Reviewing Noctua’s NH-P1 passive CPU cooler, together with thermal benchmarks on numerous CPU warmth masses. Testing consists of Schlieren pictures, benchmarks vs. inventory coolers, and extra.
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To see a cooler that’s nearly the precise reverse of the NH-P1, try our EK AIO Elite evaluate:
CPU cooler testing strategies:
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Testing is finished FULLY PASSIVE. There aren’t any case followers for this testing. It’s utterly passive testing until in any other case acknowledged. Reviewing the Noctua NH-P1 required some modifications to our testing setup. It is merely not able to sustaining our regular warmth masses, which had been designed largely for higher-end liquid and air coolers, so we needed to introduce a ~68W warmth load within the type of an R5 3600. This information would transplant to the R5 5600X pretty cleanly, as they’re comparable in warmth load. The NH-P1 has massive 1.5mm thick fins, or extra appropriately known as “plates,” which have broad gaps between them. These gaps assist make sure that pure convection is not impeded by the heatsink itself. Schlieren pictures proves helpful in right here for visualizing the air patterns. We additionally lastly examined a number of the AMD inventory coolers, so you will see the AMD Wraith Prism vs. Spire vs. NH-P1 vs. Scythe FUMA2 (for a baseline or management). We nonetheless present our 200W and 123W warmth masses for perspective, however keep in mind that this cooler is not marketed as being able to dealing with these.
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TIMESTAMPS
00:00 – Noctua NH-P1 Large Passive Mass of Copper
04:47 – Mechanical Options of the NH-P1
09:00 – Schlieren Imaging of Noctua NH-P1 (Energetic vs. Passive)
11:52 – Set up Information for AMD & Intel
13:33 – Compatibility Challenges with Circumstances & CPUs (NH-P1)
15:11 – Strain Map & Evaluation
16:15 – Floor Flatness
16:44 – 200W Warmth Load
17:45 – 120W Warmth Load
19:02 – AMD R5 68W Warmth Load (New Cooler Benchmark)
21:34 – Time-to-Max & Regular State
22:01 – VRM Thermals
22:40 – Conclusion
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Writing, Take a look at Lead, Host: Steve Burke
Testing: Mike Gaglione
Video, Schlierenmeister: Andrew Coleman
Video Manufacturing: Keegan Gallick
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