The recommended current crop of Intel Core and Xeon CPUs are often referred to as 'Haswell' or '4th Generation Core Architecture', i.e. Note that for laptops, CPU performance even at the high-end cannot quite match the fastest desktop CPUs, so while laptop versions of the i7/i5 can certainly offer excellent performance, there is a tradeoff for the portability. While the Intel Core i3 will run Revit, it's a budget CPU that really isn't appropriate for a Revit workstation. The Intel Core i5 will work fine as well, though the cost difference is negligible (at least in most parts of the world), so stick with the Core i7 if you can. Intel Core i7/i5/i3 Currently your best bet for maximum performance is the most current generation Intel Core i7 (or equivalent Intel Xeon). There are two main 'brands' of Intel CPUs: 'Core' (i7/i5/i3) and 'Xeon'. Intel Intel owns the upper end CPU market these days, and you'll want an Intel CPU for running Revit. It can not be stressed enough - the faster the better! There are two CPU providers for Windows PCs that run Revit: Intel and AMD. CPU Revit performance is very dependent on a fast CPU.

Also please note that the recommendations given here for specific products are not exclusive - there are too many usage scenarios to cover every option.

It may seem a little boring and geeky, but you'll be better prepared in making purchasing decisions, or when asking questions or for advice. Revit Hardware : CPU Revised: I've attempted to write this series of posts in a way that will be accessible to everyone.

Autodesk revit system requirements 2016