"402 XTREME" in action! Take One: Breaking 3GHz barrier!

[bachus_anonym]

1. This is a screenshot I made at the same time when I took photo of IDLE temps.

2. This one, shows LOAD temps (during Prime95 SmallFFT, after 60mins, still going): TEMP1 is CPU and TEMP2 is BLOCK

3. Next, I swapped probe (TEMP1) and put Chilly1's probe, to measure evap temp at LOAD: TEMP1 is EVAP and TEMP2 is BLOCK

4. This is a screenshot of made at the same time when I took photo of LOAD temps (during Prime95 SmallFFT, after 60mins, still going).

Don't ask me why HIGHEST temp for CPU is 22C. I have absolutely no idea, might have been some odd reading at some point

5. Last picture shows IDLE temps, again. But this time I wanted to show EVAP temp while IDLE: TEMP1 is EVAP and TEMP2 is BLOCK

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SUMMARY

2860MHz @ 1.84v

IDLE - EVAP -43.1C / BLOCK -34.1C / CPU IHS -32.4C
LOAD -EVAP -38.8C / BLOCK -23.4C / CPU IHS -23.6C

IDLE-LOAD DELTA (CPU IHS) ~ 8.8C
IDLE-LOAD DELTA (BLOCK) ~ 10.7C
IDLE-LOAD DELTA (EVAP) ~ 4.3C

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I understand that results may not be 100% accurate, considering placement of probes. It's just very difficult to do it any other way, without removing IHS altogether. Then also, IHS temperature is not CPU's core temperature. I'm trying to understand what temps would I get If I could place the probe closer to the center of the IHS. It might be possible that it would be even lower by 2-3C. But that test should give at least some info regarding DELTA values.
I might remove IHS of that CPU, but that will have to be done later. Then placement of CPU probe would be almost perfect and I'm pretty sure it would shave a bit of Cs off, too

I'm very happy with performance that this cooler gives me. 3027MHz benchable in SPi16M, 32M and all other benchmarks, including 3D + 3034MHz in Pifast and 3065MHz in SPi 1M is really good for my "not-the-best" Winchester.

Any feedback (comments or ideas how to improve the method) will be VERY appreciated.