When it comes to designing complex models and conducting simulations in SOLIDWORKS, the choice of hardware is crucial. A workstation equipped with the right components not only ensures compatibility but also maximizes performance. In this blog, we’ll explore the ideal configurations for a SOLIDWORKS workstation, focusing on Intel’s Core Ultra processors and other essential components that contribute to a seamless experience.
Check out our VRLA Tech Intel Core Ultra Workstation for SolidWorks
Understanding SOLIDWORKS System Requirements
Before diving into hardware recommendations, it’s important to note that many lists of system requirements only provide a basic overview. They often fall short of recommending optimal hardware that truly enhances performance. With the constantly evolving nature of software, outdated specifications can lead to suboptimal setups. To help you make informed decisions, we’ve compiled our own list of recommended hardware based on rigorous testing.
Processor (CPU): Powering Your Modeling Tasks
Best CPU for General Modeling
For general modeling tasks—such as opening and saving files, rebuilding assemblies, and rotating models—Intel’s Core Ultra 7 265K is our top recommendation. This processor excels in these areas due to its high operating frequency and impressive per-core performance. It features several efficient cores designed to handle background tasks, allowing the main cores to focus on active workloads. This balance translates to faster modeling and overall responsiveness in SOLIDWORKS.
If you require more power, consider upgrading to the Core Ultra 9 285K. With boosted clock speeds and additional efficient cores, this processor enhances multitasking capabilities, making it a strong contender for more demanding workflows.
Best CPU for Simulation
For simulation tasks that demand high core counts and memory bandwidth, Intel’s Xeon W7-3565X shines. This processor features 32 cores and is particularly adept at handling Finite Element Analysis (FEA) and flow simulations. The additional cores significantly improve rendering performance in tools like PhotoView 360. While Xeon processors typically run at lower clock speeds compared to the Core i7 and i9 models, their architectural advantages make them indispensable for simulation-focused workstations.
Do More Cores Improve Performance?
In general modeling tasks, SOLIDWORKS is limited to utilizing a handful of cores, making high clock speeds more beneficial. However, for simulation and rendering, higher core counts can lead to substantial performance improvements. This is why a combination of Intel Xeon W CPUs for simulations and Intel Core Ultra for general modeling is often the best strategy.
Should You Overclock Your CPU?
Overclocking is generally not recommended for professional workstations. While it may provide slight performance enhancements, the potential for instability, reduced hardware lifespan, and data inaccuracies far outweighs the benefits. A stable, well-configured system should be the priority.
Graphics Card (GPU): Visualizing Success
Recommended GPU for SOLIDWORKS
SOLIDWORKS users are strongly advised to utilize professional-grade workstation graphics cards. These GPUs, such as NVIDIA’s Quadro series, are specifically optimized for CAD applications. In fact, our tests indicate that even entry-level Quadro cards outperform high-end GeForce models in shaded modes. This is especially true with the introduction of enhanced graphics performance modes in SOLIDWORKS 2019, which leverage the capabilities of professional GPUs for complex models.
Using a professional GPU not only ensures better compatibility but also unlocks advanced features such as Realview and Ambient Occlusion, enhancing the overall user experience.
Memory (RAM): Ensuring Smooth Operations
How Much RAM Do You Need?
The amount of RAM you require depends largely on the complexity of your models. SOLIDWORKS typically needs between 4-8GB for basic tasks. However, to ensure smooth operation and sufficient overhead for other applications, 16GB is the recommended minimum. Given that SOLIDWORKS performs checks on all drives during startup, having ample RAM is critical for minimizing load times and enhancing productivity.
Storage: Speed Matters
The Best Drives for SOLIDWORKS
Solid-state drives (SSDs) are the preferred choice for SOLIDWORKS installations. Their speed facilitates quicker boot times, application launches, and file access compared to traditional hard drives. NVMe SSDs, in particular, offer exceptional transfer rates thanks to advanced M.2 connections.
For optimal performance, it’s advisable to have:
A primary SSD (at least 500GB) for the OS and applications.
A secondary SSD for active projects to reduce load and save times.
Will an SSD Improve Assembly Load Times?
Yes! The increased speed of SSDs significantly reduces the time it takes to open and save assemblies, especially for larger projects. While smaller assemblies may not experience as dramatic a difference, the benefits of SSDs become more pronounced with complex designs.
Conclusion
Investing in a high-performance Intel Core Ultra workstation tailored for SOLIDWORKS can profoundly impact your productivity and efficiency. By selecting the right CPU, GPU, RAM, and storage solutions, you can create a robust system capable of handling the demands of advanced modeling and simulation. Whether you’re a seasoned professional or just starting your journey with SOLIDWORKS, equipping your workstation with these components will help you achieve optimal performance and unlock your full design potential.