Driving Data Center Efficiency and Resiliency
Enabling simulation-driven datacenter design to optimize cooling, power, and infrastructure for reliable, efficient performance. Request a DemoFrom Chip to Facility: Simulation for Modern Datacenter Design
As demand for AI computing, cloud services, and high-performance computing (HPC) continues to grow, modern datacenters must manage increasing power density, cooling requirements, and operational reliability. Simulation-driven engineering enables organizations to design and optimize datacenter infrastructure by predicting airflow, thermal performance, and cooling efficiency before deployment.
Using advanced Computational Fluid Dynamics (CFD) and multiphysics simulation, engineering teams can evaluate datacenter cooling strategies, energy efficiency, and system performance across complex environments. Virtual modeling supports better planning decisions, reduces infrastructure risk, and helps ensure reliable operation for next-generation datacenter and hyperscale computing facilities.
Thermal Insight
Use CFD simulation to evaluate airflow patterns, temperature distribution, and thermal performance across server racks and datacenter layouts.
Scalable Simulation
Run large datacenter CFD models using scalable computing resources, including on-premise clusters, GPU acceleration, and cloud HPC platforms.
Cooling Optimization
Compare cooling strategies and optimize airflow management to improve efficiency, reliability, and datacenter performance.
How DRD Technology Supports Datacenter Design
Designing modern datacenter infrastructure requires balancing performance, cooling efficiency, scalability, and operational reliability. As compute density increases and AI-driven workloads expand, engineering teams must evaluate how airflow, thermal behavior, and power demands interact across complex environments. DRD Technology helps organizations apply simulation-driven engineering using Ansys solutions to support datacenter planning, design, and optimization. Through physics-based modeling and Computational Fluid Dynamics (CFD) simulation, teams can analyze airflow distribution, thermal management strategies, and cooling system performance before infrastructure is deployed.
By integrating simulation into the design process, organizations gain early insight into system behavior, enabling informed decisions that improve energy efficiency, reduce infrastructure risk, and support reliable operation of high-density computing environments. We pride in working collaboratively with customers to align simulation tools, computing resources, and engineering workflows with real-world datacenter challenges to help teams accelerate deployment timelines while building scalable, resilient datacenter facilities prepared for future growth.
Synopsys Data Center Simulations: Chip to Environment
