Keep in mind that benchmark numbers are rarely identical, so allow for discrepancies. Just run the same tests on your system and compare to get an idea. Conclusionĭo you wonder how your current processor would compare to an i9-12900K at stock in Linux? Maybe these numbers will help. And Linux runs fast and snappy without any problems. It depends upon your usage and what you are accustomed to.īy comparison, if you are looking to upgrade from a CPU that is ten or more years old, this will certainly impress. If you are used to using a Threadripper or a Ryzen 9, then maybe this will not impress you as much since those are speedy, multi-core processors to begin with. But this is compared to a dual-core or quad-core CPU. However, CPU-intensive tasks, such as virtualization, file compression/decompression, video encoding…yes, there is a significant improvement that is noticeable. For about half of the time, I see no noticeable improvement in speed for things like writing, typing, web browsing, reading PDFs - these tasks can be accomplished on almost any low-powered device. The end result is, yes, the i9-12900K is a huge improvement over past processors, but it really depends upon what you are upgrading from and your everyday use. Some things are limited to user input, so more cores does not mean faster typing skills or faster button clicking. Writing text files and web browsing…not so much. If you do any virtualization, then more cores is always better. For example, VirtualBox loads virtual machines much faster and more physical cores can be allocated to the VMs. Anything utilizing multi cores/threads will see a speed increase. Of course, this depends upon what you wish to do. “Does the 16-core/24-thread ability make a noticeable improvement?” It is fun opening System Monitor > Resources to see a large number of threads in the CPU graph. It features a total of 16 cores (8 performance + 8 efficiency) allowing a total of 24 threads to execute simultaneously. The i9-12900K is the top-of-the-line 12th generation CPU. Any links to Amazon are affiliate links to help readers locate the item for current pricing and information and to help cover the time spent researching this article since I earn a commission on qualifying purchases at no extra cost to readers. I had the opportunity to try out this processor and wanted to share the results with others to help spread the Linux knowledge. Note: Nobody sponsors this, and I mean absolutely nobody. Yes! Here are a few benchmark results from HardInfo, Sysbench, and 7-zip running Ubuntu Cinnamon 22.04 to test a 12th generation i9-12900K CPU in case you would like to run and compare your own benchmarks on your current system to find out if a CPU upgrade would offer much benefit. Web sites abound with CPU benchmarks for Windows, but what about Linux? Are there any benchmarking programs that we can run to measure CPU performance in Linux? The i9-12900K 12th generation processor still offers a wealth of performance at a lower price compared to the 13th gen CPU…and the fact that a 12th gen CPU is more available to purchase. The stress test will run indefinitely.With the attention centered around the latest 13th generation Intel CPU at the time of this writing, it might be tempting to forget about the recent 12th generation CPU. You will see the CPU graphs rapidly update, showing the current processor temperature, frequency and utilization. Alternatively you can also use the mouse to select. Using the arrow keys, navigate to Stress and press the spacebar. To install stress, open a terminal and enter the following. Stress works with all types of CPUs, we use it to stress test Raspberry Pis as part of the stressberry Python benchmarking tool.ġ. To push our machine to its limits we installed “stress” a stress testing terminal tool. Using S-TUI to Stress Test Your Machineīy default, S-TUI is configured to only monitor your system. Use the up and down arrow keys to navigate the sidebar, but S-TUI also supports the use of H and J to scroll, much like you would in Vim. To change the refresh rate from two seconds to 0.1, change the value of Refresh:2.0 on the sidebar to 0.1, note that this will put extra strain on your Pi.
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