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OctaneRender 4 & 2019 GPU Roundup: NVIDIA GeForce RTX SUPER Performance

Written on August 9, 2019 by William George
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Introduction

OctaneRender, from OTOY, is a real-time, physically correct 3D rendering engine that uses GPUs instead of CPUs for processing. This is a relatively new approach, as traditional graphics rendering was done on CPUs instead. Graphics processors are ideal for highly parallel tasks like rendering, though, and it is easier to fit multiple video cards in a single computer than multiple CPUs.

With the launch of NVIDIA's new GeForce RTX "SUPER" series of video cards, we are taking a look at how the whole RTX lineup performs in Octane. To ensure we cover all current use cases, we included benchmarks for both the current OctaneRender 4 and the upcoming 2019 version, which includes support for the dedicated ray-tracing hardware NVIDIA added in this generation of GPUs.

OctaneBench 2019 RTX screenshot

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Test Hardware

Here is a list of the hardware we tested OctaneBench on. Everything except the video card was kept the same throughout all the test runs, to ensure that no other specs could impact performance. The operating system was a fully updated installation of Windows 10 Pro.

Benchmark Details

OTOY provides a free benchmarking tool for OctaneRender, called OctaneBench. We ran this tool using both version 4.02.1 and a preview of the upcoming 2019 release, three times per card, and used the highest score for each test / GPU in the graphs below.

Benchmark Results - OctaneBench 4.02.1

Here are the OctaneBench 4.02.1 results for all of the GeForce RTX video cards, along with the TITAN RTX for good measure, sorted from most to least expensive - with the new SUPER series cards in a darker shade of green:

OctaneBench 4.02.1 NVIDIA GeForce RTX, RTX SUPER, and TITAN RTX rendering performance

And here is another way of looking at the results, as percentages relative to the GeForce RTX 2060's performance:

OctaneBench 4.02.1 NVIDIA GeForce RTX, RTX SUPER, and TITAN RTX rendering performance relative to the RTX 2060

Benchmark Results - OctaneBench 2019 (RTX)

Next up, here are results from OctaneBench 2019 Preview, with RTX technology enabled, across the same video cards:

OctaneBench 2019 Preview NVIDIA GeForce RTX, RTX SUPER, and TITAN RTX rendering performance

And once more, the relative performance of each card with the RTX 2060 as the baseline:

OctaneBench 2019 Preview NVIDIA GeForce RTX, RTX SUPER, and TITAN RTX rendering performance relative to the RTX 2060

Analysis

It looks like the new GeForce RTX 2070 SUPER and 2080 SUPER cards are just incremental improvements over the previous models, but since they are the same price as the cards they are replacing that is nothing to complain about. However, the RTX 2060 SUPER is a different story: it is a little more expensive than the vanilla 2060 - but it is also over 25% faster! It has 8GB of memory instead of 6GB as well, putting it on par with the various 2070 and 2080 cards in that regard.

Nothing changed at the top-end of NVIDIA's line, though. The TITAN RTX is still the fastest card overall, but considering that it is twice the price of the RTX 2080 Ti, only about 5% faster, and isn't available in a single-fan (blower style) card it isn't really a good deal. Seemingly the only reason to opt for the TITAN with OctaneRender would be if you needed the larger VRAM (24 vs 11GB) and you only wanted to use a single GPU (or maybe two at most, in a system with tons of airflow). If you need lots of memory space but also want multiple GPUs, take a look at the Quadro RTX line instead.

Conclusion: What Are the Best Consumer GPUs for OctaneRender?

Because of the Titan RTX's cooling limitations, and how well Octane and other GPU rendering applications scale across multiple cards, the best choice for most users is going to be the GeForce RTX 2080 Ti. The new RTX 2060 SUPER also offers great performance for the price, and the other SUPER series cards provide small increases in rendering speed for the same price as previous models.

Looking for a Rendering Workstation?

Puget Systems offers a range of workstations that are tailor made for your unique workflow. Our goal is to provide most effective and reliable system possible so you can concentrate on your work and not worry about your computer.

Configure a System!

Tags: GPU, Rendering, Benchmark, Performance, NVIDIA, GeForce, RTX, Turing, OctaneBench, Octane, Render, Titan RTX, RTX 2080, RTX 2080 Ti, RTX 2070, RTX 2060
Hwgeek

Any plans for EPYC 64C review for Rendering? (C-ray/ POV-Ray/ Blender looks another league over 2X8280 Xeon's)
64C 1P SKU'e is just under $5K including MB :-).
Thanks in advance!.

Posted on 2019-08-10 09:21:26

I wouldn't mind playing around with an EPYC processor, but the problem for us is motherboards. We have yet to find a motherboard for that line of CPUs that would be functional in a workstation (as opposed to a server). Some sort of normal form factor, good PCI-E slot layout, and at least half-way decent I/O panel - and from a reputable brand - is all we want... but so far that has not materialized. Without that, the only place I could *maybe* see it being viable (in our lineup) would be as a rackmounted node for a CPU-based render farm... but it seems like most of the render node stuff we end up selling is GPU based, rather than CPU based.

Posted on 2019-08-12 16:13:32