![]() ![]() To measure the temperature of the CPU, a third party utility named RealTemp (version 3.7) was used. For our benchmark testing, we have used the Intel® Core™ i5-6600K. Testing Methodology and ToolsĪn Intel® Core™ i5-6600K CPU was chosen for our benchmarking as it represents an extremely common CPU in the current PC population (as of August 2017). Testing was performed on 64-bit versions of software. At all points of testing, BurnInTest generated a higher temperature than all other tested stress testing software.įor our CPU Heat Generation benchmark test, we have tested the following versions of utilities:Īll tested utilities, including BurnInTest, were either free or evaluation copies of commercial software.BurnInTest made the CPU 28.35☌ hotter than the baseline on average.BurnInTest is more efficient at CPU heat generation than all other tested utilities.The graph on the right compares the CPU temperature increase from the baseline as a result of performing stress testing with each product. The graph on the left compares Peak CPU temperatures to Average CPU Temperatures for each application over the duration of the stress test. The graph below compares CPU temperatures in degrees Celsius over the duration of an eight minute stress test: The products we have benchmarked are BurnInTest Professional, Prime95, Core Damage, OCCT and Hot CPU Tester Pro.įor more information about the products we have tested, our test tools or test methodology, please see below. To test the effectiveness of our new heat algorithm, we've conducted a small benchmark test comparing BurnInTest to other CPU stress test utilities available on the web. BurnInTest can also use multiple CPU cores and threads to ensure optimal stress on modern multi-core processors. To make the CPU work even harder, subsequent instructions use different registers to avoid relying on the previous ones. This helps the CPU work more efficiently by having different instructions in various stages of processing at the same time. The algorithm typically uses a long series of similar instructions. ![]() The choice of mathematical operations and instruction sets depends on the CPU's supported instruction set, which may include AVX, SSE2, FMA3, among others. ![]() In the newest version of BurnInTest, we've optimized the heat generation feature to produce higher temperatures in shorter times for torture testing multi-core CPUs.īurnInTest stresses the CPU through the execution of complex mathematical computations. I added the links to complete the list of the upgrade one day later.Since the introduction of the Maximum CPU Temp test to BurnInTest, it's been a vital tool for PC enthusiasts and overclockers looking to verify CPU and cooling system reliability and stability with a maximized heat generation torture test. The last item that I purchased was the Artic Freezer 7X but because I wanted to have some headroom in term of cooling for future upgrade with the 5600X in view, so I also added two additional Noctua NF F12 fans to bring fresh air and help exhaust of hot air, one is feeding the GPU, the CPU being feed with the case's stock 120 mm fans with the CPU fan aligned to it and to the second Noctua NF F12 behind it.Īgain, at full load with 3D Mark Pro 4K Gaming, 3840 x 2160 and 2 X MSAA and boosted with Ryzen Master, pick temperature never exceeded 73☌, according to my upgrade records, it's more than 5☌ cooler than with the stock Ryzen cooler with Ryzen 5 3600X, 5☌ higher (78☌) being the temperature of my system with the 3600X and the same aftermarket Artic. Now cut it you're begining to pull the hell out of me not being able to admit your were wrong.įor those interested, I upgraded my case precisely for better cooling, I reached the maximum cooling capabilities of the old one which dated from Pentium III and couldn'y cope with generated heat as early as I fitted a Ryand the EVGA NVIDIA GeForce GTX 1080 Ti 11GB in it, you could have cooked an egg on top of the case. FALSE in BOTH case demonstrated by both AMD and Intel, you can try to twist yourself to knots, you wrote B.S and I corrected it with datas from both manufacturers. YOU brought volage up to try to explain that this CPU was running HOT. In other words, your CPU cooler can be cold to the touch, and the CPU reporting high temperatures at the same time. ![]() Especially under partial load like games, when Cpu is boosting single cores very high. It's just a consequence of boosting algorithm applying reltively high voltages for 7nm process. AMD Ryzen cpus have low TDP because they don't consume much power and they don't produce much heat when you look at the whole package.Īt the same time, the cores themselves can run as high as 90 degrees before throttling and anything below is just a normal operating temperature according to AMD. TDP is not the same thing as CPU temperature. ![]()
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