HPC for ANSYS Fluent

⚙️ 48-Core Elite HPC for Enterprise-Level CFD

As computational fluid dynamics (CFD) models grow in complexity and scale, engineers and researchers need computing platforms capable of handling multi-million element meshes with precision and speed. The 48-Core Elite HPC system is built precisely for this challenge — offering enterprise-class performance, massive parallel processing power, and unwavering stability for the most demanding large-scale simulations.

Powered by Intel® Xeon® E5-2690 v4 processors, this configuration delivers 48 physical cores (96 threads) running at 2.20GHz, enabling users to solve 3+ million element CFD models and beyond with exceptional accuracy and scalability. Whether performing aerospace aerodynamic analyses, multiphase combustion studies, or digital twin simulations, this HPC solution provides the computational backbone for world-class CFD applications.

💻 High-Performance Configuration
Key Specifications

Processors: Dual Intel® Xeon® E5-2690 v4 (48 Cores, 96 Threads, 2.20GHz)

Architecture: Intel Broadwell-EP

Optimization: Enterprise-level CFD, FEA, and Multiphysics Workloads

Performance Focus: Ultra-parallel scaling and large-mesh computation

The Broadwell-EP architecture delivers industry-leading multi-core performance, high memory bandwidth, and advanced I/O scalability, ensuring seamless execution of large parallel simulations.
Engineers using ANSYS Fluent, OpenFOAM, or STAR-CCM+ will experience smoother solver scaling, faster convergence, and superior numerical stability across complex geometries and long transient runs.

🚀 Designed for Large-Scale CFD and Engineering Simulations

The 48-Core Elite HPC is purpose-built for enterprise-scale industrial projects and cutting-edge research where detailed, high-resolution models are the standard. Its computational depth allows for precise analysis and rapid iteration across vast simulation domains.

It excels in:

Complete aircraft and automotive aerodynamic modeling

Multiphase flow and combustion with detailed chemical kinetics

High-fidelity digital twin simulations for real-time validation

Large-scale optimization and design parameter sweeps

High-resolution environmental and climate modeling

With 96 simultaneous threads, this system enables engineers to run multiple large models concurrently or distribute a single massive simulation across all cores, achieving maximum performance and accuracy.

🧠 Engineered for Multiphysics and Parallel Efficiency

Each Intel Xeon E5-2690 v4 processor provides 24 cores and 45MB cache, delivering both raw compute density and architectural efficiency for heavily parallel CFD workloads.
The 48-core configuration ensures high solver scalability and excellent memory performance, maintaining consistent speed even in data-heavy transient simulations.

Key Advantages

Exceptional solver scaling for CFD and FEA applications

Improved convergence rates for transient and multiphase flows

High memory efficiency for large time-step processing

Energy-efficient and thermally optimized for continuous 24/7 operation

The Broadwell-EP platform also ensures superior NUMA optimization and inter-core communication, providing steady performance during long-duration runs under full computational load.

💼 Ideal for Enterprise, Research, and Advanced Engineering Teams

The 48-Core Elite HPC is the ideal choice for organizations and institutions requiring enterprise-level CFD and multiphysics performance. Designed for scalability, reliability, and continuous operation, it’s trusted by teams working at the forefront of simulation and design innovation.

Best Suited For:

Aerospace and automotive R&D teams running aerodynamic and aeroacoustic studies

Energy and renewable system designers working on turbines and reactors

Climate and environmental research institutes modeling large-scale atmospheric phenomena

Academic and government supercomputing centers

Engineering firms building digital twins and AI-driven simulation systems

Its ECC memory reliability, server-grade components, and 24/7 operational stability make it a cornerstone system for mission-critical, long-duration engineering workflows.

🌐 Scalable, Reliable, and Future-Ready

With its dual-socket Broadwell-EP architecture, the 48-Core Elite HPC offers excellent scalability for the evolving needs of engineering computation.
It supports GPU acceleration, large memory expansion, and distributed HPC clustering, enabling researchers to scale up their projects as data sizes and solver complexity grow.

Technical Highlights:

48 cores / 96 threads for dense parallel processing

High cache throughput for accelerated solver performance

PCIe and memory bandwidth optimized for massive datasets

Energy-efficient cooling and power design for sustained workloads

This flexible architecture ensures consistent performance for current CFD solvers while being ready for next-generation hybrid CPU-GPU simulation platforms.

🏁 Final Thoughts

The 48-Core Elite HPC for Enterprise-Level CFD redefines high-performance computing for large-scale engineering simulation. With dual Intel Xeon E5-2690 v4 processors and Broadwell-EP architecture, it delivers unmatched processing density, stability, and scalability for engineers tackling the most advanced CFD, thermal, and multiphysics challenges.

Whether simulating full-scale aircraft aerodynamics, modeling multiphase reactive flows, or running detailed climate simulations, this system empowers professionals to achieve faster results, higher accuracy, and greater design insight.

Elevate your CFD performance today.
👉 Contact MR CFD