multiple cores running at lower speeds or fewer high-speed cores (processing demands)
multiple cores running at lower speeds or fewer high-speed cores (processing demands)
You're considering two different CPU options for your 3D modeling and multi-threaded tasks. The 6-core, 12-thread CPU offers more threads and cores, which can improve performance in tasks that benefit from parallel processing. On the other hand, the two 24-core, 48-thread Xeons provide higher raw clock speeds but may not utilize all cores efficiently if your workload isn't heavily multi-threaded. Think about your specific needs and workload to decide which fits better.
When workloads distribute efficiently across numerous threads (without licensing constraints per core), more cores tend to offer advantages over higher clock speeds. Still, in this specific analysis, the 48-core configuration is vastly superior to the 6-core alternative—even if scaling isn't optimal, it will still surpass. Generally, assuming both setups have similar overall performance isn't reliable; real-world results often show the 24-core CPU outperforming the 6-core one, regardless of scaling quality. For precise figures, check benchmark reports (like passmark data) for both processors to get a solid estimate.