V-Ray Installation Guide for NUKE (PDF) - Windows, Linux
V-Ray Installation Guide for V-Ray Standalone (PDF) - Windows, Mac OS X, Linux V-Ray Installation Guide for MODO (PDF) - Windows, Mac OS X V-Ray Installation Guide for SketchUp (PDF) - Windows, Mac OS X V-Ray Installation Guide for Rhino (PDF) - Windows V-Ray Installation Guide for Maya (PDF) - Windows, Mac OS X, Linux V-Ray Installation Guide for 3Ds Max (PDF) - Windows Installing the License Server (Dongle) (Windows, Mac, and Linux).Installing the License Server (Online Licensing).The license server is still compatible with the existing USB dongle, so you can still use your license in this way if needed. Additionally the online licensing provides a way to stay offline while using Chaos Group's software. Online Licensing makes the process of activating your licenses easier and faster.
Chaos Group now offers online licensing for their products, which means there is no need for any physical device to be plugged in to your device. Modo support will be discontinued at the end of 2021.V-Ray uses a "floating" licensing system which basically means you obtain a license through the V-Ray License Server, which will need to be installed onto your machine. The desktop 3D applications that are supported by V-Ray are:Īcademic and stand-alone versions of V-Ray are also available. V-Ray is a rendering engine that uses global illumination algorithms, including path tracing, photon mapping, irradiance maps and directly computed global illumination. V-Ray is a commercial plug-in for third-party 3D computer graphics software applications and is used for visualizations and computer graphics in industries such as media, entertainment, film and video game production, industrial design, product design and architecture. V-Ray is a biased computer-generated imagery rendering software application developed by Bulgarian software company Chaos. Render created using V-Ray for Rhinoceros 3D, demonstrating the advanced effects V-Ray is capable of, such as reflection, depth of field, and the shape of the aperture (in this case, a hexagon)
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