These both options are therefor ideal to checkout load temps and voltages. Choosing 'Show in On-Screen Display' means the graph will be shown in the game while LCD means it will be shown on a supported LCD of a Logitech Keyboard (e.g. That is done by clicking on 'Show in On-Screen Display' or 'Show in Logitech keyboard LCD Display' or 'Show in tray icon'. Now you have to choose the properties of that graph. When you click on a graph you activate it and the symbol next to it lights up. On the left you have the possible graphs to be selected. In 'Active hardware monitoring graphs' you can choose what should be displayed in OSD. Now go to 'monitoring' in the Settings menu To get that work you need to activate it.

It's easier to have the temps and voltages displayed in the game with an OSD (note: OSD doesn't work in 64bit applications). At least the graphs will show the temps as a graph so you can read up temps of past times also but it is quite complicated to find the temp spike of the right time and read up the value. You will only know about your temps under load in the moment your gaming and not when already leaving the game. There you can montiore the idle status but that won't really help you to see what happens in a game. To the right there is a window with different graphs of all kinds of temps and voltages. Just for monitoring we don't need the sliders visible as these are for tweaking/oc and we take care of that later.

So first we focus on how to monitor temps. In case you came her with a vga related problems you might be asked to tell about the load and idle temps of your vga. The MSI Afterburner is a great tool for monitoring your vga's health status as well as overclocking it including tweaking voltages.

Msi kombustor greyed out on afterburner