Video editing, visual effects, and animation jobs require a high-end PC to keep things running smoothly and avoid wasting time waiting for projects to render and getting the final output.
That’s why it’s important to know the specs for video editing computer that can efficiently handle these tasks, which are some of the most hardware-intensive processes for the average PC user.
It doesn’t matter whether you are using Windows Movie Maker, Sony Vegas, Adobe Premiere Pro, Avid, Davinci Resolve, or any other video editing application among the millions of applications available. It all works on a computer.
This guide provides all the information you need to build a video editing PC powerful enough to handle your workload without wasting money on unnecessary features. You’ll get the same performance you need without breaking the bank by building your editing PC.
Choose hardware components for video editing
Processor for video editing
The processor is the essential component of the CPU, so it should get the most significant share of your overall budget. Rendering imported raw footage so you can manipulate it in software, performing video manipulation in software, adding effects to your footage, and finally encoding and rendering footage all requires a powerful processor.
Graphics card for video editing
One thing to know is that graphics cards still don’t have a massive impact on performance when editing video. Some effects and occasional decoding/encoding may be GPU accelerated. However, graphics cards at different price points will have a similar performance.
Quadro graphics cards are workstation-grade GPUs. The only advantage they have over GeForce or Radeon cards is higher VRAM. Higher VRAM is helpful for high-resolution workflows, like working with 4k or 8k footage.
However, given their price, the cost-benefit ratio is not very good compared to Geforce or Radeon cards, especially for budget builds. Like workstation processors, Nvidia Quadro graphics cards can cost as much.
RAM is the memory that video editing software uses to store temporary video data.
All the actions you perform in the workspace, and when you playback in your timeline, your RAM will be constantly used because the processor decodes, encodes, and recovers all the calculations it performs.
Since these calculations are performed very quickly, they cannot be stored on hard disks, as this would create unbearable lags.
Only one answer to this subject: To have enough
16 GB of RAM is a minimum, sufficient for small projects with resolutions lower than 2K, but as soon as you get to larger images with resolutions greater than or equal to 2K, you should get 32 GB or more.
Get 64 GB of RAM or more if you work with RED, 10-bit images, or 4K, 8K resolutions.
This should be at the top of your shopping list if you can save the money to get an NVMe SSD. These SSDs offer excellent speed, especially when working with large images.
Get SATA SSD drives for your operating system, software, and hard drives.
The motherboard is the center that connects all the components. It “just” has to adapt to the other components. ATX is the most popular motherboard size and will fit in an ATX-sized computer case.
Once you have selected the processor, you can narrow down the number of compatible motherboards by choosing the socket that suits your processor.
Almost every standard size ATX motherboard has enough PCIe slots for your graphics card and any additional cards, enough SATA connectors for your drives. Usually, it comes with 4-6+ USB ports for whatever else you might need for the plugin.
Make sure your case is big enough to hold your components. However, any ATX tower can do the trick for you if needed.
If you’re serious about your video editing career or just a hobbyist looking to take a look at your video editing career, you need the right tools to get started.
Having a good computer is the first step. Here we’ve reviewed some of the best desktop computers for video editing and talked about finding the proper hardware to get you started.