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Recommended Workstations for V-Ray

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These hardware configurations have been developed and verified through frequent testing by our Labs team. Click here for more details.

  System Image System Image

Tower Workstation

4U Rackmount Node

CPU AMD Threadripper PRO 5955WX AMD Threadripper PRO 5955WX
GPU(s) 2x NVIDIA GeForce RTX 4090 24GB 4x NVIDIA RTX A5000 24GB
Puget’s Take
Puget’s Take

Great for either CPU or GPU based rendering

Up to 64 cores and 4 video cards

4U rackmount node

Up to 64 cores and 4 video cards

Price as Configured
Price as Configured



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Customer Testimonials

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VIRA Insight

“The custom-built Puget Systems’ computers we purchased are very reliable … Our render production has increased well over 50%”

– Lindsey McLendon, lead 3D artist at VIRA Insight

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Rendering of kitchen with appliances


“[Our Puget Systems workstation] has really cut our processing time tremendously. Historically images like this would take anywhere from 24 to 48 hours to render on the old computers. Now it’s taking 15 to 30 minutes.”

– Aleks at Zelmar Kitchen Designs & More

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Looking for more? View all our rendering case studies.

V-Ray Workstation FAQ

Where should I prioritize my budget to get the best rendering performance in V-Ray?

Chaos Group has two different versions of their rendering engine: V-Ray Next CPU and V-Ray Next GPU (previously V-Ray Adv and V-Ray RT, respectively). The first is a CPU-based rendering engine that benefits greatly from having a high number of CPU cores. In fact, it scales almost perfectly with more cores which makes a high core count CPU – and even configurations with multiple physical CPUs – excellent for performance. For that version we strongly recommend a dual CPU configuration, which we offer in both tower and rackmount form factors. If you are on a budget then a single, high core count CPU will work too.

On the other hand, V-Ray Next GPU (V-Ray RT) uses GPUs – as the name indicates – to perform the rendering calculations. If that is your focus, we recommend maxing-out the speed and quantity of video cards – within your budget and available space – before worrying about the CPU. However, starting in V-Ray 3.6 the CPU can be used alongside the GPUs to further boost rendering speed. Chaos Group calls this Hybrid Rendering, so if you are using 3.6 or higher the CPU should still be a factor in your purchasing decision. Check out this article for more information.

What are the advantages and disadvantages of a dual CPU workstation for V-Ray?

The main advantage of a dual CPU workstation was that it allowed you to have an extremely high number of CPU cores, which in pure CPU rendering engines (like older versions of V-Ray) substantially impacted performance. In years past, it could give you anywhere from two to three times the render performance compared to a single CPU workstation. However, since the individual cores in most dual Xeon CPUs run at relatively modest speeds this meant that you would have much lower performance for other, non-rendering tasks compared to a single CPU workstation at a lower cost.

AMD now offers single CPUs which have nearly as many cores as a dual Xeon configuration, but at a lower price. These Threadripper PRO processors, as AMD brands them, are a great choice for heavily threaded CPU applications like rendering – especially if you aren’t doing work that is single-threaded (which like Xeons is their weak spot, with lower per-core clock speeds). They also offer a lot of PCI-Express lanes, making them ideal for GPU-based rendering with multiple video cards.

Does V-Ray Next GPU / V-Ray RT support multiple GPUs? Do they need to be in SLI?

The GPU-accelerated version of V-Ray is able to utilize multiple GPUs and does so very effectively. It will not be a perfect “4 GPUs is 4x faster”, but you can expect significant performance improvements with every card you add. However, since V-Ray is using the cards for compute purposes they do not need to be in SLI mode. In fact, SLI can sometimes cause problems so we recommend leaving it disabled if possible.

Do I need to use a Quadro card for V-Ray or is GeForce okay?

V-Ray technically does not care which type of video card you have in your system, so either a “professional” (formerly Quadro) or a GeForce card should work just fine. However, there are certain times where you may want to use a Quadro card. First, they are slightly more reliable since they are designed to operate under heavy load for extended periods of time and tend to have more stable drivers. Second, Quadro cards tend to have more onboard memory. The amount of video RAM will limit how complex of a scene can be rendered in V-Ray, so for extremely detailed rendering you may need the additional VRAM on high-end Quadro cards. Finally, companies like Autodesk (Revit/3ds Max/Maya) tend to heavily favor the use of Quadro cards. So if you plan on also using one of these applications on this system then using a Quadro card is likely a good idea.

Can I use an AMD card for V-Ray Next GPU / V-Ray RT?

V-Ray does have the option to utilize OpenCL which means that you can use AMD cards for rendering. However, we typically recommend using NVIDIA-based cards as we have found them to be more reliable overall – especially for consistently heavy tasks like rendering. Moreover, the new Hybrid Rendering mode (CPU + GPUs) in V-Ray 3.6 only works with CUDA mode, which requires NVIDIA graphics cards.

How much system RAM do I need for V-Ray?

The amount of RAM you need is going to depend on the complexity of your renders. In general, however, rendering in V-Ray does not need a huge amount of RAM – most users will find that 32GB of RAM should be adequate. However, you will also want to take into account what other software you are running alongside V-Ray (it is rarely used completely stand-alone). For users who want high CPU core counts or multiple video cards, the platforms which are well suited to those roles will often have a baseline of 64 or even 128GB of system memory anyway.

Should I use a solid-state drive (SSD) for V-Ray?

Yes! SSDs are much faster than traditional hard drives and in many cases can give a noticeable decrease in the time it takes to open and save files – not to mention simply starting Windows and launching programs much faster.

Do I need a Xeon CPU for V-Ray?

In the past, Intel’s Xeon CPUs were more robust than their Core series counterparts and didn’t really have a direct competitor. Today, however, AMD’s Threadripper PRO line offers similar or even superior features in terms of core count, PCI-Express lanes, and memory bandwidth – so we prefer that CPU platform for our rendering-focused workstations and server nodes.

How does Network Rendering work in V-Ray? Do I need special licenses?

Network Rendering (typically referred to as “Distributed Networking” in V-Ray) allows you to use the power of other workstations or servers on your network to make your renders complete faster than you could ever achieve on a single system. Chaos Group offers render node licenses that are required for each slave render node.

For more information on network rendering, we recommend visiting V-Ray’s Render Node information page. For installation and configuration instructions, there is excellent documentation for 3ds MaxMayaCinema 4D and various other applications. Note that V-Ray RT does not yet have full support for Distributed Rendering. For example, in Maya the Production renderer does not yet support V-Ray RT Distributed Rendering. Due to this, we recommend checking with Chaos Group directly before purchasing a workstation/server to use as a render node for V-Ray RT to ensure the software is able to do what you need.

Do I need a Maya or 3ds Max license for each V-Ray server node?

While V-Ray does need 3ds Max or Maya installed on each server node, you do not need a separate license for each. As long as you are just using it as a render node, Autodesk allows you to use your normal license for up to 999 render nodes provided you are not using the actual 3ds Max or Maya GUI.

Can I mix Mac, Linux, and Windows PCs for V-Ray Distributed Rendering?

You can technically make this work, but due to the different file architectures we highly recommend matching the OS of your nodes to your main client workstation. Otherwise, you can run into issues transferring textures and materials to the render nodes.

Why Choose Puget Systems?

Built specifically for you

Rather than getting a generic workstation, our systems are designed around your unique workflow and are optimized for the work you do every day.

Fast Build Times

By keeping inventory of our most popular parts, and maintaining a short supply line to parts we need, we are able to offer an industry leading ship.

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Even when your parts warranty expires, we continue to answer your questions and even fix your computer with no labor costs.

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