DR4G00N

Sent PM about the DFI.

Thanks. I had everything running pretty lax for this run because of limited time.

Thanks! VDroop under load is about 50mV, so 1.55V @ 1.6V.

Thanks Shar.

Sent a PM about the memory.

Definitely not, only gained 2MHz from 3.2V, so I'll find another way to get it higher.

Thanks!

Awesome job Nox!

Single DIMM of Corsair CMX512-3200XL TCCD @ 375.1MHz 3-7-7-15 2T 2.9V

Okay, thanks for the clarification.

I'm wondering since we can use Opty's for R15 s939 are we also allowed to use said CPU's for DDR1 max frequency using s939?

GPU's at stock, no tweaks used, just straight run.

Credit for the mobo Vmod goes to mllrkllr88 but the vmod on the gpu is all me. Thanks.

Nice one BB!

FYI: An 850w psu is not enough for quadfire 5970's. Throttling all the way back to stock clocks.

The ASP1211 is a re-branded CHL8228G so the pins you want to solder to are #23 for SDA & #24 for SCL. Datasheet: http://www.infineon.com/dgdl/pb-chl8225g.pdf?fileId=5546d462533600a40153567f756728b5

Submitted.

I have to update and say that I couldn't get this to really work problem free in the end. It sometimes works and other times it just breaks the card. I removed it for the time being. Two separate eVc's are the way to go for this card. #1 for VDDC 1 & VDDCI, #2 for VDDC 2.

There should be an option on the menu to the right to delete the sub.

Thanks a lot, that works perfect. Both VDDC & VDDCI are fully adjustable.

As I was poking around on the card I noticed that the #1 VDDC Controller (Red) was on the same bus as the VDDCI Controller (Blue). So I connected the #2 VDDC Controller (Magenta) to the VDDCI's SCL and SDA connections. Now both VDDC Controllers are registered on the device scan (70,71) and can be controlled just fine using the Generic VT1165 Profile. But the VDDCI doesn't register on the device scan even though all three controllers are connected, which I find is odd since they are all VT1165's. EDIT: Hmm, yeah I don't think this'll work actually. On first boot it worked fine but on the second boot the VDDCI was locked to 1.05V and changing the voltage caused it to crash. I'll try connecting them one at a time and checking the address' now. EDIT #2: Nevermind, I tried it a few more times and it works great, must've been an error of some sort.

Sorry, a mistake on my part, they do not show 0Ohm but 9.5kOhm so they are indeed not connected. The Generic VT1165 doesn't do anything. I'll connect them with a bit of wire and see if I can get them both to register.

Got it today and wired it up. The connections from both controllers do look to be on the same bus from what I can tell. Here's the Device scan file:

Ok, I'll post back once I get it. Thanks.

I just bought an HD 5970 and was wondering if it would be possible to use just one eVc to control both VGPU VT1165 controllers by wiring them up in parallel? Or are both controllers already connected in parallel on the PCB?