Intel has officially released the so-called Arrow Lake Refresh CPUs for the LGA 1851 desktop socket. This platform won’t receive a new generation like laptops did in the 1.8 nm Core Ultra 300 Panther Lake CPUs. Instead, new models of the 3 nm Arrow Lake generationare coming. And although they do not have a new architecture, they should be very interesting when it comes to the bang-for-buck ratio. Read more “Arrow Lake Refresh Intel desktop CPUs launched: SKUs and pricing”
Last year’s edition (HWCooling Techtour ’25) revealed many things, and we will work with that experience. Whatever can be technically improved will be. Especially regarding the live stream that you could watch. It certainly wasn’t something we were satisfied with, but we know where the “holes” are and we will do everything in our power to make the result as useful as possible for schools and at a more attractive level than before. Read more “Launching outreach to schools for HWCooling Techtour ’26”
Efficient ARGB fans are rare—especially when, in addition to a low price, they also offer a less common variant. In this case we mean white materials, from which the illuminated Stratus fans are made. To begin with, here is an analysis of these fans in the physical 120 mm format. Prepare for tests packed with details that this article brings. A serious candidate for selection? Absolutely. Read more “Endorfy Stratus 120 White ARGB: Illuminated, inexpensive, efficient”
Originally, Intel was expected to launch the Core Ultra 200 (Arrow Lake) desktop CPU refresh right at the beginning of the year in January. That did not happen, but Intel is still preparing these new models for its lineup, and they should reach stores very soon. The dates when customers can expect them have now leaked. Earlier reports indicated March or April, but Intel will apparently manage to launch them within the first quarter after all. Read more “Intel to unveil new Core Ultra 200 desktop processors next week”
In December, AMD unveiled the Redstone technology package, which builds on the AI-based FSR4 upscaling introduced with the Radeon RX 9000 series. Redstone added AI-based frame generation, Neural Radiance Caching, and Ray Regeneration. The upscaling component itself, however, was not updated to a new version. It seems that’s changing now with the FSR 4.1 update, which will apparently arrive in one of the upcoming driver releases. Read more “AMD FSR 4.1 incoming with improved image quality, leak suggests”
Established and well-known producers in the field are certainly familiar to our readers. In recent years, several new companies have appeared on the scene that may not yet be widely recognized. This series focuses precisely on such relatively new players. Although these brands have been on the market for a short time, their ambitions, fresh ideas, and technical solutions should not be underestimated. The fifth is best described as ferocious. Read more “New stars in the cooling hardware universe, part 5—Ocypus”
Since 2021 Intel has been using a hybrid CPU architecture with big and little cores (starting with 12th-gen Core CPUs, though it had already been tried a year and a half earlier in the Lakefield SoC). However, the little “E-Cores” derived from former Atom SoC are quite unpopular among some. Now, a radical change is emerging on the horizon—instead of maintaining two completely different core architectures, Intel is moving to a single one. Read more “Unified Core: Breakthrough Change Is Coming To Intel CPUs”
It arrived quietly, but we had been looking forward to it for a very long time. In its form factor, the Phanteks T30-140 fan works wonders and often defeats everything that stands in its way. Yes, even the Noctua NF-A14x25 G2 PWM is often the “next in line”, albeit at the cost of a thicker profile. Airflow is exceptionally high (and consequently cooling performance) through obstacles. Larger fans now have a new dominant model. Read more “Phanteks T30-140: Exceptionally efficient XXL fan”
We’ve previously covered Bartlett Lake, a remarkable CPU generation from Intel that resembles something of a parallel Plan B product. While Arrow Lake is being sold for the desktop LGA 1954 socket, Bartlett Lake continues to use LGA 1700, is manufactured on a 7nm process, and supports DDR4 memory. Most notably, it drops E-Cores entirely and consists solely of “big” cores. We’ve now learned the complete specs of these chips. Read more “Bartlett Lake, Intel’s P-Core Only CPUs: Models and Specs”
Recently, we’ve covered upcoming Intel products a lot, but here’s something for the fans of AMD looking forward to its next-generation Zen 6 architecture processors to be excited about. In addition to new cores and a newly designed I/O chiplet—expected to deliver better memory performance and lower power consumption—Zen 6 is primarily set to increase core counts.And the actual core counts for various individual models has now surfaced online. Read more “Zen 6: How Many Cores Will AMD’s New Desktop Processors Have?”
More compact PC cases supporting motherboards up to the Micro ATX format are relatively rare—especially at lower prices, as is the case with Endorfy’s new models, the Signum M30 Air and Signum M30 ARGB. Both models come equipped with three efficient fans, but the more expensive—though still fairly affordable—variant also features colorful lighting. And there is more that makes these cases worthy of your attention. Read more “Small, affordable: Endorfy launches Signum M30 (μATX) cases”
Lower price, higher cooling efficiency. That is what distinguishes the FD12 V2 fans (compared to their predecessors). DeepCool has improved the aerodynamic performance of the newer FD12 (V2) in several ways, making them more attractive despite the lower price. Much of this is due to the impeller ring, a feature not previously used. Arctic (with the P12 Pro fans) should take notice. Read more “DeepCool FD12 V2: Maximum airflow, minimal price”
Established and well-known producers in the field are certainly familiar to our readers. In recent years, several new companies have appeared on the scene that may not yet be widely recognized. This series focuses precisely on such relatively new players. Although these brands have been on the market for a short time, their ambitions, fresh ideas, and technical solutions should not be underestimated. The fourth one is not afraid to experiment. Read more “New stars in the cooling hardware universe, part 4—TRYX”
Blades, hub—everywhere there are features disrupting an otherwise smooth design. This kind of detailing defines the HAVN H12 at first glance—and the second impression is just as striking. With the kind of geometry the H12 brings to the table, reaching the absolute top tier is possible. In practice, however, it’s essential to find the right scenarios and fine-tune the right settings to end up truly satisfied. Read more “HAVN H12: Teeth, protrusions… segmentation everywhere you look”
We covered leaked reports regarding Nova Lake processors recently, which Intel is preparing as the new Core Ultra 400 desktop generation, that should be launching before the end of this year. The leaker known as Jaykihn—currently perhaps the most reliable source on Intel’s roadmap—also shared details about the chipset lineup that will accompany Nova Lake (the CPUs will introduce a new LGA 1954 socket platform). Read more “Intel chipsets for Nova Lake boards: Specs and features”
We held a focused discussion not only on pumps, but on AIO liquid coolers from Asetek as a whole—and it revealed more than expected. The pumps, in particular, are more robust—and quieter—than they may seem, making deliberate avoidance hard to justify. And yes, we’re continuing. This information-rich interview answers many questions—and if we missed something, feel free to join in and ask. Read more “Interview with Asetek: Pumps are better than fans”
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