I haven’t found recent evidence of anyone implementing the SDK in a way that would help us here, so this is glaring flaw #1. The developers have intentionally left this need unfulfilled, as is explained in this thread.įully automated monitoring/reporting is reserved for the HWiNFO SDK, which is a commercial product. If the computer reboots, you’ll have to go in and click this button again. We’ll massage this data before dumping it on the share. General : Set temperature units and polling rate. I reduced the monitored sensors to just what I wanted: core average and max temperatures. On the Windows hosts whose temps we want to monitor, we need to install HWInfo, set it to auto-run, set the sensors we want to log and start logging.įirst, the HWInfo config. You’d obviously need to enter your username or in valid users Then untarred into ~/.homeassistant/config.Ĭreate a share for the Windows hosts to write their sensor logs. I just tarred the whole config directory, copied it out of the container, built anew withĭocker run –v /home/cooldude/.homeassistant/config:/config etc etc etc If you’re running a container, and you didn’t bind the /config directory to the host filesystem when you first built it, you’ll need to rebuild. A Windows host running Powershell version 5+.A share exposing a directory readable by HA to the rest of the network.I resorted to something messy, probably error prone, and definitely not memory efficient. Change: Windows Vista 64-bit is no longer supported.None of the WMI classes seemed to be available to me, and I was getting frustrated. Fix: Engineering Sample recognition on newer Intel processors Fix: Incorrect temperature on AMD Zen processors (missing -49C offset) Fix: Base multiplier detection on AMD Zen processors Fix: Improve support for multiple older AMD and Intel processors Fix: Thread count on Intel hybrid architectures (Raptor/Alder Lake) Fix: Bclk detection on older Intel platforms, utilizing x2Apic configuration Fix: Workaround the Bclk detection issues on Intel Skylake and newer series Fix: Redesign Bclk detection on all AMD platforms starting from the Phenom series Fix: Address the kernel-mode driver vulnerability/exploitation issues New: TDP, TjMax, multiplier range detection on desktop AMD Zen platforms New: Intel Raptor Lake and Alder Lake support New: AMD Zen 4, Zen 3 APU and Zen 2 APU support Fix: Incorrect BCLK on legacy (Pre-Zen) AMD CPUs Fix: Do not display TDP and TjMax for Zen and Zen+ CPUs In addition it also displays the memory utilization. It allows you to view information from Core Temp rightįrom the Media Center interface using your remote. You can download Core Temp Gadget and CoreTempMC from the Add Ons page.ĬoreTempMC is a Windows Media Center add-on for Windows 7 and Vista. Among these improvements the gadgetĬan be resized and the information text above the readings can be hidden if so desired. The readings are now color coded and they are user adjustable from the Options screen. The new version includes a graph view, listing processor load or temperature as well as memory utilization. Recently I've released a new version of the Core Temp Gadget, completely overhauled. If you have an Android or Windows Phone device, now you can! Click here for more information.Ĭore Temp Gadget and Windows Media Center addon for Windows 7 and Vista. Have you ever wished that you could keep an eye on your systems while you were out of home or the office? Processor: Intel, AMD or VIA x86 based processor. If you are a developer and you are interested in creating your own addition, please see the developer's page. You can find our plug-ins and add-ons here. A complete list of supported processors is available.Ĭore Temp is easy to use, while also enabling a high level of customization and expandability.Ĭore Temp provides a platform for plug-ins, which allows developers to add new features and extend its functionality. Processors by Intel, AMD and VIA are supported. This feature is supported by all recent x86 processors. The DTS provides more accurate and higher resolution temperature readings than conventional onboard thermal sensors. All major processor manufacturers have implemented a "DTS" ( Digital Thermal Sensor) in their products.
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