for increased performance or
data protection.
Ultra-fast storage for rapid I/O operations
Network Speed
Fast file transfers and remote access. Upload meshes and download results quickly from anywhere.
Monthly Traffic
Generous bandwidth allowance for uploading/downloading large simulation files without limits or overage fees.
Operating System
Pre-installed and ready to use. Compatible with ANSYS, OpenFOAM, and other CFD software.
About This Server
⚙️ Balanced Mid-Range Computing Solution for CFD
When your simulation scale exceeds desktop limits but doesn’t yet justify an enterprise cluster, a balanced mid-range platform is the sweet spot. This 20-core (2.50 GHz) server delivers the parallel throughput and per-core responsiveness required for 24–40 million element CFD models—ideal for graduate research, small engineering teams, and advanced student projects tackling complex physics and coupled multiphysics.
With ~25% more cores than 16-core entry systems, it shortens wall-clock time on demanding 3D models and lets you increase mesh fidelity without blowing budgets or schedules.
💻 High-Performance Configuration
Key Specifications
CPU: 20 cores @ 2.50 GHz (server-class, dual-socket platform)
Target Mesh Size: 24–40M elements (steady & transient)
Best For: Research labs, small engineering teams, advanced coursework/theses
Focus: Balanced parallel scaling + strong single-core speed for pre/solve/post
Why it’s “balanced”: Enough cores for efficient domain partitioning and enough clock speed to keep meshing, preprocessing, and post-processing responsive.
🚀 Built for High-Fidelity Medium-to-Large CFD
This system is tuned for workloads that demand credible, publishable fidelity:
Turbulence: RANS (k-ε, k-ω SST), hybrid RANS-LES, DES; LES “starts” where appropriate*
Multiphase & reacting: VOF/Eulerian, cavitation, sprays, combustion
Thermal/CHT: Conjugate heat transfer with detailed material stacks
Transient physics: Time-accurate aero/thermal events, startups/shutdowns
Design exploration: DOE, response surfaces, and optimization loops
*Full-fidelity LES at 30–40M cells is compute-intensive on any platform; use adaptive refinement, fit-for-purpose models, and smart time-stepping to maximize ROI.
🧩 Designed for Multiphysics: Fluid ⇄ Thermal ⇄ Structural
Modern programs often require coupled analyses. This platform sustains:
CFD ⇄ Thermal (CHT) for electronics cooling and heat exchangers
CFD ⇄ FEA (one-/two-way FSI) for aeroelastic and flow-induced effects
Co-simulation pipelines common in R&D and product development
The 20-core layout provides efficient partition sizing for coupled solvers without starving per-core performance.
💼 Ideal Use Cases
Aerospace / UAV: external aero, high-lift, propulsive interactions
Automotive: external aero, underhood/underbody cooling, brake/rotor flows
Energy / Process: combustors, burners, recuperators, turbomachinery stages
Built environment / HVAC: zone ventilation, thermal comfort, wind studies
Electronics cooling: detailed CHT with interface resistances & anisotropy
🔧 Quick Wins to Maximize Throughput
Partitioning: Start around 0.7–1.1M cells per process; tune after a pilot run.
Solver order: Stabilize with first-order, then switch to second-order for accuracy.
Time-step control: CFL-guided ramps + dual-time stepping for transients.
Targeted refinement: Focus on shear layers, recirculation, shocks/gradients; avoid blanket refinement.
Checkpointing: Frequent autosaves protect long runs and enable restartable studies.
📊 Why Mid-Range Over Entry-Level (and Not Enterprise Yet)?
+25% cores vs. 16-core entry → denser partitioning and better scaling on complex physics.
Higher sustained utilization with multiphase/combustion/FSI workloads.
Shorter iteration cycles → more design variants evaluated per week.
Lower TCO and simpler ops than enterprise clusters—great for small teams.
🏁 Final Thoughts
The Balanced Mid-Range Computing Solution for CFD (20 cores @ 2.50 GHz) is the pragmatic choice when you need serious performance for 24–40M element models—without the cost and complexity of enterprise HPC. It delivers the right mix of parallel scalability and per-core speed for advanced turbulence, multiphase physics, and coupled thermal/structural analyses.
Scale your simulations—without overspending. 👉 Contact MR CFD
Customize Your Server
Tailor the configuration to match your simulation needs during checkout.
Extra RAM
Need more memory for larger simulations? Add extra RAM modules to boost your server's capacity.
- Choose your RAM size
- ECC memory available
- Installed before delivery
Extra Storage
Store more simulation data and results. Add additional drives to expand your storage capacity.
- NVMe, SSD or HDD options
- Flexible capacity sizes
- RAID configuration available
Choose Your OS
Select your preferred Windows operating system during checkout. We'll install it for you.
- Windows 10 & 11
- Windows Server editions
- Pre-installed & configured
Ready to Accelerate Your Simulations?
Experience SC10 power for your CFD simulations