The AMD FX 8350 is the topic of discussion here. I write code for computers for a living. My area of expertise is in the programming of neural networks and servers. In my free time, I enjoy playing video games like World of Warcraft and Call of Duty as well as modeling and rendering using 3DS Max and iRay. At first, I was considering going with the FX 9370, but then I realized that I would need to spend an additional 10,000 on a power supply that was 1200 W. In addition, during times of emergency it is typically exceedingly difficult to track down a motherboard described as "fire-resistant" in our nation. The stone is not even close to becoming very hot. I do not believe that the increased heat dissipation of the 9370 and the comprehensive upgrade of all of the available hardware are worth the performance pennies that the 9370 delivers in comparison to the 8350. I believe that these two improvements are not worth the investment. After conducting a number of tests and taking measurements within games, during rendering, and within apps, I am confident in stating that Intel does not provide anything that is at least as productive for the same price. Compared to an i3-530 (rendering, gaming, modeling, and I specially developed a server test for parsing the task queue), this one is far faster. At this time, both processors are equivalent to one another. Using unbiased rendering, the FX 8350 is approximately two to two and a half times more productive; - The FX 8350 is three times more prolific when it comes to modeling; - The FX 8350 is 4-4.5 times more productive when it comes to the resolution of server duties (such as parsing the request queue, searching, sorting, and server mathematics); At 100% load on the FX 8350 CPU, there were no freezes in either the system or the music, and there were no freezes in the user interface either, which made me very happy. The response time of the system to occurrences is lightning fast. You are free to play games at their highest settings even when encoding videos or carrying out a number of demanding chores. The frame rate will naturally decrease by a factor of two, but the game will not become unplayable and nothing will get frozen. This presents a significant challenge for Intel. At the end of February in the year 2022, I spent sixteen thousand dollars on a processor. Intel processors that compete in performance typically cost between 30,000 and 35,000 dollars each. The cooler Deepcool GAMMAXX 300 for 980 maintains a temperature of 45 degrees even after several hours of being loaded to 100%. I don't see why everyone is so concerned about the way heat is dissipated.
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