Initially built exclusively as a plug-in for Autodesk 3ds Max. Production Dominance: The 2.0 Era (2010–2013)
V-Ray is one of the most popular rendering engines in the 3D industry, widely used for creating stunning visualizations and animations. Since its release in 1997, V-Ray has undergone significant developments, with numerous updates and new features added to each version. In this article, we'll provide an exclusive list of all V-Ray versions, highlighting their key features, and what's new in each iteration. vray all versions list exclusive
. Below is a comprehensive list and evolutionary history of V-Ray versions across major 3D platforms, including the current state of the software as of April 2026 The Evolution of V-Ray (Major Versions) V-Ray 7 (Current Mainline) 2024–2025. Key Features: Introduced V-Ray Luminaires for easier lighting setup, a specialized Initially built exclusively as a plug-in for Autodesk
: Initially launched for Autodesk 3ds Max, it quickly expanded to Maya. In this article, we'll provide an exclusive list
Bridging the gap between offline ray tracing and real-time virtual production. Legacy Version Comparison Matrix Version Generation Primary Light Cache Tech Key Hardware Focus Standout Feature V-Ray 1.5 Irradiance Map / Light Cache Single/Dual Core CPUs Physical Camera Workflow V-Ray 2.0 Brute Force Intro / Light Cache Multi-Core CPUs V-Ray RT (Early GPU) V-Ray 3.0 Optimized Progressive Sampler Multi-CPU Nodes Production Denoiser V-Ray Next Adaptive Dome Lighting CPU + NVIDIA CUDA GPU Smart Exposure & Light Analysis V-Ray 5 Brute Force + Light Cache NVLink Multi-GPU / Cloud Light Mix & VFB Compositing V-Ray 6 / 7 Advanced Path Tracing Engine Hybrid CPU/GPU + AI Cores Enmesh, Chaos Scatter, AI Denoiser Why Understanding V-Ray Versions Matters
V-Ray 5 divorced rendering from post-production.
Recent updates have transformed V-Ray from a renderer into a complete visualization suite that bridges the gap between real-time and final frame rendering.