Engineering
Engineering tasks are inherently GPU-intensive, as processes such as simulation, rendering, FEA, CFD, and 3D modeling often exceed the capabilities of a standard laptop. DaDesktop empowers engineers by providing a cloud desktop equipped with the necessary computational power, accessible from any device.
Requirements for engineering workloads
- GPU acceleration to support rendering and simulation tasks
- A stable, high-performance environment that is independent of local hardware
- Direct access to large files and datasets without the need for transfer
- Scalability: the ability to increase compute resources for heavy jobs and reduce them for lighter tasks
How DaDesktop assists
| Workload | DaDesktop's offering |
|---|---|
| 3D modeling and CAD | GPU-accelerated desktop support for SolidWorks, CATIA, Blender, and other CAD applications |
| Simulation and FEA | High-core CPU and GPU resources for ANSYS, Abaqus, and other solvers |
| Rendering | GPU passthrough capabilities for V-Ray, Octane, and other rendering engines |
| CFD and fluid dynamics | Desktops with large memory capacities for OpenFOAM, Fluent, and similar tools |
Target audience
- Mechanical and civil engineering firms
- Product design and manufacturing teams
- Architecture and visualization studios
- Professionals requiring a workstation-class environment without the need for a physical purchase
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