Yes.

Jesus, no I do not, stop cherry picking. Never ever, ever on this board ever have I ever pretended to be an electrical engineer or have any knowledge of electronics. Engineering design yes, as that what i've studied, as I have mentioned numerous times. I have never lied, ever, you chose not to read or just troll, which to be fair with your constant and continuous negativity at every occassion is clearly the case. I stated perfectly well I am relaying brief conversations with General Electric's guy as and when he had time spare, and yes this particular power supply causes problems. You aren't calling any bluff, as there is no bluff to call. The problem occurs upon reset and spokes current to the board. Believe it or not this does actually occur in datacentres worldwide from time to time. It's not that out of the ordinary.

EDIT: as shared below: https://www.google.com/search?q=site:forum.corsair.com+HX850#q=site%3Aforum.corsair.com+HX850+fried

Yikes 

HX850: It's not just frying Jupiters

https://www.google.com/search?q=site:forum.corsair.com+HX850#q=site%3Aforum.corsair.com+HX850+fried

I already point it out thread.

First of all it isn't pin 4, 5, or 6 (pins #1 to #12 is the first row and pins #13 to #24 are on the second row).  The first row is opposite the "clip" and the second row is the side with the clip.  The PS-ON pin is #16.  On 99% of PSU it will be the only green wire.  When PS_ON (#16) is connected to ground (any ground) it will "turn on"* the PSU. 




Any ground pin will work equally fine. As you can see in the pinout above there are multiple ground pins in the ATX-24 connector and they all are exactly the same (the all connect to the ground plane of the PSU).  You are just completing a circuit from the positive voltage on pin #16 to any ground.  What you call #5 & #6 are #17 & #18 and they are both ground pins, either one is fine.   For the record pins #3, #5, #15, #17, #18, #19, and #24 are all grounds, connecting pin #16 to any one of those will complete the power on circuit.  Hell you could even connect a wire from PS_ON to a bare screw on the power supply and it would work (UL listed PSU means the metal chassis is also grounded).



* I use word "turn on" but technically the PSU is always on unless unplugged or it has a physical power disconnect switch.  Internally it is energized and it is sending power to the 5VSB "standby" pin at all times.  Connecting the PS_ON pin to ground pulls the voltage low and the PSU is "looking" for that event to energize the output rails.  Sometimes you can here a click if you jumper PS_ON after PSU is powered on (don't do this with equipment connected).  That click is the power supply switching a relay which turns the output rails on or off.

Thanks for this, i'll pass it on.

Ask someone to read this for you, pl0x!

0.95 firmware seem to be working perfectly, power consumption, hash rate, rejects and hardware errors all improved 100%, ok, ok, I'm kidding... about 95% 
4 VRMs seem to be doing fine, but I've only been running for a few minutes, but looking great so far.

/joke
oh yeh, I realize why KnC removed the VRMs, they need to find Orama's wages from somewhere... I guess Orama doesn't come cheap, you know what those VRMs cost.... 
It costs for quality just like Orama     Did I just come up with the new slogan for the board..
/joke

Was this fault reproduced in Da Lab?  Scope/volt logger?

Of course! The tube screeny thing with a pen that you can never get the football on since all TV went digital, right?

I get the feeling Orama has me on his ignore list since he responded to pretty much everything except my posts