Which Core2Duo for quiet build?
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Which Core2Duo for quiet build?
I'm confused as to which Core2Duo would be optimal for a quiet, low heat build.
E4300
E6400
E6600
I'll be using a Ninja and I'm more than open to the idea of OC'ing; however, I do not want to OC if it will result in more noise/heat.
Is the E4300 the ultimate "quiet build" processor?
E4300
E6400
E6600
I'll be using a Ninja and I'm more than open to the idea of OC'ing; however, I do not want to OC if it will result in more noise/heat.
Is the E4300 the ultimate "quiet build" processor?
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I find my E6600 to be a brilliant CPU for a quiet build, atleast when undervolted. My particular CPU is able to go down to 1.0V on default 2.4GHz. My estimates (calculations and measurements) put the CPU at around 35W at this voltage. I also happen to have a Ninja and from what I can tell, cooling this CPU at 1V and with this cooler is a trivial matter.
The good thing with the E6600s is that they seem to undervolt well, they have the larger L2 and performance is stellar without any overclocking.
I might add that I currently run my E6600 @ 3GHz (334*9) on 1.15V. I cool the CPU with a 120mm fan at 500-600RPM and have a 1000RPM case fan pretty close to the Ninja. CPU temp under load (both cores, Folding@Home) is a mere 45-46C. It would definitely run fine with the case fan at much lower RPM.
The good thing with the E6600s is that they seem to undervolt well, they have the larger L2 and performance is stellar without any overclocking.
I might add that I currently run my E6600 @ 3GHz (334*9) on 1.15V. I cool the CPU with a 120mm fan at 500-600RPM and have a 1000RPM case fan pretty close to the Ninja. CPU temp under load (both cores, Folding@Home) is a mere 45-46C. It would definitely run fine with the case fan at much lower RPM.
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Returning to the last point of original post, there is no way that OC'ing won't raise the heat/power requirements. Whether how much it rises, is acceptable to you is another matter.
My E4300 system uses about 75 Watts at idle. When I overclock it, it uses 15-20 Watts more. Heat does rise. For me, the overclocking isn't really important at this time though so I run it at stock. I like it cool and low-power, especially since I leave the system on 24x7. It's quite speedy enough for my needs at stock speed. I find the E4300 to be more than enough CPU and it's reasonably priced. If I really needed to run Super-Pi calculations all day long I suppose I would overclock it or buy an E6600 or something even bigger, but I don't.
Any of the models mentioned will probably do fine, you will have to make your own choice at some point.
My E4300 system uses about 75 Watts at idle. When I overclock it, it uses 15-20 Watts more. Heat does rise. For me, the overclocking isn't really important at this time though so I run it at stock. I like it cool and low-power, especially since I leave the system on 24x7. It's quite speedy enough for my needs at stock speed. I find the E4300 to be more than enough CPU and it's reasonably priced. If I really needed to run Super-Pi calculations all day long I suppose I would overclock it or buy an E6600 or something even bigger, but I don't.
Any of the models mentioned will probably do fine, you will have to make your own choice at some point.
Megamorph wrote:I am not a gamer, but I assume I need decent video for Vista.
Then why overclock? For normal office/web/email you can undervolt/underclock and NOT feel any difference.
And yeah, the 6600 seems to be the undervolt king. I bought the 4300 because it was almosr half the price. And the 200mhz bus allowed me to buy cheap low-speed ram.
k
hi bros,
can I ask if the power consumption of a merom 1.2ghz and a allendale E4300 at 1.2ghz will be the same?
based on the fact that they r the same microarchitecture? unless Intel programmed merom differently like shutting off certain parts of the cpu?
I'm quite inclined to get E4300 over merom due to the lack of availability of mainboards in my country
thanks
can I ask if the power consumption of a merom 1.2ghz and a allendale E4300 at 1.2ghz will be the same?
based on the fact that they r the same microarchitecture? unless Intel programmed merom differently like shutting off certain parts of the cpu?
I'm quite inclined to get E4300 over merom due to the lack of availability of mainboards in my country
thanks
now - different power consumption
The merom chip will use much less power, even though it has the same architecture as the desktop chip.
Mobile chips are fantastic for power consumption, I revently build a Yonah based server and will probably build a Merom based desktop in the near future.
Mobile chips are fantastic for power consumption, I revently build a Yonah based server and will probably build a Merom based desktop in the near future.
What's your motherboard ? And 1,15V for vcore is low. I'm @ 1,3 in BIOS, which is really around 1,25. Damn lucky you .Mikael wrote:I find my E6600 to be a brilliant CPU for a quiet build, atleast when undervolted. My particular CPU is able to go down to 1.0V on default 2.4GHz. My estimates (calculations and measurements) put the CPU at around 35W at this voltage. I also happen to have a Ninja and from what I can tell, cooling this CPU at 1V and with this cooler is a trivial matter.
The good thing with the E6600s is that they seem to undervolt well, they have the larger L2 and performance is stellar without any overclocking.
I might add that I currently run my E6600 @ 3GHz (334*9) on 1.15V. I cool the CPU with a 120mm fan at 500-600RPM and have a 1000RPM case fan pretty close to the Ninja. CPU temp under load (both cores, Folding@Home) is a mere 45-46C. It would definitely run fine with the case fan at much lower RPM.
R.
I currently use an Asus P5B, but I've also had a Gigabyte DS3 that I returned. The Asus board needs to have much higher vcore set in BIOS for the CPU to be stable at a particular frequency, since it seriously undervolts. Actual voltage reported by CPU-Z at my current settings at 3GHz hovers at 1.13V under load. Power consumption under load is about equal to the CPU at stock 2.4GHz and 1.265V.dnoiz wrote:What's your motherboard ? And 1,15V for vcore is low. I'm @ 1,3 in BIOS, which is really around 1,25. Damn lucky you .
And, yeah, I'm lucky.
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