Fidelity CFD platform has an intuitive UI/UX, backed up by a solid design system and efficient workflow management. It also leverages GPU acceleration, which makes CAD cleanup and the overall process, from pre processing to post processing is smooth and seamless. Iterations are also faster, we've received string support from the hardware developers, along with helpful interface customisation that suits the method of working. Review collected by and hosted on G2.com.

Fidelity CFD platform has limitations as it seems to depend on high end infrastructure specially is I am expected to meet modern HPX demands. You need powerful experience to get results and reach the level of performance. However, it easier to understand what each option does and how it use it effectively. Review collected by and hosted on G2.com.

The Fidelity CFD Platform stands out for its intuitive UI/UX, cohesive design system, and efficient workflow management. It makes it easy for teams to create, manage, and scale design assets while keeping consistency across products. I especially appreciate the seamless integrations with existing design and development tools, which strengthen collaboration and cut down on manual effort. Performance remains reliable even when working with large design libraries, and the onboarding experience is clear and straightforward for new users. Overall, the platform has helped our team boost productivity, speed up design delivery, and improve the quality and consistency of our digital products. Its ongoing enhancements and strong focus on usability make it a valuable solution for modern product and design teams. Review collected by and hosted on G2.com.

While the Fidelity CFD Platform offers strong overall value, there are still a few areas that could be improved. Some of the more advanced features come with a learning curve for new users, and certain workflows take multiple steps that could be streamlined. At times, navigating large libraries or working within complex projects feels less intuitive than it should. More customization options, deeper integrations with third-party tools, and additional AI-powered automation would further boost productivity. Enhancements to reporting, search, and bulk management features would also help teams work more efficiently day to day. Even with these opportunities for improvement, the platform remains reliable and effective for supporting design system management and cross-functional collaboration. Review collected by and hosted on G2.com.

What I like best about Fidelity CFD is its highly efficient and robust meshing capabilities, particularly the automated unstructured hex-dominant meshing (Hexpress). It saves an immense amount of time when dealing with complex, dirty geometries common in turbomachinery and external aerodynamics, without requiring extensive manual CAD cleanup.

Additionally, the solver speed and accuracy for high-fidelity simulations—especially when leveraging GPU acceleration—are impressive. The integration of the various tools into a single, unified platform significantly streamlines the workflow from preprocessing to post-processing, making design iterations much faster and more intuitive. Review collected by and hosted on G2.com.

What I dislike most about Fidelity CFD is the steep learning curve required to master its advanced scripting and custom macro environments. While the unified user interface is improving, users transitioning from legacy NUMECA tools (like FINE/Turbo) can find the workflow changes somewhat disruptive initially.

Additionally, the licensing cost can be quite high for smaller engineering firms or specialized teams. The advanced physics models and optimization modules are excellent, but setting them up requires extensive domain expertise, and the documentation could sometimes benefit from more deep-dive, practical tutorials for edge-case scenarios. Review collected by and hosted on G2.com.

It’s great for CFD simulations. I like the airflow analysis and hotspot validation, and it also lets us do cooling optimization. We can simulate fluid-flow problems easily. Review collected by and hosted on G2.com.

The setup phase—like configuring the missing factors and solvers—is a bit time-consuming. I was expecting some AI support here, where auto chat or data fetching could be used to speed things up. Also, one more thing: the time it takes is literally more than I expected. Review collected by and hosted on G2.com.

CFD Platform fastest i can get set up and start running simultaions. The meshing tools are solid and the platform handles complex models without much trouble. Its helped cut down the time I spend on routine simulation work which makes my overall workflow smoother and more efficient. I also appreciate having drawing toola available along with basic integrations and the option to create maps when I need them. Review collected by and hosted on G2.com.

Some advanced features take time to learn and the software can be demanding on system resources a few workflows vouls could be simplifies for new uers. Review collected by and hosted on G2.com.

I have been using the Fidelity Platform for my trading activities, and I’ve found it to be reliable and user-friendly. It has a clean interface that makes it easy to monitor market movements. With its tools and layout, I can improve my performance, execute trades smoothly, and manage my positions efficiently. Review collected by and hosted on G2.com.

Fidelity provides powerful trading and research tools, though new users may find the platform a bit complex at first. Once you get familiar with the interface, the wide range of features and market insights becomes easy to understand and navigate. Review collected by and hosted on G2.com.

I appreciate the high CPU acceleration of the Fidelity CFD Platform, which significantly reduces turnaround time from days to hours and enables me to launch products faster. Additionally, I find the advanced features facilitate easy handling of complex tasks related to geometries. I also value the high fidelity accuracy and the enhancements for design, cost, and energy optimization. Furthermore, the onboarding process was really good, making the transition to this platform smooth. Review collected by and hosted on G2.com.

Yes, there are some drawbacks like it's highly complex and requires a lot of high-end infrastructure. Too much cost and resource is required, and there are some workflow bottlenecks as well. They can improve UI and customer onboarding experience, automate pre-processing bottlenecks, workflow improvement using scripting, and better resource management. Review collected by and hosted on G2.com.

What stands out to me about the Fidelity CFD Platform is how it brings the entire simulation process into one connected workflow, from geometry import through to final results visualization. It handles complex cases especially turbulence-related simulations with a high level of accuracy, which makes it feel reliable for realistic engineering scenarios like aerodynamic studies. For most advanced use cases, the platform also strikes a solid balance between computational performance and the quality of the results. I found the setup process fairly user-friendly as well, since the documentation makes it straightforward to get started without much difficulty. Review collected by and hosted on G2.com.

Performance could be improved for large scale simulations, particularly to better meet modern HPC demands. In addition, the UI/UX feels somewhat outdated a more intuitive, modern design would help streamline workflows and improve the overall user experience. Review collected by and hosted on G2.com.

This CFD platform is best for unmatched mesh generation speed, highly automated workflows, and industry-leading marine and turbomachinery solvers. It also offers a unified, modern interface, along with high performance and strong scalability. Review collected by and hosted on G2.com.

The main drawback of the CFD Platform is its steep learning curve. New users often report that navigating the advanced, specialized solvers requires significant domain expertise, which makes the software hard to learn quickly. In addition, the workflow setup can be complex, licensing costs can be prohibitive, and the platform has high infrastructure demands. Review collected by and hosted on G2.com.

Massive Speed: The GPU-powered solver is incredibly fast. It cuts down simulation time from days to hours.

Smart Meshing: It handles complex or "messy" CAD files easily. You spend less time fixing geometry and more time getting results.

All-in-One Setup: Having meshing, solving, and analysis in one interface makes the workflow feel seamless.

Ease of Use: It’s intuitive enough that you don't feel like you’re fighting the software to get things done.

Precision: It delivers high-level accuracy, especially for specialized work like turbomachinery or marine design. Review collected by and hosted on G2.com.

While the platform is incredibly fast, many users find the steep learning curve and high licensing costs to be significant drawbacks, especially when paired with the need for expensive high-end hardware to truly see those performance gains. Review collected by and hosted on G2.com.