After Effects CC 2018: NVIDIA GeForce vs AMD Radeon VegaWritten on August 2, 2018 by Matt Bach
While GPU acceleration has become fairly common in Adobe applications, in most situations it is much more important to have a powerful CPU, plenty of RAM, and fast enough storage. Despite this, a popular request we get is to compare AMD's Radeon Vega video cards to NVIDIA's GeForce cards. In previous articles we have compared these cards in Premiere Pro, Photoshop and Media Encoder, and today we will be rounding out our Adobe testing with After Effects. It is worth noting that while we will be focusing on After Effects performance in this article, choosing a specific GPU to use is a much more complicated topic. Many other factors including current pricing, reliability, power draw, noise level, and available cooler designs are all things that need to be considered.
If you would like to skip over our test setup and benchmark result/analysis sections, feel free to jump right to the Conclusion section.
Test Hardware & Methodology
For this testing, we will be using the following hardware and software:
|Motherboard:||MSI Z370M Pro AC|
|CPU:||Intel Core i7 8700K 3.7GHz
(4.7GHz Turbo) 6 Core
|RAM:||4x DDR4-2666 16GB
|Hard Drive:||Samsung 960 Pro 1TB M.2 PCI-E x4 NVMe SSD|
|Video Card:||AMD Radeon RX 580 8GB
Gigabyte Radeon RX VEGA 56 GAMING OC 8G
Gigabyte Radeon RX VEGA 64 GAMING OC 8G
NVIDIA GeForce GTX 1060 6GB
NVIDIA GeForce GTX 1070 8GB
NVIDIA GeForce GTX 1070 Ti 8GB
NVIDIA GeForce GTX 1080 8GB
NVIDIA GeForce GTX 1080 Ti 11GB
|OS:||Windows 10 Pro 64-bit|
|Software:||After Effects CC 2018 (Ver. 15.1.2)|
This CPU, RAM, and storage combination we are using is among the fastest you can currently get for most tasks in After Effects which should give each GPU the chance to perform to the best of its ability. To compare AMD and NVIDIA, we chose a wide range of cards from both the Radeon and GeForce lines. We do want to point out that at the time we did this testing, it was difficult to source a quality AMD Radeon Vega card that was not factory overclocked. Rather than delaying our testing we decided to go ahead and use the overclocked cards even though it will slightly skew the results in favor of those cards.
In order to accurately benchmark the different systems, we used a range of After Effects projects that are mostly publicly available for download. The projects we used (along with their source) are:
|Project Name||Comp Name||Tested Frames||Notes|
|Example Composition||0-40 (40 total frames)|
by Video Copilot
|212-238 (26 total frames)
0-97 (97 total frames)
by Video Copilot
|Green Polygon||0-78 (78 total frames)|
|32610-32710 (100 total frames)||
4K H.264 video with:
|Party-Lite-004Full||0-169 (169 total frames)||
"Video Wall" and "*.mov" layers
RAM Preview - Raw Benchmark Data
[Click Here] to skip ahead to analysis section
RAM Preview - Benchmark Analysis
Since AE version 2015, we have seen a very sharp split in the type of CPU that works best for After Effects. While in the past a CPU with lots of cores would be great for everything, most effects and tasks in AE are now better with a CPU with fewer cores but a higher operating frequency. The exception to this is if you utilize the Cinema 4D CPU renderer where a high number of CPU cores can still make a massive difference in performance. Due to this, we have separated out our testing results between "standard" projects and those utilizing the Cinema 4D CPU renderer.
Before we get into the results themselves, we want to explain the scoring system we used to represent the average performance we saw with each GPU. In essence, a score of "20" would mean that on average that card was able to play our projects at 20% of the project's defined FPS. A perfect score would be "100" which would mean that the system was able to play it back in real time, although with the difficult projects we use for testing this should never actually occur.
Starting with the projects that use the C4D Renderer, we saw almost no difference in performance between any of the GPUs we tested. Since rendering with C4D is so heavy on the CPU, this is really to be expected as the CPU will almost always be a performance bottleneck. For the standard projects, however, we saw noticeably higher performance from the NVIDIA GeForce Cards. While pricing varies widely based on numerous factors like current sales or the popularity of bitcoin mining, in general you can think of the following cards as roughly costing the same amount:
- AMD Radeon RX 580 8GB ~ NVIDIA GeForce GTX 1060 6GB
- AMD Radeon Vega 56 8GB ~ NVIDIA GeForce GTX 1070 Ti 8GB
- AMD Radeon Vega 64 8GB ~ NVIDIA GeForce GTX 1080 8GB
Using this as our primary point of comparison, we saw roughly 15% higher performance with the NVIDIA GeForce cards over their AMD Radeon equivalents when playing our standard projects.
Final Render - Raw Benchmark Data
[Click Here] to skip ahead to analysis section
Final Render - Benchmark Analysis
Once again, since the results should vary widely based on whether or not you utilize the Cinema 4D CPU renderer, we have separated our testing results between "standard" projects and those utilizing the C4D renderer:
In case you missed it explained in the previous section, the score shown in the chart above is a representation of the average performance of each GPU for this test. In essence, a score of "10" would mean that on average that card was able to export or render our projects at 10% of the project's set FPS.
Similar to the RAM Preview tests, once again the GPU really doesn't have an impact for the projects that use the C4D Renderer. For the standard projects, however, the AMD Radeon cards were slightly faster than their NVIDIA GeForce counterparts. It was only by 2%, however, so in the real world you likely wouldn't notice much of a difference.
The overall score in the chart above is a weighted average of our testing results based on what our customers tend to be the most concerned about. Overall, RAM Preview of standard projects is 40% of the score while the Ram Preview (C4D Renderer), Final Render (Standard), and Final Render (C4D Renderer) each contribute 20% towards the score.
With the results weighted in this manner, we get a pretty good estimation of what most users can expect in After Effects with each of these cards. Using the same rough pricing equivalents we used earlier (RX 580 ~ GTX 1060, Vega 56 ~ GTX 1070 Ti, and Vega 64 ~ GTX 1080) it is pretty clear that NVIDIA is going to give you higher performance in After Effects for your dollar. The exact performance you would see in your own projects will obviously vary based on exactly what you are doing, but in our testing the NVIDIA GeForce cards scored about 7% higher than their AMD Radeon equivalents.
Keep in mind that this is comparing factory overclocked AMD Radeon Vega cards against stock NVIDIA GeForce cards. While this probably didn't actually affect the results by a large amount, we would estimate that if we used stock AMD Radeon Vega cards the performance would likely be 1-2% lower than what we saw in our testing.
After Effects Workstations
Highest performance for
most AE workloads
Up to 128GB of RAM
for large & complex projects