Today AMD is officially commenting on the situation and why it arises, whilst also describing what they’re doing to remedy the discrepancies in the data.ĪMD’s Ryzen 3000 processor line-up based on the new Zen2 microarchitecture differs greatly in terms of frequency behaviour compared to past products.
If you get it installed, report back in the comments section below on how it works out for you.Over the last several weeks there’s been increasing discussions in the AMD enthusiast community about how the company’s new Ryzen 3000 processors interact with Windows, and in particular on how the new CPUs’ boost behaviour behaves in relation to a discrepancy between what tools such as Ryzen Master showcase as the best CPU cores, and what operating systems such as Windows interpret as being the best CPU cores. If you're willing to take the plunge with your AMD Ryzen-based laptop, you can download the Ryzen Controller from the following website. The Ryzen Controller software supports "most" Ryzen 2000, Ryzen 3000, and Ryzen 4000 laptops and is available for folks running Windows 10 or Linux (Debian/Redhat). In addition, you can create custom presets for your individual needs (i.e.
All of these settings are accessed through an uncluttered GUI that makes configuration simple. In other words, STAPM monitors and controls things like TDP and clock frequency so that your laptop is able to hit boost clocks for specified periods of time, then throttle back down to make sure that it doesn't cook itself (or your legs).Īccording to the developers, you'll be able to control both Short and Long Boost TDPs (which determines the TDP of the CPU in "boost"), temperature limits, and boost periods (among other settings). Ryzen Controller allows you to tweak settings that will alter your laptops STAPM, or Skin Temperature Aware Power Management.
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