We've found that 32 GB is a good baseline for Inventor with Windows 10 (Windows and Office applications seem to need 8 GB or more of RAM on their own). The system's memory is often easy to upgrade, though on laptops you may be limited by the number of slots. Another use case is how often the system will be running and how hard - Xeon processors are designed for continuous use for years on end, whereas Core i7 is targeted for systems which have a less demanding duty cycle (such as a laptop). There are a few trade-offs involved, such as the relative speed of the Core i7 versus the accuracy of the Xeon. Members of our Team that use Inventor to perform advanced calculations may have an Intel Xeon processor. For general use, we use Intel Core i7 (and likely Core i9 in the future). The processor selected often depends on the workload within Inventor. We typically purchase the "current generation" of a computer manufacturer's product line.Īt Team D3, we purchase the best processor our budget allows (as this component is often difficult to upgrade). This helps ensure our workstations have the longest possible useful life as an Inventor workstation. When it comes to the system bus speeds, processor, memory, and storage, we like to get the latest technology. It's important to have graphics hardware with Autodesk certified drivers. These are often certified by software vendors such as Autodesk. If you're purchasing a computer, look for a "Workstation" or "Mobile Workstation". In general, you need a system that exceeds Autodesk's system requirements (). The hardware required to run Autodesk Inventor varies depending on the type of work you will perform and Inventor features you're accessing.
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