Irfanview and
Paint.NET are a couple of good free programs for cropping pictures. Save your images as either .jpg or .png and then use
Imageshack to host pictures after that.
Hard for people to help you if they need a magnifying glass to see your results.
Go ahead and use some bandwidth at Imageshack. They have lots of storage room.
You can enclose the link from Imageshack in square brackets with the img html tags like this
[abc]http://img11.imageshack.us/blahblahblah.jpg[/abc]
Just replace abc with img and it should work.
You maximum temps still look a little high.
Edit: I think the "offset to tcc activation temp" number in the bios is equivalent to what RealTemp reports as Distance to TJMax. It looks like it is a direct reading of the Intel on chip sensors. The bios pic I saw of this feature only showed one number. I'm not sure if that number is an average of all cores or maybe just core 0.
Here's an example for comparison.
I took my Q6600 and dropped the MHz down to its default of 2400 MHz and reduced the core voltage to 1.256 volts so it would be somewhat similar to your setup.
My room temperature is cooler than yours at 20C but when running 3DMark06, the difference in temperature was only about 15C. It went from an average of 30C just before the test to 45C at the maximum during the test. 3DMark06 is not overly demanding of a Quad core CPU so I don't think your cores should be anywhere near 90C during this test. I used a Tuniq Tower for cooling on the minimum fan speed in a closed case with two low speed exhaust fans and no case intake fans. A cooler running 45nm Quad shouldn't have too much trouble equaling this change in temperature.
You can use the
RealTemp / RivaTuner plug-in to have a look at how the load is distributed during a 3DMark06 bench run.
The only time all 4 cores are being used is during the two CPU tests which stutter along at 1 or 2 fps. For the most part, core2 and core3 are barely used at all. Most of the load is on core0 with some load on core1. Not including the two CPU tests, the overall load only averages just over 30%.
