Measurement methodology
The MPG Coreliquid K360 is the imaginary flagship among MSI’s coolers. Its interesting features include, for example, a fully customizable LCD display or a hidden fan for cooling the surroundings of the processor socket. Nowadays, of course, ARGB fan backlighting cannot be missing. But can this cooler also defend its high price? Today’s review will give you answers to not only this question.
Test methodology
The Intel Core i7-5820K in the ASRock X99 Taichi motherboard serves as a heat generator. The whole rig is placed on a Streacom BC1 benchtable without fans that would provide airflow. Stress tests are performed using the Aida64 Extreme application with a duration of 45–60 minutes. The coolers are tested at three speed levels (800, 1,200 and maximum) at a processor clock speed of 4,200 MHz with a voltage of 1.150 V. This is followed by another series of tests at 4,500 MHz with a voltage of 1.350 V. The processor power draw at these clock speeds is approx. 150 W and 200 W, respectively.
The second set of tests represents a heavy load for most coolers. Thus, not all tested coolers can be expected to be able to cool the processor at all speed levels. The noise is measured using a calibrated Voltcraft SL-100 sound level meter in quick measurement mode (125 ms) with a sensitivity range of 30–100 dBA at a distance of 50 cm from the cooler. Measurements take place at three fan speed levels: 800, 1,200 and maximum.
At the end of the test, the highest temperature reached is always recorded. All data regarding temperatures and power draw of the processor are obtained from the HWiNFO64 application. The results are then corrected for ambient temperature as the final Delta T value. The test success limit is set at 80 °C. Any higher value means the processor temperature above 100 °C and a risk of thermal throttling. Therefore, if the cooler does not pass the stress test with a Delta T value below 80 °C, such test is marked as failed.
- Contents
- Key features
- Measurement methodology
- Results – max rpm
- Results – medium rpm
- Results – low rpm
- Results – temperature and noise dependence
- Conclusion and summary
