AMD Ry zen, Thread ripper, Intel i5, i7, i9, LEON, Pentium, some with lots of Cores and others with high Core-Clocks. Of course, there are lots of lists online to check cine bench points, but more important than scores, is how well the Performance / Dollar ($) ratio is, as spending an unnecessary amount on a CPU is something we want to avoid.
If you are interested in using something more mobile, say, a Laptop for Animation and would also like great CPU Rendering Speed on this, then the following list is for you: A Thread ripper 3990WX (Review), for example, is extremely fast at rendering Scenes that would otherwise spend a huge amount of time in the bucket- rendering phase (The phase that is parallelized most easily).
When rendering frames that don’t take very long (< 1 min), having multiple lower-end CPUs instead of one very powerful CPU is usually better. Lots of these Benchmarks, such as Cine bench, mainly measure the Bucket Rendering Phase where a Multi-Core CPU with many Cores pulls ahead easily, as the underlying scenes are usually not all that complex (Read as: there is almost no “single-core” preparation-time involved in benchmarks).
Make sure to analyze the type of scenes you are planning on rendering. Measure what rendering stage usually takes up the most time in one of your typical scenes.
Keep an eye on the CPU-utilization in your Task Manager to see if the current rendering phase uses all CPU Cores or only a few to find out what has to be improved. Select “CPU Rendering as your main purpose and adjust your budget to create the perfect PC with part recommendations that will fit within your budget.
Expert Advice & PC-Build Planning with a warm and friendly Community! Hi, I’m Alex, a Freelance 3D Generalist, Motion Designer and Compositor.
More cache space means, again, more efficient simultaneous running of multiple programs. This means higher endurance and greater longevity than almost every other processor, including the i7, and it is also what makes the Leon line an excellent choice for businesses that have a lot of server activity.
ECC RAM is highly beneficial to businesses especially because it can prevent system crashes which are caused by errors. While the Intel Leon processor is an amazing choice for businesses, in some ways it may not be the best for every website, and some personal users, like gamers.
The most obvious potential downside of the Intel Leon series is that these processors may not have onboard graphics at all. In contrast, the Leon series has integrated graphics in some models, but it is not designed with gaming in mind.
If your business has servers large enough to benefit from the additional cores, then yes, go ahead and upgrade. Intel recommends taking full advantage of their Leon processors by pairing them with their Solid-State Drives.
The ECC RAM option is also great for ensuring maximum uptime, and the sheer longevity of the Leon processors makes them a worthy investment as well. The Intel Leon is designed for workstation computers, but that doesn’t mean only businesses can use it.
PC's users can use the Leon for its efficient handling of even the most intensive creative applications like 4K video editing, computer-aided design, and 3D rendering. For one, Leon processors cannot be overclocked, which is a popular technique used by gamers to boost performance.
However, enthusiast gamers should still go with the safer option and stick to a Core or Ry zen series processor. This is the main reason why anyone looking to build a video editing PC should invest in a good CPU.
Intel Core i5-9600K Good multitasking skills Integrated graphics Great overclocking abilities Check Price Not every CPU is good for video editing, even those that cost quite a bit.
The ones worth mentioning are the cores, the threads, and less important the processor’s clock speed. There are a lot of components that need to be married together to make a great video editing PC.
Let’s take a look at what’s actually worth your money, and we’ll touch upon the roles of the CPU and GPU in video editing. Cores and the Threads In this day and age, we wouldn’t recommend anything below a four-core CPU for video editing.
Video editing software does take advantage of multiple cores and threads, and the performance of said software often scales directly with higher performance CPUs that have multiple cores. With the examples CPUs we mentioned above, the Ry zen 3950X and 3900X would be the better choice even though their clock speeds are slightly lower because they have significantly more cores and threads than the 9900K.
One more thing to note here is that if you edit videos in higher resolutions, such as 4K, the benefit of a more powerful CPU will be much more obvious. But in the end, you’ll want to spend more on the CPU, as this is what will give you the most benefit when you’re editing video.
With the “buyers’ guide” out of the way, let’s take a look at some of the best video editing processors money can buy today. AMD’s latest offering is also its best and brightest, especially when it comes to video editing.
AMD’s Ry zen 3950Xcosts a bit more than the Intel Core i9-9900K and doesn’t come with a cooler. Normally, this would’ve been a dealbreaker. All in all, the Ry zen 9 3950X is a high performing processor that is great for a video editing PC.
If you take a look at AMD’s Zen 2 lineup, the Ry zen 9 3900X is currently the best video editing CPU. It's a high core count, high-frequency beast capable of rendering videos very quickly, even at higher resolutions.
The STEM cooling material ensures that heat transfer from the CPU to the cooler is excellent, so you can comfortably overclock the processor. With up to 40 PCIe lanes and 16 MB of cache, this may be the best processor for video editing, if the price isn’t an issue.
While there are more powerful options as part of the Zen 2 release from AMD, there are some video editors that simply don’t need that much performance. To begin with, you have a CPU made on the TSMC 7 nm Fin FET process, which uses AMD’s much familiar AM4 socket.
It comes with a 105W TDP and AMD’s excellent Wraith Prism cooler, but you’ll want something more powerful if you intend to overclock it. All things considered, if you don’t need 12 cores, the Ry zen 7 3800X is certainly one of the best processors for video editing.
AMD Ry zen 7 3800X Specs Architecture Zen 2SocketAM4Cores / Threads8 / 16Base Frequency / Boost Frequency3.9 GHz / 4.5 Memory Speed / Controller3200 MHz / Dual-ChannelCache32MBIntegrated GraphicsNoneUnlocked MultiplierYesTDP105WProcess7nm Unless you really need those fast render times (and the difference isn’t all that big, to be honest), it makes sense to go for the 3700X instead of the 3800X.
Intel Core i7-9700K Specs: ArchitectureCoffee LakeSocketLGA 1151Cores / Threads8 / 8Base Frequency / Boost Frequency3.6GHz / 4.9GHzMemory Speed / Controller2667MHz / 2Cache12 Integrated Graphics Intel UHD 630Unlock MultiplierYesTDP95WProcess14nm There’s a default TDP of 95W, and you get a Wraith Spire cooler inside the box to get you up and running.
AMD Ry zen 5 3600X Specs: Architecture Zen 2SocketAM4Cores / Threads6 / 12Base Frequency / Boost Frequency3.8 GHz / 4.4 Memory Speed / Controller3200 MHz / Dual-ChannelCache32MBIntegrated GraphicsNoneUnlocked MultiplierYesTDP95WProcess7nm And just like the situation with the Ry zen 7, the fact that it’s the weaker model doesn’t make it bad.
Let’s take a look at the specs, and see why this is one of the best processors for video editing from the Zen 2 lineup. Like the others from the Zen 2 lineup, the Ry zen 5 3600 uses AMD’s AM4 socket and is made on a TSMC 7 nm Fin FET process.
It has a very reasonable 65W TDP, and there’s plenty of room for overclocking, so if the frequencies don’t cut it for you, you can go ahead and push it a bit. If we’re being completely honest, Intel’s been trying to catch up to AMD in the past couple of years.
While their higher-priced models often perform better, when it comes to two equally priced CPUs, AMD usually takes the cake. If you want to go the Intel route, this is probably one of the best processors for video editing, as it covers all the necessities and costs much less than the i7 and i9 of the same generation.
Featuring 6 core sand 12 threads, as well as a 4.1GHz boost clock, the 2600 holds a lot of value for video editing. Plus, with the money that you saved with it, you can buy either a better graphics card, faster storage, and/or more memory, all of which can help significantly improve your video editing system.
In fact, if you’re lucky enough, you can push the 2600 even further to see huge gains in performance without compromising stability, albeit you might have to invest in a better CPU cooler than then one that it comes with to do this. AMD Ry zen 5 2600 Specs: Architecture Zen +SocketAM4Cores / Threads6 / 12Base Frequency / Boost Frequency3.4 GHz / 3.9 Memory Speed / Controller2933 MHz / Dual-ChannelCache19MBIntegrated GraphicsNoUnlocked MultiplierYesTDP65WProcess12nm Now that you have looked through the 10 best processors for video editing you can decide which of them best suit your needs.
The more features, the higher the power consumption, so it isn’t always the more the merrier when it comes to computer processors. We have discovered the right processor for you in this review so that you can finally stop all of that painstaking research you’ve been doing.
Let’s clear up all the confusion and have a little read through the below frequently asked questions about video editing processors. ‘PC builds’, ‘base frequency’, ‘turboboost’ and ‘multi threading’ are just some of the jargon that is used when it comes to computer processors and understanding what to look for can get rather complicated.
The Intel Core i9 9900K is also brilliant for video editing purposes as it is a very high performance CPU. A: The CPU you choose for your PC is very important if it is going to be used for video editing purposes.
A CPU for video editing should be fast and high performing in order to complete tasks efficiently. A: A quad-core CPU is the absolute minimum you should get for video editing purposes.
A: Your computer’s CPU is extremely important for video editing as it is responsible for executing instructions. A: The best CPU for editing will have roughly 16 GB RAM and be a multicore processor.