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<blockquote data-quote="joz" data-source="post: 523111" data-attributes="member: 70244">Hi etheesdad,I have a stable undervolt but it took multiple non-default settings to get there;- Disabling spread spectrum- Changing the &quot;transition state&quot; to &quot;single&quot; instead of &quot;multi step&quot;I run it now with 3 p-states because that was already a pain in the ass to figure out getting stable. I noticed that half multipliers are kinda doomed to be instable on my setup.Imo you undervolt not underclock with an HTPC (or you bought the wrong cpu in the first place). I just got the standard speeds and went down in voltage, not in clockspeed. I want to game a little on the machine too.The total power savings is not that much though like ~5w in idle and 10 in load. However RMClock makes the switching less jumpy when for example inside MP idling screen. RMClock keeps it in low p-state as where default windows c&amp;q will jump all over.</blockquote>

[QUOTE="joz, post: 523111, member: 70244"] Hi etheesdad, I have a stable undervolt but it took multiple non-default settings to get there; - Disabling spread spectrum - Changing the "transition state" to "single" instead of "multi step" I run it now with 3 p-states because that was already a pain in the ass to figure out getting stable. I noticed that half multipliers are kinda doomed to be instable on my setup. Imo you undervolt not underclock with an HTPC (or you bought the wrong cpu in the first place). I just got the standard speeds and went down in voltage, not in clockspeed. I want to game a little on the machine too. The total power savings is not that much though like ~5w in idle and 10 in load. However RMClock makes the switching less jumpy when for example inside MP idling screen. RMClock keeps it in low p-state as where default windows c&q will jump all over. [/QUOTE]

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