Building a PC for a rookie is a difficult undertaking, especially if you’re not familiar with all the nuances and complexities involved in evaluating and purchasing each component individually. When it comes to the motherboards for video editing, your budget, needs, and degree of experience are all factors to consider.
Choosing the best motherboard for video editing isn’t a good idea if you’re just starting out as a video editor. A different narrative is told if you’re a skilled video editor looking to get the most out of your machine.
Various video editing mobos in various price ranges will be examined in this article.
Choosing a Video Editing Motherboard: What to Look for?
The quality of your other components has a direct impact on the price you pay for a motherboard.
The best way to get the most out of your high-end CPU is to invest in a quality motherboard that can handle the base and turbo frequencies of your CPU.
A decent motherboard has the quality and top-notch VRMs, as well as a strong phase power architecture. Because of this, it has great voltage management, keeps the system cool, and also enables you to boost its speed of.
Other considerations for video editing include the number of M.2 slots desired, as well as whether or not a thunderbolt port is required; built-in WiFi, the PCIe and video output port version, as well as the number of PCIe slots and the integrated sound card, are all possibilities.
Related Article: Best Motherboard for i5 6600K
Finding a Good Middle Ground
Here, the goal is to find a happy medium. You shouldn’t skimp on the motherboards if you’re obtaining an AMD Ryzen 9 3950X with 16 CPU cores.
While this may be true for a Core i5 10600K with six cores and a low base clock, there is no benefit to purchasing a high-end motherboards in this case. Here, you’ll have to make do with a budget motherboards.
Which Elements Are Most Important?
A lot of people want to know the answer to this one. Examine the significance of each element one at a time.
Video Editing Requires a Powerful CPU.
Editors need to keep this in mind above anything else. Nearly everyone wants the quickest processor they can get their hands on within their price range.
Processors from Intel’s Core i9 or AMD’s Ryzen 9 series are often seen in professional video editing PCs. Intel Core Extreme and AMD Threadripper CPUs may be included.
However, not everyone is able to buy them because of a limited budget. To summarize, if you’re on a tight budget, investing in a decent processor should be your first priority.
In order to edit video at higher resolutions, such as 4K, you’ll need a powerful CPU.
If you’re on a tight budget, an Intel Core i5 or AMD Ryzen 5 CPU is all you should go for.
A greater core count also means improved performance, especially when producing a large number of visual effects at once. The larger core count is now used by almost all editing applications.
The speed of a processor’s single-core is more crucial than the number of cores. The greater the performance, the bigger the number of cores you have.
Video Editing: How Many Cores Are Necessary?
Well, it is dependent upon your goals. CPU characteristics may be tailored to fit a variety of jobs.
Rendering, for example, is a work that scales nicely as your number of cores increases. A multi-core CPU is one that has the potential to execute parallel processing, and as your core count increases, your CPU will be better able to split up the rendering work.
A better Single-Core performance would, however, be really useful if you were working with a large number of effects on your timeline or in the workspace, viewport, or previewing them all at once.
Video Editing Requires a Good Deal of RAM.
Video editors rely heavily on RAM and the CPU to do their work.
As your PC’s RAM increases, so do the amount of capacity it has for caching preview files.
When working with high-resolution videos, such as 4K, more RAM is critical. The more RAM you have, the better your preview will be.
The minimum amount of RAM that we suggest is eight gigabytes (GB), although the recommended amounts vary depending on your skill level.
However, the amount of RAM you get is determined by the length and complexity of the project, as well as the number of apps you have open at any one moment.
Video Editing: Does RAM Frequency Matter?
High-speed RAMs aren’t that important to us, to be honest. A lot of gamers use high-speed RAM because it gives them better gaming performance.
However, as the frequency increases, so does the price, and video editing software’s performance varies widely.
The high frequency may even perform worse in certain apps (Adobe Premiere Pro) when utilizing specific benchmarks.
For others, the benefit is minor at best, and obtaining high-frequency RAM is too expensive.
Although 2400 MHz DDR 4 will suffice, a speed range of 2666 MHz to 3200 MHz is a better place to start.
Does Video Editing Require a Graphics Card?
GPU has a varying degree of relevance. The GPU’s functionality is determined by the software you choose to run on it.
For example, Adobe Premiere Pro makes extensive use of a powerful graphics processing unit (GPU).
GPU consumption is common for rendering, especially when working with complex visual effects and 3D modeling. When rendering your work, the software takes advantage of the graphics processing unit (GPU).
Of course, if you’re an animator or other kind of content developer, things are a little different.
If your job requires you to use 3D editing software, go ahead and invest in a high-quality GPU.
It depends on the kind of video you want to edit whether a graphics card is useful or not.
Even while a dedicated graphics card for video editing isn’t necessary if you’re a student (due to constrained resources and limited growth), professionals will need one in order to edit 1080p or higher quality movies, particularly those that rely heavily on visual effects (VFX).
H.264/HEVC Coding Necessitated a Powerful Graphics Card
GPU-based encoding to the H.264/HEVC standard, present in popular applications like Adobe Premiere, is a huge advantage of having a decent dedicated GPU.
Using this format, you’ll get the best results when exporting your videos to Youtube or Streaming platforms like Twitch.
More VRAM and a higher resolution
Large files or films of high quality, such as those in 4Kor 8K, will definitely benefit from a more powerful GPU.
Professional builds need a high-quality monitor.
Video editing and content development are inextricably linked because of their reliance on color.
Check to see whether the monitor you choose has a good variety of colors. The Adobe RGB color space should be present on a display. When it comes to monitors, if money is an issue, seek ones that support the sRGB color space.
If you’re on a tight budget, go for 8-bit IPS panels; otherwise, 10 bit IPS displays are the way to go.
Some displays may cost as much as a low-cost PC built for video editing, so keep an eye out for them. A high-quality professional model, these monitors are excellent in terms of color consistency.
Video editing monitors should have features like wide color gamut coverage, local dimming, pixel and LED technology, and a high contrast ratio.
In this post, we’ll take a look at some of the finest video editing motherboards. We spoke about entry-level, mid-range, and high-end Intel and AMD motherboards.
We also discussed what to look for in good motherboards and which components are most important when it comes to editing.
What you pick will ultimately be determined only by your degree of experience and your financial capabilities. If you make a livelihood by editing videos, investing in high-quality equipment will not only enhance your job but will also increase its efficiency.