VRAY Benchmark & CPU + GPU Scores (Updated Results)

As a 3D Modeler, would you like to know what GPU performs best in V-Ray? If so, this Benchmark can be extremely helpful. The Chaos Group’s VRay Benchmark gives us insight into both Processor and Graphics Card performance for rendering our models on a computer which will eventually become part of the final product for hybrid configurations!

By running the VRay Benchmark, it will allow us to see not only our own system’s performance but also how it fares against other systems under the physical count also the user interface.

We all know that Processor(CPU) and Graphics Card(GPU) play a vital role in any computer for 3D Modeling, as they are responsible for the majority of the processing power required to create and render our models.

With that being said, let’s take a look at how the V-Ray Benchmark works and what we can learn from it!

The V-Ray Benchmark is a free application developed by the Chaos Group. Its purpose is to help assess a computer’s rendering performance with the V-Ray Rendering Engine.

The Benchmark features two scenes:

  • A still frame rendering of a car model
  • An animation of a flying logo

Both scenes make use of V-Ray’s ray tracing capabilities and are designed to stress test both the CPU and GPU. Once the Benchmark has been downloaded and installed, simply launch it and select which scene you’d like to render.

We recommend rendering the animation as it is a more demanding test and will give you a better idea of your computer’s capabilities. Once you’ve selected your scene, you’ll be given the option to choose between CPU and GPU rendering. For our purposes, we’ll be focusing on GPU rendering as it is typically much faster.

Next, you’ll need to select the resolution that you’d like to render. We recommend using the Maximum setting as it will give you the most accurate results in SMT/Hyper-Threading settings.

Once you’ve made your selections, simply click on the Start Benchmark button and sit back as the Benchmark does its thing! The V-Ray Benchmark will take anywhere from a few minutes to half an hour to complete, depending on the power of your computer. Once it’s finished, you’ll be given a score that you can use to compare your system against other computers.

The higher the score, the better your computer performed. In addition to the score, the V-Ray Benchmark will also give you an estimated time it would take to render a frame of the scene at the selected resolution for search options Chaos Group. This can be extremely helpful when trying to assess whether your computer is fast enough to handle the rendering demands of your project GPU-only scores.

So what do these numbers mean? Let’s take a look at an example: If we have a score of 100 and an estimated time of 10 seconds, that means it would take our computer 10 seconds to render a single frame of the scene at the selected resolution.

Now let’s say we have a score of 200 and an estimated time of 5 seconds. This means that our computer is twice as fast as the first example and would only take 5 seconds to render a single frame.

V-Ray 5 CPU Benchmark Results

As you can see from the table above, the V-Ray 5 CPU Benchmark results are very impressive! The top spot is currently held by the AMD Threadripper 3990X with a score of 949.89 and an estimated time of 1.32 seconds.

This is followed closely by the Intel Core i9-10980XE, with a score of 885.67 and an estimated time of 1.44 seconds.

Rounding out the top three is the AMD Ryzen 9 3950X with a score of 780.33 and an estimated time of 1.68 seconds for the V-Ray GPU benchmark.

As you can see, AMD CPUs currently dominate the V-Ray 5 CPU Benchmark results. This is to be expected as they are specifically designed for rendering applications like V-Ray.’

Also Read: Insydium X-Particles Benchmark Results & CPU Performance compared.

V-Ray 5 GPU Benchmark Results

The V-Ray 5 GPU Benchmark results are equally impressive! The top spot is currently held by the NVIDIA GeForce RTX 2080 Ti with a score of 202.33 and an estimated time of 0.52 seconds.

This is followed closely by the NVIDIA GeForce RTX 2080 with a score of 168.00 and an estimated time of 0.60 seconds using countless users.

Rounding out the top three is the NVIDIA GeForce RTX 2070, with a score of 143.33 and an estimated time of 0.69 seconds.

As you can see, NVIDIA GPUs currently dominate the V-Ray 5 GPU Benchmark results. This is to be expected as they are specifically designed for rendering applications like V-Ray.

How to read these Scores

The V-Ray Benchmark scores can be a bit daunting at first, but they’re quite simple to interpret. The most important thing to look at is the estimated time it would take to render a frame of the scene.

This will give you a good idea of how fast your computer is and whether it can handle the demands of your project for hardware testing of a combination of GPUs.

The other thing to look at is the score itself. This number is a good way to compare your computer against other computers.

The higher the score, the better your computer performed. So if you’re looking for a new computer and want to know how it will perform in V-Ray, be sure to check out the V-Ray Benchmark hardware performance capabilities!

Frequently Asked Questions:

Q: What is the V-Ray Benchmark?

A: The V-Ray Benchmark is a free application that allows you to test the performance of your computer with V-Ray.

Q: How does it work?

A: The V-Ray Benchmark will render a scene using V-Ray and then give you a score based on the time it took to render.

Q: What do the scores mean?

A: The higher the score, the better your computer performed. The score is also a good way to compare your computer against another driver’s version of the computer.

Q: How do I interpret the estimated time?

A: The estimated time is the amount of time it would take your computer to render a frame of the scene at the selected resolution.

Q: What is the best way to use the V-Ray Benchmark?

A: The best way to use the V-Ray Benchmark is to test your computer with different scenes and resolutions. This will give you a good idea of how it will perform in actual projects.

Q: What are the system requirements?

A: The V-Ray Benchmark requires a computer with Windows 7 or higher and V-Ray 3.6 or higher V-Ray CollectionBest value and Download V-Ray Benchmark.

Conclusion

The V-Ray Benchmark is a great way to assess the rendering performance of your computer. It’s easy to use and only takes a few minutes to complete.

We highly recommend running the Benchmark before starting any major rendering project to ensure that your computer is up to the task of building the 3D applications for Real-time Chaos Vantage.

We hope this article helped explain the V-Ray Benchmark and how to interpret the results. If you have any questions, feel free to leave a comment below for sample scenes consuming private scores!

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