Let’s break it down in this article!

Why do interior renders take so much longer than exteriors?

3D Architectural Visualisation (Image Source: Autodesk)

Interiors are slow mainly because indirect light gets trapped. In an open exterior, most rays that miss geometry escape into the sky and stop counting. In a closed room, the same rays keep bouncing off walls, floors, ceilings and furniture and each bounce is another calculation the engine has to run before the image can resolve.

Every major offline engine, V-Ray, Corona and Arnold included, documents this same pattern: global illumination cost rises sharply as enclosed geometry and bounce count increase, which is exactly the opposite of what happens outdoors. Dark corners, glass and glossy surfaces make it worse because they need more samples before the noise clears, so a living room with a black leather sofa and a glass coffee table will almost always take longer than a bright, matte one of the same size. And it is not a broken scene.

GPU or CPU: which should I use for a 3ds Max interior?

Corona for 3ds Max (Image Source: Chaos Support)

The choice comes down to engine and scene weight. GPU rendering is the faster route for an interior that fits inside the card’s VRAM and needs a fast turnaround. CPU rendering is the steadier route for a huge interior, for anything built in Corona, or for a scene that needs every feature the engine offers.

Chaos, which develops V-Ray stated clearly that: V-Ray GPU supports most V-Ray features, while V-Ray CPU supports all of them, and Chaos recommends staying on one engine for the whole project rather than switching partway through, since GPU and CPU results are not designed to match exactly. V-Ray CPU is the mature, full feature branch, capable of carrying the largest interiors. V-Ray GPU is the faster branch once the scene is confirmed to fit the card’s memory. 

Corona removes the CPU or GPU question entirely, because it does not offer one. Corona is entirely CPU based, with GPU involvement limited to an optional AI denoiser that needs a compatible NVIDIA card. Many interior studios choose Corona specifically because its GI looks convincing with near default settings. 

Arnold, which ships with 3ds Max, sits in between. It supports both CPU and GPU modes, and aims for close visual parity between the two. It holds a smaller share of interior arch viz work compared with V-Ray and Corona. However, it is worth knowing it exists for scenes that need to move between Maya and 3ds Max. For an interior that fits in 24GB and needs a fast turnaround, V-Ray GPU gets there sooner. For a huge Corona interior, the CPU is the only path.

How do I optimize GI so it stops eating hours?

Most of the render time an interior burns can be decreased before touching hardware at all, by controlling GI complexity and cleaning up the scene itself.

Limiting the bounce count to what the room actually needs is the first lever. A closed room rarely needs an unlimited number of bounces to look correct, and each additional bounce adds real time for nothing. Using the engine’s own GI cache, Light Cache in V-Ray or Corona’s built in cache, lets the renderer reuse indirect lighting information instead of recalculating it from scratch every frame. Material choices are also important: a diffuse wall renders far faster than a glossy or reflective one, so glossiness is worth reserving for surfaces where it is actually the point. Scene hygiene helps too, using proxies for repeated furniture and props, keeping textures reasonably sized, and reaching for normal maps instead of displacement when the geometry does not truly need it.

Denoising closes the gap on whatever GI optimization does not solve. Rendering at a lighter sample setting and cleaning up the result with a denoiser afterward regularly saves real time while keeping the image clean enough for client delivery.

Which hardware setup fits GPU rendering and which fits CPU?

GPU rendering wants one or more fast cards with enough VRAM to hold the whole scene. CPU rendering wants a high core count and much RAM. Because V-Ray and Corona are both offline engines rather than real time viewport tools. They can run on rented cloud machines just as well as on a local workstation, unlike real time engines that are far more sensitive to remote latency.

One detail worth knowing before renting anything: VRAM does not add up across multiple GPUs in V-Ray’s CUDA and RTX modes. Four RTX 4090 cards render an interior faster than one, but each card still needs to hold the full scene inside its own 24GB. So a scene that does not fit on one card will not suddenly fit because more cards were added. You can refer some render farms as below:

If you only need to submit a large overnight Corona batch and walk away, it is well served by a strong CPU focused SaaS farm. At iRender, you will have full machine control, running V-Ray GPU on an RTX 4090 in one session and switching to CPU heavy Corona work in the next, without touching a different platform or losing the ability to open 3ds Max directly on the render machine.

When is the cloud worth it for a slow interior?

The cloud render farm starts paying off once GI and the scene are already optimized and a still interior, or worse, an interior animation, still runs overnight on the local machine. Running on stronger GPU or CPU hardware than a home workstation cuts real time directly, and for an animation, splitting frames across several machines at once, something offline engines are built for, cuts wall clock time even further.

However, a single still interior that renders in twenty minutes does not need a render farm. You only switch to render farm once the workload is an animation, a large batch, or a deadline close enough that waiting out an overnight local render is not an option. And it has the side benefit of leaving the local machine free for other work while the render runs elsewhere.

FAQ

1. Why does my 3ds Max interior take hours to render?

Mostly because of global illumination. Light bouncing many times off walls, floors and ceilings in an enclosed room before reaching the camera adds a real calculation for every bounce it makes, and that adds up to far more computation than an open exterior needs. Dark corners, glass and glossy materials each need extra samples to clear their noise, which stretches the render time even further. 

2. Should I use GPU or CPU for 3ds Max interior rendering?

Choose based on the engine and the scene, not one fixed rule. GPU rendering, such as V-Ray GPU, is the faster route when the interior fits inside the card’s VRAM and the deadline is tight. CPU rendering, such as V-Ray CPU or Corona, holds up better for a massive interior or when the full feature set is needed. 

3. How do I reduce interior render time without losing quality?

Start with global illumination and the scene itself, not new hardware. Limiting the GI bounce count to what the room actually needs cuts calculation time without a visible quality loss, and using the engine’s own GI cache, Light Cache in V-Ray or Corona’s built in cache, lets indirect lighting information be reused instead of recalculated. Favor diffuse materials over glossy or reflective ones wherever the extra shine is not the point of the shot, since diffuse surfaces clear noise much faster. Proxies help keep repeated furniture and props lighter to manage. 

4. Is Corona faster than V-Ray for interiors?

Neither engine wins outright, since both are strong choices for interior work built on different hardware paths. Corona is CPU only, and many studios prefer it because its global illumination looks convincing with close to default settings and the workflow stays predictable. V-Ray is hybrid, running on CPU or GPU, which adds a genuinely faster option once a scene is confirmed to fit inside the GPU’s VRAM. Real speed comes down to the specific scene, the render settings and the hardware behind each engine.

5. Can a render farm speed up my 3ds Max interior?

Yes. Since V-Ray and Corona are both offline engines rather than real time viewport tools, they run well on rented hardware, unlike real time applications that are far more sensitive to remote latency. For an animation with many frames, splitting the frames across several rented machines at once cuts total render time far more than upgrading a single workstation ever could, since the work runs in parallel instead of one frame at a time.

Read more: Importing Heavy SketchUp Models Into Lumion: Why It Freezes and What Helps

Part of our guide: for a full overview of cloud options, see the 3ds Max render farm guide.

The post 3ds Max Interior Rendering Taking Hours: GPU vs CPU Solutions appeared first on RadarRender.

Autodesk 3ds Max

Autodesk 3ds Max is professional software for 3D modeling, animation, rendering, and visualization. It allows you to create stunning game environments, design visualizations, and virtual reality. Moreover, it offers a rich and flexible toolset, giving you full artistic control over your scenes. Therefore, you can model your vision down to the last detail and bring characters and features to life with animation and visual effects.

3ds Max is available for Windows 10 operating system. You can get this powerful 3D modeling software at a $235 monthly subscription or at a $1875 annual subscription.

V-Ray for 3ds Max

V-Ray for 3ds Max is a production renderer to deliver high-end visualization and production. It is known for its versatility and ability. V-Ray for 3ds Max has the ability to handle projects of any size. From massive, dynamic scenes having thousands of lights to a sublime still life, V-Ray is an excellent solution for artists and designers across 3D industries.

In addition, this powerful renderer has won Emmy and Academy Awards. Besides 3ds Max, it works with many popular 3D software packages such as SketchUp, Maya, Rhino, Revit, Cinema 4D, Houdini, Blender, Unreal Engine, etc.

V-Ray GPU Rendering in 3ds Max

Chaos’ V-Ray GPU is a powerful rendering engine for 3ds Max that supports GPU rendering. It uses GPU devices for acceleration and also combines both CPU and GPU hardware for seamless hybrid rendering.

GPU rendering enables the V-Ray GPU render engine to perform raytracing calculations on the system’s GPU(s) rather than the CPU. Because GPUs have been built for massively parallel calculations, they can significantly boost the rendering process.

How to select the V-Ray GPU for 3ds Max?

In order to use V-Ray GPU Renderer, you must first choose it as your current renderer.

• First, open the Render Setup window.

In the Main Toolbar, you click the Render Setup button, and then choose V-Ray GPU as the Renderer.

Or in the Rendering menu > Render Setup, you choose V-Ray GPU as the Renderer.

• Second, you set the Target at the top of the window to Production Rendering Mode.
• Finally, for Renderer, select V-Ray GPU.

How to enable V-Ray GPU Rendering in 3ds Max?

After selecting the V-Ray GPU Renderer, you need to enable GPU rendering.

In the Render Setup window:

Go to Performance > V-Ray GPU Render Devices Select.

Then, select the CUDA or RTX mode for the Engine.

• Choosing RTX mode if you use NVIDIA RTX cards.
• Choosing CUDA mode if you use Maxwell, Pascal-, Turing- or Volta-based NVIDIA cards. The minimum compute capability of the cards is 5.2.
• Especially, you can run CUDA on both GPU and CPU at the same time for a Hybrid Rendering.

You can even select the GPU you want to render (if you have multiple GPUs) or select both your CPU and GPU to render in hybrid mode.

Supported features

What are the features supported by V-Ray GPU rendering in 3ds Max?

Let’s check all supported features in the table below.

Conclusion

By selecting V-Ray GPU Renderer and RTX/CUDA mode, you have enabled V-Ray GPU Rendering in 3ds Max. Now you can use your GPU hardware to speed up your renders several times, compared to the CPU rendering. However, there are some features that it does not support, which we have listed in detail above.

See more: What Is The Best 3Ds Max Vray Render Farm?

See more: Best GPU For Vray Rendering

Part of our guide: for a full overview of cloud options, see the 3ds Max render farm guide.

The post How to enable V-Ray GPU Rendering in 3ds Max? appeared first on RadarRender.

What is V-Ray GPU render for Cinema 4D?

V-Ray for Cinema 4D

V-Ray for Cinema 4D is an industry-recognized professional rendering option for artists and designers. It is an all-inclusive solution that enables users to complete tasks quickly, produce projects on time, and adhere to the strictest deadlines. It even goes beyond rendering and allows users more creative flexibility to bring to life even their boldest ideas. You can focus on your creation without switching to a different program thanks to V-Ray’s integrated compositing, interactive light mixing, and many other smart features. Moreover, V-Ray is designed to handle even the toughest scenes. It is renowned for its stability and capability to manage any project.

Therefore, V-Ray for Cinema 4D is ideal for anyone who needs high productivity and artistic freedom when creating visualizations within Cinema 4D.

Image Source: ChaosTV Youtube

V-Ray GPU render for Cinema 4D

Chaos, the developer of the V-Ray, introduced two separate render engines: V-Ray CPU and V-Ray GPU. While V-Ray CPU relies on the CPU (processor) to render, V-Ray GPU uses mostly GPU (graphics card) for acceleration. In addition, V-Ray GPU can combine the CPU and GPU hardware for a hybrid rendering.

V-Ray GPU is available in many V-Ray products, including V-Ray for Cinema 4D. As a result, artists and designers can take advantage of V-Ray GPU render for Cinema 4D to maximize the creative speed in their C4D projects.

Do you know what’s so good about V-Ray GPU for Cinema 4D? You can switch between V-Ray GPU and CPU without losing any work. Furthermore, two render engines render identical results.

What is V-Ray GPU render for Cinema 4D used for?

Since V-Ray GPU render for Cinema 4D can help bring your C4D projects to life, it is widely used for several industries. Take a look at below:

• Architectural visualization
• Interior design
• Product design
• Automotive design
• Advertising
• Video games
• VFX for films and television

Image Source: maxon.net

System Requirements

Moving to the system requirements, let’s see what hardware and operating systems are necessary for V-Ray GPU render for Cinema 4D to work properly.

Operating system

Windows: Windows 8.1, 10, or Windows 11.

macOS: macOS X 10.14, macOS 10.15.7 or higher.

Processor

64-bit Intel, AMD, or ARM processors.

Or compatible processor with SSE4.2 support.

RAM

The actual amount of RAM needed will vary depending on scene requirements. But overall, V-Ray GPU for Cinema 4D needs at least 8 GB RAM, or 64 GB RAM or more for the best performance.

GPU

V-Ray GPU render for Cinema 4D renders with the NVIDIA CUDA and RTX platforms. It is recommended to use an NVIDIA card from Maxwell, Pascal, Volta, Turing, Ampere, and Ada architectures. Besides, the minimum required compute capability is 5.2.

Moreover, V-Ray GPU supports multiple GPU rendering. Therefore, you can add more cards to your workstation in order to increase the speed.

See more: Best GPU For Vray Rendering

Should I use V-Ray GPU render for Cinema 4D?

As we all know, there are a variety of renderers to render in Cinema 4D. But in terms of GPU rendering, we think two of the best render engines are Redshift and Octane. Is V-Ray GPU render for Cinema 4D worth using? Or why should I use this render engine?

Easy of use

V-Ray offers artist-friendly tools and an intuitive interface. So it can help you work smarter and easier to get the job done.

There is also a rich library of 3D content available – Chaos Cosmos. Where you can add render-ready models, comprehensive materials, and beautiful HDR skies to your scene with just a few clicks.

Fast render

V-Ray for Cinema 4D has a powerful rendering capability. In addition to CPU rendering, it also supports GPU rendering, bringing a speed boost to any production. You could see changes to your scene immediately thanks to quick interactive rendering.

Powerful tools

V-Ray comes with a broad range of lighting, shading, and rendering tools. With those smart tools, you can bring any idea to life. Furthermore, the renderer is very strong that can handle your biggest projects. It is able to handle scenes with massive amounts of geometry and thousands of lights.

Flexibility

By utilizing all of your GPUs and/or CPUs, V-Ray GPU for Cinema 4D maximizes interactive performance and produces similar output. Especially, you can render on CPUs in your render farm after making use of GPU speeds on your local workstation. By doing that, you will get the same quality renders but in a very shorter time.

Scalability

V-Ray has a useful feature, which is its distributed rendering. With it, you are able to harness the power of multiple computers to render high-resolution images. Aside from local rendering, V-Ray gives you the ability to send your rendering to the cloud. Such as Chaos Cloud or other online render farms.

Getting started with V-Ray GPU render for Cinema 4D

You are a V-Ray GPU render for Cinema 4D newbie or want to improve your skills. Radarrender has gathered a few useful resources to assist you in getting started. This contains the basic tutorials you need to learn V-Ray for Cinema 4D and master photorealistic renderings.

Head start

Below is a series of tutorials for beginners to help you get started. You will get familiar with the program and master its basics. After that, it won’t take you long to start making stunning renders.

Guide to interior design rendering

Nejc Kilar, a Chaos 3D artist, creates a series of tutorials guiding you to produce gorgeous minimalistic, interior renders. He will take you step-by-step through the entire workflow, from scene modeling to final rendering and post-processing. The fundamentals of using V-Ray for Cinema 4D to produce photo-realistic interior design renderings as well as helpful tips and tricks for streamlining your workflow will all be covered in this series. This training series is for both newbies and more experienced users.

Conclusion

To sum up, the V-Ray GPU render for Cinema 4D is a great renderer. It is a combination of speed and creative control.

What is your experience with this render engine? Let’s share with us and other V-Ray users.

See more: Render Farm Support Cinema 4D Vray GPU Rendering

Part of our guide: for a full overview of cloud options, see the Cinema 4D render farm guide.

The post Should I use V-Ray GPU render for Cinema 4D? appeared first on RadarRender.

Vray GPU rendering

Vray is a 3D rendering engine that works with many popular 3D design and CAD programs, to name a few, 3ds Max, Cinema 4D, Maya, SketchUp, and Unreal Engine. Introduced by Chaos, it allows artists and designers to create realistic and high-quality 3D visualizations using advanced techniques such as global illumination, ray tracing, and fluid dynamics. Since its appearance, Vray is widely used for various purposes, such as architecture, interior design, product design, animation, visual effects, and more.

Vray GPU is a separate render engine from Vray CPU. It uses GPU hardware acceleration. In addition, Vray GPU also works with CPU devices and makes use of both CPU and GPU hardware for a seamless hybrid rendering. GPU rendering enables the Vray GPU render engine to perform the raytracing and other calculations on the PC’s GPUs, instead of the CPU. Since GPUs are created with enormously parallel calculations in mind, they can greatly speed up the rendering process in Vray.

Image Source: Chaos

Best GPU for Vray rendering

What is GPU?

GPU, which is short for graphics processing unit, is a specialized processor originally designed to accelerate graphics rendering. You also see GPUs referred to as graphics cards or video cards. GPU is designed for parallel processing, in other words, it can process many pieces of data at the same time. Thanks to its architecture, GPU has become one of the most important types of computing technology and has been used in a wide range of applications, such as 3D rendering, gaming, artificial intelligence (AI), machine learning, etc.

However, not all GPUs are the same. There are two types of GPUs: integrated GPUs and dedicated GPUs. Integrated GPUs are graphics cards integrated into the CPU of the computer, while dedicated GPUs (or can be called discrete GPUs) are separate GPUs that can be added to the system later. For more resource-intensive applications or extensive performance demands like Vray rendering, dedicated GPUs will be more suited to the job.

Image Source: Chaos

Advantages of GPU rendering

For years, creative professionals such as 3D artists, designers, video editors, and others have struggled with long rendering times. That long waiting times occupy computing resources and make the creative workflow less effective. However, thanks to the advent of GPU rendering, everything has changed. The parallel processing provided by GPUs, together with built-in AI capabilities and advanced acceleration, makes the processing, rendering, simulations, and others faster and easier.

Furthermore, GPU rendering has various benefits for 3D design, including speed, realism, and interactivity. It can generate high-quality images in a fraction of the time that CPU rendering takes, saving you time and money. In addition, because of its capacity to handle advanced features like global illumination, ray tracing, and physically based rendering, GPU rendering can produce more realistic and detailed visuals. This allows for greater interactivity and feedback because you can see changes and updates in your scene nearly quickly without having to wait for extended render times. This might assist you in fine-tuning your settings and parameters as well as making creative judgments on the go.

What is the best GPU for Vray rendering?

There are different types of GPUs that have different features, compatibility, and performance. Here are three common types of GPUs in general:

• NVIDIA GPU
• AMD GPU
• Intel GPU

However, currently, Vray GPU only runs on NVIDIA graphics cards. The reason for this is that AMD graphics cards are no longer supported because AMD no loner invests in OpenCL rendering. Some features such as denoising and lens effects are still supported by AMD GPUs, though. Vray GPU is compatible with CUDA-capable NVIDIA GPUs from the Maxwell generation and later (which also means, GeForce 900 series and higher). 

Moreover, Vray GPU supports rendering on multiple GPUs. You can add multiple GPUs to a single workstation to improve performance and speed. And Vray GPU also enables NVLink for sharing the VRAM pool between two GPU devices.

Radarrender recommends some best GPU for Vray rendering as below.

• 1) NVIDIA RTX 4080 16GB: This graphics card is a good pick, it is the second fastest GPU currently and offers excellent ray tracing performance. But its VRAM is not as much as RTX 4090 or RTX 3090 so it is more suitable when you do not work with highly complex scenes.
• 2) NVIDIA RTX 4090 24GB: This graphics card is the top pick for anyone wanting the best speed and performance. It is the fastest GPU at this time and offers the best performance for content creation including Vray rendering. Besides, it has a tremendous 24GB of video RAM.
• 3) NVIDIA RTX A5000 24GB: This graphics card is a solid option. It is a “professional” GPU from NVIDIA providing a balance of power, performance, and reliability. Also, it has a tremendous amount of VRAM – 24 GB to tackle complex workflows.

Conclusion

In conclusion, Vray GPU is able to take advantage of one or multiple GPUs to boost performance and reduce rendering time. There are a bunch of GPUs that work with Vray GPU rendering. Radarrender gives you the three best GPU for Vray rendering currently. They are NVIDIA RTX 4080, RTX 4090, and RTX A5000.

Hope it will help you in choosing your best GPU for Vray rendering.

The post Best GPU for Vray rendering appeared first on RadarRender.

Why should use maya vray GPU rendering? 

For 3D artists who work regularly with design and rendering software, their greatest desire is to use render engines for their rendering software to produce accurate, high-quality renderings. color and speed. And here are the reasons to use Maya vray GPU rendering:

• Vray GPU rendering is a standalone rendering engine that was created to maximize the speed and performance of the renderer using the GPU card. Not only that, V-ray can use the CPU and GPU to perform ray tracing calculations.
• Vray GPU for Maya allows artists to quickly viewport the results of scene changes. To quickly viewport scene changes, you can use the v-ray GPU in IPR mode or as a production render and can use progressive, bucketed image samplers for viewing.

Chaos has released a video for 3D artists showing that using Maya vray GPU rendering can speed up their workflow with compatibility features.

You can view video below: 

Hardware recommendation Maya Vray GPU rendering

For v-ray GPU rendering to work well in Maya, the system recommended by the manufacturer:

• Maya 2018 or later in 64-bit mode
• Windows 8.1 is only compatible with Maya 2018–2020; Windows 10 and 11 are compatible with Maya 2018–2023.
• Versions of Linux that can be used with Maya are Red Hat Enterprise Linux or CentOS 6.5-7.2 for Maya 2018–2019, CentOS 7.3–7.7 for Maya 2020, and CentOS 7.6-7.9 or 8.2 for Maya 2021–2023.
• The following macOS versions are compatible with Maya: 10.11–10.14 for Maya 2018–2019; 10.13–11.1 for Maya 2020–2022; and 10.14–12.1 for Maya 2023.

A swap file of at least 8 GB must also be present in addition to at least 8 GB of Memory.

Advised to have at least 64 GB RAM

For GPU cards, v-ray GPU uses the following cards:

• NVIDIA – When the engine is set to V-Ray GPU (with RTX disabled), the CUDA platform is used. It is supported only in 64-bit builds of V-Ray for Maxwell, Pascal-, Turing- or Volta-based NVIDIA cards.
• NVIDIA RTX – When the engine is set to V-Ray GPU with RTX enabled, V-Ray GPU uses the RT Cores in NVIDIA RTX GPUs.
• Hybrid Rendering (running CUDA on GPU and CPU): Starting with V-Ray 3.6, V-Ray GPU CUDA rendering can be performed on CPUs and NVIDIA GPUs at the same time.
• V-Ray GPU supports rendering on multiple GPUs.

In addition to building a strong computer for Maya Vray GPU rendering, you can completely save money using render farms.

Best render farm support Maya Vray GPU rendering 

iRender 

iRender is a render farm in Vietnam. iRender Render Farm is a GPU-Acceleration Cloud Rendering Service for V-Ray Multi-GPU Rendering with Powerful Render Nodes: 2/4/6/8x RTX 3090/4090. Rent servers in the IaaS Render Farm model (Infrastructure as a Service) at your disposition and enjoy working with a scalable infrastructure. 

Therefore, you can install any version of Maya vray GPU rendering (running on Windows 10 or Linux, etc.) and any version of these two software packages.

Hardware: RTX3090, RTX 4090, AMD Ryzen™ Threadripper™ PRO 3955WX @ 3.9 GHz, RAM 256 – 512 GB, vRAM: 24GB. 

Pricing: pricing starts at $7.2/hour/node to $30/hour/node. 50% bonus for students and educational purposes. 

Ranch Computing

Ranch Computing is a render farm from France, specializing in providing high-performance 3D rendering services. This is a farm with a history of 15 years in the industry. They offer a SaaS platform with a plugin built into your modeling software called RANCHecker. That RANCHecker function is to help you check if the project is okay; if it is, it will upload to RANCHecker, and then you go to their website and submit it. And wait for them to proceed, show, and notify you when the final product is available.

Hardware: Up to 192 CPUs or 56 GPUs, 128 or 156 GB RAM

Pricing: Pricing starts at $0.011–$0.047/hour. The trial is free, but you need a subscription.

Corona support: Ranch supports several versions of Corona, along with some 3D software and plugins.

Maya Vray GPU Rendering supported: 

• Maya versions: 2019, 2020, 2022, 2023
• V-ray GPU versions: 5.20.02 to 6.00.02

Garage Farm 

Garage Farm supports both GPU & GPU rendering with Maya & Vray. So, you can easy to choose what is the best way (GPU or CPU) to render your projects.

However, you need to know that Garage Farm is a SaaS render farm. It means Garage only supports a certain version of Vray GPU and Maya. You need to check your version before you this render farm.

Here is some detailed information about Garage Farm:

Hardware: Intel Xeon V4, AMD Epyc 3rd gen for CPU rendering. Tesla K80, Tesla P100 for GPU rendering.

Price: From $0.015/GHzh to $0.06/GHzh for CPU rendering. From $0.0025/Obh to $0.0050/Obh for GPU rendering.

Wrap up

Maya and Vray GPU rendering are really a perfect duo for 3D artists and animators. However, for these two software programs to work really effectively, very powerful hardware is required. And in this article, we also found 3 render farms that support both Maya and V-ray GPUs to help you speed up your workflow at the lowest cost and in the shortest amount of time.

See more: Top 5 Best 3D GPU Rendering Engines To Know In 2023

The post What is the farm render that supports maya vray GPU rendering? appeared first on RadarRender.

Overview of Vray GPU rendering

About Vray GPU

V-Ray GPU is a full-featured 3D GPU rendering application developed by Chaos company. Other than being a standalone software, V-Ray GPU offers plug-ins for a wide range of third-party 3D applications: 3ds Max, Maya, Sketchup, Rhino, Revit, Cinema 4D, Unreal Engine, Houdini and Nuke.

Vray GPU is widely used for visualizations and computer graphics in industries such as media, entertainment, film and video game production, industrial design, product design and architecture.

Why need Vray GPU render farm?

The benefits of using a Vray GPU render farm:

• You easily scale your render capacity up and down without having to purchase and manage additional hardware and resources.
• The render farms are easy to set up and use. You’re free to render and not worry about computing hardware and infrastructure.

In short, you can render more in less time and concentrate on designing and creating your scene. The render farms will take care of the render process, without hogging your hardware and software.

Best render farm for Vray GPU

In this article, Radarrender gives you the three best render farms for Vray GPU (in our opinion): one IaaS solution, one SaaS solution and one solution from the Vray developer. Let’s look in detail.

Chaos Cloud

Chaos Cloud Rendering is a software as a service (SaaS) which enables you to submit and render scenes using a cloud-based V-Ray. This service is provided by Chaos company – the developer of the Vray rendering application itself. The cloud’s interface is easily accessible by a web browser.

What is the workflow then? As a SaaS solution, rendering in Chaos Cloud is similar to other SaaS render farms. It is pretty simple and straightforward. All you need is to have the Chaos Cloud Client application installed. After, you can access Chaos Cloud’s web-based interface and submit jobs to it directly from your host 3D software application. Moreover, once in the cloud, you are able to monitor the progress of your currently submitted jobs. Or queue up the next jobs, as well as change job settings and resubmit jobs.

Supported applications

Chaos Cloud rendering is available for all 3D platforms that are compatible with V-Ray. In other words, the cloud service is available for all 3D applications supported by V-Ray via vrscene file export. In addition, it integrates directly with V-Ray for SketchUp, Rhino, Revit, 3ds Max, Modo, Blender, Houdini, Cinema 4D and Maya. Please take a look at the full compatibility table below.

There are a few things for you to note when using the Vray GPU engine. Regarding the Vray versions, Chaos Cloud rendering supports only versions V-Ray Next Update 1 (4.10.x) and above for V-Ray GPU. That is any V-Ray GPU scene created in an earlier version will be rendered with V-Ray Next Update 1 (4.10.x).

Hardware specifications

Chaos works with Google Cloud Platform (GCP) to build their cloud render farm. According to Chaos, they use a wide range of machines from 36 to 96 cores at the moment. Although Vray GPU rendering is supported, we don’t know the GPU specifications. Just know that Vray GPU jobs are rendered on GPU devices with enabled CUDA and RTX. However, you should pay attention to not submit scenes exceeding 16 GB of GPU memory. Or else the jobs will fail.

Price

Instead of the traditional GHzh or OBh pricing, Chaos Group has selected a system of all-in-one render credits. It means the cloud service is available at a single flat rate. On top of that, at the moment, there is no option to pay more to use a higher specification virtual machine, or for a priority render job.

The pricing of Chaos has its pros and cons. The pros is that every customer is treated the same, with their highest priority. Also, you don’t have to consider and choose one among various options. But, that pricing also raises a few questions. First, how to estimate how many credits a job will need. And second, is the price competitive or reasonable in comparison to other third-party online render farms? Fortunately, Chaos Cloud offers 20 free credits for new users to test the service. Please note that the free credits are only valid for 30 days. Besides, the cloud offers discounts for large package purchases and educational purposes.

For more information about Chaos Cloud, please visit here.

iRender Farm

iRender Cloud Rendering is an infrastructure as a service (IaaS) which allows you to rent their cloud-based servers and render Vray projects directly on. This means by renting powerful servers you are able to control and use them as if they were your personal computer.

After selecting a suitable configuration package with Windows or Ubuntu OS, you will connect to their machines through a remote desktop application. Once you are on the server, you can install and use any application that needs GPU power (for example, Vray GPU), then start your rendering job. The instance is reusable after each use. iRender Cloud Rendering solution is based on IaaS, that is why its workflow is pretty different from two other render farms in this article which are SaaS solutions.

Supported applications

iRender Cloud Rendering is available for Vray GPU/CPU/Hybrid for all host 3D applications. Since using cloud-based servers of iRender is the same as using your computer, you can install any 3D software, or renderer with any version. As a result, any Vray version with any host 3D software will do. Of course, the combination must be supported by Vray, including Vray for 3ds Max, Maya, Sketchup, Rhino, Revit, Cinema 4D, Unreal Engine, Houdini, Nuke and more. There is one issue, though. You will need to provide your own licenses for any software if necessary.

Hardware specifications

Talking about the machines, iRender offers a variety of GPU configurations, including servers with 1 GPU, 2 GPU, 4 GPU, 6 GPU, and 8 GPUs. Their GPUs are the RTX 3090 and the most recent NVIDIA flagship – the RTX 4090. These two GPUs both have 24 VRAM. The servers also have AMD Ryzen Threadripper Pro 3955WX processors, 256 GB of RAM, and 2 TB of NVMe SSD storage in addition to GPUs. Another plus is that their RTX 3090 servers allow you to request NVLink to increase the VRAM capacity.

Price

For all of those server specs, iRender’s price ranges from $5.76 per hour per node to $28 per hour per node. You can choose a suitable rental plan among hourly, six-hour, daily, weekly, and monthly rental plans. On the hourly rental plan, you will pay for the time you use their server per minute. From the 6-hour and longer rental plan, you can save some credits with a discount. The longer rental plan, the better discount.

iRender typically provides $10 render credits for new users to test the service (by contact). Furthermore, there are volume discounts for bulk purchases and a 50% credit bonus for educational programs.

For more information about iRender, please visit here.

Ranch Computing

Ranch Computing is a software as a service (SaaS) which enables you to submit and render scenes for V-Ray projects online. As a SaaS render farm, the workflow of Ranch Computing is the same as that of Chaos Cloud.

First of all, you will need to install two simple tools – Ranchecker and Ranchsync – which integrate into your software packages. Next, you are able to send the scenes directly from your software interface to the farm to be rendered. It can be done from any device with access to a browser. Once submitting, you can monitor the current progress of the render job on the Web Manager.

Supported applications

Vray GPU rendering is available at Ranch Computing for 3ds Max, Cinema 4D, Houdini and Maya. Many host 3D applications with many versions are supported. Vray GPU, however, comes with just a few product versions.

Hardware specifications

In terms of the server, Ranch GPU farm is equipped with NVIDIA graphics cards that have 11 GB to 24 GB of VRAM. As far as Radarrender knows, Ranch has 2080Ti and 3090 GPU cards. Furthermore, their farm has around 1.8 million cores and 123 000 OctaneBench score (OctaneBench 2020.1.5) in total. Each render node will produce about 1400 – 2700 OctaneBench.

Price

Ranch Computing offers a variety of GPU pricing. Each price is a different priority. There are four priorities: GPU-Low, GPU-24-VRAM, GPU-Medium and GPU-High. The prices are 0.009 Obh, 0.011 Obh, 0.012 Obh and 0.015 Obh respectively. The higher priority, the more nodes or GPUs you can use for your Vray GPU rendering job. That means you will render in less time. Yet, the allocated number of nodes/GPUs will depend on the occupation of the farm and the nature of the projects being rendered.

Like any other render farm, Ranch Computing provides volume discounts for bulk purchases and a 50% discount for academic projects.

For more information about Ranch Computing, please visit here.

Conclusion

To sum up, Radarrender has selected the three best render farms for Vray GPU. They are Chaos Cloud (SaaS), iRender Cloud (IaaS) and Ranch Computing (SaaS). All of them support a wide range of software versions and provide huge rendering power.

Read more:

• Best GPU render farm
• GPU render farm build

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