No, they do not do the same thing. DES turned on and off the power phases of your processor voltage regulator while speedstep changed voltage, frequency, and internal components demand of the processor (indirect control of the power phases).
As far as I know you can only turn DES off with the...
Have you turned off DES (Dynamic Energy Saver) yet? If not go here -> http://www.gigabyte.com.tw/Sup...oard/Utility_List.aspx to get the utility to do it.
DES is your mobo's regulator equivalent version of Intel speedstep implementation, it also created broad spectrum noise when dynamicly...
The article is about robbing Peter to pay Paul engineering. Spreading sharp intense spikes over larger areas, time frequency distribution technique.
Slightly degraded the output regulation load line at higher voltage level would be used. Trading ESR and ESL spikes with higher voltage level...
What are "the transients caused by shifting from no load to full load"? Please fill in the question marks below.
1 - Transients due to drooping regulation load line from no load to full load <-- LLC corrected.
2 - Transients due to ??? <-- ??? corrected.
3 - ???
"The only thing LLC did is removing transients called vdroops" , no vdroops = no gibbs phenomenon = no maximum negative overshoot = no Voffset = no Vringdown.
LLC removed all vdroops and vdroop derived transients, LLC doesn't cover any other transients not shown HERE.
The coverage for...
I used LLC for constant and predictable regulation load line to remove droops, I've been using it for about 25yrs. How did you do it on your non-constant and not predictable load? I'd like to learn how to do it, I'm not afraid of being ignorant of how to do it your way.
Teach me.
Yes I see what you mean, I called it the Gibbs_phenomenon, you should read the link to comprehend where "ringdown" originated from.
The only thing LLC did is removing transients called vdroops, fortunately with vdroops removed "ringdown" transients went with them.
Yes, you had banned me twice for "not posting facts". :)
LLC can't remove v-droop and v-offset?
Did you not said the below?
-----------------------
no Vdroop and no Voffset = removed transients.
LLC removed transients.
I used factual garden variety power supply common sense for the how of "LLC" AKA "Load Line Calibration" to real power supplies with non-ideal but known and predictable regulation load lines for people who didn't know the how.
I'd like to learn from Idontcare how...
I supposed factual garden variety power supply common sense isn't sufficient as proof nor factual enough. OK, OK... Lets try something else below...
Ideal voltage power supplies had perfectly predictable and non-variable droop rate of zero <-- 0% regulation load line.
Other close but...
Perfect ideal DC voltage power supplies had zero input impedance, with perfect power transfer to all loading, and zero output droop rate.
Real world DC voltage supplies are not perfect, do not have zero input impedance, and will have output drooping. But an engineer who could only made them...
4% of 50% load is not the equal of 4% of 100% load.
The droop rate is linear from minimum to max load. If its not you should get yourself a real engineer to re-design the power supply.
4% regulation power supplies don't change to 2%, 6%, or 8% regulation due to loading.
It negated nothing.
If the load line calibrated droop rate determined to be 4% then it is pre-compensated for a one time fixed 4% at any loading condition.
With LLC pre-compensated zero v-droop preset voltage for 1.15V...
Min load = 1.15V
Med load = 1.15V
Max load = 1.15V
Any load at anytime = 1.15V
There's no voltage transient period, typically "load line calibrated" flat line voltage don't overshoot nor undershoot ever. :)
Loadline calibration is tuned to remove transients "like eliminating Vdroop".
Without v-droop there is no v-offset and no v-peak. The pre-compensated zero v-droop voltage is not moving up or down or moving any place to have any v-offset or v-peak. It's a plain flat line.
No one including...
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