If you’re just beginning your career as a mechanical, simulation , or visualization designer or if you’re planning to upgrade your equipment, it’s crucial to take into consideration the following factors prior to buying a CAD workstation to Autodesk Inventor.
Autodesk Inventor provides professional-grade 3D mechanical design, documentation and simulation tools. It facilitates efficient work by using an effective blend of direct, parametric freeform, and rules-based design features.
It comes with tools to help navigate around assemblies, with speedy graphic rendering as well as high-quality graphics, so it is essential that you purchase an CAD workstation that meets minimal system requirements. How do you decide what hardware to pick with so many options available?
Here are a few points to keep in mind when selecting the best computer for Inventor:
1. Understand your workloads
The first step in selecting the most suitable CAD system for you is to take into consideration the purposes you plan to use it for. For instance, if you’ll use Inventor to design products or modeling, you’ll not require a CAD system that is as precise as one who is using Inventor to visualize or simulate.
It is also crucial to think about the amount of parts you typically have to manage. For instance, Complex Models, Complex Mold Assemblies and large Assemblies (typically greater than 1000 pieces) need more memory, graphics , and CPU than 500-part assemblies.
2. Consider other programs or software you may require
When Inventor is the program you regularly use to design mechanical and product components however, you may also be using 3dsMax for instance, you should search for a CAD system which can run the program equally effectively.
3. Consider investing in a special graphics card
Although consumer grade graphics cards can be used together with Autodesk Inventor, they are not ISV certified for workstations that use CAD. Autodesk is a testing lab that conducts extensive tests to validate the professional range of graphics cards to aid in developing highly optimized drivers that will improve efficiency of an software. These cards do not have to be costly, however the cost will depend on the workload you’re working with.
If you are working on smaller assemblies, a less specified graphics card will be adequate. Larger projects require an intermediate-level graphics card and projects that are more demanding require a more expensive graphics card. Particularly, if you’re using multiple than one monitor, or using a 4K monitor to carry various visualisation tasks.
4. Select the correct CPU and specifications for RAM
When you are deciding on CPU and RAM specs, you have plenty of factors to take into consideration based on the application you’re employing as well as what you need from your work. Both are equally crucial. Both complement each other with respect to overall performance. The number of tasks CPUs can manage is heavily dependent on the quantity of RAM accessible to it, as this is where the data the CPU processes and allow more programs to be running at the same time.
Autodesk tends to build its products around Xeon CPU’s, rather than i7’s and i9’s due to the bigger memory and more complex calculations. Autodesk Inventor is predominately a single-threaded software, therefore we recommend Xeons due to the increase in durability and reliability since it’s a professional processor.
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