“Modifying” a cooler by replacing the fan with a relatively more efficient model may not always lead to the desired result. Sometimes you will get significantly less improvement than you would expect, other times you may even be worse off. This means that at equal noise levels, you will achieve lower cooling performance, and it doesn’t really matter what fan you use. Sometimes the design of the heatsink has the final say. Read more “Psychoacoustic optimization of coolers… A gag? Physics”
If you bought the P14 Slim PWM PST some time ago (and by that I mean earlier this year), its design differs from its current form. And quite significantly so. It is in fact that it has quietly advanced to the second revision. But it did so so quietly that many, including us, missed it. What are the changes and how do you identify the new version so that you don’t order the older, inferior one? Read more “Arctic tweaked the P14 Slim PWM PST fan, but didn’t mention it”
There are a lot of droning or downright rumbling fans out there, but none have been as popularized by this sound profile as the Arctic P12. Probably also because this acoustic deficiency is really pronounced here and has pushed the manufacturer to make design changes in newer models that are aimed at suppressing critical tonal peaks. But even so, the base model P12 PWM PST is a remarkable fan and is unbeatable in its price range. Read more “Arctic P12 PWM PST: The most famous rumbling fan”
Low-profile fans are often seen as compromise solutions that will not achieve the efficiency of thicker models. This may or may not be true. In practice, the Arctic P12 Slim beats a number of full-size fans. Sure, Arctic’s 15mm fan has many shortcomings, but these are vindicated by the very low price. In the 120mm format, it is one of the cheapest, but definitely not the “weakest” slim fans. Read more “Top price/performance in 15 mm – Arctic P12 Slim PWM PST”
Arctic has released a successor to the P12 fan, or perhaps more likely a higher-end model of it, as the P12 Max is a bit more expensive. That’s because it has a significantly more sophisticated design that addresses the shortcomings of the P12. In particular, the P12 Max has stiffened blades to counteract the high vibration of Arctic’s 5-blade rotors, and also, it will be one of the most powerful 120mm fans due to its significantly increased speed. Read more “Stiffer and more efficient, improvements of the Arctic P12 (Max)”
Arctic now has a smaller version of the Alpine 17. The model of this top-flow cooler with the LP (low profile) end tag is one fan lower. This opens doors side panels to tighter cases where taller designs won’t fit, and Intel Laminar RM1 (from Core i3/5/7 packages) or RS1 (from Celerons and Pentiums) coolers tend to be too tall as well. However, it’s important to keep in mind that the Arctic Alpine 17 LP cooler is designed for very low-power processors. Read more “The lowered Alpine 17 (LP) CPU cooler is 43 mm tall”
Arctic is renumbering the MX thermal pastes (from 5 to 6) faster than ever before. The MX-5 arrived just last year, but earlier this year there was a report that some batches were drying up prematurely. As a result of such a shortcoming, customer confidence in these thermal pastes may have been so lowered that a new model is the best route to take from a business perspective. And here it is, unfortunately again without the basic parameters. Read more “Arctic MX-6 thermal paste is out, a quick replacement for the MX-5”
In Arctic, critical errors are not covered up. At least recently. In the span of a few months, the company has already disclosed a second possible flaw in its product design.After the MX-5’s thermal paste drying up, it’s now about the crumbling seals of some Liquid Freezer II AIO coolers for a change. The pro-consumer behavior is commendable, with Arctic doing everything it can to make things right. Read more “Liquid Freezer II may have faulty sealing, Arctic admits”
As the cross section of fans increases, the thickness usually grows. For cases where the opposite is desired, i.e. a large yet thin fan, Arctic has “squeezed” the P14 down to 16mm. This is one of the few fans with such proportions and this one has ambitions to be a cut above the rest of the range. Compared to the one number smaller P12 Slim model, the increase in airflow at the same noise level should be almost 24 %. Read more “Low profile in a larger, 140 mm body. Arctic’s P14 Slim”
Now that’s what we call a turnaround. Remember how the BioniX F120 failed on obstacles? The newer BioniX P120 (A-RGB) no longer has such a fundamental limitation. On the contrary, it is significantly less stifled by obstacles than many competing fans. Just tame those vibrations, fine-tune the acoustics, where there are some flaws, and it’ll be great. The basis (the rotor) is better in practice than the label parameters suggest. Read more “Arctic BioniX P120 A-RGB: The lit specialist for filters and grilles”
How many generations of processors could the Freezer 7 cool? The most. No other brand of coolers has been around for so long. That’s worthy of respect, but the fact remains that the progression in efficiency is rapid from revision to revision. Some improvements do come, but at a slower rate than competing solutions that are way more cost-effective. Thus, Freezer 7 often reaches the shelves of brick-and-mortar stores and PC builds only by inertia. Read more “Arctic Freezer 7 X rev. 3: The cooling legend that missed the boat”
Alpine coolers are always cheap and are sold at prices below ten euros. Active models with fans can be seen as simple replacements for box coolers. However, while Intel has vastly improved the coolers supplied with Alder Lake CPUs between generations, the biggest change with the new Alpine 17 is the added LGA 1700 support. The difference in cooling performance over the Laminar RM1 has thus narrowed considerably. Read more “Arctic Alpine 17 CO: A classic that’s going to have a hard time”
After Akasa, Arctic also updates a small, simple and inexpensive cooler for Intel LGA 1700. With the Alpine 17, it builds on the Alpine 12 design. The new Alpine (17) looks like a good option for 65-watt Alder Lake processors that ship without a cooler. The Intel The Alpine 17 will probably not outperform the Intel Laminar RM1, but it does have a few features that some may prefer it for. Read more “Arctic has an alternative to Intel box coolers, the Alpine 17 (CO)”
We watched the Arctic BioniX F120’s behaviour during tests with our jaws dropped. First of all, because in some situations it really has top efficiency, and at a low price of around ten euros. But that’s how it excels in theoretical applications where nothing stands in it’s way. When it works with a filter, grille or radiator, the magic of the BioniX is gone. Such a significant turnaround is unique and fascinating. Read more “Arctic BioniX F120: The efficient fan that loses to obstacles”
Less than a year into the MX-5’s existence, the first publicly known flaw is associated with this thermal paste for which it may achieve lower thermal conductivity than expected. This is due to the compound that makes up the paste not holding together properly, and the thermally conductive interface will harden before application, in the tube. Arctic has supposedly already withdrawn these batches from circulation, but one needs to be cautious. Read more “Beware, some Arctic MX-5 thermal pastes may dry out faster”
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