Both AMD and Intel have recently released a number of minor updates to their CPUs with AMD launching the Ryzen 3600XT, 3800XT, and 3900XT while Intel has launched the Core i9 10850K. These new models are only slightly different than others that are already on the market, but do they provide any performance benefit?
Depending on the type of footage you work with, the hardware requirements for Premiere Pro can range from a fairly moderate system, to an incredibly powerful one. In this post, we will go over a few of our recommendations for the best PC for Adobe Premiere Pro for a range of budgets.
Depending on the number of GPU-accelerated effects you use, a higher-end GPU can give you a nice performance boost in Premiere Pro. But is it better to go with an NVIDIA GeForce RTX video card, or one of AMD’s Radeon GPUs?
In the 14.2 version of Premiere Pro, Adobe has added support for GPU-based H264/H.265 (HEVC) hardware encoding with both NVIDIA and AMD GPUs. How well does this feature work, and how much faster is it than the previous hardware encoding that utilized Intel Quicksync?
When AMD released their Ryzen 3rd Gen CPUs in 2019, they were able to match (or beat) Intel at most price points. Will Intel’s new 10th Gen lineup allow them to take back the Premiere Pro performance crown?
In the 14.2 Beta for Premiere Pro, Adobe has added support for H264/HEVC hardware encoding with both NVIDIA and AMD GPUs. How well does this feature work, and is it any faster than the existing implementation using Intel Quicksync?
Adobe Premiere Pro is generally pretty decent at leveraging both the CPU and GPU in your system, but even with a 28 Core CPU and Radeon Pro Vega GPUs, is the new 2019 Mac Pro able to keep up with a significantly more affordable PC workstation?
The free version of our benchmarks allow individuals to evaluate the performance of their own systems in popular Adobe Creative Cloud applications like Photoshop, Lightroom Classic, Premiere Pro, and After Effects. However, for commercial use (system reviewers, hardware/software developers, workstation manufacturers, etc.), we have but specific commercial use versions that include features that are often desired such as command line automation, result logging, and email support.
As AMD continues to release processors with more and more cores, we are getting to the point that there is are concerns that the normal version of Windows 10 Pro is not able to effectively utilize all these cores. To find out, we decided to test the 3990X and a number of other processors with Windows 10 Pro for Workstations as well as with SMT/HT disabled.
More than most Adobe applications, Premiere Pro is able to make use of CPUs that have higher core counts. The new AMD Threadripper 3990X takes this to the extreme, however, with an incredible 64 cores. Will Premiere Pro be able to utilize all of these cores, or will the 3990X actually end up being slower than one of AMD’s more affordable options?
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