Recommended Hardware for After Effects:
Like most software developers, Adobe maintains a list of system requirements for After Effects that can be used to help ensure the hardware in your system will work with their software. However, most "system requirements" lists tend to cover only the very basics of what hardware is needed to run the software, not what hardware will actually give the best performance. In addition, sometimes these lists can be outdated, list old hardware revisions, or simply outright show sub-optimal hardware.
Because of how inconsistent those lists can be we've taken the time to perform testing to determine what hardware runs After Effects the best. Based on this testing, we have come up with our own list of recommended hardware - as well as specific configurations tailored with these recommendations in mind.
The processor (or CPU) is one of the most important pieces of an After Effects workstation. While many other parts of the system impact performance to some degree, the CPU is the core piece of hardware that is a part of absolutely anything and everything you do in After Effects.
One thing we want to note is that while older versions of After Effects (2015 and older) worked well high core count CPU configurations (including dual Xeon systems), due to the removal of the "Render Multiple Frames Simultaneously" feature the current version of After Effects actually runs better on more affordable CPUs that have a lower core count but higher operating frequency. The exception to this is the 3D Renderer with Cinema 4D engine as that is still able to make terrific use of high core count CPUs.
With all the different CPUs available on the market, our workstations only use one of three options depending on the type of After Effects workstation you need:
- Intel Core i7 8700K 6 Core 3.7GHz (4.7GHz Turbo) - Used in our General AE Optimized workstation, the Core i7 8700K provides the highest possible performance for most After Effects tasks. In fact, compared to the previous generation Core i7 7700K, this CPU is about 20% faster for general AE tasks and ~35% faster when using the C4D 3D Renderer. However, the downside to this CPU (and it's overall platform) is that it is limited to just 64GB of RAM and while the performance when using the Cinema4D 3D Renderer is very decent, it is not the best you can get..
- Intel Core i7 7820X 8 Core 3.6GHz (4.3/4.5GHz Turbo) - If your projects require more system RAM than what is available with the Core i7 8700K's platform, the Intel Core i7 7820X allows for twice the amount of RAM - up to 128GB of RAM. While it is also slightly faster for rendering with the Cinem4D renderer, note that is is about 10% slower than the Core i7 8700K for most other tasks in AE.
- Intel Core i9 7900X 10 Core 3.3GHz (4.3/4.5GHz Turbo) - For those that are looking for improved performance with the Cinema4D renderer, the Core i9 7900X should give roughly 20% higher performance than the Core i7 8700K. This CPU is also a great option in software like Premiere Pro, making it a great balanced option if you use both After Effects and Premiere Pro.
- Intel Core i9 7940X 14 Core 3.1GHz(4.3/4.4GHz Turbo) - If you heavily use the Cinema4D renderer, the Core i9 7940X should give you the best possible performance in After Effects. Like the Core i7 7820X and Core i9 7900X, be aware that performance in most other tasks will be ~10% slower than the Core i7 8700K. However, this CPU is also currently the fastest CPU for Premiere Pro which makes it a great choice if you work with both After Effects and Premiere Pro.
- After Effects CC 2018: AMD Threadripper 2990WX & 2950X Performance
- After Effects CC 2018 CPU Comparison: AMD Ryzen 2 vs Intel 8th Gen
- After Effects CC 2018 CPU Comparison: Intel 8th Gen vs X-series vs Ryzen vs Threadripper
- After Effects CC 2017.2 CPU Performance: Core i7 8700K, i5 8600K, i3 8350K
- After Effects CC 2017.2 CPU Performance: Core i9 7940X, 7960X, 7980XE
- After Effects CC 2017.2 CPU Comparison: Skylake-X vs Threadripper
- After Effects CC 2017.2 CPU Comparison: Skylake-X, Kaby Lake-X, Broadwell-E, Kaby Lake, Ryzen 7
- Adobe After Effects CC 2015.3 CPU Comparison
- Adobe After Effects CC 2015.3 Multi Core Performance
- Adobe After Effects CC 2015 Multi Core Performance
- Adobe After Effects CC 2014 Multi Core Performance
Starting with After Effects 2015.3 (and continuing in the newer versions), Adobe has been increasing the amount of GPU acceleration used in their software. The following effects are now able to utilize the GPU to greatly increase performance:
Added in AE 2015.3:
- Lumetri Color
- Gaussian Blur
Added in AE 2017:
- Brightness & Contrast
- Find Edges
- Drop Shadow
- Fractal Noise
- Gradient Ramp
- Fast Box Blur
Added in AE 2018:
- Layer transforms (position, rotation, opacity, etc.)
- Layer motion blur
- Bicubic sampling
- Transform effect
- Directional Blur effect
- Immersive video VR effects
However, although After Effects can now utilize the GPU, we have found that even a mid-range video card will give the same performance as a high-end card. So while having a GPU can increase performance by up to 10X for some effects, spending more money on a faster GPU will likely not result in any performance gains.
Full testing data available in our article:
Adobe After Effects CC 2018: NVIDIA GeForce vs AMD Radeon Vega
While a more powerful GPU doesn't make a big impact for After Effects, for users that work with Premiere Pro or other programs that can utilize higher end GPUs more effectively our systems included a number of GPU options that are not strictly necessary for AE. In Premiere Pro especially, not only will a good GPU improve the time it takes to encode a video, it can also drastically increase the amount of your timeline that can be scrubbed without needing to generate previews first. For help choosing the right GPU for Premiere Pro, we recommend checking out the video card section of our Premiere Pro Hardware Recommendation page.
For all Adobe products we generally recommend using a NVIDIA GeForce card, although NVIDIA Quadro cards can be a bit more reliable over the long terms and are required if you want to be able to use 30-bit color or a 10-bit display. Performance-wise, however, GeForce cards will always give you much higher performance for your dollar.
Additional Resources (After Effects and Premiere Pro):
- Adobe After Effects CC 2018: NVIDIA GeForce RTX 2080 & 2080 Ti Performance
- Adobe After Effects CC 2018: NVIDIA GeForce vs AMD Radeon Vega
- Adobe After Effects CC 2015.3 Pascal GPU Performance
- Adobe Premiere Pro CC 2015.3 Pascal GPU Performance
- Adobe Premiere Pro CS6 GPU Acceleration
- Adobe Premiere Pro CS6 Professional GPU Acceleration
Depending on the length, resolution, and complexity of your projects, After Effects can often benefit from having very large amounts of RAM available. Larger amounts of RAM allows AE to store more previews in RAM rather than on a cache disk which can result in smoother playback. Using a fast SSD as your cache drive can mitigate some of the performance loses, but no hard drive or SSD is as fast as RAM.
In general, we recommend 64GB of RAM unless your projects are relatively simple or you are just learning to use After Effects. If you work with very complex projects, however, our Standard workstation allows for 128GB of RAM. Keep in mind that if you use other programs at the same time as After Effects, you will need enough RAM for all of them at the same time. Be sure to set the amount of RAM you want to leave free for other programs in "Edit > Preferences > Memory" to keep your system from bogging down due to there not being enough RAM free for the rest of the system.
One suggestion we always make is to consider what you will be doing in the future. If you think you will be increasing the resolution of your video files or increasing the complexity of your projects we highly recommend taking that into account when deciding on how much RAM you need.
Our systems offer three different types of storage drives depending on your specific needs and requirements:
Standard SSD (Samsung 860 EVO/Pro) - SSDs are a staple in modern workstations, especially as your primary drive containing the operating system and program installations. They are more expensive than a traditional platter hard drive, but also many times faster allowing you to launch Windows and programs significantly faster. We offer both the Samsung 860 EVO and Pro line of drives with the primary difference being the write endurance. The Pro line is rated for a much higher number of writes making it a better choice if you will often be writing data to the drive (such as for a scratch drive)
PCI-E x4 M.2 NVMe SSD (Samsung 960 Pro) - These drives are about 30% more expensive than a standard SSD, but around five times faster! However, in most cases you will not see much of a performance difference since a modern standard SSD is already so fast that it is rarely a performance bottleneck. The main time you will see a benefit from using a NVMe drive is if you work with RAW footage when each image is ~15MB or larger. In that case, having your source media on one of these drives will allow you to export much faster and make it much more likely that you will be able to play your timeline live without the need for previews.
Traditional Platter Drive (WD Red/Gold) - These drives may be slower than the other drives we offer, but they are much more affordable and available in capacities ranging up to 10TB per drive. While we do not recommend working directly off these drives more than occasionally, they make terrific long-term storage drives and shouldn't cause much of a performance hit to export directly to. The main difference between the WD Red and Gold drives we offer is that the Red drives are much quieter, but the Gold drives are faster.
For After Effects (and most other post-production software packages) we generally recommend a two to four hard drive configuration depending on your budget and desired performance level:
- Primary Drive - OS/Software (SSD) - Includes your operating system and the base After Effects installation. An SSD is highly recommended as it will greatly improve how fast the OS and programs startup, but there is usually not much of a performance benefit to upgrade to a faster NVMe drive.
- Secondary Drive - Project Files (SSD/M.2 NVMe) - If possible, it is a good idea to separate your project files and disk cache onto a secondary drive. For most users a standard SSD will work fine, but if you work with RAW footage there can be a performance benefit to using a M.2 NVMe drive.
- Optional Tertiary Drive - Dedicated Cache (SSD/M.2 NVMe) - Using a dedicated SSD for your disk cache can significantly improve performance when playing and scrubbing through compositions. Upgrading to an even faster NVMe drive can give some performance gains, most notably allowing the disk cache to be written on average around 20% faster.
- Optional Storage Drive (Platter) - For long term storage where the high speed of SSDs is typically not required, a larger traditional platter hard drive is a good choice as they are still much cheaper per GB than SSDs.
One important factor we want to point out is that with the higher performance of modern platter drives the old recommendation of having an SSD or RAID array for your export drive is no longer accurate. SSDs or RAID arrays are great for improving the time it takes to open, save or generally move around files, but for actually rendering projects there should be little difference between exporting to a platter drive, an SSD, or even an ultra-fast PCI-E based NVMe drive.
Often overlook, quality audio is a critical part of any video editing workstation. Depending on the quality and number of audio channels you need, there are three types of audio devices you may want to use:
- Onboard Audio - Included on most motherboards, the quality of onboard audio has improved dramatically over the years. However, since the audio chip is on the same PCB as the rest of the motherboard there can sometimes be issues with signal noise which can degrade the audio quality. This is not a factor if you use digital outputs for stereo or 5.1, but if you use headphones or analog speakers the quality may not be as good as what other dedicated audio devices can provide.
- Internal Sound Card - A common choice in workstations that need high quality audio, internal sound cards can often deliver excellent sound quality for a relatively low cost. The downside to many of these devices is that the required software is often bloated and geared more towards gaming than audio/video production. We have also had a number of instances where the drivers for internal sound cards have caused performance issues in Premiere Pro so we recommend avoiding these devices unless they provide a function that you absolutely need.
- USB DAC - Currently our top recommendation for Premiere Pro workstations, external DACs are an excellent option for high quality sound. Not only is the quality excellent, but there is rarely any driver conflicts with Premiere Pro and there are a wide range of options to choose from. While the DAC that is right for you will depend on the inputs and outputs you need along with any special capabilities, we have a number of USB DACs on our configure page if you simply need high quality stereo output for either headphones or speakers.
Highest performance for
most AE workloads
Up to 128GB of RAM
for large & complex projects
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