What Specs Would My PC Need For Video Editing And Graphic Design?

What Specs Would My PC Need For Video Editing And Graphic Design?

Photo editing and graphic design cover all types of 2D visualisation software work, such as Photoshop, PaintShop Pro, and PhotoDirector, among others. Check out Blue Sky Graphics to learn graphic design from home! If you want to build a PC that offers the highest performance for generating high-quality video editing and graphic designing at the lowest possible budget, you have come to the correct place! By constructing your own PC, you can guarantee that it is optimised for your specific needs with the least amount of waste possible.

Editing video on a PC requires a competent GPU — such as one of our top graphics cards — a mid-tier processor and sufficient RAM to avoid slow performance. Depending on your budget, you may spend approximately £800 on a system that will handle video processing but at a slower rate. In contrast, a more costly configuration would handle intensive tasks with ease.

What Specs Would My PC Need For Video Editing And Graphic Design
What Specs Would My PC Need For Video Editing And Graphic Design

Choosing the Right Computer Hardware for Photo Editing


The CPU is the most critical computer component since it is responsible for editing and generating two-dimensional work in picture editing and graphic design tools. It is responsible for carrying out all the actions specified by the user throughout the regular course of a photo editing session.

As a result, the CPU should be the first component chosen for a picture editing setup, and it should also be the most expensive. The most popular picture editing software programmes, such as Photoshop and Paintshop Pro, make far more use of improved single-threaded speed than they do of increased multi-threaded performance, particularly beyond four cores.

Computer Graphics Card

While it is reasonable to think that the graphics card plays a significant role in a computer designed for graphic design, this is typically inaccurate.

Unless you upgrade to a high-end card, it is not possible that the average graphic designer would notice much of a difference in their workflow due to upgrading their graphics card. Apart from ensuring that one’s construction includes a graphics card capable of displaying 4K pictures on a 4K monitor and a decently balanced selection of discrete graphics cards for the other components, one should feel safe being rather cautious when selecting a graphics card.


RAM is unlikely to be one of your primary worries. The entry-level systems here use dual-channel RAM, while the higher-end systems use dual-channel or quad-channel RAM with increased capacity. Dual-channel configurations perform somewhat better than single-stick configurations, while quad-channel configurations perform slightly better than dual-channel configurations.

Simply ensure that you have at least 8GB of RAM, as the previewing process that constitutes the view window in some design applications may be rather a memory intensive. If you discover that you require additional RAM, increasing it is usually simple.

Storage (HDD, SSD)

While no photographer reading this needs to be reminded, raw pictures may be quite large files compared to other image formats. Numerous professional cameras capture images in raw, uncompressed format with resolutions exceeding 4K. Given this, it is prudent to have sufficient hard drive capacity to ensure that space constraints rarely, if ever, affect your work.

As a result, each of the examples above requires at least 1 terabyte of storage. That so, while more hard drive capacity may be added as needed, it is unlikely to be prudent, to begin with, more than five terabytes of total RAM for a picture editing setup (unless you already have some very large plans).

As is customary, we recommend purchasing an SSD capable of storing at the very least your operating system, critical apps, and work-in-progress data. Because HDD capacity is inexpensive and plentiful, it remains an excellent choice for long-term storage, record-keeping, and many incidental data and applications. Still, SSDs provide a considerable performance boost over HDDs. You will not be sorry for purchasing an SSD.


Purchasing a power supply that does not support the wattage required for your build or (worse yet) purchasing a budget power supply that may not be well-made raises the chance of catastrophic failure for your project. Because the specs or numbers on the box do not often tell the entire picture, unless you are an electrical engineer, the best method to determine the quality of a power supply is to consult an expert.

Avoid causing damage to your components. Purchase a high-quality power supply. In comparison to many other components, the quality of the power supply does not improve as quickly. A high-quality power supply purchased now will remain high-quality in five or ten years.


While not a component of the build itself, the monitor you choose is critical for a picture editing build. Each of the samples builds in Section 1 can support at least one 4K monitor, and the two higher-end examples also support 10-bit High-Dynamic-Range colour. Such technical talents may be critical in a field where precise colour and detail are frequently the foundation of each production.

Dell’s Ultra HD

However, these capabilities are meaningless unless your display supports them as well! Therefore, while a 4K monitor might be costly, carefully evaluate the type of display that will complement your construction the best. Perhaps something like Dell’s Ultra HD will suffice as a simple 4K monitor. The U Series is a well-reviewed alternative for a full-featured HDR 4K monitor.

Why are not picture editing and graphic design applications usually required to run on a strong graphics card (or benefit from one)?

While it is natural to expect that graphic design applications would make considerable use of graphics cards, the explanation is quite simple: the graphics-related activities performed by graphic design and picture editing programmes are not particularly taxing on contemporary graphics hardware.

Contemporary Graphics

Consider the following: contemporary graphics cards are designed to do jobs such as gaming, video editing, and GPU rendering; all these applications demand constant high-resolution visuals at least hundreds of times per second—and often for hours at a time. However, most picture editing work entails altering a single image or a small group of photos that stay relatively static throughout the process regardless of quality.

Certain activities associated with picture editing and graphic design, such as GPU rendering of images generated by 3D design work, may and do leverage the capabilities of contemporary graphics card technology.