Has recent stocks of Ivy Bridge solved the Temperature Problem?

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chargedgod

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Apr 13, 2010
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Hi
I am planning to buy i5 3570k since 2500k isn't available here and others are way out of my budget. My primary concern is infamous Ivy bridge HEAT 😗

I won't overclock
I want crysis 2 full load temperature <=58 degree C
Can't buy after market cooler atleast now

My question to all out there with recently purchased Ivys on stock cooler is- are the temperature acceptable? And have you been able to considerably lower the default voltage to reduce heat[I heard ivys have high default voltage]

Thank you in advance :hello:
 
Solution
Any CPU will have trouble with that. Because of physics, you will never get a temperatures lower than ambient (room) temperature while on air cooling or watercooling that relies on radiators. While this will primarily impact idle temps, load temps will be affected depending on the TDP of the cooler you have on it.

Afraid you will just have to deal with the higher temps. If your not overclocking (which I wouldn't advise during the summer months) then you could undervolt the CPU to save on heat output.
If you are not overclocking, you do not NEED an aftermarket cooler; however, it will decrease temperatures quite a bit if you get a cheapo (good performance) hyper 212+ for $30 ($10 mail in rebate from newegg). All in all, I think a stock cooler will be just fine for you until you can round up $30. I'm buying a 3570k in about 6 hours from Microcenter to put in my new computer. So you can message me and I will respond with the temperatures with a default heat sink. (Have a P8z77 mobo and 8gb of Corsair Vengeance sitting out waiting for that bad boy 😀)
 


Ok bro-After you buy and finish with installation etc etc...plz run p95 small fft for 15min atleast and report me the temp..Thanks for yr ans :bounce:
 
Ivy's infamous heat problems are only apparent if you overclock and start adding voltage, you should be completely fine at stock settings.
Yes, it is possible to undervolt the 3570k a bit at stock clocks, the voltage is a bit high. On my chip I can get to 4.4Ghz stable without even touching voltage, so you can lower it a fair bit to hold 3.4Ghz I think.
 


When Intel programs the VID at the factory they always program it a few steps above the tested stable minimum. This leaves enough headroom for degradation over the chip's lifetime.
 
Actually I am heavily budget limited now :cry: .Added to that pain is Me owing a rather crappy MicroATX Cabinet with very little space inside :fou: .I have somewhat contained the temperatures on my E7300 @ 3.33GHz[1.28V]~58 C P95 Small FFTs & HIS HD 6850 ~71-72 C Crysis 2 dx 11 High Hig Res Tex by installing 1 suction and 2 blower 80mm fans.Only hope is ivys are power efficient+ hope in 22nm 😛
 
Uh Uh Uh..Just an Update :??: summer temperature here during March-June is 40-42 degree avg..Last year kolkata suburbs rose to 45+.So how will ivy dance in that? :pt1cable: Plus I don't have AC
 
Any CPU will have trouble with that. Because of physics, you will never get a temperatures lower than ambient (room) temperature while on air cooling or watercooling that relies on radiators. While this will primarily impact idle temps, load temps will be affected depending on the TDP of the cooler you have on it.

Afraid you will just have to deal with the higher temps. If your not overclocking (which I wouldn't advise during the summer months) then you could undervolt the CPU to save on heat output.
 
Solution


You should be fine then. As was mentioned earlier, you're just going to have to live with the higher temps in the summer.
 


Thanks for reporting back..Hmm Then I guess adding Mx4/OCT Freezer TIM might help limit temp around 57-58 with undervolting 😗 O btw whats your ambient temp and cooling in the cabinet?
 

You won't be able to keep core temperature below 70C at such high ambient temperatures unless you go for fancy aftermarket HSF or upper-tier liquid-cooling loop. 70C is still fine since Ivy Bridge's core temperature thermal ceiling is 105C at stock clock.
 
Just remember that each chip (even of the same model) overclocks (and undervolts) differently. My chip can get to 4.4Ghz without needing additional voltage, while I'm sure there are others who cant get above 4.2Ghz.
Just because someone else has managed those particular settings doesn't mean your chip will be able too.

 

Unfortunately, many people quickly forget that. It is one of those things that seem to never get repeated enough.
 
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