Check this review maybe it will help, great images of the board up close.
http://www.overclockerstech.com/evga-x58sli3-131gte767tr-motherboard-review/all/1/
 
 

Sorry it didn't have what you needed.

I shouldn't say they wouldn't help, they offered to repair the board for a fee if I sent it in.  Since the burned out chip is less than a dollar it doesn't make sense to spend $80 on repairs.  I have been an electronics engineer for about 25 years, and I am confident I can do the repairs.  Evga support was "unwilling" to identify the component "q44".  I could understand this if it were a schematic, but anyone with a working board can identify components on the pcb.  So they can't be trying to protect intellectual property.

That's sketchy, just had gigabyte refuse to fix my board, and I offered to pay, because of it not having a s/n sticker.

Well the first guy sent me on a wild goose chase found the sticker now though it's on the backside of the 24 pin, not the backside of the board. 

Thanks!

I might have to email the original to you.

That is the same image from the tech review in the first reply, and is not legible.  The picture from Chemceb is very promising, I just need an email of the full image!

You can see the part here.

I have fully repaired the motherboard, sorry for the delay but testing it thoroughly took a while!  I will try to detail my repair procedure for other people with the same situation.  The part in question "q44" was a sc-59 package pnp transistor.  The nxp 2PB710ARL was a good candidate, high current 500mA and 50 volt.  While 500mA may not sound like much, 12v*500mA=6W and is close to the designed cpu fan header wattage.  The voltage rating being 50V is also good as a spinning fan "canned air" can drive voltages high, and while the rest of the motherboard doesn't receive the spike the pnp still has it dropped across the collector - emitter junction.  I confirmed that it was a pnp by the photo Chemceb sent, also by looking into the "controller chip" which is a fintek 71822.  Page 123 of the datasheet for this bios chip has a recommended layout for the pwm fan header, which uses an external mosfet and a pnp transistor.  Since the fried component had the collector "pin 3" connected to the header and the emitter "pin 2" connected to the 12V rail, it was a no-brainer.  To give an idea of the pcb damage, the pcb was charred and the emitter pin was WELDED to the pad!  I cut the pad from the pcb and exposed part of the path and used the pnp to "bridge the gap".  Thanks all for the help!