Lower multiplier/higher FSB, or standard multiplier/increased FSB?
I don't think I've tinkered with lower multiplier settings yet, but my E4400 gets too warm for my liking at 3ghz with the standard multiplier.
Lower multiplier/higher FSB, or standard multiplier/increased FSB?
I don't think I've tinkered with lower multiplier settings yet, but my E4400 gets too warm for my liking at 3ghz with the standard multiplier.
The higher the FSB the harder you push the motherboard..so it's own temps will increase
What cooler do you use?
What kind of temps do you get?
No chip is a sure thing for a good overclock but i'd imagine you would get a little more out of it than that.
2nd computer gigabyte P965ds3p, 7770 E2140@2.9ghz, corsair HX520 6 years stable, replaced now with E8400@3.9ghz and will overclock more when I'm bored.
I've set the BIOS to sound off when the chip gets to 60 degrees. At 3ghz, with the TAT stress test it only takes a few minutes before it starts beeping. Cores currently about 66 under full load. Smartfan is off, so they're pretty much running full speed.
Case is Akasa Zen, for whoever wanted to know. Probably not the greatest for dissipating heat.
I would reseat the cooler to make sure it's snug.
it could just be the chip isn't great though.
Well if you want to swop your E4400 for my E2140 that can go to 3.17ghz (maybe higher by increasing the voltages), I would put the E4400 into my 2nd computer as it has a higher multiplier.......................................................................................... .............................
2nd computer gigabyte P965ds3p, 7770 E2140@2.9ghz, corsair HX520 6 years stable, replaced now with E8400@3.9ghz and will overclock more when I'm bored.
gt81 (30-10-2007)
TAT will stress the chip more so than any other program. Most C2D chips will hit 70°C max during a TAT run. I wouldn't worry about it hitting 66°C. Iirc C2D go upto about 85°C before shutdown. Many people are running TAT then getting worried about their temps. TAT will stress cpu to 100% rather than cycle at lower loads like most other stress testing programs.
Temps will only increase as you increase the voltage. So what voltage are you running at @3ghz? Can you lower the voltage and still maintain the overclock?
Do you get issues when using the PC?
What are your temps at idle? What are your temps when running everyday applications and other cpu intensive applications? If they don't cause the chip to go above 60°C then you don't have any issues.
I'd look at some cooling for your case if you are concerned.
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Thanks for the offer, however I think I'll stick with this setup. As I said, I'm not particularly disappointed at not getting higher speeds, I originally only intended to overclock to about this speed anyway, it's just a shame I can't squeeze that little bit more out of the CPU. I might add some case fans and have another tinker at a later date, I'm still only messing about with basic overclocking.
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