It's cool G....this hardware has been through alot of testing in the last 2 months or so and I am surprised it made it this far.
Here are some parting shot from my last session. This is what I call perfect contact :). These are about the best bios vs evap temps that I got with these settings during my testing with this hardware. Here is something measurable for compare. This was done with DI +acetone on my container. Again, best bios vs evap temps I have seen yet at these settings on the fx57/dfi sli-d latest bios:
http://pic8.picturetrail.com/VOL256/.../115420081.jpg
http://pic8.picturetrail.com/VOL256/.../115420082.jpg
Here is a nice one with fx57 on a nf4 ultra-d that I modded to sli last night using 623 bios and def clocks and volts. Temps seem to read a tad colder on this mobo:
http://pic8.picturetrail.com/VOL256/.../115420076.jpg
Bios temps vs evap temps basically show your temp delta and what the container is capable of producing for on die evap temps at a given base temp with or without a load.
The key is to have the temps rise as little as possible under load. I have tried to show here that this is best achieved through internal design and working surface, NOT internal volume. All more volume does is lessen refill time.
My dragon is 8 inches high and 2.5 inches wide and can still run 3d and hold -71c to -72c evap temps on fx with container half full of chunks + acetone. This speaks volume about it's ability to hold a load:
http://pic8.picturetrail.com/VOL256/.../115420077.jpg
