However, that’s not necessarily the case, as we learn by looking at how Revit uses the CPU and how that relates to 3D graphics.įirst, think about the parametric, bi-directional aspect of the Revit model. Make a change somewhere in the project and it’s instantly reflected throughout the entire model.īearing this in mind, and considering the size and complexity of modern construction projects, it seems logical to presume you’ll need a high-end graphics card for Revit. Revit has been around for over 20 years now and although it has changed a lot in that time, the core idea remains the same – that of a 3D parametric building model with bi-directional associativity between the model, views, and annotation. Instead of blowing your budget on a top-of-the range graphics card, you could be better off spending a little extra elsewhere. With all the 3D models, renderings, games, and virtual reality (VR) applications that are now part of the modern world, you need the best one you can possibly afford, right?īut before you rush out to buy a new workstation to run Revit, let’s take a quick look at how 3D graphics actually works in Autodesk’s popular BIM software. The graphics card might go by many names – GPU, video card or display adapter – but it’s basically the device that generates what we see on the screen of a computer. Paul Grimston, Revit Specialist, gives his recommendations

Manage 3d setting nvidia for revit