Unreal Engine has grown by leaps and bound over the years, with more and more industries developing new workflows in it. AMD has released their new Ryzen 5000 Series, so we’ll see if they can improve those workflows and how they stack up to competing CPUs from Intel.
Ever since the launch of their 3rd generation Ryzen and Threadripper processors, AMD processors have been a strong choice for DaVinci Resolve Studio. Not only is Resolve able to utilize a decent number of CPU cores, but because of how heavily it leverages the GPU, having a platform with PCI-E 4.0 can make a measurable impact on performance. However, AMD’s Ryzen 5000 Series processors are here, touting major increases in performance in per-core performance which should allow AMD to take a solid lead over Intel in DaVinci Resolve.
Until recently, Intel enjoyed the benefit of being the only CPUs that could be used for hardware accelerated encoding/decoding of H.264 and HEVC media with their Quick Sync feature. However, with Premiere Pro 14.5 including GPU-based hardware encoding/decoding, the playing field has been leveled, allowing AMD to truly show what they are capable of. Will the new AMD Ryzen 5000 Series out-perform the Intel options, or will Intel maintain a lead even without the benefit of hardware encoding/decoding?
Ever since AMD launched their Ryzen 3000 Series processors last year, AMD and Intel have had almost identical performance in After Effects. With the new Ryzen 5000 Series, however, AMD is advertising major performance improvements that should allow them to take a solid performance lead over Intel.
Lightroom Classic has always performed well with AMD processors, although Intel has had a slight lead in active tasks. However, AMD’s Ryzen 5000 Series processors are here, touting major increases in performance in per-core performance which should allow AMD to take a solid lead over Intel no matter what your workflow is in Lightroom Classic.
AMD’s Ryzen 5000 Series processors are here, touting major increases in performance. Until now, Intel has held a slight lead in applications like Photoshop that cannot take advantage of a high number of CPU cores, but AMD’s improvements in per-core performance in particular is very likely to allow AMD to take a solid lead over Intel.
We’ve observed that some photogrammetry applications seem to perform better with lower core count processors, so we wanted to look at whether Hyperthreading and Simultaneous Multithreading could be negatively impacting performance in these programs. Next up is RealityCapture.
We’ve observed that some photogrammetry applications seem to perform better with lower core count processors, so we wanted to look at whether Hyperthreading and Simultaneous Multithreading could be negatively impacting performance in these programs. Next up is Pix4Dmapper.
We have observed that some photogrammetry applications seem to perform better with lower core count processors, so we wanted to look at whether Hyperthreading and Simultaneous Multithreading could be negatively impacting performance in these programs – starting with Agisoft Metashape.
Intel’s new 10th Gen Core processors are out now, with an increased number of cores and very high clock speeds. How do they stack up against AMD’s Ryzen chips and other current models for photogrammetry workloads in Agisoft Metashape?
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