epithumia

​Actually, I believe the power supply provides both the current draw from line voltage and the current supplied to the computer components. (See the 88W and 110W draws above). Efficiency is easily calculated from that, even if 80% does appear to be a bit low. I do know that power supplies are less efficient when run well below their rated load. And, of course, efficiency is probably the least important statistic that can be obtained from the power supply. ​ ​It's really difficult to compare what Aida64 reports against what Corsair Link supports, though, for obvious reasons. It's also rather difficult to actually get the fan to spin up at all on my system, which means it's difficult to do a comparison between the dump above and what the Corsair software reports. But I can work on that if it would be helpful to you.

The latest beta does appear to detect the power supply and read some of the values., I can see three temperature readings, as well as what appears to the line voltage (currently reading 121.5V). SIV indicates that there are 31 readable sensor values, though I can never get SIV to actually read anything related to the power supply. Obviously the Corsair software reads more values (when it actually works, which is occasionally). It should be able to read out fan speed (though that's usually zero so perhaps it's just not displaying it), a large number of load values as well as something related to efficiency unless the Corsair software is just fabricating those numbers. Here's the USB PSU dump:

Is the AX1500i power supply intended to be supported? Unfortunately mine does not appear to be detected. I installed the Aida64 update, enabled Corsair Link support, uninstalled the Corsair Link software and restarted everything. Unfortunately there are no additional sensors shown, and the debug dump doesn't indicate that it's detected anything: I did leave the drivers for the "Corsair Link USB Dongle (1C02) (USB)" in place, though. I'll try uninstalling them just to double check, but I'm not really sure how it could actually help. Also, this is a "play" system, so if there's any additional information I can provide, please let me know. I've done low-level hardware work before, though I'm generally a Linux user and don't mess with Windows much. This just happens to be the one Windows machine I keep around for video games. Edit: Uninstalling the drivers doesn't make much difference; the name of the dongle in the device manager changes, but Aida64 still doesn't detect any Corsair Link devices. Here's what it does see:

I would like to show multiple variables (such as CPU utilization and CPU clock speed) on the same graph. Currently I'm just defining several graphs with different color traces and overlapping them on my display. This works pretty well but kind of complicates things if I have to move a graph. Is there an easier way to do this kind of thing?

I have the current beta monitoring temps and fan speeds on my Asrock Z170 OC Formula and things are working pretty well. Aida finds most of the sensors and all of the fans without issue (though the fan names come map oddly). I'm using a Nexus 7 tablet to display a bunch of graphs (via the Odospace app over USB) so I have a bunch of resolution to play with. One problem I'm having is that if I graph something like current CPU or GPU clock, the result is like a seismograph during an earthquake. Is there any way to smooth out a sensor reading or graph? Even a moving average over a handful of samples would work