Accelerate Engineering Simulations with Ansys Tools on Corvid HPC

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Ansys Fluent Software, Ansys HFSS Software, and More—Optimize Workflows on Ansys Cloud with Corvid HPC

Corvid HPC Was Built by Engineers Like You With Real World Design & Simulation Experience

Whether it's your first time leaving the desktop environment or you’re well versed in running on the cloud, we are here to provide a white glove customer experience. Corvid HPC delivers turnkey access to Ansys Cloud tools and other software on bare metal compute resources architected for engineering simulation. We own and operate our own hardware in the U.S. and are equipped to handle your commercial, NQA-1, or regulatory compliance (i.e., NIST 800-53, ITAR/EAR, and/or CUI data requiring US Data sovereignty) workload needs.

Our goal is to bring the best user experience for Ansys products, enabling customers to elevate their engineering simulation output and translate it into tangible business value. We’ve helped users access thousands of cores within minutes from a web browser, bringing the most powerful elements of HPC to life through user-friendly apps. Our simplified & competitive pricing structure is also unique in a market of variable and complex pricing schemes.

Any and all ANSYS, Inc. brand, product, service and feature names, logos and slogans such as Ansys, CFX, Fluent are registered trademarks or trademarks of ANSYS, Inc. or its subsidiaries in the United States or other countries. All other brand, product, service and feature names or trademarks are the property of their respective owners.

Ansys Fluent CFD Study

Before

  • 72.5 million elements, natural convection solve

  • On premise 36 core machine, 72 hour wall clock time

  • Single large runs consumed licenses and hardware

Logo with the text 'corvid hpc' in gray and black.

  • 45 minutes on 2048 cores, Nearly 100x speedup

  • No longer a bottleneck when the largest jobs come in

  • Fast turnaround time enables field sales team to capture the largest jobs

Bar graph showing the number of cores in different computer processors, with 36 cores as the highest count, followed by 512, 1024, and 2048 cores.

Cores vs. Simulation Time (hrs)

A 3D engineering diagram of a building with colorful airflow or heat flow visualization, showing red and yellow areas indicating high intensity and blue and green areas indicating lower levels.

Ansys HFSS 3D Layout - PCB Antenna Simulation Study

Before

  • Local hardware - 12 cores / 9 hour per solve

  • 1 iteration per workday max

  • Turnaround time limits using simulation as design tool

Logo with the text 'corvid hpc' in gray and black.

  • Corvid HPC - 4.5x speedup to under 2 hours

  • Customer can now solve 4+ iterations per workday

  • Engineer can now do in 1 week what 4+ weeks took before

Bar chart showing performance with different core counts: 12 cores highest, then 64, 128, and 512 cores lowest.

Cores vs. Simulation Time (hrs)

Multiple colored curves on a grid displaying a graph with downward dips.

Workbench Mechanical FEA Study

Before

  • 30 million elements, 2 load steps Ansys MAPDL solver

  • 36 cores / 768GB of RAM - 40 hour solve time

  • Limited simulation in 2-3 week design cycle

Logo with the text 'corvid hpc' in gray and black.

  • Solved in less than 7 hours for a ~6x reduction in solve time

  • From 6 total designs virtually tested to 20+

  • Confidence in what will work for design alternatives

Line graph showing decreasing values as cores increase from 36 to 256.

Cores vs. Simulation Time (hrs)

A screenshot of a computer interface showing a flowchart or data pipeline with connected nodes labeled with terms like Engineering Data, Geometry, Mechanical Model, and Static Structural, among others.

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