CAD & Engineering
Professional engineering software places very different demands on a computer than ordinary office applications. CAD, 3D modeling, rendering, simulation, CAM, and other technical workloads can expose weaknesses in processor performance, graphics capability, memory, storage, and system design that might never be noticed on a conventional PC.
PCS builds CAD and engineering workstations around the applications and workloads the customer actually uses. The objective is not simply to assemble the most expensive components available, but to determine where the software benefits from additional performance and build a balanced workstation around those requirements.
A professional workstation may be designed for:
• 2D and 3D CAD
• SolidWorks and other engineering applications
• AutoCAD and technical drafting
• CAM and manufacturing applications
• Rendering and visualization
• Engineering analysis and simulation
• Large assemblies and complex models
• Multiple high-resolution displays
• GPU-accelerated professional workloads
Application Requirements Drive the Hardware
Different engineering applications use computer resources differently. Some operations depend heavily upon individual CPU-core performance, while rendering or simulation workloads may benefit from additional cores. Other applications can make substantial use of professional GPU acceleration.
Memory requirements also change dramatically with the complexity of the work. Large assemblies, detailed models, multiple applications, and engineering datasets can consume considerably more memory than an ordinary desktop workload.
PCS considers the complete software environment rather than specifying the workstation around one impressive benchmark number.
Professional Graphics Where They Matter
The graphics card in an engineering workstation has a different job than the GPU in a gaming computer. Gaming performance alone does not determine how well a system will handle professional CAD and engineering applications.
Where appropriate, PCS can configure professional workstation graphics designed for demanding visualization and engineering workloads. GPU selection can take into account application requirements, driver support, video memory, display configuration, rendering requirements, and the expected complexity of the customer’s projects.
Performance Must Be Sustainable
A workstation needs to remain productive during long periods of demanding work. Cooling, power delivery, component quality, storage performance, and system stability therefore matter just as much as peak specifications.
Fast solid-state storage can improve application and project access, while appropriate secondary storage and backup protect the engineering work being created. Effective cooling allows processors and GPUs to sustain demanding workloads without unnecessarily sacrificing performance.
Expansion also matters. Additional memory, storage, networking, or graphics requirements may develop as projects and software evolve. A properly designed custom workstation provides room for those requirements rather than treating today’s configuration as a permanent limitation.
The Workstation Is a Production Tool
For an engineer, designer, architect, manufacturer, or other technical professional, workstation performance is not merely about having a faster computer. Waiting for models to rebuild, drawings to regenerate, simulations to complete, or applications to respond consumes productive time.
PCS builds CAD and engineering workstations for customers throughout Roseville, Rocklin, Lincoln, Granite Bay, and surrounding communities. A professional workstation should be designed around the work it produces—because the real measure of its performance is how effectively it keeps the person using it productive.