GSC Dell and NVIDIA Update Next Generation of Hardware for Next Generation of SOLIDWORKS

Engineering performance is rarely about chasing the most expensive component on a spec sheet. That perspective was front and center in the recent “Webinar: Dell & NVIDIA Update – Next Generation of Hardware for Next Generation of SOLIDWORKS,” where Jeff Setzer, Technology Evangelist at GSC focused on practical configuration guidance backed by extensive benchmarking.

A Practical Look at Dell Pro Max and RTX Pro Platforms

The discussion centered on the Dell Pro Max workstation portfolio and NVIDIA RTX Professional GPUs—platforms designed specifically for professional CAD users running SOLIDWORKS. Rather than emphasizing specifications in isolation, the presentation focused on how SOLIDWORKS interacts with system hardware under real workloads. Single-core CPU performance remains the dominant factor for modeling and rebuilds, while professional GPUs and certified drivers ensure predictable behavior in large assemblies and drawings. This framing is particularly relevant for engineering teams refreshing hardware, as it highlights where investment has the most direct impact on daily productivity.

Benchmarking Focused on Real-World Decisions

A consistent theme throughout the webinar was analytical clarity. Benchmark results were presented with the goal of helping customers make informed decisions that align with their workloads and budgets. In many common modeling scenarios, well-selected mid-range components delivered excellent responsiveness, while higher-tier options demonstrated their value primarily in rendering, visualization, and animation workflows. One especially practical takeaway involved GPU configuration strategy. 

For desktop users leveraging SOLIDWORKS Visualize, the data showed that deploying multiple mid-range RTX Pro GPUs can be more cost-effective than relying on a single high-end card. Because rendering workloads scale efficiently across GPUs, this approach can provide strong performance without unnecessary hardware expense. Memory configuration was also emphasized as a critical—and frequently underestimated—factor. The presenter explained how GPU frame buffer memory is mapped into system RAM, making total memory capacity essential for system stability. Systems equipped with capable GPUs, but limited system memory can experience longer load times and increased swapping. Based on extensive testing, 64 GB of system RAM was positioned as a practical baseline for most professional SOLIDWORKS users.

Added Value Beyond the Hardware

Beyond technical configuration, the session highlighted the Dell Expert Network, which now offers eligible users exclusive savings on Dell workstations through a streamlined, rewards-based program. This provides an additional way for organizations to access professional-grade systems while managing costs. These topics will continue at 3DEXPERIENCE World, where Dell and NVIDIA will demonstrate how thoughtful system configuration—not simply higher specifications—supports reliable, cost-effective performance for modern SOLIDWORKS environments.

If you’re planning a workstation refresh for SOLIDWORKS or other engineering applications, we can help you select the right hardware for your needs. Through the exclusive program between GSC, Dell Technologies, and NVIDIA, you’ll have access to a dedicated hardware specialist for expert guidance—plus special discounts. Visit dell.com/GSC to learn more.