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Wow, that is fairly hot. Using both cores to capacity for over an hour, I've only managed to get my core up to 100 F. At least as far as I can tell. Using Arctic Silver and a fairly inexpensive $36 cooler. (the brand and model I can't remember). It does have copper heat pipes and aluminum fins.
I have downloaded the application blutach used, just so I can be sure we're using the same monitoring software for comparison.
If it gets above 60 regularly, I would be concerned. Or I would look into upgrading my CPU cooler. That is, if all other temperatures are within tolerance range. Didn't realize you were OC'd. I would definately get a better cooler in that case.
Chewy said "workloads never balance so don't expect the heat to either"
I don't know if that is entirely accurate. Mine seems to balance the load pretty well most of the time. But I use the optional AMD cool & Quiet technology with this board that adjusts the CPU clock frequency and balances the load on the fly and it seems to keep the temperatures pretty much even on each core.
My toy:
Custom Build PC Born on 03-08-08AMD Athlon64 X2 6400+ (3.21Ghz) (Black Edition) on overclock ready Asus M2R32-MVP Crossfire AMD chipset Mobo, 8-Channel HD Audio, Windows XP MCE, 2GB 800Mhz DDR2, 512MB NVIDIA GeForce 8400 GS, 500GB SATA-II HardDisks X 4 in RAID 4 mode,(1.5 TB storage capacity + 500GB eSata external) Sony MultiRec DVD-RW, PCI-HDTV Tuner, SOYO Topaz S 24" Wide LCD 1920X1200
I don't use that. I was told it slows the fan speeds and doesn't aid in OC'ing.
Regards
That's interesting to hear. At first, I didn't have Cool & Quiet enabled. After enabling it, I noticed the CPU voltage and clock frequency varied according to workload. I also noticed after enabling it, frequency varied from a low of 1.0ghz to 3.2. However, my fan speeds did not change. At least not significantly. One thing that did change: when the CPU is running at a low of 1.0 Ghz, the temperature lowered significantly when the PC is just sitting idle. Temperature is down to 74 F. Before enabling Cool & Quiet, idle temperature was quite a bit higher due to higher voltage & clock frequency.
Of course, your situation is a bit different. I haven't overclocked at all, I don't plan to anytime soon, I just wanted to be able to OC a few years down the road, which is why I chose the board and CPU that I did. It will be interesting to see how it behaves when overclocked.
Still, if you plan to keep using yours for some time to come, especially overclocked, I think a CPU cooler upgrade is in order. Personally, If I decide to overclock mine, I would think about using a liquid cooling setup.
My toy:
Custom Build PC Born on 03-08-08AMD Athlon64 X2 6400+ (3.21Ghz) (Black Edition) on overclock ready Asus M2R32-MVP Crossfire AMD chipset Mobo, 8-Channel HD Audio, Windows XP MCE, 2GB 800Mhz DDR2, 512MB NVIDIA GeForce 8400 GS, 500GB SATA-II HardDisks X 4 in RAID 4 mode,(1.5 TB storage capacity + 500GB eSata external) Sony MultiRec DVD-RW, PCI-HDTV Tuner, SOYO Topaz S 24" Wide LCD 1920X1200
Core Temp is a compact, no fuss, small footprint program to monitor CPU temperature. You can see in real time how the CPU temperature varies when you load your CPU.
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