As stated in the beginning, there’s also a logging function that can be enabled via the F4 hotkey. Optionally, you may choose to enable the automatic shutdown function, which will turn off your system in case of an overheating event. These include adjusting offsets, as well as toggling the Overheat Protection feature, which will notify you if your processor reaches a certain temperature. The tool comes with some additional tools to help you manage your CPU. In addition, load percentages for each of those cores will likewise be shown. Readings for each core’s temperature will be presented on the interface, along with the minimum and maximum values. Max value, which will typically be 100 Celsius. The relevant temperature readings will be displayed just below, displaying the package’s power usage, as well as the Tj. Some quick information about your CPU will be displayed on the interface, which will provide details about its model and platform, along with its operating frequency, voltage, lithography, and TDP. Provides information about your CPU, among other thingsįrom the jump, the program is very to the point in terms of how it gives you access to your data. High CPU temperatures are often the cause for throttling - and thus, lower performance - so using a utility like Core Temp can help you monitor those temperatures thanks to a practical interface which lets you log everything for posterity. More specifically, you can find out if a component is throttling, as well as if your fan curves are suitable for your workflows. Monitoring system temperatures may seem unnecessary to some users: after all, if the system is working as intended, why bother? Knowing how your system manages temperatures can be quite valuable.
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