250W TDP Testing
For our 250W TDP clock testing, we have configured our CPU to run at a fixed all-core speed of 5.1GHz on the performance cores and 4.0GHz on the efficiency cores. This yields a fairly steady 250w CPU package power draw when running Cinebench. Stock settings were set for voltage (and all other defaults), and configured memory to XMP mode.
Max Fans – 100% Pump Speed
Bumping up to a higher level of heat at 250W and fans blasting finds the Cooler Master MASTERLIQUID 360 ATMOS at 80 degrees Celsius which is 3 and 6 degrees cooler than the PL360 FLUX and CORELIQUID E360 respectively.
Note that at this speed, the Cooler Master MASTERLIQUID 360 ATMOS is running its fans at 2500 RPM, the PL360 FLUX at around 2300 RPM, and the CORELIQUID E360 at around 1800 RPM.
1500 RPM Fans – 100% Pump Speed
Equalizing all of the fans at 1500 RPM the Cooler Master MASTERLIQUID 360 ATMOS land at 80 degrees Celsius. Trailing by 6 and 7 degrees respectively were the PL360 FLUX and CORELIQUID E360.
1000 RPM Fans – 100% Pump Speed
At the 1000 RPM level, the Cooler Master MASTERLIQUID 360 ATMOS toasted itself up to 87 degrees Celsius while the CORELIQUID E360 and PL360 FLUX went to 93 and 91 degrees Celsius respectively.
Discussion (3 replies)
Join Discussion →Nice looking cooler and quite competitive. Taming a 13900K @275W under load is no easy task.
I just want to know, how well does it do at playing Dolby audio tracks?
Yea I don't understand the whole ATMOS part of the name either.
I considered testing that, but after finding out I had to completely redo the test platform.... I decided not to!
Maybe it's atmosphere. They focused on the fact they reduced packaging (which is actually quite nifty how they packed it compared to other aios) as well as heavy use of recycled materials - goes along with that flat pack case on the news page (I'll post a few more of that from Computex, but need to resize them to upload...)