Current temps when running these scripts are sitting between 45 and 50 degrees. I am interested to know exactly what is going on with these workloads and how the Processor is managing this type of work so I can look into how to get some improved performance with these activities. I can appreciate that would isolate all the heat to 1 part of the Processor but with these scripts running for an hour once a day I doubt that would be detrimental. This in my mind is using an average of the Pcores and Ecores and not the fast solution as it could be if the operation was pushed to the single fastest core. Even though my software is throwing Single_Threaded operations at the Processor the operating system is distributing the workload across all the cores. I am getting 4.9Ghz on the Pcores and 3.9Ghz on the Ecores. I am not getting anything like these values. I was expecting to see with this workload that some cores might Boost to 5.1Ghz and some cores boosting 5.2Ghz. I am running some CAD automation scripts (creating drawings, running revision updates, creating PDF drawings sets) so nothing super complex and unfortunately all single-threaded operations. Are the articles I am reading getting Cores and Thread terminology mixed up? I have been told by some that it will only use this Boost on the 1 Core however I have been reading articles that have been noting that the 12900K will find the best 2 Cores (Golden Cores) and use the MTB 3.0 on these which in my case should be 5.2Ghz. I seem to only find marketing jargon so hoping to find some my technical feedback.įor the 12900K Processor and Max Turbo Boost Tech 3.0, I have been receiving conflicting information. I am chasing more information regarding my Processor with regards to system settings and how some of this technology works.
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