My motherboard had an issue, so I need to go to an older BIOS to make my computer not freeze. Unfortunately, CnQ doesn't work on that version, and I am a real CnQ nut, so I miss it. I'm running a 3800+ X2 @ 2.4GHz btw, stock voltage
I have been curious - how many overall watts does the drop from 1.35v (or 1.4v) to 1.1v actually save?
I would really like to calculate the difference at idle, as I leave my machine on 24/7 downloading/hosting torrents, and I would like to know how much of a real power consumption change there is over time.
Also, many people forget that the extra heat is a factor as well. More heat output = more power consumed if a change in cooling the room is made, that or its just hotter in the room (though my girlfriend's Gecko seems not to mind it). Is there a way that the heat output could be determined as well?
Cliff Notes:
How much power (in watts) does using CnQ save at idle?
How much less heat is output?
I have been curious - how many overall watts does the drop from 1.35v (or 1.4v) to 1.1v actually save?
I would really like to calculate the difference at idle, as I leave my machine on 24/7 downloading/hosting torrents, and I would like to know how much of a real power consumption change there is over time.
Also, many people forget that the extra heat is a factor as well. More heat output = more power consumed if a change in cooling the room is made, that or its just hotter in the room (though my girlfriend's Gecko seems not to mind it). Is there a way that the heat output could be determined as well?
Cliff Notes:
How much power (in watts) does using CnQ save at idle?
How much less heat is output?