Best PCs for Adobe After Effects

The best PC for Adobe After Effects combines a fast modern CPU, enough RAM, one strong GPU and fast NVMe storage, particularly for the disk cache.

For most professional users we'd currently start with a high end AMD Ryzen 9 or Intel Core Ultra processor, 64GB to 128GB of RAM, a modern NVIDIA GeForce RTX GPU and a separate fast NVMe cache drive, then tailor the specification around 2D or 3D work, resolution and the rest of your workflow.

The best CPU for After Effects is a fast, modern high end processor, because CPU performance remains one of the biggest factors in overall After Effects performance.

Current high performance AMD Ryzen 9 and Intel Core Ultra processors perform extremely well. AMD Threadripper becomes valuable when you need additional cores for heavy Multi Frame Rendering, very high RAM capacity or workstation expansion. The fastest option changes between processor generations, so we keep our current recommendation up to date rather than declaring one model the best indefinitely.

Yes. Multi Frame Rendering allows After Effects to use multiple CPU cores far more effectively by processing several frames at the same time.

How well it scales still depends on RAM, GPU resources and the rest of the system being able to support those simultaneous frames. More cores help only when the rest of the workstation can keep up.

Both AMD Ryzen and Intel Core Ultra currently offer excellent After Effects options.

The lead changes between processor generations, so we choose the platform around current benchmark data and the other software in your workflow, such as Premiere Pro and the codecs you use.

64GB of RAM is a strong starting point for a professional modern After Effects workstation, while 128GB is better suited to heavier 4K+, complex or multitasking workflows.

256GB or more should be reserved for workflows that genuinely need it, such as extreme compositions, specialist VFX or several memory intensive applications running at once. Adobe's official minimum is lower; these figures are about running a professional workflow well.

For many modern After Effects users, yes, 64GB of RAM is enough.

High Performance Preview Playback means a fast disk cache can now extend preview duration without enormous memory capacities. Heavier users working on complex 4K+ projects, or running Premiere Pro and Photoshop alongside After Effects, can still benefit from 128GB or more.

For complex professional workflows, often yes.

128GB is particularly useful for larger projects, higher resolution compositions, more demanding Multi Frame Rendering and heavy multitasking. It should no longer be treated as mandatory for every professional After Effects user, because a fast NVMe cache now carries much of the preview load.

After Effects needs a good, supported GPU, but how powerful it needs to be depends heavily on your workflow.

Traditional 2D projects remain strongly CPU dependent, and a flagship GPU usually adds limited benefit there. Advanced 3D, GPU accelerated effects and heavier Multi Frame Rendering benefit much more from powerful graphics hardware.

A modern NVIDIA GeForce RTX GPU with plenty of VRAM is currently an excellent choice for After Effects.

Current independent testing puts RTX 5080 16GB class hardware in a particularly strong position for general After Effects work. The RTX 5090 32GB becomes more relevant for maximum performance and demanding Advanced 3D or VRAM heavy projects.

8GB of VRAM is Adobe's current recommended level, but for a new professional workstation we generally favour more headroom.

12GB to 16GB is strong territory for most After Effects users. Heavy Advanced 3D and specialist workflows may benefit from 24GB to 32GB.

Installing multiple GPUs generally doesn't provide meaningful After Effects performance gains.

For almost every After Effects workstation, invest in one appropriate GPU rather than two. Multi GPU systems make sense for GPU rendering and AI compute, not for After Effects on its own.

Yes. A modern After Effects workstation should use fast SSD or NVMe storage.

NVMe is particularly valuable for the disk cache that modern preview playback relies on, as well as for projects and footage.

For a professional workstation, we strongly recommend one.

A dedicated fast NVMe cache drive can improve preview behaviour while keeping temporary, high write cache files away from your projects and the operating system. 1TB to 2TB is a useful starting region, depending on your resolution and composition lengths.

High Performance Preview Playback allows After Effects to use disk cache more effectively for rendered preview frames, reducing its dependence on holding the entire preview in system RAM.

Introduced in After Effects 25.2, it makes fast NVMe storage much more important in modern After Effects workstation design, and means 64GB of RAM goes much further than it used to.

For many traditional 2D After Effects users, probably not.

The RTX 5090 becomes more compelling for Advanced 3D, demanding GPU accelerated workflows, high VRAM requirements or other GPU intensive applications used alongside After Effects. If most of your day is 2D motion graphics, we'd rather put some of that budget into CPU, RAM and storage.

Sometimes. Threadripper can be an excellent choice where heavy Multi Frame Rendering, very high RAM capacity or other heavily threaded applications justify the additional platform cost.

For many After Effects users, high performance mainstream processors offer better overall value.

For 4K After Effects we'd start with a high performance CPU, 64GB to 128GB of RAM, a modern NVIDIA RTX GPU, fast NVMe project storage and a dedicated NVMe cache.

Composition complexity matters as much as resolution. A simple 4K title sequence and a heavily layered 4K composite can need very different workstations, so we configure around the work rather than the resolution alone.

A PC for After Effects and Premiere Pro should be configured for both applications, with 64GB to 128GB of RAM, a strong NVIDIA GPU and fast shared project storage as sensible professional targets.

The right CPU can change depending on the codecs you edit, and the GPU becomes increasingly valuable once Premiere Pro is part of the workflow.

Yes. We configure it around both applications, because Cinema 4D rendering can change the CPU and GPU priorities considerably.

Depending on how you render in Cinema 4D, a higher core count processor or a more powerful graphics card may earn a bigger share of the budget than After Effects alone would justify.

Yes. We can help you plan the whole move to a Windows After Effects workstation, not just the hardware specification.

We'll look at displays, storage, Thunderbolt and connectivity, plug ins, project files, codecs, your Adobe workflow and peripherals, so the new workstation fits the way you already work.