A manual oc applies the same frequency increase to all voltage points. Having looked at the curve it created it has got me thinking about how the overclock is applied at lower frequencies. Up until now I had always applied a manual oc, but now I'm playing with the oc scanner. Is unticking these only relevant to trying to get a higher overclock or do I need to untick to tinker with the curve? So I think I need to tinker with the curve to lower frequency at the lower voltage points (to match stock) so maybe make the curve climb a bit steeper towards the highest frequency? The graph curve voltage range is 700-1250mV (but I believe the 2060 max allowable voltage is 1050mV or 1068mV) and I haven't ticked unlock voltage control and unlock voltage monitoring. The reason I am asking is that I play a couple of older games which typically have the graphics card performing around the 800-1200MHz range and the OC Scanner overclock makes them more prone to occasionally crash to desktop. I am finding frequency typically settles down around 2010-2040MHz with prolonged play. Using the OC Scanner option gives me an overclock curve which starts 100MHz higher than the curve I would get by setting a manual overclock, both end up about 2100MHz on the curve and are stable with benchmarks and games that max the graphics card out. Recently purchased an RTX-2060-FE and using MSI Afterburner 4.6.0 beta 15.