Which CPU Is Best For Graphic Design?

Which CPU Is Best For Graphic Design?

As a Graphic Designer, you will want a great computer that is optimised for graphic design workloads to work efficiently. Blue Sky Graphics is an amazing online school to learn graphic design. Choosing the finest CPU for your next computer may be overwhelming, especially with AMD and Intel releasing new processors on a regular basis. And that is before we get into the intricacies of selecting the optimal CPU for graphic design, 3D rendering, or web development. The good news is that we are here to assist you in cutting through the clutter.

Whether you are upgrading components in your present workstation or purchasing a new computer entirely, the processors on this list will assist you in making that critical choice. To begin, let us take a short look at the specifications to consider when purchasing a CPU.

What characteristics to look for in a processor

Processors are critical because they act as the brains of a computer. However, for artists who work on computers, precise requirements must be followed to ensure a fluid workflow and maximum productivity.

Which CPU Is Best For Graphic Design
Which CPU Is Best For Graphic Design


While the clock speed is the most obvious metric to consider when evaluating different choices, it is not quite that straightforward. While you may be concerned with the quickest CPU, you must also consider the number of cores. This is critical whether you are editing video or generating 3D models, as a CPU with multiple cores effectively divides the effort between them. This allows them to do tasks more quickly than processors with a greater clock speed but fewer cores.

Perhaps the most controversial part of CPU selection is a brand selection — specifically, whether to purchase Intel or AMD. Both are good choices for a variety of purposes and budgets, but they also have some major differences. Intel is more well-known for its faster clock speeds, but AMD is generally less expensive and provides more cores, particularly with its third-generation Ryzen processors.

3950X Processor

Core count is critical for creative work, and AMD and Intel have lately increased the bar. AMD launched the Ryzen 9 3950X processor, while Intel responded with the Core i9-10980XE. These processors include 16 and 18 cores, respectively, making the video and design tool powerhouses.

However, avoid purchasing one of these chips unless you want their power — they are intended for high-end professional activities rather than everyday chores. While it may be tempting to get the greatest chip you can afford, this is a waste of money unless you will utilise it.

Is it time for a new processor or a new computer?

Whether to update your present system or just get a new processor is dependent on a few factors. Several computer models, most notably Ultrabooks and Macbooks, are not upgradeable. The CPUs are soldered in place to aid in maintaining the sleek design’s slim profile. If you are leaning toward a more portable option, consider buying the most powerful setup possible, as you will not be able to update it afterwards.

Desktop computers, on the other hand, are extremely upgradeable. If you have one, installing a CPU may resurrect what you thought was a dinosaur and save you the cost of a new computer. Simply ensure that the item you purchase is compatible with your motherboard. Whatever you are looking for in a new processor, one of these will undoubtedly meet your needs.

AMD Ryzen 9 3900x

The recent launch of AMD’s third-generation Ryzen processors, including the flagship Ryzen 3900x, has put enthusiasts on notice. Historically, 12 core processors were only available in HEDT configurations (high-end desktops). While this is presently the costliest mainstream processor available, it is also the only one with 12 cores and 24 threads, a substantial increase over the previous generation’s eight cores.

Additionally, it features a robust base clock of 3.8GHz, making it an excellent choice for people in need of significant power for rendering, graphic design, and gaming. And, while its single-core performance is somewhat slower than Intel’s, it still provides more than enough power.

The Ryzen 3900x supports PCIe 4.0, which provides double the bandwidth of PCIe 3.0. Because most common equipment, like SSDs and graphics cards, are now PCIe 3.0 compatible, this is an intriguing feature for future upgrades.

i9-9900K Intel

While Intel’s new flagship is one of the most costly mainstream processors available, it more than lives up to expectations as the company’s first 8-core, 16-thread chip. With a 3.6GHz base speed that can be overclocked to an astounding 5GHz, the Intel Core i9-9900K is lightning quick. This is just the best performance you can achieve with four single cores.

This makes the i9-9900K an excellent choice for gamers or anybody else who need exceptional single-core performance. Despite having fewer cores than AMD’s flagship, it has more than enough horsepower to perform heavy activities such as video editing and rendering.

It is a small upgrade over the 8th-generation flagship i7-8700K in several respects, delivering just marginally faster single-core performance on average. When you take in the potential to turbo to 5GHz and the additional cores, you are looking at the ideal chip for anyone wanting to strike a balance between workstation and gaming performance.

3950X AMD Ryzen 9

The AMD Ryzen 9 3950X competes favourably with the Intel Core i9-10980XE, which is noteworthy given the AMD part’s cheaper pricing. The price does not imply significant specification concessions. The 3950X has sixteen cores, two fewer than the Intel processor — but it is still a monster, capable of slicing through creative tasks.


AMD’s processor has a base frequency of 3.5GHz, quicker than Intel’s, and a maximum speed of 4.7GHz, which is barely slower. Additionally, it includes 64MB of L3 cache, which is more than Intel provides.

In benchmarks, the 3950X punches above its weight. AMD’s processor is just as fast as Intel’s in single-threaded programmes, which have historically been AMD’s Achilles heel. The 3950X was slightly slower than Intel in certain Adobe products, but the AMD processor was never far behind. AMD’s processor is based on the X570 chipset and AM4 socket, allowing the 3950X to be utilised with a wider and more affordable variety of motherboards.

The 3950X supports just 128GB of dual-channel memory instead of Intel’s 256GB of quad-channel memory. Additionally, AMD’s processor has fewer PCIe lanes, even though it supports PCIe 4.0. Whether you want focused PCIe 4.0 performance or more PCIe, 3.0 lanes function your setup and process.