There are many gen 3 nvme drives that outperform the cheap Gen 4 drives. Like my ignorance in buying an sn750se "gen 4"..... It's slower than the sn750 Gen 3 I was going to replace it with!

The rotor itself is taller than average for a 15mm profile fan. Support with nylon filters is nevertheless maintained. The height difference between the frame and the rotor is sufficient at the fan intake, even if you use a filter with an unreinforced mesh. But the worse ones, which collapse significantly, can already collide as with all fans. Only thing better are the Noctua redux for the price. Don't fall for the RGB hype. I've had 3 Silverstone AIO fans fail with the one below these 2 on it's way out! It'll be replaced by a p12 once it fails!

Customer reviews

well, it did once the noise became high enough to make all the finetuing Noctua does irrelevant, at 31dB(A) and below there’s no competition, and I hope we’ll see these lower noise targets soon” They are beast's at getting airflow through mesh filtration! I use them in my 011-Air as a test once other RGB fans costing 3x failed and I'd recommend them in any application. The anemometer was placed close to the fan. Since we measure all 120mm fans the same way, the error of margin would apply to all. Acoustic We’ve already tested one 120mm fan with a reduced profile (to 15mm) – the Alphacool SL-15 PWM– this one from Arctic (the P12 Slim PWM PST) differs significantly in its design. The rotor has “only” seven blades, which is relatively small for this fan format, but it is not so surprising for Arctic. It uses fewer blades than usual even on larger fans. Anyway, the important thing is that even a smaller number of blades significantly fills the available cross-sectional area.

If you are looking for a quiet and powerful fan, Arctic has the perfect solution for you! With the Arctic P12 PWM Max fan , the popular Arctic P12 has been equipped with extra cooling performance and now manages to direct even more cool air onto your components. Thanks to the universal frame design and the high static pressure, the Arctic P12 PWM Max fans can be used in cases, on coolers and on radiators.ARCTIC with their P12 PWM fans has been at an advantage when it comes to noise performance and we have seen that P12 MAX fans at roughly 50% of their speed are now doing what regular P12 PWM fans are doing at their full speed (100% PWM cycle). This has provided P12 MAX a thermal headroom of 3°C (as per our testing) coming from going above 50% PWM cycle. This is one way of doing it. We did not see any benefit of going below 43 B(A) as fans are silent at this range. This tells us that the thermal performance of P12 MAX fans is quite good albeit at a high noise output.

Die PWM-Funktion des Lüfters ist ein weiteres Highlight. Sie ermöglicht eine präzise Steuerung der Lüftergeschwindigkeit, basierend auf der aktuellen Temperatur im Gehäuse. Dadurch bleibt der Lüfter leise, wenn die Temperaturen niedrig sind, und dreht bei Bedarf automatisch schneller, um eine optimale Kühlung zu gewährleisten. Diese Funktion ist besonders praktisch, da sie den Lärmpegel meines Systems reduziert und Energie spart. I wish I had learned that a decade ago. I would still have a 3Dfx voodoo 5 55500 if I'd not been gaming in a storm without an actual surge protector!

Feedback

Unlike the P12 PWM fans which use Fluid Dynamic Bearings, the P12 MAX fans are using Double-Ball Bearings. We know that double ball bearings can handle the axial and radial loads in both directions which would mean installing these fans vertically or horizontally would not affect the performance in the long run and will provide durability. ARCTIC has employed bearings from Japanese manufacturer NMB. However, there is a catch. Running these fans at high speed would make more noise compared to fluid dynamic or sleeve bearing. These fans have MTTF of >500,000 hours thanks to these bearings. Due to sinus-magnetizing the new motor only creates about 5 % of the vibration from the commutation of a regular DC motor without a filter. Testing

The P12 has larger blades compared to the BioniX P120, although it doesn’t seem like it unless one sees those fans side by side. So with the same size hub, the gaps between the blades are naturally smaller on the P12, so there is less room for airflow leakage and higher static pressure is achieved. This means that the airflow loss due to obstacle resistance is smaller with the P12 than with the P120. Spend money on the things that matter. 1. PSU 2.mobo 3. The highest end CPU you can afford 4. A GPU that will leap frog the next gen(don't upgrade each release!) and last but not least.... Don't fall for the "PCI Express Gen 4" hype.The design of the frame of the P12 is very simple and differs from the others only by the shaped protrusions in the corners where you would expect anti-vibration pads. Arctic doesn’t supply these with this fan, although they would be useful. But again, considering the price, this is something we can’t fault this fan for. In short, a necessary compromise. But I understand the increase in motor power. I would say the original P12 is quite significantly underpowered, with small headroom.