Quick Question: Overclocked power consumption

[LadYKilleR8520]

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If I overclock my cpu to around +.6ghz, without increasing m VCORE.. m.taas bah ang powe consumption compared to stock clocks?

[keropi]

If I overclock my cpu to around +.6ghz, without increasing m VCORE.. m.taas bah ang powe consumption compared to stock clocks?

Presumably, yes. If youll monitor the temps, there will be a slight increase. And an inrease in temps is an increase in consumption. If you try pud sa Extreme power supply calculator, pwede nimo i-OC without increasing vcore pero moincrease gihapon ang recommended psu wattage by several watts. Im just not sure sa accuracy but i think the increase is a little high

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If I overclock my cpu to around +.6ghz, without increasing m VCORE.. m.taas bah ang powe consumption compared to stock clocks?

Presumably, yes. If youll monitor the temps, there will be a slight increase. And an inrease in temps is an increase in consumption. If you try pud sa Extreme power supply calculator, pwede nimo i-OC without increasing vcore pero moincrease gihapon ang recommended psu wattage by several watts. Im just not sure sa accuracy but i think the increase is a little high

[POPiO]

@keropi wow master na jd ka..

[LadYKilleR8520]

@keropi thanks.. I thought so.. increase in clocks is also increase in computing speed thus increase in power consumption.. thanks2

[dlareG]

@keropi @LadYKilleR8520 i got question to both of you mga master, hehehe

I asked this on the other thread but no one answered it

Higher Temp = Higher Power Consumption, so Lower Temp = Lower Power Consumption?

and ang temp kung mag water cooling(Closed LCS) ka is mu ubos ug maayo ang temp or di jud? and/or ang water cooling lang is there para lagn di ma prito ang proc?

[LadYKilleR8520]

no.. not necessarily.. lowering the temps does not lower power consumption..

all devices emit heat while under operation, Heat is a constant, this denotes unused/unprocessed energy..

If my cpu heats up to 60C while running 40W of power, then I choose to watercool it, so the temp goes down to let's say 30C, but it is still running with 40W of power, kaso mas bugnaw nlang cya..

heat plays an important role in electronics though.. sa mga procie, naa tay gitawag nga TJ Max mao ni ang temp sa CPU in which if m.abot ka ani nga temp, automatic nga i.downclock sa imong system ang CPU to keep the processor cool.

Example: my cpu has a TJ Max of 110C and is running at 4.6ghz OC.. with temps currently rising from 90C up.. once the temperature rises to 110C, which is currently TJ MAx.. the CPU automatically downclocks from 4.6ghz to 1.6ghz to cool the CPU.. or it just shuts down..

mao nah reason nga ang mga mag.overclock kay strict kaau sa ilang cooling, kay para ang among mga CPU kay dli makaabot sa TJ max which will shutdown our computer during use, if the cpu is hot tungod sa among mga OC..

[lloyd_joy]

here in the semicon industry, TJ means the temperature of the "junction" or die temperature... usually, the semicon manufacturers would put a temp limit for some products (like today's CPUs and GPUs) to auto shutdown or throttle down if the temp limit is reached. purpose of this is to safe guard the Part for possible EOS (electrical over stress) w/c will result to the physical damage of the part... masunog ang die ug ang interconnects (bonding wires or ball or stud inside) thus normally results to a burnt package...

the statement below as inquired can only be applied as a "General rule"... and on stock speeds... since heat is directly proportional to the power draw. doing an OC is entirely a different thing... since tweaking is required to boost the performance of the CPU or GPU (or any semiconductor)... OC'ing also requires to have a better cooling system to keep the OC part's temperature down...


"Higher Temp = Higher Power Consumption, so Lower Temp = Lower Power Consumption"


sa water cooling, daghan need tanawon... mas better ang cooling performance sa Open LCS kay lagi, atoa man ma configure ug taman... for the Closed LCS, mo ubos ang temp gyud nya compared sa air cooling system kay mas better man ang iyahang pag move away sa heat from the source (CPU or GPU)... mas bugnaw ang system w/ thicker rads (naka push-pull config ni sila) kay daghan man ang coolant sa sulod... mas effective ni sya for a OC'ed system...

naa'y mga performance air cooling system na ubos pud ang mahatag nla na temps on OC pero, dagko/baga kaayo ni sila'g rads and mostly on multiple fans pud (2 or 3 fans)... naa man gud limit gyud ang heat transfer for an air cooling system compared to a hydro cooling system... mas better gyud ang hydro system as a cooling system...

diri sa istorya, in the past year(s), ang mga air cooling system na tirada kay ang mga dagko... the likes of the Cooler Master V6 GT, Cooler Master V8 GTS, Cooler Master V4 GTS, Deep Cool Assassin, Deep Cool Big Frost, Nuctua NH14, Nuctua NC14 and others... karon, daghan na ni'ng embrace sa Closed LCS... for the Open LCS, they are on a league of their own... sakit man lagi ni'g price... hehehe...

[LordZhen]

@keropi @LadYKilleR8520 i got question to both of you mga master, hehehe

I asked this on the other thread but no one answered it

Higher Temp = Higher Power Consumption, so Lower Temp = Lower Power Consumption?

and ang temp kung mag water cooling(Closed LCS) ka is mu ubos ug maayo ang temp or di jud? and/or ang water cooling lang is there para lagn di ma prito ang proc?

mo ambit ko ahahaha

Regarding sa water cooling. As an overclocker, we really are stict on temps, dili lang sa ingon para dili ma prito ang proc namo, it is because we want the temps to be low so we can clock it higher and on a stable platform in idle and in full load. Kay every processor lain-lain ug kina iya. For example my i7-3770k would have different tdp and voltage when overclocked at a stable ghz compared to some other i7-3770k. Mao na with respect to temps

[LadYKilleR8520]

^ or bling.... ahahaha.. aminin.. hahaha

[LordZhen]

^ or bling.... ahahaha.. aminin.. hahaha

ahaha slight? :3