Since 3.6.0 lacks the later adaptive dome lights and light path expressions of V-Ray 5, you must optimize manually. Here’s how to get the fastest renders on R18/R19 Win.

Estimated time on i7-7700K + GTX 1080: 12 minutes for final (denoised).


Yes, for specific use cases:

No, if you need:


If you are still on R18/R19 with V-Ray 3.6.0, consider:

Before diving into features, ensure your setup matches the target environment:

Despite its strengths, V-Ray 3.6.0 for R18/R19 has quirks:



Chaos Group V-Ray 3.6.0 for Cinema 4D (C4D) is a legacy professional rendering solution designed to integrate seamlessly with Maxon Cinema 4D R18 and R19 on Windows. This version utilizes V-Ray 3.4 core technology, providing high-end visual effects and architectural visualization tools directly within the C4D interface. Key Features and Capabilities

Hybrid Rendering (CPU + GPU): Allows for simultaneous rendering using both the CPU and NVIDIA CUDA GPUs to maximize hardware efficiency.

Adaptive Lights: A specialized algorithm that significantly accelerates rendering in scenes with many light sources by up to 700%.

V-Ray Frame Buffer (VFB): An advanced render window that provides complete control over the rendered image, including history, color corrections, and exposure controls.

Physical Camera: Fully mimics real-world camera properties such as depth of field, motion blur, and exposure.

Global Illumination (GI): Includes multiple GI engines like Brute Force and Light Cache for accurate bounced light and photorealism.

Distributed Rendering (DR): Enables the use of multiple networked computers to render a single image or animation faster.

Advanced Materials & Shaders: Supports realistic material types including: V-Ray Skin Material for realistic organic surfaces. Stochastic Flakes for car paints and metallic surfaces. AL_Surface BSDF for high-quality subsurface scattering.

Full Integration: Works with native C4D features like MoGraph, particles, and Cloner objects through the V-Ray Bridge. System Requirements (Windows)

Cinema 4D Compatibility: Specifically designed for versions R18 and R19. Processor: Intel or AMD 64-bit processor with SSE3 support.

RAM: Minimum 4 GB, though 8 GB or more is recommended for complex scenes.

GPU Rendering: Requires a supported NVIDIA GPU for CUDA acceleration.

Are you looking to upgrade this legacy version to the latest V-Ray 7 for Cinema 4D, which includes AI-powered features like the AI Material Generator? V-Ray 3.4 for Cinema 4D Release Notes | PDF - Scribd

The release of Chaos V-Ray 3.6 for Cinema 4D (C4D) R18 to R19 marked a major turning point for the software, specifically the official transition of the product into the Chaos Group family. This update introduced powerful new rendering technologies, most notably Hybrid Rendering, which allowed artists to maximize their hardware by using both CPUs and GPUs simultaneously. Key Technical Features

Hybrid Rendering (CPU + GPU): V-Ray 3.6 introduced the ability to run CUDA code on CPUs, treating the processor as an additional CUDA device. This means you no longer have to choose between GPU or CPU; you can combine all available computing power for a significant speed boost.

Cryptomatte Support: This version added support for Cryptomatte, an industry-standard tool that automatically generates ID mattes. It preserves depth of field, motion blur, and transparency, drastically speeding up the compositing process in software like NUKE or Fusion.

Full Light Select Render Element: Artists can now render the full contribution of specific lights or light groups as separate elements. This includes global illumination, reflections, and refractions, offering precise control over light mixing during post-production.

NVIDIA NVLink: For users with high-end setups, V-Ray 3.6 supports shared GPU memory across NVLink-compatible cards, helping to bypass the memory limitations often associated with GPU rendering.

Resumable Rendering: This feature allows users to stop a render and resume it later from where it left off, which is particularly useful for long-running high-resolution renders. Workflow Improvements Distributed Rendering - V-Ray for Cinema 4D - Chaos Docs

V-Ray 3.6 for Cinema 4D (Build 3.6.0) is a professional rendering solution designed for Cinema 4D users on Windows, specifically supporting versions R18 and R19. It integrates industry-standard ray-tracing technology into the Cinema 4D workflow, allowing artists to create high-quality, photorealistic imagery for industrial design, advertising, and film. Key Features of V-Ray 3.6 for C4D

Hybrid Rendering (CPU + GPU): Take full advantage of available hardware by rendering on GPUs, CPUs, or a combination of both for maximum speed.

Interactive Rendering: View scene changes on the fly with fast interactive previews, reducing the need for constant test renders.

Adaptive Lights: An advanced algorithm that speeds up rendering in scenes with many lights by intelligently choosing which lights to sample.

V-Ray Denoiser: Automatically removes noise from renders, significantly cutting down on the render time required for clean images.

Realistic Cameras & Lighting: Includes a physical camera with real-world controls (exposure, depth of field) and accurate sun/sky models for natural lighting.

Distributed Rendering: Harness the power of multiple machines across a network to render high-resolution images faster. System & Version Compatibility V-Ray for Cinema 4D - Chaos Docs


Win - Chaosgroup Vray For C4d 3.6.0 R18 To R19

Since 3.6.0 lacks the later adaptive dome lights and light path expressions of V-Ray 5, you must optimize manually. Here’s how to get the fastest renders on R18/R19 Win.

Estimated time on i7-7700K + GTX 1080: 12 minutes for final (denoised).


Yes, for specific use cases:

No, if you need:


If you are still on R18/R19 with V-Ray 3.6.0, consider:

Before diving into features, ensure your setup matches the target environment:

Despite its strengths, V-Ray 3.6.0 for R18/R19 has quirks:



Chaos Group V-Ray 3.6.0 for Cinema 4D (C4D) is a legacy professional rendering solution designed to integrate seamlessly with Maxon Cinema 4D R18 and R19 on Windows. This version utilizes V-Ray 3.4 core technology, providing high-end visual effects and architectural visualization tools directly within the C4D interface. Key Features and Capabilities

Hybrid Rendering (CPU + GPU): Allows for simultaneous rendering using both the CPU and NVIDIA CUDA GPUs to maximize hardware efficiency. Chaosgroup Vray for C4D 3.6.0 R18 to R19 Win

Adaptive Lights: A specialized algorithm that significantly accelerates rendering in scenes with many light sources by up to 700%.

V-Ray Frame Buffer (VFB): An advanced render window that provides complete control over the rendered image, including history, color corrections, and exposure controls.

Physical Camera: Fully mimics real-world camera properties such as depth of field, motion blur, and exposure.

Global Illumination (GI): Includes multiple GI engines like Brute Force and Light Cache for accurate bounced light and photorealism.

Distributed Rendering (DR): Enables the use of multiple networked computers to render a single image or animation faster.

Advanced Materials & Shaders: Supports realistic material types including: V-Ray Skin Material for realistic organic surfaces. Stochastic Flakes for car paints and metallic surfaces. AL_Surface BSDF for high-quality subsurface scattering.

Full Integration: Works with native C4D features like MoGraph, particles, and Cloner objects through the V-Ray Bridge. System Requirements (Windows)

Cinema 4D Compatibility: Specifically designed for versions R18 and R19. Processor: Intel or AMD 64-bit processor with SSE3 support. Since 3

RAM: Minimum 4 GB, though 8 GB or more is recommended for complex scenes.

GPU Rendering: Requires a supported NVIDIA GPU for CUDA acceleration.

Are you looking to upgrade this legacy version to the latest V-Ray 7 for Cinema 4D, which includes AI-powered features like the AI Material Generator? V-Ray 3.4 for Cinema 4D Release Notes | PDF - Scribd

The release of Chaos V-Ray 3.6 for Cinema 4D (C4D) R18 to R19 marked a major turning point for the software, specifically the official transition of the product into the Chaos Group family. This update introduced powerful new rendering technologies, most notably Hybrid Rendering, which allowed artists to maximize their hardware by using both CPUs and GPUs simultaneously. Key Technical Features

Hybrid Rendering (CPU + GPU): V-Ray 3.6 introduced the ability to run CUDA code on CPUs, treating the processor as an additional CUDA device. This means you no longer have to choose between GPU or CPU; you can combine all available computing power for a significant speed boost.

Cryptomatte Support: This version added support for Cryptomatte, an industry-standard tool that automatically generates ID mattes. It preserves depth of field, motion blur, and transparency, drastically speeding up the compositing process in software like NUKE or Fusion.

Full Light Select Render Element: Artists can now render the full contribution of specific lights or light groups as separate elements. This includes global illumination, reflections, and refractions, offering precise control over light mixing during post-production.

NVIDIA NVLink: For users with high-end setups, V-Ray 3.6 supports shared GPU memory across NVLink-compatible cards, helping to bypass the memory limitations often associated with GPU rendering. Yes, for specific use cases:

Resumable Rendering: This feature allows users to stop a render and resume it later from where it left off, which is particularly useful for long-running high-resolution renders. Workflow Improvements Distributed Rendering - V-Ray for Cinema 4D - Chaos Docs

V-Ray 3.6 for Cinema 4D (Build 3.6.0) is a professional rendering solution designed for Cinema 4D users on Windows, specifically supporting versions R18 and R19. It integrates industry-standard ray-tracing technology into the Cinema 4D workflow, allowing artists to create high-quality, photorealistic imagery for industrial design, advertising, and film. Key Features of V-Ray 3.6 for C4D

Hybrid Rendering (CPU + GPU): Take full advantage of available hardware by rendering on GPUs, CPUs, or a combination of both for maximum speed.

Interactive Rendering: View scene changes on the fly with fast interactive previews, reducing the need for constant test renders.

Adaptive Lights: An advanced algorithm that speeds up rendering in scenes with many lights by intelligently choosing which lights to sample.

V-Ray Denoiser: Automatically removes noise from renders, significantly cutting down on the render time required for clean images.

Realistic Cameras & Lighting: Includes a physical camera with real-world controls (exposure, depth of field) and accurate sun/sky models for natural lighting.

Distributed Rendering: Harness the power of multiple machines across a network to render high-resolution images faster. System & Version Compatibility V-Ray for Cinema 4D - Chaos Docs