What’s the Best Video Editing PC build in 2026?

If you want to build a video editing PC for any budget, this guide will provide useful information and insight on which component to purchase, all the way to other equipment necessary to set up a standard video editing studio. Video Editing places a heavy demand on PC hardware. Some major video editing apps such as Adobe Premiere Pro, Avid Media Composer, Da-Vince Resolve Studio, and Sony Vegas always provide updated versions of their editing suites. These latest versions are always tuned to take advantage of the latest advances in hardware.

For instance, Premiere Pro CC 2018 and subsequent versions of the app are designed to take advantage of multi-threaded CPUs, as such if you are serious about your video editing work, you should get a powerful processor that can handle your video processing workflow with ease.

Please follow along as we dissect all the information you need to build a video editing PC, set up your studio, and remain profitable. See reasons why you should build a custom PC instead of buying a pre-built PC.

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Recommended Video Editing Builds – AMD & Intel

The following section holds recommendations for different budgets, both for AMD and Intel platforms. All components have been selected to work together without compatibility issues.

AMD VIDEO EDITING PC BUILDS

AMD Budget Video Editing PC Build

Choose this build if you want a budget video editing PC based on the AMD platform. All parts are vetted for compatibility. If you don’t like some recommendations, you can easily edit the build by clicking on the BUILD/CUSTOMIZE THIS button to take you to the AI PC Builder tool where you can swap out unwanted components and add new ones.

BUDGET: $600 – $700

Note: No dedicated GPU to stay within budget, suitable for 1080p editing in DaVinci Resolve or Premiere Pro using proxies.

AMD Mid-Range Video Editing PC Build

Choose this build if you want a mid-range Video Editing PC based on the AMD platform. All parts are vetted for compatibility. If you don’t like some recommendations, you can easily edit the build by clicking on the BUILD/CUSTOMIZE THIS button to take you to the AI PC Builder tool where you can swap out unwanted components and add new ones.

BUDGET: $1500 – $2300

Strong multicore performance and a dedicated GPU make this build great for 4K timelines and faster exports.

AMD High-End Video Editing PC Build

Choose this build if you want a high-end Video Editing PC based on the AMD platform. All parts are vetted for compatibility. If you don’t like some recommendations, you can easily edit the build by clicking on the BUILD/CUSTOMIZE THIS button to take you to the AI PC Builder tool where you can swap out unwanted components and add new ones.

BUDGET: $4500 and above

Built for uncompromised high-resolution video editing, color grading, and rendering heavy media projects in After Effects, Resolve, or Premiere.

INTEL VIDEO EDITING PC BUILDS

Intel Budget Video Editing PC Build

Choose this build if you want a budget Video Editing PC based on the Intel platform. All parts are vetted for compatibility. If you don’t like some recommendations, you can easily edit the build by clicking on the BUILD/CUSTOMIZE THIS button to take you to the AI PC Builder tool where you can swap out unwanted components and add new ones.

BUDGET: $600 – $800

Great for basic 1080p video editing using proxies and light effects. No GPU to stay within budget.

Intel Mid-Range Video Editing PC Build

Choose this build if you want a mid-range Video Editing PC based on the Intel platform. All parts are vetted for compatibility. If you don’t like some recommendations, you can easily edit the build by clicking on the BUILD/CUSTOMIZE THIS button to take you to the AI PC Builder tool where you can swap out unwanted components and add new ones.

BUDGET: $2000 – $3500

Ideal for 4K editing, smooth timelines, and accelerated rendering with CUDA-optimized Adobe apps.

Intel High-End Video Editing PC Build

Choose this build if you want a high-end Video Editing PC based on the Intel platform. All parts are vetted for compatibility. If you don’t like some recommendations, you can easily edit the build by clicking on the BUILD/CUSTOMIZE THIS button to take you to the AI PC Builder tool where you can swap out unwanted components and add new ones.

BUDGET: $4500 and above

Ultimate performance for professional editors working with 8K RAW, VFX, and heavy compositing workloads.

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Hardware Priority Chart for Video Editing PC Build

The hardware priority chart is a visual presentation of the most crucial components that you should devote a major chunk of your budget if you intend to build a video editing PC. The components are rated on a scale of 1-10. If the components score a 10, then it means you should devote the highest budget priority to that component. If possible, get a high-end component instead of a low-end or mid-range version.

For instance, if the graphics card scores 10 on the chart, then you should devote between 20-30% of your budget to getting the graphics card. This means that if your budget is $1500, then your graphics card should take at least 400-$500. For this guide on building a Video Editing PC, the processor and graphics card have the same level of budget priority. This means that if your budget is 1500, then your processor and graphics card should take between 800 – $1000.

Now, these are the reasons for this: you need the best processor your money can buy because the processor plays a vital role in video rendering. The CPU is almost always responsible for rendering your edited video. The rendering speed is a function of how many cores and threads the processor has, and the clock speed.

Likewise, the graphics card also plays a vital role. Most editors today support GPU-accelerated effects and even GPU rendering. This is most important if you want to maintain the smoothest workflow, as the CPU is freed to do normal computations in the video editing workflow.

Next in order of importance are the RAM and SSD. They both rank 9 on the scale. These two are the next most important components, though with lesser budget priority. You can scale down on the RAM quantity, instead of buying 32GB, you can still function with 16GB. Same with the SSD. The storage hard drive has a still lesser budget priority. This means you can just make do with 1TB, instead of getting an 8TB or 12TB drive. You can use an external HDD to back up your video clips and assets.

Most important components for Video Editing PC

• PROCESSOR
  For the best performance in video editing, your processor must be a multi-core processor, preferably from 4 or 6 cores to as many cores as you can afford. This is because of the nature of video editing, which places a huge demand on raw processing power.
  At the budget level, you should get at least a six-core processor. You should also go for a processor with multi-threading, which effectively multiplies the number of cores you have on the processor. This way, you cut down the time it would take to process jobs, such as rendering your edited videos or transcoding.
  With a six-core processor, you can comfortably edit 4K videos with effects and transitions thrown in. If you are going to be editing 8K videos, you should go for probably a ten-core processor or something higher.
  Right now, the AMD Ryzen 9 5950X is the best-rated processor for video editing, with its 16-core/32 threads and higher frequency offering, and lower pricing. Another great option is the Intel Core i9 12900K, for those who prefer the Intel platform.

• BOOT DRIVE
  You should go for a speedy SSD, or better still go for an M.2 SSD. M.2s are much faster than traditional SSDs. A budget video editing build should go for an SSD, while a high-end build should go for M.2 storage.
  Additionally, it is advisable to use a separate SSD for caching file data, apart from the boot SSD or M.2 drive. For example, Premiere Pro creates a cache anytime you add media files to the project. For the best performance, get two SSDs or M.2 drives – one for the boot drive, the other for file caching.
• STORAGE DRIVE
  Video editing involves large amounts of files, especially if you are editing ultra-high-definition footage, such as 4K or even 8K. You need as much storage as you can afford to get.
• RAM
  You need lots of RAM. Video editing apps are RAM-hungry, due to the fact that you will be handling large video files, working with effects-heavy compositions, rendering, and transcoding.
  Well, you need as much RAM as your motherboard can take. For budget builds, at least 16GB of DDR4 RAM is adequate. High-end builds should take up to 64 or 128GB of RAM.
• GRAPHICS CARD
  For the best performance, you need a high-end graphics card on your video editing PC. Graphics cards are playing an increasingly prominent role in video editing. For instance, Premiere Pro supports GPU acceleration for rendering some effects.
  Graphics cards also come in useful in video rendering/transcoding. Most of the applications support GPU rendering, which speeds up your workflow considerably.
• MONITOR
  As a video editor, you need a monitor that is capable of reproducing colors accurately. You shouldn’t just go for that fancy 4K 32-inch monitor. Not all monitors deliver the best in color accuracy.
  For budget builds, we recommend the BenQ 24 Inch IPS Monitor for media professionals. If you are going to build a high-end video editing PC, then the BenQ 32-Inch 32″ IPS, Post-Production Monitor is for you.

We have an article for the best 4K Video Editing PC build, featuring a Threadripper, with our choice of components carefully selected by our technical department. Click here to move to the step-by-step guide on how to build your own PC.

Do I need a high-end GPU to build a Video Editing PC?

Short answer. Yes, and No.

The major reason is that when you are editing video, your graphics card is responsible for rendering some effects, called GPU-accelerated effects. The thing is, if your card is incapable of performing this function, your system simply shifts the work to the CPU.

This can tell on the CPU if it’s a low-budget chip, leading to hang-ups and seriously degraded performance. Also, transcoding utilizes the GPU to a large extent. This is based on the rendering engine utilizing the inbuilt proprietary computation libraries, such as the NVidia CUDA and the AMD Open CL. There’s also Intel Quick Sync for Intel processors. These libraries help to accelerate GPU transcoding substantially in video editing and transcoding apps. To cut a long story short, your budget determines whether you should get a high-end GPU. However, if you can, then get a high-end GPU by all means.

Now if your budget is between $600-800, you may not be able to get a high-end card. You are limited to a low-budget card of between $200-300. If your budget is up to 2K to $3K, then you can be able to afford high-end cards that your editing software will love. At the end of the day, this decision saves you money and also makes you money. This is due to the fact that time is money in this industry.

If you can be able to render your videos in seconds, you’ll get more done in less time, saving you money. This also translates to more jobs getting done in less time, making you money in the long run.

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What about the Monitor?

If you are building a video editing PC, the monitor is equally important in the equation. Why is this so? The monitor shows you what the finished job will look like on a regular TV. Now, this is super important. If you are doing lots of color grading and look development, then your monitor must be super-accurate in its representation of the color. You want to accurately match colors, and ensure that the output is consistent with your vision, or your customer’s specifications.

There are professional monitors designed for this purpose and more. These monitors are designed to accurately reproduce consistent color in production scenarios. They are able to achieve this by special LUTs hardwired into the monitor electronics. Also, most consumer monitors are rated at 8-bit depth. This bit depth may not be able to accurately match the whole RGB gamut.

Professional monitors are able to output 10-bit images for deeper and more balanced output. When getting a monitor, ensure it is a 10-bit monitor. The only downside is that 10-bit monitors are pricier, compared to their 8-bit counterparts.

Just how much storage should I get?

This is simply a function of the size of videos you shoot and work with. If you are shooting with your smartphone, chances are your footage will probably be 1080p, and you might need like 2-3TB hard drive.

On the other hand, if you are shooting with professional 4K or 8K capable cameras, and are going to be editing those videos, then you need terabytes of storage for your footage. Video consumes lots of storage space. Therefore, there’s no amount of storage that is too big, because eventually it will get filled up. Of course, one of the ways to keep your storage freed up is by deleting old jobs lying around on the drive.

If you want to take it further, you can invest in a simple raid array for storing your footage. This ensures your data is safe and secure, mitigating any eventual crashes or data corruption. You are far better off investing in enterprise-class RAID storage, utilizing NAS hard drives than just using single or double regular hard drives. NAS drives have better reliability and performance quotient than regular hard drives.

The need to invest in the best available hardware, then upgrade

One of the challenges that video editors and content creators face is the fact that hardware that is considered the latest today will eventually become obsolete in a few years’ time. Also, software developers are constantly coding much more powerful applications which in most cases, the previous generation hardware does not have the capability to handle.

What usually happens is in 10–15 years’ time, technologies have advanced so much that computers made now will be too slow to handle them. It’s always wise to build a brand new PC with the latest components and make sure they are high-end. This is because video editing apps are always evolving, and getting more powerful. So if your PC parts are brand new today and high-end, then it will probably take up to 10 years before they become totally obsolete.

This is called future-proofing. However, there are arguments for and against future-proofing your video editing PC build. Some of the arguments include the following:

• Future-proofing isn’t for everyone – the only segment that would really benefit from future-proofing are those that use their PCs for light work including typing, movie watching, and browsing. That way, the PC can remain relevant and useful for a very long time, all things being equal.
• Warranties don’t last that long – warranties for major PC components are quite shorter than 5 years in most cases. This kind of defeats the purpose of future-proofing. If the parts start failing after the warranty period, then you may be forced to upgrade.
• PC technology isn’t improving by leaps and bounds – technology has kind of peaked in recent years, and users don’t see a huge amount of improvement in performance, compared to previous years. In addition, manufacturers are making parts more energy efficient, which improves their longevity. What this means is that even if you get the best hardware now, you are not going to see vast performance improvements when compared to the previous generation. This has been largely true with processors.
• Future-proofing is only viable if you overclock – if you are not going to overclock your processor, then future-proofing is not viable. This is because, in a few years, your processor power is going to struggle with new rendering technologies yet to be released. A good point is the ray-tracing feature of Adobe After Effects which previous generation hardware wasn’t designed to handle, but overclocked processors still performed better than non-overclocked ones.
• Future-proofing isn’t cost-efficient, compared to rolling upgrades – there is always the tendency of your spanking new hardware failing in the next couple of years. When that happens, you have no choice but to upgrade. In terms of cost, it’s better to save some of that money, instead of buying top-of-the-line hardware. In a few years, you can fall back on your savings for upgrades.

However, despite all these reasons, it is better, in our opinion, to get the best hardware you can get for your money, and still prepare for upgrades in the future. This is because video editing needs the best hardware for the best results. It is simply a matter of time you spend rendering and transcoding video. The less time you spend, the more money you are making, and the more money you get to save on energy bills. So what’s our verdict? Buy the best now, and prepare for upgrades.

Video Production & Editing Equipment

If you are going to create videos for YouTube or for customers, you are going to need some basic equipment to get started. Video content matters, as well as quality. YouTube accommodates up to 2K video resolution, while a normal broadcast video can range from 1080p to 4K.

Even though broadcast TV hasn’t gone up to 4K, right now you can find 4K content in many places. Most of the major streaming services, like Netflix, Amazon, iTunes, and Vudu all have 4K available. So, it would be wise to be able to produce 4K content because most TVs right now are 4K resolution capable.

Video Production Hardware – Cameras

DSLR Cameras

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Mirrorless DSLR Cameras

Action Cameras

Digital Camcorders

Lighting Kits

Memory Cards

External Microphones

Tripods

Display Monitors

Drones

Speakers

Video Editing Software

Paid Video Editing Apps

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Free Video Editing Software

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Free Web-Based Video Editing Apps

Conclusion

With the preponderance of computer hardware dedicated to video editing, it’s easy to get confused as to which components to buy if you want to build a video editing PC. I hope this guide was able to furnish you with the information you need. You can also check out this guide on the best Photo Editing PC build.
If you are a gamer, check out our guide on the best gaming PC build for all budgets.

There are a couple of reviews you should check out. These include our review of the best laptops for CAD work, the best routers for streaming and gaming, the best graphics cards under 100 USD, the best 24-inch Monitors, and the best monitor for graphic design.

Thanks for reading. Don’t forget to share this article. Also, feel free to drop your comments below if you have questions or comments.

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