Intel’s “Dragon Canyon” NUC 12 Extreme is a highly compact PC that is still capable of hosting high-end hardware like an NVIDIA GeForce RTX 3080, 64GB of RAM, and multiple M.2 NVMe storage drives. However, the form factor does meant that the performance will not be as good as a standard desktop workstation. The question is, how much performance should you expect to lose by going with the ultra-compact Dragon Canyon NUC?
The latest Intel 12th Gen processors officially support a range of DDR5 RAM speeds between DDR5-3600MHz and DDR5-4800MHz depending on a number of factors including how many RAM slots are on the motherboard, how many sticks are used, and whether the sticks are single or dual rank. But if you stick with JEDEC specifications for frequency and timing, how much does this actually impact performance in common content creation applications like Photoshop, Premiere Pro, and Unreal?
Processors and video card may be the most discussed hardware when designing a video editing workstation, but the type and configuration of your local storage drives is also a very important consideration. Not only can a proper storage setup help your workstation perform at its best, but it can also help increase the longevity and reliability of your system.
DPX (Digital Picture Exchange) is a uncompressed, lossless image format that is is popular in the film and VFX industry and is often the go-to choice in high-end workflows where you need the best possible quality. The downside to DPX is that since it is uncompressed, the total file size can be absolutely massive – up to 266GB per minute. What kind of storage setup do you need to be able to edit DPX files, and do you also need a powerful CPU and GPU as well?
Windows 11 is finally here, although many popular editing applications like Premiere Pro and After Effects do not yet have full official support. But, is there a reason to go ahead and upgrade to Windows 11 for video editing even before full support is added?
Your CPU is one of the most important parts in your workstation, but picking which CPU to use can be an overwhelming task with literally hundreds of options to choose from. In this post, we will be discussing what the best CPU is to use for a video editing workstation while keeping things at a relatively high level so that it can help answer the question for anyone – regardless on how much they keep up with the latest tech.
PCIe Gen4 is finally here with twice the theoretical bandwidth of PCIe Gen3. But with the current Gen4 motherboards and video cards, does the extra bandwidth actually matter for video editing applications like Premiere Pro, After Effects, and DaVinci Resolve?
While the choice between using an Intel X-series or Intel Xeon W processor is often decided by more than straight-up performance, it is still useful to know exactly how much performance you might be losing in order to gain Xeon-exclusive features like 64 PCI-E lanes or Reg. ECC memory support. To that end, in this post we will be benchmarking the Intel X-series, Intel Xeon W-3200, as well as the AMD Threadripper processors in a range of applications including Premiere Pro, After Effects, Photoshop, and DaVinci Resolve.
AMD’s new Ryzen 3rd generation CPUs just launched with terrific performance improvements across the board. While we don’t have the full lineup tested just yet, we wanted to give a first look at what we are seeing in Premiere Pro, After Effects, DaVinci Resolve, and other applications commonly used in video editing.
AMD’s Threadripper 2970WX and 2990WX processors have incredibly high core counts, but often give low performance when running applications that cannot effectively use all their cores. The new “Local Dynamic Mode” is meant to help alleviate some of these issues, but will it actually help video editing applications like Premiere Pro, After Effects, and DaVinci Resolve?
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