mikeyakame,
I haven't seen a single VID controller that has a fixed OVP. And I can't see how it would even make sense to have VIDs that are higher than OVP trigger voltage?
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mikeyakame,
I haven't seen a single VID controller that has a fixed OVP. And I can't see how it would even make sense to have VIDs that are higher than OVP trigger voltage?
i got a green pcb 4870 1gb card with black cover and heathpipe system.
"unable to detect VT1165 ...."
Intersil ISC6327 VR used on 260/285 shrinks uses this kind of OVP as safety. It has a preset of 2.0v if using recommended resistance, but it is upto the vendor who implements it to set it differently if they want. It also uses offset value above VID of +125mV as soft OVP with recommended design.
I'm helping fgw look into its since I have same problem. He hasn't got a 64bit OS on his system to troubleshoot unfortunately. But rest assured its being looked into and fixed ;)
Once its fixed there will be an updated dll available, things like this happen when API libraries get updated and small changes break previous usage :)
Tried this on my EVGA gtx260 55nm....didnt work....
Time to break out the solder iron. :up:
Even though it's been said on the current thread page and many times in the past...
260 55nm and 285 55nm shrink were fitted with a cheaper 4-phase InterSil VR that doesn't have programmability like the Volterra VT1000 series. They saved NV money and cost the customers full software programmable voltage adjustment.
There is a soft OVP in the datasheet mentioned of 125mV or 0.125v, whether NV stuck to this design value or used a larger VID offset for OVP it's unknown. Let us know if you reach OVP and at what point if using an adjustable pot.
I can't seem to find any reference to such 2.0V limit.
But even if there was such a limit, it wouldn't matter as max VID is 1.6V.
And I don't even see the point such 2.0V limit as the offset voltage trigger (VID+175mV) will always cause OVP event before the 2.0V trigger.
guys is it possible to change GFX card RAM voltage with this software
IOUT - IOUT has the same output as IDROOP with
additional OCP adjustment function. In actual application, a
resistor needs to be placed between IOUT and GND to
ensure the proper operation. The voltage at IOUT pin will be
proportional to the load current. If the voltage is higher than
2V, ISL6327 will go into the OCP mode, this means it will
shut down first and then hiccup. The additional OCP trip
level can be adjusted by changing the resistor value
It's a form of OCP based OVP.
Thank you for sharing the great tool :up:
1.26vcore - os boot
1.27vcore - no os boot
http://img244.imageshack.us/img244/2594/vmodph8.jpg
most im able to get via the vid pins is high 1.25vcore low 1vcore
^^^^And thus this topic has officially gone WAY over my head. :rofl: :ROTF:
to everybody out there having problems with my plugin on single gpu setups:
i developed this software on a system with a gtx295 and think i'm handling single gpu setups incorrectly!
give me a short break to verify this. if my assumptions are correct i might come out with a fix by tomorrow!
WTG m8 ;)
pleas epleas eplease can you do a x64 fix please :D