![]() (removed caus of security issues: bmc should not be accessible from the host system)Īnother idea would be to use collectd via dbus or using just a piece of openbmc to get the hwmon data to dbus: to dbus. zone 1 just defaults to 70 degrees Celsius as nothing is assigned there. And for i.MX 8X: zone 0 represents the temperature of the A35 CPU cores. zone 5 just defaults to 70 degrees Celsius as nothing is assigned there. (some UI inspiration: )īut this would be perhaps a standalone project and could even somehow achieved by using either the existing bmc ui or implement the bmc rest api. zone 4 represents the temperature for the PMIC (Power management integrated circuit). Afterwards cockpit can read (and even send) data from (to) the dbus and provide a fitting UI. In this article we will install it and monitor CPU temperature using different commands. And then extend existing bmc data on dbus with data from hwmon. lmsensors (Linux-monitoring sensors), is a free open source tool for Linux that provides tools and drivers for monitoring temperatures, voltage, humidity, and fans. When turing the stress test off, the temperature IMMEDIATELY goes back to about 50C, as if. Clock speeds are exactly 3.4Ghz when stressing. ![]() Here's where it gets weird: when stressing the cpu, the temperature IMMEDIATELY goes from 50C to about 93C. (only libsensors api) Perhaps it could just be read from the hwmon sys interface via a sampler: -> #5454 (comment)Īnother more generic approach could be to use the openbmc dbus "scheme" for reading data from a bmc. Linux stays at around 2.0Ghz on idle, with a temperature of around 50C. I could not find any dbus api for lm-sensors. ![]()
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